Kontron CG2200 Carrier Grade Server

Transcription

1 Kntrn CG2200 Carrier Grade Server Dcument Revisin 1.5

2 » Change Histry «Revisn 1.0 Initial Release Revisin 1.1 Updated Sectin change AC line vltage vercurrent prtectin per crd feed frm 20A t 10A Revisin 1.2 Updated Sectin change AC line vltage vercurrent prtectin per crd feed frm 20A t 10A Revisin 1.3 Adding new E v2 prcessrs family Revisin 1.4 Revisin 1.5 Updated Sectin 9.2. nte, if installing pwer supplies in the field, use nly the pwer supplies as indicated in the CG2200 UL reprt. Updated Sectin cautin regarding guide pin Updated Sectins 9.2.2, 9.2.3, and UL changes

3 » Table f Cntents «1 Intrductin Abut this Manual Manual Organizatin What Yur Server Includes Prduct Accessries Additinal Infrmatin and Sftware Features Server Cmpnents CG2200 Server Frnt Panel CG2200 Server Back Panel Frnt Panel Bard LED/Switch Bard Telc Alarm Mdule (TAM) Bard Hard Disk Drives SAS Hardware RAID Cntrller SATA Disk n Mdule SD Flash Mdules Embedded USB Flash Drive Server Bard (Basebard) Riser Card Assembly Ethernet NIC Prts Remte Management Mdule Pwer Supply Subsystem System Cling Prcessrs and Memry DIMMs Prcessrs Memry Standard Cmpnent Installatins and Upgrades Befre Yu Begin Tls and Supplies Needed System References

4 3.2 General Installatin Prcedures Remving the Chassis Cver Re-installing the Chassis Cver Remving the Frnt Bezel Re-Installing the Frnt Bezel Remving a Riser Card Assembly Re-Installing a Riser Card Assembly Remving the Prcessr Air Duct Re-Installing the Prcessr Air Duct Internal System Cmpnents Cnfiguratin and Installatin Prcedures Cnfiguring Memry DIMMs Supprted Memry Publishing System Memry Integrated Memry Cntrller Operating Mdes Memry RAS Installing Memry DIMMs Replacing r Remving Memry DIMMs Adding r Replacing a Prcessr Inserting the Heat Sink Cnfiguring Jumpers n the Server Bard Optinal Cmpnent Installatin Prcedures Befre Yu Begin Tls and Supplies Needed System References Cable Ruting Reference Installing r Replacing Hard Disk Drives Remving an HDD Carrier frm the Chassis Installing a Hard Drive in a Carrier Installing a Hardware RAID Cntrller Installing the SuperCap Mdule Adding a Secnd Pwer Supply Mdule Installing a PCI Riser Card Installing PCI Add-in Cards Installing a Remte Management Mdule Installing RMM4Lite Installing a eusb Flash Drive

5 4.11 Installing a SATA Disk n Mdule (SATA DOM) Installing the Server int a Rack Cnnecting the Pwer Crd Equipment Rack Precautins Server Cmpnent Replacements Befre Yu Begin Tls and Supplies Needed System References Cable Ruting Reference General Replacement Prcedures Remving the Supprt Crss Bar Remving the CPU1 and CPU2 Pwer Cables Remving the Fan Cage Replacing Fans Replacing the Frnt Panel Bard Remving the Old Frnt Panel Bard Installing the New Frnt Panel Bard Replacing the LED/Switch Bard Remving the Old LED/Switch Bard Replacing the LED/Switch Light Pipe Assembly Installing the New LED/Switch Bard Replacing the Telc Alarms Mdule (TAM) Remving the Old Telc Alarms Mdule Installing the New Telc Alarms Mdule Replacing the Fan Cntrl Bard Remving the Old Fan Cntrl Bard Installing the New Fan Cntrl Bard Replacing the SAS Backplane Bard Remving the Old SAS Backplane Bard Installing the New SAS Backplane Bard Replacing the Pwer Distributin Bard Remving the Old Pwer Distributin Bard Installing the New Pwer Distributin Bard Replacing the S2600CO Server Bard Remving the Old Server Bard frm the Chassis Installing the New Server Bard

6 6 Server Utilities Using the BIOS Setup Utility Using BIOS Setup Starting Setup If Yu Cannt Access Setup Setup Menus Upgrading the BIOS Preparing fr the Upgrade Updating the System Firmware Restring BIOS Default Settings Clearing the Passwrd BMC Frce Update Prcedure ME Frce Update Prcedure Trubleshting Resetting the System Prblems Fllwing Initial System Installatin First Steps Checklist Hardware Diagnstic Testing Verifying Prper Operatin f Key System Lights Cnfirming the Operating System Lad Specific Prblems and Crrective Actins Pwer Light des nt Light N Characters Appear n Screen Characters are Distrted r Incrrect System Cling Fans d nt Rtate Prperly Cannt Cnnect t a Server Diagnstics Pass but the Cnnectin Fails The (NIC) Cntrller Stpped Wrking When an Add-in Adapter was Installed The Add-in Adapter Stpped Wrking withut Apparent Cause System Bts When Installing a PCI Card Prblems with Newly Installed Applicatin Sftware Prblems with Applicatin Sftware that Ran Crrectly Earlier Devices are nt Recgnized under Device Manager (Windws*OS) Hard Drive(s) are nt Recgnized Light-Guided Diagnstics Vlt Stand-by LED

7 7.5.2 DIMM Fault LEDs System ID LED, System Status LED, and POST Cde Diagnstic LED POST Errr Beep Cdes Warranty Appendix A: Safety Infrmatin Emissins Disclaimer Intended Uses If AC pwer supplies are installed: If DC pwer supplies are installed: DC Pwer Supply 48V Input Pwer Mating Cnnectr DC Pwer Supply Earth Grunding Studs n Chassis Overcurrent prtectin Temperature and Ventilatin Safety Cautins Wichtige Sicherheitshinweise Cnsignes de sécurité Instruccines de seguridad imprtantes Appendix B: Regulatry and Certificatin Infrmatin Prduct Regulatry Cmpliance Prduct Safety Cmpliance Prduct EMC Cmpliance - Class A Cmpliance Certificatins/Registratins/Declaratins Electrmagnetic Cmpatibility Ntices FCC (USA) Industry Canada (ICES-003) Eurpe (CE Declaratin f Cnfrmity) VCCI (Japan) BSMI (Taiwan) Regulated Specified Cmpnents Appendix C: NEBS Cnsideratins Appendix D: Getting Help Wrld Wide Web Telephne

8 1 Intrductin 1.1 Abut this Manual Thank yu fr purchasing and using the Kntrn CG2200 Carrier Grade Server. This manual is fr trained system technicians wh are respnsible fr trubleshting, upgrading, and maintaining this server. This dcument prvides a brief verview f the features f the system fllwed by a list f accessries r ther cmpnents yu may need r want t purchase, instructins fr hw t add r replace cmpnents in the CG2200 server, and trubleshting infrmatin. NOTE: Always be sure t search fr CG2200 n the Supprt website at the latest versin f this manual with pssible updates since this versin was published. 1.2 Manual Organizatin Chapter 2 Features prvides a brief verview f the CG2200 server. In this chapter, yu will find a list f the server bard features, chassis features, illustratins f the prduct, and prduct diagrams t help yu identify cmpnents and their lcatins Chapter 3 Standard Cmpnent Installatins and Upgrades prvides instructins fr adding and replacing standard cmpnents such as prcessrs and memry DIMMs. Use this chapter fr step-by-step instructins and diagrams fr installing r replacing cmpnents. Chapter 4 Optinal Cmpnent Installatin Prcedures prvides instructins fr adding ptinal cmpnents such as PCI add-in cards, hardware RAID5 cmpnents, and an SD flash mdule. Use this chapter fr step-by-step instructins and diagrams fr installing cmpnents. Chapter 5 Server Cmpnent Replacements prvides instructins fr replacing cmpnents such as bards and fans. Use this chapter fr step-bystep instructins and diagrams fr replacing cmpnents. Chapter 6 Server Utilities prvides instructins fr using the utilities that are shipped with the bard r that may be required t update the system. This includes hw t navigate thrugh the BIOS (Basic Input/Output System) setup screens, hw t perfrm a BIOS update, and hw t reset the passwrd r CMOS (Cmplementary Metal Oxide Semicnductr). Infrmatin abut the specific BIOS settings and screens is available in the Intel Server Bard S2600CO Technical Prduct Specificatin. Chapter 7 Trubleshting prvides trubleshting infrmatin. In this chapter, yu will find BIOS errr messages and POST (Pwer-n Self Test) cde messages. Yu will als find suggestins fr perfrming trubleshting activities t identify the surce f a prblem. Chapter 8 Warranty prvides the warranty infrmatin Appendix A: Safety Infrmatin prvides the emissins disclaimer, pwer supply infrmatin, temperature and ventilatin guidelines, and safety cautins in multiple languages. Appendix B: Regulatry and Certificatin Infrmatin presents the regulatry and safety cmpliances and electrmagnetic cmpatibility ntices 1

9 Appendix D: Getting Help 1.3 What Yur Server Includes Yur CG2200 server includes the fllwing cmpnents: One 2U chassis One Intel Server Bard S2600CO with DDR3 memry slts (memry nt included) Six remvable hard drive carriers One DC r AC pwer subsystem: ne ht-swappable pwer supply mdule and a pwer distributin bard. (The ther pwer supply bay has a filler panel in it. Fr redundancy anther separately rderable pwer supply mdule must be added.) Six fan assemblies fr cling the prcessr(s), DIMM(s), PCI slt(s), and ther internal cmpnents in three cling znes. A frnt panel bard,led/switch bard, and telc alarms mdule (TAM) bard Internal cables and cnnectrs See Chapter 3 fr initial installatin and cnfiguratin instructins. 1.4 Prduct Accessries The fllwing list shws the separately rderable cmpnents and ptinal accessries available fr inclusin in the initial rder r t have as spares. Refer t the CG2200 Carrier Grade Server Cnfiguratin Guide fr a cmplete list f rderable spares and ptins. The Cnfiguratin Guide can be fund n the Kntrn Supprt Website at (search fr CG2200, click n Prduct Dwnlads, then Ordering Guide). LGA 2011 (scket R) supprt fr Intel Xen E and E v2 prcessrs family Registered DDR3 Memry (RDIMM), LV-RDIMM, Unbuffered DDR3 Memry (UDIMM) with ECC and Lad Reduced DDR3 Memry (LR-DIMM) Up t six ht-swappable 2.5 SAS HDDs r SATA SSDs Hard disk drive carriers (six already shipped with the server) Third-party LSI-based 6 Gbit SAS hardware RAID cntrller Tw frnt access SD media flash mdules Internal flash strage supprted (eusb and SATADOM) Tw risers (fur FH/FL cards) and tw LP adapters fr a ttal f six PCIe Gen2/Gen3 I/O cards Pwer crd(s) AC r DC pwer supply mdule (650W) fr redundancy Intel Remte Management Mdule 4 (RMM4) r RMM4Lite ptins Rack munt kits Fr infrmatin abut the accessries, memry, prcessrs, and rdering infrmatin, refer t the CG2200 Carrier Grade Server Cnfiguratin Guide n fr CG2200, click n Prduct Dwnlads, then Ordering Guide). Fr infrmatin abut third-party hardware that has been tested and can be used with yur system, refer t the CG2200 Carrier Grade Server Tested Hardware and Operating System List (THOL) n (search fr CG2200, click n Prduct Dwnlads, then Cmpatibility Matrix). 2

10 1.5 Additinal Infrmatin and Sftware If yu need mre technical infrmatin r infrmatin abut the accessries that can be used with this CG2200 server, refer t the Technical Prduct Specificatins (TPSs) fr the system and the server bard. The TPS dcuments are lcated n the Kntrn supprt website at The system TPS prvides in-depth technical infrmatin abut the server. The server bard TPS prvides indepth technical infrmatin abut the server bard, including BIOS settings and chipset infrmatin. 3

11 2 Features This chapter briefly describes the main features f the Kntrn CG2200 Carrier Grade Server. It prvides a diagram f the prduct, a list f the server features, and a diagram shwing the lcatin f imprtant cmpnents and cnnectins n the server system. Figure 1 shws the CG2200 server. Figure 1. Kntrn CG2200 Carrier Grade Server Table 1 summarizes the majr features f the server system. 4

12 Table 1. CG2200 Server Features Feature Peripheral Interfaces Descriptin External cnnectins: DB-15 vide VGA cnnectr (rear) DB-15 alarms cnnectr (rear) RJ45 COM2 cnnectr (frnt) Fur RJ45 10/100/1000 Mbps netwrk cnnectins (rear) Fur USB 2.0 cnnectrs (rear) One USB 2.0 cnnectr (frnt) One DB9 COM1 cnnectr (rear) One RMM4 dedicated management NIC (ptinal) Internal cnnectins: One internal USB headers fr embedded flash drives One RMM4 cnnectr fr an Intel Remte Management Mdule 4 mdule (ptinal) Vide LAN Expansin Capabilities Hard Drive Optins Peripherals Frnt Panel Buttns Frnt Panel LEDs Pwer Supply Fans Integrated Matrx G200 2D vide graphics cntrller Fur 10/100/1000 Mbps Intel I350 PHYs Riser card ptins: Tw riser slts t supprt a single slt PCIe x16 riser r a dual slt PCIe x8 riser (left side slt 2) a single slt PCIe x16 riser r a dual slt PCIe x8 riser r a dual PCI-X active riser (right side slt 5) Up t six 2.5-inch SAS HDD r SATA SDD hard drives Onbard SAS SWRAID 0/1/10 via ESRTII r RSTe Up t tw SD flash mdules (frnt panel access) Pwer n/ff System reset Chassis ID NMI Pwer status Chassis identificatin System status Fan status HDD activity/fault NIC activity Alarms (critical, majr, minr, pwer) Up t tw 650W pwer supply mdules (AC r DC) Tw redundant, ht-swappable CPU1/memry and right-side PCI assembly area cling fans Tw redundant, ht-swappable CPU2/PCI area cling fans 5

13 Feature System Management Descriptin Tw redundant left-side PCI assembly cling fans On-bard Emulex Pilt III Integrated Basebard Management Cntrller (Integrated BMC), IPMI 2.0-cmpliant 2.1 Server Cmpnents Figure 2 shws the CG2200 server with the tp cver remved t shw the internal cmpnents. Figure 2. CG2200 Server Cmpnents 6

14 Table 2. CG2200 Server Cmpnents Item Descriptin Item Descriptin A Redundant, ht-swappable AC r DC pwer supply mdules N Basebard PCI slt 5, fr right-side risers nly B Earth Grund O CPU 2 C PCI adapter external prt access fr five adapters P CPU 1 D Right-side riser card assembly Q 16 DDR3 memry DIMM slts, tw banks f fur DIMMs fr each prcessr (CPU 1 slts shwn) E CPU and DIMM air duct R Telc alarm mdule (TAM) bard F Chassis supprt crssbeam S RJ45 COM1 prt and USB prt (2 cnnectrs) G System fans (six) T Frnt panel bard (FPB) H Hard Drive Bay U LED bard I Air baffle fr left-side riser card V SD flash card slts (2) J Left-side riser card assembly W Pwer distributin bard (PDB) K Basebard PCI slt 2 fr left-side risers nly X Fan cntrl bard L Basebard PCI slt 3 fr internal hardware RAID adapter nly Y Pwer supply cage fr tw pwer supply mdules M Basebard PCI slt 4, fr LP adapters nly Z Intel S2600CO Server Bard 2.2 CG2200 Server Frnt Panel Figure 3 shws the frnt panel f the CG2200 server with the bezel installed. Figure 3. CG2200 Server Frnt View (Bezel Installed) 7

15 Item Descriptin Item Descriptin A Frnt panel cntrl buttns and status indicatr and telc alarm LEDs C USB prt B RJ45 COM2 prt D Bezel captive screw Figure 4 shws the frnt panel f the CG2200 server with the bezel remved. Figure 4. CG2200 Server Frnt View (Bezel Remved) Item Descriptin Item Descriptin A Hard disk drive slt 5 G Frnt panel cntrl buttns, status indicatr and telc alarm LEDs B Hard disk drive slt 4 H RJ45 serial prt (COM1/serial A) C Hard disk drive slt 3 I USB prt D Hard disk drive slt 2 J SD 0 and SD 1 flash mdules E Hard disk drive slt 1 K SD flash LED F Hard disk drive slt 0 L ESD grund strap attachment Figure 5 shws the CG2200 server cntrl panel. 8

16 Figure 5. CG2200 Server Cntrl Panel Item Descriptin Item Descriptin A Pwer buttn G Minr alarm (amber) B System reset buttn H Pwer alarm (amber) C Chassis infrmatin LED I HDD activity LED D Fan status LED J NIC1/NIC2 activity LED E Critical alarm (amber r red ) K Chassis ID buttn F Majr alarm (amber r red ) L NMI buttn Critical and Majr alarm indicatrs are bi-clr LEDs that can be cnfigured t be yellw r red by means f an SDR TAM setting. Yellw is the default clr. 2.3 CG2200 Server Back Panel Figure 6 shws the back panel f the CG2200 server. 9

17 Figure 6. CG2200 Server Rear View Item Descriptin Item Descriptin A Right 1 2-slt FL/FH PCI assembly (slts 5 and 6) J RMM4 NIC (ptinal) B Thumb screw t secure right PCI assembly (A) K GbE NIC3 and NIC 4 (NIC3 n tp) C LP PCI adapter (slt 4) L GbE NIC2, USB2 and USB3 (USB2 n tp) D Internal LP PCI adapter (basebard slt 3, nt visible frm utside f chassis) E Thumb screw t secure left PCI assembly (F) N Vide cnnectr M GbE NIC1, USB0 and USB1 (USB0 n tp) F Left 1 2-slt FL/FH PCI assembly (slts 1 and 2) O DB9 Serial Cnnectr G Pwer supply 1 (shwn with PC pwer supply installed) P TAM dry relay cnnectr H Optinal pwer supply 2 (filler panel shwn) 2 Q Pwer supply LED signals I Earth Grund studs (dual hle lug shwn) R Pwer supply 1 (shwn with AC pwer supply 10

18 Item Descriptin Item Descriptin installed) NOTES: 1. Right and left ntatin fr PCI assemblies is when lking frm the frnt f the system. 21: In nn-redundant cnfiguratins, pwer supply slt 2 must have a filler panel installed. 3. If RMM4 NIC is nt used, a filler panel ccupies this space 2.4 Frnt Panel Bard The frnt panel (FP) bard is lcated behind the frnt bezel and in frnt f the fans. The FP Bard prvides the fllwing feature set: The FP Bard prvides the fllwing feature set: Tw USB prts: ne t drive the USB prt n the cmb RJ45 and USB cnnectr and ne t drive the SD flash mdule cntrller(s). Serial RS-232 signals t the frnt panel serial prt n the cmb RJ45 and USB cnnectr Cntrl circuitry fr driving the NIC activity LED, the system status LED, the pwer LED, and the disk activity LED, which are all lcated n the LED/switch bard On-bard LED that indicates USB flash drive activity System pwer state and status indicatrs -- pwer, reset, and NMI switches NOTE: There may be features (fr future use) in additin t thse in this list. 2.5 LED/Switch Bard The LED/switch bard prvides input selectin switches and LED status indicatrs fr the server system. The LED/switch bard is cnnected t the FP bard and receives status and alarm signals frm it. The bard has the fllwing features: Cnnects the frnt panel bard signals t the frnt panel. There are fur switches and six LEDs. The pwer status LED and the chassis ID LED are embedded in the switch and the ther fur are n the cntrl panel. (See Figure 5.) On bard switches fr pwer, reset, ID, and NMI On bard LEDs t indicate pwer status, chassis ID, system status, HDD activity/fault, NIC activity, and fan status NOTE: Fr infrmatin abut the telc alarm LEDs that are als n the frnt panel, see Sectin 7.5, Light- Guided Diagnstics 2.6 Telc Alarm Mdule (TAM) Bard The CG2200 server Telc Alarms Mdule (TAM) bard prvides the cnnectr interface and supprting lgic fr the telc alarms functin. The TAM bard als prvides an alarms functin with fault relays and access by cable t the fault relay cntacts at the back f the system. A ribbn cable cnnects the TAM bard t the frnt panel bard. 11

19 Fr detailed infrmatin abut the telc alarms and fault relays, see the Telc Alarms (TAM) chapter in the CG2200 Carrier Grade Server Technical Prduct Specificatin n the Kntrn supprt website at Hard Disk Drives The CG2200 Carrier Grade Server chassis supprts up t six hard disk drives which are accessible frm the frnt f the chassis with the bezel remved. The hard disk drives are munted in remvable drive carriers that latch int the drive bay sub-assembly. Up t six 2.5-inch ht-swappable SAS technlgy rtating hard drives and/r SATA slid state drives can be munted in the drive bay. Drives can cnsume up t 12W f pwer, each. Drives used in this server must be specified t run at a maximum ambient temperature f 40 C. NOTES: 1) SATA rtating HDDs are nt recmmended fr use in this system because they are sensitive t rtatinal vibratin frm system fan blades and ther HDDs. 2) The CG2200 server des nt supprt all SAS r SATA drive mdels. Fr a list f validated hard drive manufacturers and hard drive types, refer t the Tested Hardware and Operating System List (THOL) n the Kntrn website at (search fr CG2200, click n Prduct Dwnlads, then Cmpatibility Matrix). 2.8 SAS Hardware RAID Cntrller Sftware RAID 0/1/10 is supprted fr all six SAS drives r SATA SSDS. If additinal levels f sftware RAID are needed, see the Cnfiguratin Guide fr rderable ptins. Hardware RAID is available as a separately-rderable kit and additinal CG2200 RAID cable kit. This kit prvides cables and brackets t supprt bth an LSI and an Intel hardware RAID cntrller. Fr mre infrmatin abut these ptins, refer t the Cnfiguratin Guide lcated n the supprt website at (Search fr CG2200, click n Prduct Dwnlads, then Ordering Guide). 2.9 SATA Disk n Mdule A SATA DOM can be implemented n the server bard. T use this HDD functinality, yu need a separately-purchased card. Fr a list f qualified third party vendrs, see the Tested Hardware and Operating System List (THOL). The latest versin f the Cnfiguratin Guide is lcated n the Kntrn supprt website at (search fr CG2200, click n Prduct Dwnlads, then Ordering Guide). The latest versin f the THOL is lcated n the supprt website at (search fr CG2200, click n Prduct Dwnlads, then Cmpatibility Matrix) SD Flash Mdules There are tw frnt-accessible USB SD flash mdules that supprt tw SD cards. Fr a list f validated SD cards t use with these mdules, see the Tested Hardware and Operating System List (THOL) n the Kntrn website at (search fr CG2200, click n Prduct Dwnlads, and then Cmpatibility Matrix). 12

20 2.11 Embedded USB Flash Drive A eusb flash drive can be installed ptinally n the server bard. T use this feature, yu need a separately-purchased eusb drive. Fr a list f qualified third party vendrs, see the Tested Hardware and Operating System List (THOL). The latest versin f the THOL is lcated n the supprt website at (search fr CG2200, click n Prduct Dwnlads, then Cmpatibility Matrix) Server Bard (Basebard) The CG2200 server uses the Intel S2600CO server bard fr the basebard. The prcessrs and memry DIMMs are n the server bard and supprt fr several ptinal accessries, such as tw PCI riser slts, the platfrm management subsystem, and RMM4 Lite and RMM4 DMN cnnectrs, als. Figure 7 shws the key cmpnents and cnnectrs n the S2600CO server bard. Figure 7. Basebard Cmpnents and Cnnectrs 13

21 Item Descriptin Item Descriptin A Chassis intrusin header (nt supprted n the CG2200 server) O CPU1 DIMM slts (C, D) B PCIe slt 1, PCI Express* Gen3 P CPU1 DIMM slts (A, B) C RMM4Lite key Q CPU1 D RMM4 NIC R CPU1 pwer cnnectr E PCIe slt 2, PCI Express* Gen3 S SAS sftware RAID key F PCIe slt 3, PCI Express* Gen3 T PCH chipset G PCIe slt 4, PCI Express* Gen3 U eusb cnnectr H PCIe slt 5, PCI Express* Gen3 V SMBus I PCIe slt 6, PCI Express* Gen3 W Main pwer cnnectr J Rear I/O prts X SAS/SATA cnnectrs K CPU2 pwer cnnectr Y CMOS battery L CPU2 Z Frnt panel USB cnnectr M CPU2 DIMM slts (G, H) AA Serial B cnnectr N CPU2 DIMM slts (E, F) BB SSI frnt panel cnnectr 2.13 Riser Card Assembly The Intel Server Bard S26000CO has tw riser slts capable f supprting riser cards n the right side and left side f the chassis. Basebard PCIe slt 2 and PCIe slt 5 supprt the riser bards in the CG2200 system. Basebard PCIe slt 2 supprts a single slt PCIe X16 riser and a dual slt PCIe X8 riser. These risers are referred t as the left side risers since the bards plug in n the left side f the chassis as viewed frm the frnt f the server. Basebard PCIe slt 5 supprts a single slt PCIe X16 riser, a dual slt PCIe X8 riser, and a dual PCI-X active riser. These risers are referred t as the right side risers since the bards plug in n the right side f the chassis. Once PCI add-in cards are installed and the riser card assembly is remunted in the chassis, the cards are accessible frm the rear f the server chassis. Table 3 identifies the card cnfiguratins and the cnnectr types used. 14

22 Table 3. Riser Card Cnfiguratin Optins Riser Card Optin PCI Express passive riser single slt x16 Right-side riser (basebard slt 5) Slt Cnfiguratin Single full-height PCI Express cnnectr PCI Express passive riser dual slt x8 Right-side riser (basebard slt 5) Tw full height PCI Express x8 cnnectrs PCI Express/PCI-X active riser Right-side riser (basebard slt 5) PCI Express passive riser single slt x16 Left-side riser (basebard slt 2) Tw full-height PCI-X 133 cnnectrs Single full-height PCI Express cnnectr PCI Express passive riser dual slt x8 Left side riser (basebard slt 2) Tw Full height PCI Express x8 cnnectrs 2.14 Ethernet NIC Prts The S2600CO server bard (basebard) prvides fur dual netwrk interface cntrller (NIC) RJ45 cnnectrs riented side-by-side n the back edge f the bard and accessible at the rear I/O panel. Additinal rear-accessible GbE NIC prts can be added t the system by using full-height PCI-X/PCIe add-in cards r lw-prfile PCIe add-in cards 2.15 Remte Management Mdule 4 RMM4 can be implemented ptinally n the ibmc n the S2600CO server bard. T use this feature, a separately-rderable RMM4 kit must be installed. An RMM4Lite kit can als be purchased t enable advanced features in the ibmc withut a dedicated management NIC Pwer Supply Subsystem The pwer supply subsystem cnsists f up t tw AC r DC pwer supply mdules (tw needed fr redundancy) and a pwer distributin bard (PDB). One pwer supply mdule is included with the server with a filler panel in the secnd pwer supply slt. The pwer supply mdule is rated fr 650W utput capability in full AC r DC input vltage range. The minimum steady-state DC input vltage at which the equipment remains fully peratinal is -38 VDC. The nminal perating vltage f the DC system is -48 VDC System Cling There are three main cling areas in the CG2200 server as illustrated in Figure 8. 15

23 Zne 1 (green dtted lines) cntains fans 1 and 2, which cl CPU1, CPU2, DIMMs A1, A2, B1, B2, G1, G2, H1, H2 and all ther cmpnents in this zne. Air flws thrugh the frnt bezel t the rear f the chassis (zne 1 arrw). Zne 2 (red dtted lines) cntains fans 3 and 4 which cl DIMMs C1, C2, D1, D2, E1, E2, F1, F2, the right-side PCI assembly, and all ther cmpnents in this zne.. Air flws thrugh the frnt bezel t the rear f the chassis (zne 2 arrw). Zne 3 (blue dtted lines) cntains fans 5 and 6 which cl the six HDDs, the tw LP PCI adapters in basebard slts 3 and 4, the left-side PCI assembly and all the ther cmpnents in this area. Air flw takes tw rutes fr this zne; frm the frnt bezel ver the drive bay t the fans and straight back t the rear f the chassis (left zne 3 arrw) r ver the drive bay t the fans and then back ver the pwer supplies t the rear f the chassis. (right zne 3 arrw). Internal pwer supply fans as well as system fans 5 and 6 cl the pwer distributin bard (PDB) and pwer supply mdules. Figure 8. CG2200 Server Cling Areas The three-zne cling subsystem is sized t prvide cling fr: Up t tw server bard prcessrs Up t 256 GBytes f DDR3 memry Up t six SAS hard disk drives The cling subsystem meets acustic and thermal requirements at the lwer fan speed settings. At the higher fan speed settings, thermal requirements are met fr the maximum ambient temperatures, but acustic requirements are nt met Prcessrs and Memry DIMMs NOTE: T avid integratin difficulties and pssible bard damage, yur server must meet the requirements utlined belw. Fr a list f qualified prcessrs refer t the Cnfiguratin Guide lcated n the supprt website at (search fr CG2200, click n Prduct Dwnlads, then Ordering Guide). Fr a list f qualified DIMMs refer t the Tested Memry List at (search fr CG2200, click n Prduct Dwnlads, then Cmpatibility Matrix). 16

24 Prcessrs The S2600CO server bard accmmdates tw prcessrs frm Intel Xen E and E v2 prcessr series. These prcessrs can be rdered frm Intel r an authrized distributr using the Kntrn part numbers listed in the CG2200 Carrier Grade Server Cnfiguratin Guide Memry The S2600CO server bard supprts 16 DIMM slts tw DIMM slts/channel fur memry channels/prcessr. Supprt fr Registered DDR3 Memry (RDIMM), LV-RDIMM, Unbuffered DDR3 Memry (UDIMM) with ECC and Lad Reduce DDR3 Memry (LR-DIMM. Memry DDR3 data transfer rates f 800, 1066, 1333, and 1600 MT/s. 17

25 3 Standard Cmpnent Installatins and Upgrades 3.1 Befre Yu Begin Befre wrking with yur server prduct, pay clse attentin t the safety instructins prvided in this manual. See Appendix A, Appendix A: Safety Infrmatin Warning: Electrstatic discharge (ESD) and ESD prtectin: ESD can damage disk drives, bards, and ther parts. We recmmend that yu perfrm all prcedures in this chapter nly at an ESD wrkstatin. If ne is nt available, prvide sme ESD prtectin by wearing an antistatic wrist strap attached t chassis grund (any unpainted metal surface) n yur server when handling parts Tls and Supplies Needed #1 and #2 Phillips (crss-pint) screwdrivers (r interchangeable tip screwdriver with #1 and #2 Phillips bits) Persnal grunding device such as an anti-static wrist strap and a grunded cnductive pad System References All references t left, right, frnt, rear, tp, and bttm assume that yu are facing the frnt f the server, as it wuld be psitined fr nrmal peratin. 3.2 General Installatin Prcedures The fllwing sectins present general installatin and remval prcedures that are required befre remving r installing internal cmpnents that are nt ht-swappable Remving the Chassis Cver The CG2200 server must be perated with the tp cver in place t ensure prper cling. Yu will need t remve the tp cver t add r replace cmpnents inside the chassis that are nt ht-swappable. CAUTION: 5V standby pwer is present inside the chassis whenever the pwer supply mdule(s) are cnnected t a pwer surce. Befre remving the tp cver, always pwer dwn the server and unplug all peripheral devices and the pwer cable. A nn-skid surface r a stp behind the server may be needed t prevent the server frm sliding n yur wrk surface. 1. Observe the safety and ESD precautins in Appendix A, Appendix A: Safety Infrmatin. 2. Turn ff all peripheral devices cnnected t the server. Turn ff the server. 3. Discnnect the pwer crd(s). shws the tp cver and hw it is remved and re-installed. Remving the Cver 1. Remve the hex HD Phillips 6-32 shipping screw at the frnt left side f the cver, if it is still attached, and save it fr future use. ( 2., C ) 18

26 3. Remve the tw shulder screws (ne n each side) frm the cver. ( D ) 4. While hlding the blue unlcking buttn at the middle f the tp cver, slide the cver backwards until it stps and the edge clears the lck bracket n the rear panel f the chassis 5. Lift the cver straight up t remve it frm the chassis Re-installing the Chassis Cver When yu are finished wrking inside the chassis, yu must put the cver back n befre turning the server back n. This step is required t ensure prper cling. Re-Installing the Cver 1. Starting frm the rear f the chassis, align the tab n the rear right edge f the cver with the lck bracket n the utside f the rear panel and place the cver dwn ver the chassis with the side edges utside the chassis walls. (Figure 9, A) CAUTION: When re-installing the cver, make sure that the guide pin and the ntch are aligned ( B ) and d nt apply excessive frce when sliding the cver in place. Misalignment r excessive frce may cause damage t the cver s guide pin. Figure 9: Re-Installing the Chassis Tp Cver 2. Slide the cver frward until it clicks int place. 19

27 3. Install the shipping screw if tled entry is required r if the unit will be shipped. ( C ) 4. Replace the tw shulder screws (ne n each side) t fasten the cver t the chassis frame. ( D ) 5. Trque screws t 8lbf*in. 6. Recnnect all peripheral devices and the pwer crd(s). CAUTION: This unit must have the cver installed when it is running t ensure prper cling Remving the Frnt Bezel Yu need t remve the frnt bezel fr tasks such as: Installing r remving hard disk drives r an SD flash card Observing the individual hard disk drive activity/fault indicatrs Replacing the cntrl panel LED/switch bard NOTE: The server des nt have t be pwered dwn just t remve the frnt bezel. 1. Lsen the captive bezel retentin screw n the right side f the bezel (Figure 10, A ). 2. Rtate the bezel t the left t free it frm the pins n the frnt panel, ( B ) and remve it. Figure 10. Remving the Frnt Bezel Re-Installing the Frnt Bezel 1. Insert the tabs n the left side f the bezel int the slts n the frnt panel f the chassis. 2. Mve the bezel tward the right and align it n the frnt panel pins. 3. Snap the bezel int place and tighten the retentin screw t secure it Remving a Riser Card Assembly One r bth f the riser card assemblies has t be remved frm the chassis t perfrm tasks such as: 20

28 Installing r replacing a riser card and any PCI add-in card(s) Wrking with any cmpnents n the server bard that are near the riser card assembly Installing r replacing prcessrs r memry DIMMs Remving the server bard T remve a riser card assembly: 1. Pwer dwn the server and remve all peripheral devices and the pwer crd(s) 2. Remve the chassis cver. Fr instructins, see Remving the Chassis Cver in Sectin 3.2. Lsen the tw blue captive retentin screws ( 3. Figure 11, A ) at the frnt f the riser assembly and the blue captive screw at the rear f the chassis ( B ). 4. Using the tw blue tuch pints ( C ), lift the riser card assembly ut f the chassis ( D ). 21

29 Figure 11. Remving the Riser Card Assemblies Re-Installing a Riser Card Assembly T re-install the riser card assembly: 1. Psitin the riser frnt tabs ver the hles n the PCI supprt crss bar. (Figure 11, A ). 2. Using the blue tuch pints n the tp f the assembly ( C ), press dwn t mate the riser card with the header n the server bard (Slt 2 fr the left-side riser and slt 5 fr the right-side riser.) NOTES: 1) T avid damaging the card edge, be sure that the card is lined up straight with the header, nt n an angle. 2) If a hardware RAID cntrller card is installed in PCI slt 4, be careful nt t damage the diagnstic pins at the back f the card next t the rear chassis panel when re-installing the left-side riser assembly. 22

30 3. Align and then tighten the blue captive retentin screws at the frnt f the assembly with the hles n the supprt crss bar ( A ) and n the rear f the chassis. ( B. 4. Replace the chassis cver. Fr instructins see Re-Installing the Cver in Sectin Remving the Prcessr Air Duct The black plastic prcessr air duct must be remved t access the prcessrs and the memry DIMMs. The air duct is required t ensure prper air flw within the chassis, s be sure that it is in place again befre re-installing the chassis cver. T remve the prcessr air duct: 1. Pwer dwn the server and remve all peripheral devices and the pwer crd(s) 2. Remve the chassis cver. Fr instructins, see Remving the Chassis Cver. 3. Remve the right-side (slt 5) riser card assembly. Fr instructins, see Remving a Riser Card Assembly. 4. Lsen the captive retentin screw n the supprt crss bar that secures the air duct. 5. Rtate the air duct slightly t the left t clear the ntch n the PCI riser assembly cnnectr and slide the air duct backwards. Lift the air duct straight up t remve it. (Figure 12) Figure 12. Remving the Prcessr Air Duct Re-Installing the Prcessr Air Duct The air duct is required t ensure prper air flw within the chassis, s be sure that it is in place again befre re-installing the chassis cver. 23

31 1. Place the prcessr air duct ver the prcessr sckets and DIMMs. Align the standff n the tp right with the captive screw n the supprt crss bar. Tighten the screw t secure the air duct. 2. Re-install the riser card assembly. Fr instructins, see Re-Installing a Riser Card Assembly. 3. Replace the chassis cver and recnnect all pwer crds and external peripheral devices. Fr instructins, see Re-Installing the Cver. 3.3 Internal System Cmpnents Cnfiguratin and Installatin Prcedures This sectin cvers separately-rderable cmpnents that must be installed fr yur server t perate. It als cvers replacing these cmpnents and where relevant, such as with memry DIMMs, hw t cnfigure them. Yu install yur separately-rderable DIMMs and prcessrs n the Intel Server Bard S2600CO, which is the basebard fr this server. NOTE: Be sure t read the fllwing infrmatin abut the cnfiguratin rules and memry feature ptins befre yu begin Cnfiguring Memry DIMMs The memry DIMM slts are lcated in tw separate banks n the S2600CO server bard. Detailed infrmatin abut the memry subsystem in the CG2200 server can be fund in the Intel Server Bard S2600CO Family Technical Prduct Specificatin lcated n the Kntrn supprt website (search fr CG2200, click n Prduct Dwnlads, then Technical Inf). The fllwing sectins give an verview f the memry system. Intel QuickPath Memry The Intel QuickPath Intercnnect is a high-speed, packetized, pint-t-pint intercnnect that ffers much higher bandwidth with lw latency. It has a snp prtcl ptimized fr lw latency and high scalability, as well as packet and lane structures enabling quick cmpletins f transactins. Reliability, availability, and serviceability features (RAS) are built int the architecture. Integrated Memry Cntrller (IMC) and Memry Subsystem. A memry cntrller is integrated int the prcessr. Each prcessr prvides fur DDR3 channels that supprt the fllwing features. Bth registered DIMMs (RDIMMs) and unbuffered DIMMs (UDIMMs) LR DIMM (Lad Reduced DIMM) fr buffered memry slutins demanding higher capacity memry subsystems Independent channel mde r lckstep mde Memry DDR3 data transfer rates f 800, 1066, 1333, and 1600 MT/s 64-bit wide channels plus 8 bits f ECC supprt fr each channel Fr detailed infrmatin abut additinal features supprted, see Sectin 3.2.2, Integrated Memry Cntrller (IMC) and Memry Subsystem in the Intel Server Bard S2600C) Family TPS Supprted Memry The Intel Server Bard S2600CO supprts eight DDR3 memry channels (fur per prcessr scket) with tw DIMM slts per channel. Up t 16 DIMMs can be used with dual-prcessr sckets giving a maximum memry capacity f 256 GB. 24

32 The server bard supprts DDR3 800, DDR3 1066, DDR3 1333, and DDR memry transfer rates. Memry mdules f mixed speed are supprted by autmatic selectin f the highest cmmn frequency f all memry mdules. Fr detailed infrmatin abut UDIMM, RDIMM and LRDIMM supprt guidelines, see Sectin , Supprted Memry in the Intel Server Bard S2600CO Family TPS. Memry Map and Ppulatin Rules The nmenclature fr DIMM sckets implemented n the Intel Server Bard S2600CO is shwn in Table 4. Table 4. Memry Map Prcessr Scket 1 Prcessr Scket 2 Channel A Channel B Channel C Channel D Channel E Channel F Channel G Channel H A1 A2 B1 B2 C1 C2 D1 D1 E1 E2 F1 F2 G1 G2 H1 H2 NOTE: Althugh mixed DIMM cnfiguratins may be functinal, platfrm validatins are perfrmed nly n systems cnfigured with identical DIMMs. The S2600CO server bard memry is implemented accrding t the fllwing rules DIMMs are rganized int physical slts n DDR3 memry channels that belng t prcessr sckets. The memry channels frm prcessr scket 1 are identified as Channel A, B, C, and D. The memry channels frm prcessr scket 2 are identified as Channel E, F, G, and H. Each memry slt n the server bard is identified by channel and slt number within the channel. Fr example, DIMM_A1 is the first slt n Channel A n prcessr 1; DIMM_E1 is the first DIMM scket n Channel E n prcessr 2. The memry slts assciated with a given prcessr are unavailable if the given prcessr scket is nt ppulated. A prcessr can be installed withut ppulating the assciated memry slts, prvided the ther prcessr is installed with assciated memry. In this case, the memry is shared by the prcessrs. Hwever, the platfrm suffers perfrmance degradatin and latency because f the remte memry accesses. Prcessr sckets are self-cntained and autnmus. Hwever, all memry subsystem supprt (i.e., Memry RAS, Errr Management, etc.) in the BIOS setup is applied cmmnly acrss prcessr sckets. The blue memry slts n the server bard identify the first memry slt fr each memry channel. Fr mre infrmatin abut ppulatin cnsideratins, see Sectin Memry Slt Identificatin and Ppulatin Rules in the Intel Server Bard S2600CO Family TPS Publishing System Memry The BIOS displays the Ttal Memry f the system during POST if Display Lg is disabled in the BIOS setup. This is the ttal size f memry discvered by the BIOS during POST and it is the sum f the individual installed DDR3 DIMMs in the system. The BIOS prvides the ttal memry f the system in the main page f the BIOS setup. The BIOS displays the Effective Memry f the system in the BIOS setup. The term Effective Memry refers t the ttal size f all DDR3 DIMMs that are active (nt disabled) and nt used as redundant units. 25

33 3.3.4 Integrated Memry Cntrller Operating Mdes. The fllwing perating mdes are supprted: Independent channel mde Lckstep channel mde Mirrr mde Fr detailed infrmatin abut these different perating mdes, see Sectin , Integrated Memry Cntrller Operating Mdes in the Intel Server Bard S2600CO Family TPS Memry RAS The server bard supprts the fllwing memry RAS mdes: Single Device Data Crrectin (SDDC) Errr Crrectin Cde (ECC) memry Demand scrubbing fr ECC memry Patrl scrubbing fr ECC memry Rank sparing mde Mirrred channel mde Lckstep channel mde Fr detailed infrmatin abut these different memry RAS mdes, see Sectin , Memry RAS in the Intel Server Bard S2600CO Family TPS Installing Memry DIMMs NOTE: T reduce the risk f electrstatic discharge (ESD) damage t the prcessr r the DIMM, be sure t fllw these prcedures: 1) Tuch the metal chassis befre tuching the DIMM r server bard. 2) Keep part f yur bdy in cntact with the metal chassis t dissipate the static charge while handling the DIMM. 3) Avid mving arund unnecessarily. 4) Use a grund strap attached t the frnt panel (with the bezel remved). T install DIMMs in the S2600CO server bard slts, fllw these steps: 1. Pwer dwn the server and remve all peripheral devices and the pwer crd(s) 2. Remve the chassis cver. Fr instructins, see Remving the Chassis Cver in Sectin Remve the right-side riser card assembly. Fr instructins, see Remving a Riser Card Assembly. 4. Remve the prcessr air duct. Fr instructins, see Remving the Prcessr Air Duct. 5. Nte the lcatin f the alignment ntch. ( B ) 6. Insert the DIMM, making sure the cnnectr edge f the DIMM aligns crrectly with slt. ( E ) 7. Using bth hands, push dwn firmly and evenly n bth sides f the DIMM until it snaps int place and the levers clse. ( C and D ) IMPORTANT: Visually check that each latch is fully clsed and crrectly engaged with the ntch n the DIMM edge. ( E ) 8. Replace the air duct, riser card assembly, and the chassis cver if yu have cmpleted all wrk inside f the server. 26

34 Figure 13. Memry DIMM Installatin Replacing r Remving Memry DIMMs NOTE: T reduce the risk f electrstatic discharge (ESD) damage t the prcessr r the DIMM, be sure t fllw these prcedures: 1) Tuch the metal chassis befre tuching the DIMM r server bard. 2) Keep part f yur bdy in cntact with the metal chassis t dissipate the static charge while handling the DIMM. 3) Avid mving arund unnecessarily. 4) Use a grund strap attached t the frnt panel (with the bezel remved). T remve a DIMM frm the S2600CO server bard, fllw these steps: 1. Pwer dwn the server and remve all peripheral devices and the pwer crd(s) 2. Remve the chassis cver. Fr instructins, see Remving the Cver. 3. Remve the right-side riser card assembly. Fr instructins see Remving a Riser Card Assembly. 4. Remve the prcessr air duct. Fr instructins, see Remving the Prcessr Air Duct. 5. Open the DIMM slt levers fr the DIMM yu want t remve. (Figure 13) 6. Using bth hands, hld the DIMM by the edges and lift it up frm the slt. Stre the DIMM in an antistatic package. 7. If yu are installing a replacement DIMM in this slt, return t Step 5 in Installing Memry DIMMs. Otherwise, replace the air duct, riser card assemblies, and chassis cver if yu have cmpleted all wrk inside the server. 27

35 3.3.8 Adding r Replacing a Prcessr CAUTION: The prcessr must be apprpriate: Yu culd damage the server bard if yu install a prcessr that is inapprpriate fr yur server. Refer t the Cnfiguratin Guide lcated n the supprt web page (search fr CG2200, click n Prduct Dwnlads, and then Ordering Guide) fr a list f cmpatible prcessrs fr the CG2200 server. Use the instructins prvided belw t add r replace a prcessr instead f using the instructins that came with the prcessr. Befre yu begin, remve the right-side riser card assembly and prcessr air duct frm the chassis. Fr instructins, see Remving a Riser Card Assembly and Remving the Prcessr Air Duct. Fllw the instructins belw t remve and then install a prcessr, referring t Figure 25 thrugh Figure 32. ESD and Prcessr Handling Precautins Be mindful f the fllwing pints when handling the prcessrs and sckets t reduce the risk f electrstatic discharge (ESD) damage t the prcessr: Tuch the metal chassis befre tuching the prcessr r server bard. Keep part f yur bdy in cntact with the metal chassis t dissipate the static charge while handling the prcessr. Avid mving arund unnecessarily. Use a grund strap attached t the frnt panel (with the bezel remved.) Figure 14. Cautins fr Handling Prcessrs Remving a Prcessr 1. Lsen the fur captive screws n the crners f the heat sink with a #2 Phillips screwdriver. (Figure 15, A ) 2. Twist the heat sink slightly t break the seal between the heat sink and the prcessr. ( B ) 3. Lift the heat sink frm the prcessr. If it des nt pull up easily, twist the heat sink again. Nte: D nt frce the heat sink frm the prcessr. Ding s culd damage the prcessr. 28

36 Figure 15. Remving the Heat Sink 4. Open the scket by pushing the lever handles dwn and away frm the scket t release it. (Figure 16, A and B Figure 16. Using the Scket Levers 5. Pull the levers and pen the lad plate all the way. (Figure 17, A and B ) 29

37 Figure 17.Opening the Lad Plate 6. Remve the prcessr. Installing a New Prcessr NOTE: Fllw the ESD precautins cvered in ESD and Prcessr Handling Precautins. T install a prcessr, fllw these instructins: 1. Take the prcessr ut f its packaging and remve the prtective shipping cver by grasping the cver tab and pulling it away frm the lad plate. Stre the prtective cver fr future use. ( 2. Figure 18) Figure 18. Remving the Shipping Cver CAUTION: The underside f the prcessr has cmpnents that may damage the scket pins if installed imprperly. The prcessr must align crrectly with the scket pening befre installatin. Gently place the prcessr nt the scket surface. D nt drp the prcessr int the scket! 30

38 3. Orient the prcessr with the scket s that the prcessr cututs match the scket ntches. ( 4. Figure 19, A ) 5. Gently place the prcessr in the scket. ( B ) Figure 19. Installing the Prcessr in the Prcessr Scket 6. Carefully clse the lad plate. 7. Clse the Clse 1 st scket lever and ensure that the lad plate tab engages under the scket lever when fully clsed. (Figure 20 B ) 31

39 Figure 20. Clsing the Prcessr Lad Plate 6. When the lad plate cmes dwn and the lever is latched, the scket cver pps ff. Save it fr future use if the prcessr is remved frm the scket. ( 7. Figure 21 A and B ) Figure 21. Clsing the Last Scket Lever Inserting the Heat Sink 1. If this is a new heat sink (nt the ne yu remved abve), remve the prtective film, if present, n the Thermal Interface Material (TIM) lcated n the bttm f the heat sink. (Figure 21, A ) 2. Set the heat sink ver the prcessr, lining up the fur captive screws with the fur psts surrunding the prcessr. Align the heat sink fins t the frnt and back f the chassis fr crrect airflw (frnt t back). Use cautin and make sure that cables are nt pinched beneath the heat sink. (See Figure 22.) 32

40 3. Lsely screw in the captive screws n the heat sink crners by tightening ne, then the ne diagnally ppsite, and s n. ( B ) 4. Gradually and equally tighten each captive screw in diagnal rder until each ne is firmly tightened. See Figure 22 fr the rder. CAUTION: the trque spec fr these screws is 8 inch punds. Be careful nt t exceed it. Figure 22: Installing a Heat Sink Cnfiguring Jumpers n the Server Bard The jumpers are lcated n the S2600CO server bard. T wrk with the jumpers defined in this sectin, yu must first pwer dwn the chassis, remve the cver, remve the right-side riser card assembly, and remve the prcessr air duct, as described in Sectin General Installatin Prcedures. The ther cmpnents n the server bard can remain in place. The server bard has several 3-pin jumper blcks that can be used t cnfigure, prtect, r recver specific features f the server bard. This sectin shws the jumper blcks available and what they d. Fr detailed infrmatin abut using these jumpers, see the Intel Server Bard S2600CO Family Technical Prduct Specificatin, Chapter 9, Reset and Recvery Jumpers. Pin 1 n each jumper blck is identified by this symbl n the silkscreen: Figure 23 shws the jumper blcks. 33

41 Figure 23. Jumper Blcks (J1C3, J1D1, J1D2, J1E32) 34

42 Table 5. Server Bard Jumpers (J1E2, J1E4, J1E3, J1E6, J2J2) Jumper Name Pins System Results J1E2: Passwrd Clear 1-2 These pins shuld have a jumper in place fr nrmal system peratin (Default) 2-3 T clear administratr and user passwrds, pwer n the system with pins 2 3 cnnected. The administratr and user passwrds clear in 5 10 secnds after pwer n. Pins 2 3 shuld nt be cnnected fr nrmal system peratin. J1E4: BMC Frce Update J1E3: ME Frce Update J1E6: BIOS Recvery 1-2 BMC Firmware Frce Update Mde Disabled (Default) 2-3 BMC Firmware Frce Update Mde Enabled 1-2 ME Firmware Frce Update Mde Disabled (Default) 2-3 ME Firmware Frce Update Mde Enabled 1-2 These pins shuld have a jumper in place fr nrmal system peratin (Default) 2-3 The main system BIOS des nt bt with pins 2 3 cnnected. The system nly bts frm EFI-btable recvery media with the recvery BIOS image. J2J2: BIOS Default (CMOS Clear) 1-2 These pins shuld have a jumper in place fr nrmal system peratin (Default) 2-3 If these pins are cnnected when AC pwer is unplugged, the CMOS settings are cleared within five secnds. Pins 2-3 shuld nt be cnnected fr nrmal peratin. See Sectin 9.1, BIOS Defaults (CMOS Clear) and Passwrd Reset Usage Prcedure in the Intel Server Bard S2600CO Family TPS n the Kntrn Supprt website fr mre infrmatin abut the recvery features. 35

43 4 Optinal Cmpnent Installatin Prcedures This chapter cvers separately-rderable cmpnents that yu may want t add r replace in yur Kntrn CG2200 Carrier Grade Server. Mst f these cmpnents can be rdered as accessries frm Kntrn and sme are frm third party vendrs. Fr mre infrmatin abut what is available frm Kntrn, see the CG2200 Carrier Grade Server Cnfiguratin Guide. Fr a list f qualified third party vendrs, see the Tested Hardware and Operating System List (THOL). The latest versin f the Cnfiguratin Guide is lcated n the Kntrn supprt website at (search fr CG2200, click n Prduct Dwnlads, then Ordering Guide). The latest versin f the THOL is lcated n the supprt website at (search fr CG2200, click n Prduct Dwnlads, then Cmpatibility Matrix). 4.1 Befre Yu Begin Befre wrking with yur server prduct, pay clse attentin t the safety instructins prvided in this manual. See Appendix A: Safety Infrmatin. Warning: Electrstatic discharge (ESD) and ESD prtectin: ESD can damage disk drives, bards, and ther parts. We recmmend that yu perfrm all prcedures in this chapter nly at an ESD wrkstatin. If ne is nt available, prvide sme ESD prtectin by wearing an antistatic wrist strap attached t chassis grund (any unpainted metal surface) n yur server when handling parts Tls and Supplies Needed #1 and #2 Phillips (crss-pint) screwdrivers (r interchangeable tip screwdriver with #1 and #2 Phillips bits) Persnal grunding device such as an anti-static wrist strap and a grunded cnductive pad System References All references t left, right, frnt, tp, and bttm assume that yu are facing the frnt f the server, as it wuld be psitined fr nrmal peratin Cable Ruting Reference It is imprtant fr cables t be cnnected crrectly. See Figure 24 and Table 6 fr cable ruting and fr mre detailed infrmatin, see the Kntrn CG2200 Carrier Grade Server Technical Prduct Specificatin. 36

44 Figure 24. Cable Ruting 37

45 Table 6. System Cables Intercnnect #: Name: KAI Cable P/N End #1 Cnnectin End #2 Cnnectin End #3 Cnnectin End #4 Cnnectin 1. Basebard SSI Main Pwer K End #1: Pwer Distributin Bard End #2: Basebard End #3: NA End #4: NA 2. CPU 1 + DIMM Pwer K End #1:Pwer Distributin Bard End #2: Basebard End #3: NA End #4: NA 3. CPU 2 + DIMM Pwer K End #1:Pwer Distributin Bard End #2: Basebard End #3: NA End #4: NA 4. Fan Cntrl Bard Pwer K SAS HDD Backplane Bard Pwer K End #1:Pwer Distributin Bard End #2: Fan Cntrl Bard End #1:Pwer Distributin Bard End #2: SAS HDD Backplane End #3: NA End #4: NA End #3: NA End #4: NA 6. Aux I/O Pwer Dngle K Basebard SSI Pwer Cntrl Signal K End #1:Pwer Distributin Bard End #2: Cable-t-cable cnnectr End #1:Pwer Distributin Bard End #2: Basebard End #3: NA End #4: NA End #3: NA End #4: NA 8. Multifunctin Frnt Panel Bard (Pwr/Sig, HDD LED, COM2) K End #1:Frnt Panel Bard (multifunctin) End #2: Fan Cntrl Bard (pwr/sig) End #3: Basebard (COM2) End #4: C-2-C (HDD-LED) 9. SSI Frnt Panel Bard l K End #1: Basebard End #2: Frnt Panel Bard End #3: NA End #4: NA 10. Fan I2C K End #1: Basebard End #2: Fan Cntrl Bard End #3: NA End #4: NA 11. Frnt Panel Bard USB K End #1: Basebard End #2: Frnt Panel Bard End #3: NA End #4: NA 12. LED/Switch Bard Pwer and Signal E End #1:Frnt Panel Bard End #2: LED/Switch Bard End #3: NA End #4: NA 13. TAM Signal K Alarms K End #1:Frnt Panel Bard End #2: TAM Mdule End #1:TAM Mdule End #2: System Rear Panel Alarms Cnnectr End #3: NA End #4: NA End #3: NA End #4: NA 15. Fan (Fans 1-2) K Used 3 End #1:Fan Cntrl Bard End #2: Fan Pair (1-2) End #3: NA End #4: NA 38

46 Intercnnect #: Name: KAI Cable P/N places End #1 Cnnectin End #2 Cnnectin End #3 Cnnectin End #4 Cnnectin 16. Fan (Fans 3-4) K End #1:Fan Cntrl Bard End #2: Fan Pair (3-4) End #3: NA End #4: NA 17. Fan (Fans 5-6) K End #1:Fan Cntrl Bard End #2: Fan Pair (5-6) End #3: NA End #4: NA 18. Mini-SAS 1 (HDD 0-3 / SGPIO1) K End #1:SAS HDD Backplane Bard End #2: Basebard SAS 0-3 Cnn End #3: Basebard SGPIO1 End #4: NA 19. Mini SAS 2 (HDD 4-5 / SGPIO2) K End #1:SAS HDD Backplane Bard End #2: Basebard SAS 4-5 Cnn End #3: Basebard SGPIO2 End #4: NA 20. HSBP I2C / HDD LED K End #1:SAS HDD Backplane Bard End #2: Basebard HSBP I 2 C End #3: C-2-C (HDD-LED) End #4: 4.2 Installing r Replacing Hard Disk Drives Up t six ht-swappable SAS hard disk drives can be installed in yur CG2200 server. The drives g int carriers that cnnect t the SAS backplane bard nce the carriers with drives attached are inserted back int the drive bay slts. The CG2200 server ships with six drive carriers. CAUTION: If yu install fewer than six hard disk drives, the unused drive slts must cntain the empty carriers with filler panels that ship with the server t maintain prper cling. The CG2200 server des nt supprt all SAS HDD r SATA SDD disk drives. T see a list f validated manufacturers and drive mdels, refer t the THOL. The latest versin f the THOL is lcated n the Kntrn supprt website at (Search fr CG2200, click n Prduct Dwnlads, then Cmpatibility Matrix). NOTE: SATA rtating HDDs are nt recmmended fr use in this system because they are sensitive t rtatinal vibratin frm system fan blades and ther HDDs. Yu must remve the frnt bezel t add r replace a hard drive in ne f the drive slts. It is nt necessary t remve the chassis cver r t pwer dwn the system. The hard drives are ht-swappable Remving an HDD Carrier frm the Chassis 1. Remve the frnt bezel. Fr instructins, see Remving the Frnt Bezel. 2. Select the drive slt where yu want t install/replace the drive. Drive slt 0 must be used first, then drive slt 1 and s n. (Drive slt numbers are printed n the frnt panel belw the drive slts.) 3. Remve the drive carrier by pressing the green buttn t pen the lever that engages the drive t the backplane. (Figure 25, A ). 4. Pull the drive carrier ut f the chassis. 39

47 Figure 25. Remving the Drive Carrier Installing a Hard Drive in a Carrier 1. If the drive carrier is empty (that is, if yu are installing a drive in it fr the first time), remve the black plastic filler panel by unfastening the fur screws that attach it t the carrier. (Figure 26, A ). Set the screws aside fr use with the new drive. 2. If a drive is already installed (that is, if yu are replacing the drive), remve it by unfastening the fur screws that attach the drive t the drive carrier. (Figure 26, A ) Set the screws aside fr use with the new drive. 3. Lift the drive (r filler panel) ut f the carrier. ( B ) 40

48 Figure 26. Remving a Hard Drive 4. Install the new drive in the drive carrier (Figure 27, A ) and secure the drive with the fur screws that cme with the carrier. ( B ) Figure 27. Installing a Hard Drive 5. With the drive carrier lcking lever fully pen, push the hard drive carrier int the drive slt in the chassis until it stps. (Figure 28 A ) 6. Press the lcking lever until it snaps shut and secures the drive in the slt. ( B ) 7. Replace the frnt bezel. Fr instructins, see Re-Installing the Frnt Bezel in Sectin

49 Figure 28. Inserting a New Hard Drive int the Chassis 4.3 Installing a Hardware RAID Cntrller Hard disk drives are supprted with SAS sftware RAID 0/1/10 n the CG2200 server by default. Hardware RAID supprt requires a separately-rderable SAS hardware RAID cntrller, which is described in this sectin. The cmpnents used as examples in this sectin are frm the Intel RS2VB080 hardware RAID 5 cntrller kit and the RAID cable kit that is tailred fr use with this RAID cntrller. Figure 29 shws the SAS hardware RAID cntrller bard, which prvides SAS RAID functinality fr the server. The bard s gld edge cnnectr attaches t a header n the basebard as shwn in Figure 29. Figure 29. Hardware RAID Adapter Layut 42

50 Befre yu can install the hardware RAID cntrller bard, yu need t remve the chassis cver, the left-side riser assembly and the tw mini-sas cables that are cnnected t the SAS backplane bard and the basebard fr default sftware RAID. 1. Pwer dwn the server and remve all peripheral devices and the pwer crd(s) 2. Remve the chassis cver. Fr instructins, see Remving the Cver. 3. Remve the left-side riser assembly. Fr instructins, see Remving a Riser Card Assembly. 4. Discnnect the mini-sas 1 cable frm the SAS 0-3 cnnectr and the SGPIO1 cnnectr n the basebard and the SAS HDD backplane bard. 5. Discnnect the mini-sas 2 cable frm the SAS 4-5 cnnectr and the SGPIO2 cnnectr n the basebard and the SAS HDD backplane bard. Fr the lcatins f these cnnectrs, see Figure 24, Cable Ruting earlier in this chapter. 6. Fasten the RAID cntrller bard t the bracket fr the chassis rear, using the tw screws in the kit. (Figure 30, A ) 7. Attach the plastic prtective cver n the JT10 cnnectr. (Figure 30, B ) 8. Cnnect the mini-sas 1 cable end labeled Cntrller Prts 0-3 int the JT6 cnnectr (right) n the RAID cntrller bard. ( C ) 9. Cnnect the mini-sas 2 cable end labeled Cntrller Prts 4-5 plugs int the JT7 cnnectr (left).( C ) 10. Press dwn n the RAID cntrller bard t mate it with the blue PCI header 3 n the left side f the basebard. (Figure 30, D ) 43

51 Figure 30: Installing the RAID Cntrller Bard 11. Make sure the mini-sas cables are ruted alng the rear f the RAID cntrller and under the supprt crss bar up t the SAS backplane bard. Keep the cables lw s they will fit under the chassis cver. ( F ) 12. Cnnect the mini-sas 1 cable int the right header n the SAS backplane bard marked Prts 0-3 n the sheet metal cver plate. ( E ) 13. Cnnect the mini-sas 2 cable int the left header n the SAS backplane bard marked Prts 4-5 n the sheet metal cver plate. ( E ) 44

52 14. Ensure that the mini-sas cables are ruted under the supprt crss bar t prvide sufficient airflw clearance fr the PCI assembly when it is re-installed. ( K ) 4.4 Installing the SuperCap Mdule The Supercap mdule is a flash-based battery backup mdule fr SAS drives. It cmes with the Intel RS2VB080 RAID cntrller kit and is nt cmpatible with ther RAID prducts. The munting bracket and cable fr this mdule are included in the CG2200 RAID cable kit. T install the SuperCap mdule: 1. Insert the SuperCap mdule int the black plastic tray. (Figure 31, A ) 2. Fasten the SuperCap and tray assembly t the sheet metal bracket by inserting the tabs int the cututs n bracket. ( B ) 3. Hlding the lcking lever n the plastic tray ut, slide the bard twards the back f the bracket until the mdule/tray assembly lcks int place. Figure 31. Setting Up the SuperCap Assembly 4. Cnnect the signal/pwer pigtail cable t the frnt f the hardware RAID cntrller bard ( G ) and the rear f the SuperCap assembly. (Figure 30, H ) 5. Place the SuperCap assembly n the supprt crss bar, lining it up with the center hle n the middle shelf. ( J ) 6. Use the blue retentin screw t fasten the SuperCap assembly t the crss bar. (Figure 30, I ). 45

53 7. If this is the last task yu are perfrming, re-install the left-side riser card assembly and the chassis cver. Fr instructins, see Sectin 3.2. Recnnect all the external devices and plug in the pwer crd(s). 4.5 Adding a Secnd Pwer Supply Mdule Depending n which mdel yu rder, yur server has ne AC r ne DC pwer supply mdule. A secnd pwer supply prvides redundancy. The pwer supply mdules are ht-swappable, s n chassis cmpnents have t be remved t add r replace a mdule. T add a secnd pwer supply mdule: 1. Remve the filler panel. (Figure 32, A ) 2. Press and hld the green safety lck dwnward ( B ) and using the handle, slide the pwer supply int the slt until it latches int place. ( C ) Figure 32. AC and DC Pwer Supplies 3. If yu are installing a DC pwer supply, there are tw threaded studs fr chassis enclsure grunding. A 90 standard barrel, tw-hle, cmpressin terminal lug with 5/8-inch pitch suitable fr a #14-10 AWG cnductr must be used fr prper safety grunding. A crimping tl may be needed t secure the terminal lug t the grunding cable. 46

54 Figure 33: DC Pwer Supply Grunding 4.6 Installing a PCI Riser Card The CG2200 server des nt ship with a PCI riser card, just the sheet metal bracket where the riser card and PCI add-in cards are hused. The server bard has tw riser slts t riser cards n the right side and left side f the chassis. Basebard PCIe slt 2 and PCIe slt 5 supprt the riser bards in the CG2200 system. Basebard PCIe slt 2 supprts a single slt PCIe X16 riser and a dual slt PCIe X8 riser. These risers are referred t as the left side risers since the bards plug in n the left side f the chassis as viewed frm the frnt f the server. Basebard PCIe slt 5 supprts a single slt PCIe X16 riser, a dual slt PCIe X8 riser, and a dual PCI-X active riser. These risers are referred t as the right side risers since the bards plug in n the right side f the chassis. : Table 7 identifies the card cnfiguratins and the cnnectr types used. 47

55 Table 7 Riser Card Cnfiguratins Riser Card Optin PCI Express passive riser, single slt x16 Right side riser (basebard slt 5) PCI Express passive riser, dual slt x8 Right side riser (basebard slt 5) Slt Cnfiguratin Single full-height PCI Express x16 cnnectr Tw full-height PCI Express x8 cnnectrs PCI Express/PCI-X active riser Right side riser (basebard slt 5) PCI Express passive riser, single slt x16 Left side riser (basebard slt 2) Tw full-height PCI-X 133 cnnectrs Single full-height PCI Express cnnectr PCI Express passive riser, dual slt x8 Left side riser (basebard slt 2) Tw full-height PCI Express x8 cnnectrs NOTE: The riser plugged int slt 5 can run at PCIe Gen3 speeds. Figure 41 shws hw a riser card is installed int the metal bracket. Figure 34: Adding Riser Cards CAUTION: When handling the riser card, bserve nrmal safety and ESD precautins. (See Appendix A: Safety Infrmatin fr mre infrmatin. T install the riser card in the sheet metal bracket: 48

56 1. Pwer dwn the server and remve all peripheral devices and the pwer crd(s) 2. Remve the chassis cver. Fr instructins, see Remving the Chassis Cver in Sectin Remve the riser card assembly frm the chassis. Fr instructins, see Remving a Riser Card Assembly in Sectin Fasten the riser card t the bracket with the tw 6/32 screws as shwn in Figure 34 Trque screws t 8 lbf*in. At this pint the riser card is ready fr yu t install add-in cards. 4.7 Installing PCI Add-in Cards The right-side and left-side riser card ptins supprt different cmbinatins f PCIe and/r PCI-X add-in cards. See Table 7 fr the pssible cnfiguratins. The figures in this sectin use the left-side slt 2 riser card assembly, a PCI Express passive riser, dual slt x8 and full-height x8 add-in card ptins as the example. CAUTION: When handling a PCI add-in card, bserve the nrmal safety and ESD precautins. See Appendix A: Safety Infrmatin fr mre infrmatin. T install a PCI add-in card, yu must first remve the riser card assembly frm the server chassis. See Remving a Riser Card Assembly in Sectin 3.2 fr mre infrmatin. 1. Pwer dwn the server and remve all peripheral devices and the pwer crd(s) 2. Remve the chassis cver. Fr instructins, see Remving the Chassis Cver. 3. Remve the riser card assembly frm the chassis. Fr instructins, see Remving a Riser Card Assembly. 4. Turn the riser card assembly upside dwn s it is resting n the tp f the sheet metal cage. If yu are replacing a PCI card in a slt, remve the rear retentin screw that fastens the add-in card t the riser card. ( 5. Figure 35 D ). Fr a full-length card, als pen the card edge retainer in the frnt f the assembly by lsening the blue captive screw ( B ) 6. Remve the card frm the riser card scket. If yu are adding a PCI card, nt replacing ne, in yur selected slt, remve the blank filler panel frm the rear bracket f the riser card assembly. ( 7. Figure 35, A ) 8. Fr a full-length add-in card, pen the card edge retainer by lsening the blue captive screw ( B ). 9. Attach the add-in card t the apprpriate riser card cnnectr. ( C ) Be sure that the add-in card edge cnnectr is seated in the riser card cnnectr crrectly. 10. Fasten the add-in card t the riser card assembly bracket using the rear retentin screw. ( D ) Fr full-length cards, als secure the card in the grves at the slt level n the retainer bracket and tighten the blue captive thumb screw. ( D ) 49

57 Figure 35. Installing a PCIe/PCI-X Add-In Card in the Riser Card Assembly 11. Using the tw blue tuch pints, install the riser card assembly int its slt (slt 2 r slt 5) n the basebard. (Figure 36, C and D ) 12. Secure the riser card assembly by tightening the captive screws ( A and B ). 13. If this is the last task yu are perfrming, replace the prcessr air duct, the riser card assembly, and the back chassis cver. Recnnect all the external devices and plug in the pwer crd(s) 50

58 Figure 36: Installing and Securing the Riser Card Assembly 4.8 Installing a Remte Management Mdule 4 The Remte Management Mdule (RMM) slutin fr the CG2200 server uses RMM4 in the ibmc n the S2600CO server bard. There are tw ptins: the Intel Remte Management Mdule 4 kit and the Intel Remte Management 4 Lite kit. The example used in this sectin is the RMM4 ptin. This RMM4 kit includes the mdule, munting brackets, a lng and shrt ribbn cable t cnnect the mdule t the server bard, and a small key card. T install the RMM4 mdule yu must first remve the chassis cver and the left-side, slt 2 riser card assembly. 1. Pwer dwn the server and remve all peripheral devices and the pwer crd(s) 51

59 2. Remve the chassis cver. Fr instructins see Remving the Chassis Cver. 3. Remve the left-side, slt 2 riser card assembly. Fr instructins see Remving a Riser Card Assembly. Remve the plastic filler panel frm the rear panel f the chassis by squeezing the side edges and pulling the panel ut. (Figure 37, A ) Figure 37. Remving the RMM4 Prt Filler Panel 4. Install the small RMM4 key card n the server bard. (Figure 41) 5. Attach the bracket t the bttm f the mdule with the tw larger screws in the package. (Figure 38) Figure 38. Fastening the RMM4 Bard t the Bracket 52

60 6. Attach ne end f the cable t the tp f the mdule and the ther end t the cnnectr n the server bard. (Figure 39, A and B ) Figure 39. Cnnecting the RMM4 Cable 7. Line the mdule up with rear panel f the chassis s that the NIC is psitined in the cnnectr slt. (Figure 40, A ) Use the tw smaller screws in the package t fasten the bracket t the rear panel belw the NIC. ( B ) Figure 40. Installing the RMM4 NIC Mdule 53

61 8. If this is the last task yu are perfrming, replace the riser card assembly and the chassis cver. Recnnect all the external devices and plug in the pwer crd(s). 4.9 Installing RMM4Lite The Remte Management Mdule (RMM) slutin fr the CG2200 server uses RMM4 in the ibmc n the S2600CO server bard. T use the RMM4 functinality either a separately rderable RMM4 NIC must be installed at the rear f the chassis (the Intel Remte Management Mdule 4 kit in the previus prcedure) r the Intel Remte Management 4 Lite kit, which is nly the RMM4 key card. T enable RMM4Lite yu must first remve the chassis cver and the left-side, slt 2 riser card assembly. 1. Pwer dwn the server and remve all peripheral devices and the pwer crd(s) 2. Remve the chassis cver. Fr instructins, see Remving the Chassis Cver. 3. Remve the left-side, slt 2 riser card assembly. Fr instructins, see Remving a Riser Card Assembly. 4. Install the RMM4 key. (Figure 41) Figure 41 Installing the RMM4 Key 54

62 4.10 Installing a eusb Flash Drive A separately purchased, ptinal Embedded USB flash drive (eusb) prvides lcal USB flash memry strage fr varius uses, such as system infrmatin, diagnstic partitins, and cnfiguratin data. The eusb is installed n the S2600CO server bard in frnt f the chipset. Befre yu can install an eusb mdule, yu must pwer dwn the system, remve the chassis cver, remve the left-side riser assembly, and if present, the hardware RAID backup battery assembly. 1. Pwer dwn the server and remve all peripheral devices and the pwer crd(s) 2. Remve the chassis cver. Fr instructins, see Remving the Chassis Cver. 3. Remve the left-side riser card assembly. Fr instructins, see Remving a Riser Card Assembly. 4. Lcate the standff and cnnectr n the basebard, in frnt f the PCH chipset. (Figure 42) 5. Fld back the tw flaps n the black insulatr cvering the PCH ( A ) 6. Install the eusb mdule nt the server bard by plugging the USB cnnectr n the eusb mdule nt the server bard USB header ( B ) and fastening the mdule t the metal standff n the server bard ( C ). 7. When finished with the eusb installatin, ensure that the flaps n the PCH chipset insulatr are nce mre flded dwn ver the eusb lcatin. ( D ) 8. If this is the last task yu are perfrming, re-install the prcessr air duct, the right-side riser card assembly, and the chassis cver. Recnnect all external devices and the pwer crd(s). 55

63 Figure 42. Installing a eusb Flash Mdule n the Server Bard 4.11 Installing a SATA Disk n Mdule (SATA DOM) A separately purchased, ptinal SATA DOM prvides SATA disk strage. The SATA DOM is installed n the S2600CO. Befre yu can install a SATA DOM mdule, yu must pwer dwn the system, remve the chassis cver, and remve the left-side riser assembly. 1. Pwer dwn the server and remve all peripheral devices and the pwer crd(s) 2. Remve the chassis cver. Fr instructins, see Remving the Chassis Cver in Sectin Remve the left-side riser card assembly. Fr instructins, see Remving a Riser Card Assembly in Sectin Press in the metal clip n the SATA DOM and plug the mdule int the white SATA 0 cnnectr, which is behind the main pwer cnnectr in the left frnt sectin f the basebard. 56

64 Figure 43. Installing a SATA DOM n the Server Bard 4.12 Installing the Server int a Rack Several different rack munting kits are available, depending n whether yu need 2-pst r 4-pst munting and whether yu need 19-inch r 23-inch rack widths. Als available are a basic slide rail kit and a rail enabling kit. Fr detailed infrmatin abut the rack munting kits and hw t rder them, see the CG2200 Carrier Grade Server Cnfiguratin Guide. The latest versin f the Cnfiguratin Guide is lcated n the Kntrn supprt website at (search fr CG2200, click n Prduct Dwnlads, then Ordering Guide). Installatin instructins are included in each f the rack munting kits Cnnecting the Pwer Crd NOTE: When using a rack, wait t install the pwer crd(s) until after the server is in the rack Equipment Rack Precautins CAUTION: ANCHOR THE EQUIPMENT RACK The equipment rack must be anchred t an unmvable supprt t prevent it frm falling ver when ne r mre servers are extended in frnt f it n slide assemblies. The equipment rack must be installed accrding t the manufacturer s instructins. Yu must als cnsider the weight f any ther device installed in the rack. 57

65 Mains pwer discnnect The pwer crd(s) is cnsidered the mains discnnect fr the server and must be readily accessible when installed. If the individual server pwer crd(s) will nt be readily accessible fr discnnectin then yu are respnsible fr installing a pwer discnnect fr the entire rack unit. This main discnnect must be readily accessible, and it must be labeled as cntrlling pwer t the entire rack, nt just t the server(s). T remve all pwer, tw pwer crds must be remved. Grunding the rack installatin T avid the ptential fr an electrical shck hazard, fr AC pwer yu must include a third wire safety grund cnductr with the rack installatin. Fr DC pwer the tw studs fr chassis enclsure grunding must be used fr prper safety grunding. See E in Figure 6 fr the lcatin f the grund studs. With AC pwer, if the server pwer crd is plugged int an utlet that is part f the rack, then yu must prvide prper grunding fr the rack itself. If the server pwer crd is plugged int a wall utlet, the safety grund cnductr in the pwer crd prvides prper grunding nly fr the server. Yu must prvide additinal, prper grunding fr the rack and ther devices installed in it. AC vercurrent prtectin When AC pwer is used, the server is designed fr a line vltage surce with up t 10 amperes f vercurrent prtectin per crd feed. If the pwer system fr the equipment rack is installed n a branch circuit with mre than 10 amperes f prtectin, yu must prvide supplemental prtectin fr the server. The verall current rating f a server cnfigured with tw pwer supplies is less than 6 amperes. CAUTION: Temperature The perating temperature f the server, when installed in an equipment rack, must nt g belw 5 C (41 F) r rise abve 40 C (104 F) ). Extreme fluctuatins in temperature can cause a variety f prblems in yur server. 58

66 5 Server Cmpnent Replacements This chapter cvers separately-rderable replacement spare cmpnents that yu may need t replace in yur Kntrn CG2200 Carrier Grade Server if they fail. Fr infrmatin abut what is available frm Kntrn, see the CG2200 Carrier Grade Server Cnfiguratin Guide. The latest versin f the Cnfiguratin Guide is lcated n the Kntrn supprt website at (search fr CG2200, click n Prduct Dwnlads, then Ordering Guide). 5.1 Befre Yu Begin Befre wrking with yur server prduct, pay clse attentin t the safety instructins prvided in this manual. See Appendix A: Safety Infrmatin. WARNING: Electrstatic discharge (ESD) and ESD prtectin: ESD can damage disk drives, bards, and ther parts. We recmmend that yu perfrm all prcedures in this chapter nly at an ESD wrkstatin. If ne is nt available, prvide sme ESD prtectin by wearing an antistatic wrist strap attached t chassis grund (any unpainted metal surface) n yur server when handling parts Tls and Supplies Needed #1 and #2 Phillips (crss-pint) screwdrivers (r interchangeable tip screwdriver with #1 and #2 Phillips bits) Persnal grunding device such as an anti-static wrist strap and a grunded cnductive pad System References All references t left, right, frnt, tp, and bttm assume that yu are facing the frnt f the server, as it wuld be psitined fr nrmal peratin Cable Ruting Reference It is imprtant fr cables t be cnnected crrectly. See Figure 24 and Table 6 fr cable ruting and fr mre detailed infrmatin, see the Kntrn CG2200 Carrier Grade Server Technical Prduct Specificatin. 5.2 General Replacement Prcedures This sectin cvers a few general prcedures fr cmpnents that have t be remved befre ther cmpnents in this chapter can be replaced Remving the Supprt Crss Bar The supprt crss bar secures several cmpnents, sme ptinal, in the rear sectin f the chassis. It is the divider between the frnt and back. Sme cmpnents in the frnt f the chassis, such as the frnt panel bard r the pwer distributin bard, cannt be replaced withut first remving the crss bar (alng with all the cmpnents attached t it). This prcedure is necessary in rder t have enugh space t access these frnt chassis cmpnents. T remve the supprt crss bar: 1. Pwer dwn the server and remve all peripheral devices and the pwer crd(s) 59

67 2. Remve the chassis cver. Fr instructins, see Remving the Chassis Cver in Sectin Lsen the blue captive retentin screws all acrss the crss bar and where they are securing cmpnents in the rear part f the chassis, remve these cmpnents frm the chassis, als. (Figure 45, A ) Fr mre infrmatin abut remving the riser card assemblies, see Remving a Riser Card Assembly in sectin 3.2. Fr mre infrmatin abut remving the prcessr air duct, see Remving the Prcessr Air Duct in sectin 3.2. Fr mre infrmatin abut remving the hardware RAID cntrller SuperCap battery assembly, see Sectin 4.4, Installing the SuperCap Mdule. 60

68 Figure 44. Discnnecting Cmpnents frm the Supprt Crss Bar 4. Remve the small flat screws that fasten the crss bar t the sides f the chassis. There is ne screw n the left side and tw n the right side. (Figure 45) 5. Remve the supprt crss bar frm the chassis and set it aside. (Figure 45) 61

69 Figure 45. Remving the Supprt Crss Bar frm the Chassis 6. Return t the prcedure fr replacing the cmpnent where this crss bar step was called ut Remving the CPU1 and CPU2 Pwer Cables The CPU1 and CPU2 pwer cables bring pwer frm the pwer distributin bard where they are sldered n t the CPUs (and their DIMMs). The cables are ruted alng the fan cage just behind the supprt crss bar. They are cvered by a prtective black insulatr. The CPU1 cable cnnects t the server bard in the right frnt crner. The CPU2 cable is ruted thrugh anther black insulatr alng the right chassis wall. The CPU2 cnnectr n the basebard is at the rear right side f the bard. The CPU pwer cables must be discnnected n the server bard side and pulled ut f the way befre sme ther cmpnents, such as the frnt panel bard, the pwer distributin bard, and the server bard can be replaced. T discnnect the CPU1 and CPU2 pwer cables: 1. Pwer dwn the server and remve all peripheral devices and the pwer crd(s) 2. Remve the chassis cver. Fr instructins, see Remving the Chassis Cver in Sectin Remve the right-side slt 5 riser card assembly. Fr instructins, see Remving a Riser Card Assembly in Sectin Remve the prcessr air duct. Fr instructins, see Remving the Prcessr Air Duct in Sectin Carefully uncver the black insulatr cvering the CPU 1 and CPU 2 pwer cables behind the fan cage. (Figure 46) 6. Discnnect the CPU pwer cables frm the server bard and pull them ut f the system. (Since they are sldered nt the pwer distributin bard, yu cannt remve them frm the chassis, 62

70 but yu can pull them ver t the left side, ut f the way when wrking with cmpnents in the frnt f the chassis.) 7. Return t the prcedure where this step was called ut. Figure 46. Discnnecting the CPU Pwer Cables Remving the Fan Cage The sheet metal fan cage has t be remved in rder t replace the telc alarms mdule bard, the frnt panel bard, the LED/switch bard, and the fan cntrl bard. Befre yu can remve the fan cage, yu need t remve the chassis cver, remve all six fans frm the cage, remve the supprt crss bar, remve the CPU cables frm the prtective insulatr and unplug them, and unplug all three fan cables frm the fan cntrl bard. T remve the fan cage: 1. Pwer dwn the server and remve all peripheral devices and the pwer crd(s) 2. Remve the chassis cver. Fr instructins, see Remving the Chassis Cver in Sectin Remve all six fans frm the sheet metal fan cage. Grasp bth sides f the fan assembly, using the plastic finger guard n the left side and pulling the fan ut f its sectin f the fan cage. Set the fans aside. 4. Remve the supprt crss bar behind the fan cage and all f the cmpnents attached t it. Fr instructins, see Remving the Supprt Crss Bar earlier in Sectin Discnnect the CPU1 and CPU2 pwer cables and mve them ut f the way f the fan cntrl bard. Fr instructins, see Remving the CPU1 and CPU2 Pwer Cables earlier in Sectin

71 6. Unplug the three fan cnnectrs n the fan cntrl bard by pinching the sides f the cnnectrs and pulling them up and ff the headers n the fan cntrl bard. Fr assistance, see Figure 52 in Replacing the Fan Cntrl Bard. 7. Unfasten the tw screws that fasten the fan cage t the chassis flr. Pull the cage up ut f the chassis and set it and the screws aside. 8. Return nw t the replacement prcedure where this step was called ut. 5.3 Replacing Fans The fan replacement spare kit fr the CG2200 server cntains six 80mm fans. Each fan mdule is exactly like the fans in the server, i.e., the bracket and plastic finger guard are attached. Fr rdering infrmatin, see the CG2200 Carrier Grade Server Cnfiguratin Guide. The latest versin f the Cnfiguratin Guide is lcated n the Kntrn supprt website at (search fr CG2200, click n Prduct Dwnlads, then Ordering Guide). The fans are ht-swappable, s n service interruptin is usually required. Hwever, if service interruptin is required fr installatin cnsideratins, fan replacement by a skilled technician shuld take 15 minutes r less. CAUTION: Because the fans are ht-swappable, yu d nt need t shut dwn the server system and discnnect the pwer and external devices. Instead f remving the chassis cver, as is custmary fr wrking with internal cmpnents, yu can simply press the blue unlck buttn n the cver and slide the cver backwards n the shulder screws t access the fan area. D nt cmpletely remve the tp cver while the system is running because there is a 12V energy hazard in the server when pwer is n. If the tp cver has been remved t access cmpnents internal t the system ther than the ht-swappable fans, yu must pwer ff the server and remve the pwer crds. The six 80x38mm fans, cnfigured as three redundant pairs are lcated behind the frnt panel bard. (See Figure 2, Q )These fans are in frnt f the supprt crss bar and the fan cntrl bard. They prvide cling fr the CPUs, memry DIMMs, PCI riser assemblies, and HDD drives. T replace a fan: 1. Unfasten the shipping screw, if used, n the left side f the chassis cver. 2. Slide the tp cver back t the supprt crss bar s the fans and the CPU cables behind them are visible. 3. Determine which fan has failed by finding the LED that is amber. (The LED is next t the blue grmmet n the tp f each fan assembly. (Figure 47, A ) 4. Remve the failing fan by grasping bth sides f the fan assembly, using the plastic finger guard n the left side and pulling the fan ut f the metal enclsure that huses the fans and the pwer cables. ( B ) 64

72 Figure 47. Remving a Fan frm the Chassis 5. Replace the fan by inserting it int the same slt. Use the edges f the metal enclsure t align the fan assembly prperly and t make sure the pwer cnnectr is seated prperly in the header n the left side f the metal enclsure. 6. If this is the last task yu are perfrming, clse the chassis cver by sliding it frward until it clicks int place. Replace the shipping screw, if used. 5.4 Replacing the Frnt Panel Bard The frnt panel bard prvides the interface t the cntrls at the frnt f the server, the pwer intercnnect fr the server bard, the USB and COM2 interfaces and SD flash mdules. The FP bard als huses the LED/switch bard that cntrls the frnt panel LEDs and the telc alarm manager. T replace the FP bard, yu must first remve the fllwing cmpnents: The chassis cver The frnt bezel The supprt crss bar and all cmpnents attached t it The CPU1 and CPU2 pwer cables The fan cage All cable cnnectins n the FP bard - Multifunctin (pwer and signal, HDD LED, COM2)cable - SSI FPB cable 65

73 - Frnt panel USB cable - LED/Switch bard pwer and signal cable - TAM signal cable Figure 48 shws the lcatin f all the cnnectrs n the FP bard. Figure 48. Frnt Panel Bard Cnnectrs Item Descriptin Item Descriptin A TAM signal cable cnnectr E SSI frnt panel pwer cable cnnectr B USB/RJ45 serial stacked header F LED/switch bard pwer/signal cable cnnectr C SD 0 flash mdule G Multifunctin pwer/signal cable cnnectr D SD 1flash mdule H Frnt panel bard USB cable cnnectr CAUTION: Befre replacing any f the bards n the CG2200 server, yu must first take the server ut f service, turn ff all peripheral devices cnnected t the server, turn ff the server by pressing the pwer buttn, and unplug the pwer crd(s) frm the system and wall utlet. When handling the FP bard, bserve the nrmal safety and ESD precautins. See Appendix A: Safety Infrmatin fr mre infrmatin Remving the Old Frnt Panel Bard 1. Pwer dwn the server and remve all peripheral devices and the pwer crd(s) 2. Remve the chassis cver. Fr instructins, see Remving the Chassis Cver. 3. Remve the frnt bezel. Fr instructins, see Remving the Frnt Bezel. 4. Remve any SD flash cards in the SD mdule slts t save fr use with the new FP bard. 66

74 5. Remve the sheet metal fan cage. Fr instructins, see Remving the Fan Cage. 6. Discnnect all f the cables cnnected t the FP bard. See Figure 7 and Table 6 fr the cable ruting. Fr the lcatin f each cnnectr n the FP bard, see Figure 48. Discnnect the multifunctin pwer and signal cable that cnnects t the fan cntrl bard. Discnnect the SSI frnt panel bard cable that cmes frm the basebard. Discnnect the LED/switch bard pwer and signal ribbn cable. Discnnect the TAM signal cable. Discnnect the USB cable that cmes frm the basebard 7. Unscrew the tw fasteners n the FP bard (Figure 49, A ) and slide the bard away frm the frnt f the chassis and ver the tw keyhle standffs ( B ) t lift it up and ut f the chassis. ( C ) Save the screws fr reuse with the new replacement FP bard. Figure 49. Remving the Frnt Panel Bard frm the Chassis 67

75 5.4.2 Installing the New Frnt Panel Bard 1. Tilt the new FP bard and slide it tward the frnt f the chassis s the RJ45 COM2 and USB cnnectrs fit thrugh the slt n the frnt panel f the chassis and the tw keyhle slts fit ver the standffs n the frnt panel bard shelf bracket. (Figure 50, A and B ). 2. Replace and tighten the screws n the bard t secure the bard t the frnt panel shelf bracket. ( C ) Figure 50. Installing the New FP Bard 3. Recnnect all f the cables n the FP bard. Fr lcatins f each header n the bard, see Figure Recnnect the multifunctin pwer and signal cable that cmes frm fan cntrl bard Re cnnect the SSI frnt panel bard cable that cmes frm the basebard Recnnect the LED/switch bard pwer and signal cable Recnnect the TAM mdule alarms cable Recnnect the SD flash mdule USB cable. 4. Re-install the sheet metal fan cage. Fr assistance, see Remving the Fan Cage. 5. Replace all six fans back int the cage. Fr instructins, see Replacing Fans. 6. Replace the supprt crss bar and any cmpnents that were attached t it, such as the CPU air duct and the riser card assemblies. Fr assistance, see Remving the Supprt Crss Bar. 7. Rute the CPU1 and CPU2 cables back acrss the fan cage and fld the prtective insulatr back ver them. Rute the CPU2 cable thrugh the insulatr alng the chassis wall. Re-cnnect the cables t the cnnectrs n the server bard. Fr assistance, see Remving the CPU1 and CPU2 Pwer Cables. 68

76 8. If this is the last task yu are perfrming inside the chassis, replace the tp chassis cver and recnnect the pwer crd(s). 5.5 Replacing the LED/Switch Bard The LED/switch bard is munted against the frnt panel f the CG2200 server chassis because it supprts the LEDs and switches that are n the cntrl panel n the frnt f the chassis. Befre yu can replace the LED/switch bard, yu must remve the chassis cver, the frnt bezel, and the fan cage s yu can access the bard frm the back. Yu may als have t lsen the frnt panel bard and slide it back, in rder t access the LED/switch bard retaining screw Remving the Old LED/Switch Bard T remve the LED/Switch bard: 1. Pwer dwn the server and remve all peripheral devices and the pwer crd(s) 2. Remve the chassis cver. Fr instructins, see Remving the Cver. 3. Remve the frnt bezel. Fr instructins, see Remving the Frnt Bezel. 4. Remve the sheet metal fan cage. Fr instructins, see Remving the Fan Cage. 5. Frm behind the frnt panel, discnnect the LED/switch bard pwer and signal ribbn cable frm the LED/switch bard. 6. Discnnect the multifunctin cable n the FP bard s there is enugh rm t unfasten the retainer screw n the tp right side f the LED/switch bard. If yu still d nt have enugh rm t access this screw, remve (r at least slide back) the FP bard. Fr instructins, see Remving the Old Frnt Panel Bard. 7. The LED/switch bard is als attached t the frnt f the chassis by tw standffs. Once the retaining screw is remved, yu need t pry the LED/switch bard lse frm these standffs t remve it Replacing the LED/Switch Light Pipe Assembly 1. Remve the black cntrl panel mdule frm the frnt f the chassis by lifting up frm the bttm and then pulling dwn t release the tp tabs hlding it int the chassis frame. 2. Psitin the new cntrl panel mdule with the tp tabs in the apprpriate slts. Gently push dwn and in t secure the bttm f the panel t attach it t the LED/switch bard Installing the New LED/Switch Bard 1. Cnnect the LED/switch bard pwer and signal ribbn cable t the new LED/switch bard. 2. Align the left side f the LED/switch bard with the tw standffs n the inside f the frnt panel f the chassis and gently push the bard t secure it t the chassis frame. 3. Fasten the screw at the right f the LED/switch bard t hld the bard in place. 4. Replace the frnt panel bard if yu remved it r slid it ut t wrk n the LED/switch bard installatin. Fr instructins, see Installing the New Frnt Panel Bard. 5. Recnnect the multifunctin cable n the FP bard. 6. Replace the fan cage. 7. Replace the frnt bezel. Fr instructins, see Re-Installing the Frnt Bezel. 8. If this is the last task yu are perfrming inside the server chassis, replace the chassis cver, recnnect the pwer crd(s), and recnnect any external devices. 69

77 5.6 Replacing the Telc Alarms Mdule (TAM) The TAM bard is n the right side f the CG2200 server chassis flr, just belw the frnt panel. Befre yu can replace the TAM bard, yu must remve the chassis cver, the fan cage, the CPU pwer cables, and the supprt crss bar. (Yu d nt have t remve the frnt panel bard in rder t access the TAM bard). CAUTION: Befre replacing any f the bards n the CG2200 server, yu must first take the server ut f service, turn ff all peripheral devices cnnected t the server, turn ff the server by pressing the pwer buttn, and unplug the pwer crd(s) frm the system and wall utlet Remving the Old Telc Alarms Mdule T remve the TAM bard: 1. Pwer dwn the server and remve all peripheral devices and the pwer crd(s) 2. Remve the chassis cver. Fr instructins, see Remving the Cver. 3. Remve the frnt bezel. Fr instructins, see Remving the Frnt Bezel. 4. Remve the sheet metal fan cage. Figure 51. Remving the TAM Bard 5. Unfasten the tw retaining screws frm the frnt f the chassis. (Figure 51) 6. Discnnect the TAM signal cable that is cnnected t the FP bard. (Figure 51) 7. Discnnect the alarms cable that is ruted t the rear f the chassis. (Figure 51) 8. Remve the TAM bard frm the chassis by pulling it away frm the frnt panel f the chassis. (Figure 51) 70

78 5.6.2 Installing the New Telc Alarms Mdule 1. Slide the new TAM bard tward the frnt panel and align it with the tw hles fr the retaining screws. (Figure 51) 2. Fasten the retaining screws frm the frnt panel f the chassis t hld the bard in place. (Figure 51) 3. Replace the frnt panel bard if yu remved it r slid it ut t wrk n the TAM bard installatin. Fr instructins, see Installing the New Frnt Panel Bard. 4. Cnnect the alarms cable frm the FP bard t the TAM bard. (Figure Cnnect the alarms cable frm the rear f the chassis t the TAM bard. (Figure 51) 6. Re-install the fan cage. 7. If this is the last task yu are perfrming inside the server chassis, replace the chassis cver and the frnt bezel, recnnect the pwer crd(s), and recnnect any external devices. 5.7 Replacing the Fan Cntrl Bard The fan cntrl bard is lcated n the chassis flr in frnt f the server bard and just behind the fan cage. The fan cntrl functins are cntrlled by the fan cntrller IC. This cntrller mnitrs the Fan Present signals frm each f the fan psitins, drives the Fan PWM signals, mnitrs the Fan Tach signals, and drives the Fan Fail signals. Fan speed is cntrlled using temperature sensrs lcated n the server bard. When a fan fault is detected the fan cntrller drives the Fan Fault signal ON in the fault LED n the fan assembly. Simultaneusly, a cmpsite fan fault LED, visible at the chassis frnt bezel, is turned ON n the frnt panel LED bard. Befre yu can replace the fan cntrl bard, yu need t remve the chassis cver, the fan cage, the supprt crss bar (and all cmpnents attached t it), and the CPU pwer cables that are ruted abve the fan cntrl bard inside an insulatr cver Remving the Old Fan Cntrl Bard T remve the fan cntrl bard frm the chassis: 1. Pwer dwn the server and remve all peripheral devices and the pwer crd(s) 2. Remve the chassis cver. Fr instructins, see Remving the Cver. 3. Discnnect the CPU pwer cables and mve them ut f the way. Fr instructins, see Remving the CPU1 and CPU2 Pwer Cables. 4. Remve the sheet metal fan cage. 5. Discnnect all f the cables cnnected t the fan cntrl bard: See Figure 52, A fr the cnnectr lcatins n the bard. Input pwer cnnectr I2C cnnectr Multifunctin utput pwer and signal cable Three fan cables fr the fan pairs (if nt already discnnected when remving the fan cage). 6. Unfasten the five screws n the fan cntrl bard that fasten it t the chassis flr. See Figure 52 fr the lcatins f these screws. Save the screws fr use with installing the new fan cntrl bard. 7. Lift the fan cntrl bard ut f the chassis. 71

79 Figure 52. Fan Cntrl Bard Layut Installing the New Fan Cntrl Bard T install the new fan cntrl bard: 1. Using the five screws saved frm remving the ld bard, fasten the new fan cntrl bard t the chassis flr. (Figure 52). 2. Re-cnnect all f the cables remved frm the ld bard. (Figure 52). 3. Re-install the fan cage. 4. Rute the CPU1 and CPU2 cables back acrss the fan cage and fld the prtective insulatr back ver them. Rute the CPU2 cable thrugh the insulatr alng the chassis wall. Re-cnnect the cables t the cnnectrs n the server bard. Fr assistance, see Remving the CPU1 and CPU2 Pwer Cables. 5. If this is the last task yu are perfrming inside the server chassis, replace the chassis cver and the frnt bezel, recnnect the pwer crd(s), and recnnect any external devices. 72

80 5.8 Replacing the SAS Backplane Bard The six-slt SAS backplane bard is lcated at the rear f the HDD drive bay assembly. It is held in place by a cver plate n tp f the HDD bay assembly that ges ver the tp edge f the backplane bard. There is als a black plastic air duct surrunding the drive bay n the right side and rear f the assembly. In rder t access the SAS backplane bard t replace it, yu need t first remve the fllwing cmpnents: Chassis cver Frnt bezel Any hard disk drives installed HDD bay assembly cver plate The pwer cable cnnecting the pwer distributin bard t the frnt f the backplane bard The tw mini-sas cnnectrs n the backplane CAUTION: Befre replacing any f the bards n the CG2200 server, yu must first take the server ut f service, turn ff all peripheral devices cnnected t the server, turn ff the server by pressing the pwer buttn, and unplug the pwer crd(s) frm the system and wall utlet. When handling the SAS backplane bard, bserve the nrmal safety and ESD precautins. See Appendix A: Safety Infrmatin fr mre infrmatin Remving the Old SAS Backplane Bard 1. Pwer dwn the server and remve all peripheral devices and the pwer crd(s) 2. Remve the frnt chassis cver. Fr instructins, see Remving the Cver in Sectin Remve the frnt panel bezel. Fr instructins, see Remving the Frnt Bezel in Sectin Slide any hard disk drives ut frm the drive bay slts t disengage them frm the backplane. 5. Remve the cver plate n the HDD bay assembly by lsening the screw that fastens it t the drive bay and sliding it t the left twards the chassis wall t release the tabs. (Figure 53, A and B ) 6. Lift the cver plate ff f the HDD bay assembly. ( C ) 73

81 Figure 53. Remving the Cver Plate 7. Lift the backplane bard and HDD air duct assembly up t access the cnnectrs n the back f the bard. (Figure 54, A ) 8. Discnnect the fur cables attached t the backplane bard ( B ): - SAS HDD backplane bard pwer cable - Mini-SAS 1 and Mini-SAS 2 cables - HSBP I 2 C/HDD LED cable 9. Lift the backplane bard and air duct up and ut f the chassis. ( C ) 74

82 Figure 54. Remving the Backplane Bard 10. Remve the HDD air duct frm the ld backplane bard by lsening the tw screws n the backplane. (Figure 55, A ) 11. Save the air duct t reuse with the new bard. ( B ) Figure 55. Remving the Air Duct frm the Backplane Bard Installing the New SAS Backplane Bard 1. Attach the HDD air duct t the new SAS backplane bard. (Figure 55, A ) 2. Cnnect the fur cables int the back f the backplane bard. Be careful that the HSBP I 2 C/HDD LED cable des nt catch n crner f the backplane bard r the air duct. 3. Secure the six-slt HDD backplane in place by placing the cver plate ver the HDD bay assembly, the backplane and the air duct. Re-fasten the screw that hlds the cver plate in place. (See Figure 53, A fr the lcatin.) 75

83 4. Lck in all the hard drives s they engage with the new backplane.l 5. Re-attach the frnt panel bezel. Fr instructins, see Re-Installing the Frnt Bezel in Sectin If this is the last task yu are perfrming inside the server chassis, replace the frnt tp chassis cver, recnnect the pwer crd(s), and recnnect any external devices. 5.9 Replacing the Pwer Distributin Bard The pwer distributin bard (PDB) rutes pwer frm the pwer supply mdule(s) t the rest f the server thrugh an integral wiring harness. T replace the PDB, yu must first remve the fllwing cmpnents: Tp cver Supprt crss bar and all cmpnents attached t it SAS HDD backplane bard All cables cnnectins frm the PDB at the ther end (The cables are sldered nt the PDB and the new bard has a new set f cables attached.) -- HDD backplane bard pwer cable (frm the backplane bard, sldered n the PDB) -- Basebard SSI main pwer cable (frm the 24-pin cnnectr n the basebard; bundle sldered n the PDB) -- CPU and DIMM pwer cables (ne fr each CPU, frm the 8-pin cnnectrs n the basebard; sldered n the PDB) -- Fan cntrl bard pwer cable (frm the 12-pin cnnectr n the fan cntrl bard, sldered n the PDB) -- Auxiliary I/O pwer dngle (frm any auxiliary PCI adapters installed and ut f the PCI air baffle, sldered n the PDB) -- Basebard pwer cntrl signal cable (frm the basebard, sldered n the PDB) Refer t Figure 24. Cable Ruting and Figure 7. Basebard Cmpnents and Cnnectrs fr the lcatin f the cnnectrs where the cables are unplugged. CAUTION: Befre replacing any f the bards n the CG2200 server, yu must first take the server ut f service, turn ff all peripheral devices cnnected t the server, turn ff the server by pressing the pwer buttn, and unplug the pwer crd(s) frm the system and wall utlet. When handling the pwer distributin bard, bserve the nrmal safety and ESD precautins. See Appendix A: Safety Infrmatin fr mre infrmatin Remving the Old Pwer Distributin Bard 1. Pwer dwn the server and unplug all peripheral devices and the pwer cable(s). 2. Remve the chassis cver. Fr instructins, see Remving the Chassis Cver in Sectin Slide the pwer supply mdule(s) ut a few inches t disengage it frm the PDB. 4. Remve the supprt crss bar and all cmpnents attached t it. Fr instructins, see Remving the Supprt Crss Bar in Sectin

84 5. Remve the SAS HDD backplane bard and surrunding air baffle. Fr instructins, see Remving the Old SAS Backplane Bard. 6. Discnnect all f the cables that cme frm the PDB: Discnnect the HDD backplane pwer cnnectr. Fr the lcatin, see Figure 54. Discnnect the CPU1 and CPU2 pwer cnnectrs. Fr instructins, see Remving the CPU1 and CPU2 Pwer Cables. Discnnect the main pwer cnnectr n the basebard. Fr the lcatin, see Figure 7 ( W ) Discnnect the fan cntrl bard pwer cnnectr. Fr the lcatin, see Figure 52 ( A ) Discnnect any ptinal I/O devices cnnected t the auxiliary cable and remve the auxiliary I/O cnnectr/dngle frm the PCI air baffle. Fr the lcatin, see Figure 2, I. The baffle is lse nce the crss bar is remved. Tilt the baffle ut frm the grve in the chassis wall that secures it and remve the auxiliary cable. Discnnect the basebard SSI pwer cntrl cable frm the basebard. Fr the lcatin, see Figure 7 ( V ) 7. Lsen the tw screws that secure the PDB bracket t the chassis and save them fr re-installing the new PDB assembly. (Figure 56, A ) 8. Gently pull the PDB and all its attached cables ut f the chassis. ( B ) 77

85 Figure 56. Remving the PDB frm the Chassis 9. Remve the bracket frm the PDB and save it and the tw screws fr use with the new PDB. ( 78

86 Figure 57. Remving the PDB Munting Bracket Installing the New Pwer Distributin Bard 1. Fasten the PDB bracket t the new PDB with the tw screws reserved frm remving the ld PDB. (Figure 58) Figure 58. Attaching the PDB Munting Bracket 2. Place the PDB back int the chassis and fasten the bracket t the chassis flr with the remaining tw screws. (Figure 59, A and B ). 79

87 Figure 59. Installing the New PDB in the Chassis 3. Cnnect all f the new cables n the new PDB t their cnnectrs n the SAS backplane, server bard, and fan cntrl bard, being careful t rute them as lw as pssible s as nt t interfere with ther cmpnents r air flw. Fr cnnectr lcatins and cable ruting assistance, see Figure 24. Cable Ruting and Figure 7. Basebard Cmpnents and Cnnectrs 4. Place the new auxiliary I/O cable/dngle in the PCI air baffle and re-attach the baffle t the side wall f the chassis. (Figure 59, C and D ) 5. Replace the SAS HSS backplane bard and surrunding air baffle. Fr instructins, see Installing the New SAS Backplane Bard. 6. Replace the supprt crss bar. Fr assistance, see Remving the Supprt Crss Bar. 7. Push the pwer supply mdule(s) back int place s they are mated with the PDB. 80

88 8. If this is the last task yu are perfrming inside the server chassis, replace the chassis cver, recnnect the pwer crd(s), and recnnect any external devices Replacing the S2600CO Server Bard The CG2200 Carrier Grade Server uses the Intel server bard S2600CO. T replace the server bard, the fllwing cmpnents must be remved first: Tp chassis cver Riser card assemblies Prcessr air duct RMM4 mdule (if used) Hardware RAID cntrller bard (if used) eusb mdule (if used) SATADOM (if used) Any cables attached t the server bard r ruted ver it - Basebard SSI main pwer cable - CPU1 and DIMM pwer cable - CPU 2 and DIMM pwer cable - Basebard SSI pwer cntrl signal cable - Multifunctin frnt panel bard cable - SSI frnt panel bard cable - Fan I 2 C cable - Frnt panel bard USB cable - Mini-SAS 1 cable - Mini-SAS 2 cable - HSBP I 2 C/HDD LED cable In additin, yu will prbably want t remve the fllwing cmpnents fr reuse n the replacement server bard if it hasn t already been ppulated with spare cmpnents: Heat sink(s) Prcessr(s) All DIMMs CAUTION: Befre replacing any f the bards n the CG2200 server, yu must first take the server ut f service, turn ff all peripheral devices cnnected t the server, turn ff the server by pressing the pwer buttn, and unplug the pwer crd(s) frm the system and wall utlet. When handling the pwer distributin bard, bserve the nrmal safety and ESD precautins. See Appendix A: Safety Infrmatin fr mre infrmatin Remving the Old Server Bard frm the Chassis 1. Pwer dwn the server and unplug all peripheral devices and the pwer cable(s). 2. Remve the chassis cver. Fr instructins, see Remving the Chassis Cver in Sectin Remve the riser card assemblies. Fr instructins, see Remving a Riser Card Assembly in Sectin Remve the prcessr air duct. Fr instructins, see Remving the Prcessr Air Duct in Sectin Discnnect all the cables attached t the server bard r ruted ver it: - CPU1 and DIMM pwer cable - CPU 2 and DIMM pwer cable 81

89 - Basebard SSI pwer cntrl signal cable - Multifunctin frnt panel bard cable - SSI frnt panel bard cable - Fan I 2 C cable - Frnt panel bard USB cable - Mini-SAS 1 cable and Mini-SAS 2 cable (which will be n the hardware RAID bard, if used) - HSBP I 2 C/HDD LED cable Fr the lcatins f these cable cnnectrs n the server bard and infrmatin abut hw the cables are ruted, see Figure 24. Cable Ruting and Figure 7. Basebard Cmpnents and Cnnectrs 6. Discnnect the TAM alarms cable frm the alarms cnnectr n the rear panel f the chassis. Fr instructins. See Remving the Old Telc Alarms Mdule in Sectin Remve the hardware RAID cntrller bard and SuperCap battery mdule, if installed. Fr assistance, see Sectin 4.3 Installing a Hardware RAID Cntrller. 8. Remve the RMM4 mdule r RMM4Lite, if installed. Fr assistance, see Sectin 4.8, Installing a Remte Management Mdule Remve the eusb mdule, if installed. Fr assistance, see Sectin 4.10 Installing a eusb Flash Drive. 10. Remve the SATA DOM, if installed. Fr assistance, see Sectin 4.11, Installing a SATA Disk n Mdule (SATA DOM). If yu want t reuse cmpnents frm this server bard n the new replacement bard, yu can remve them nw r after yu have remved the server bard frm the chassis. T remve memry DIMMs, see Replacing r Remving Memry DIMMs in Sectin 3.3. T remve the heat sink(s) and prcessr(s), see Remving a Prcessr in Sectin Lsen all nine screws hlding the server bard t the chassis and save them fr use with the new server bard. See Figure 60. A fr the lcatin f these screws. 12. Unscrew the metal standff fr the eusb mdule and save it fr reuse with the new server bard. 13. Tilt the server bard up at the frnt edge and lift it frm the chassis being careful t clear the rear panel f the chassis. (Figure 60, B and C ) 82

90 Figure 60. Remving the Server Bard Installing the New Server Bard 1. Set the replacement server bard in place. Insert the rear edge f the bard first and line up the I/O prts with the slts in the rear panel f the chassis. 2. Make sure all three self-aligning standffs g thrugh the hles at the frnt f the bard. NOTE: If the standffs are misaligned when the bard is screwed dwn the hles will be damaged and the standffs may be crss-threaded. 3. Fasten the server bard t the chassis base with the nine screws that were remved and saved. 4. Remve the white plastic standff (fr the eusb mdule) that cmes with the server bard and replace it with the metal standff saved frm the ld server bard. If the new server bard des nt have cmpnents pre-installed and yu are re-using cmpnents frm the ld server bard, install cmpnents as fllws T install memry DIMMs, see Installing Memry DIMMs in Sectin 3.3. T install heat sink(s) and prcessr(s), see Installing a New Prcessr in Sectin 3.3. Re-install the RMM4 mdule r RMM4Lite, if used. Fr infrmatin abut hw this card is installed, see Sectin 4.8, Installing a Remte Management Mdule 4 r Sectin 4.9, Installing RMM4Lite. 83

91 5..Re-install the hardware RAID cntrller bard, if used. Fr instructins, see Sectin 4.3 Installing a Hardware RAID Cntrller. 6. Re-install the eusb mdule, if used. Fr instructins, see Sectin 4.10, Installing a eusb Flash Drive. 7. Re-install the SATA DOM, if used. Fr instructins, see Sectin 4.11, Installing a SATA Disk n Mdule (SATA DOM). 8. Re-install the prcessr air duct. Fr instructins, see Re-Installing the Prcessr Air Duct in Sectin Re-install the riser card assemblies. See Re-Installing a Riser Card Assembly in Sectin Re-install all cables discnnected when the ld server bard was remved: - CPU1 and DIMM pwer cable - CPU 2 and DIMM pwer cable - Basebard SSI pwer cntrl signal cable - Multifunctin frnt panel bard cable - SSI frnt panel bard cable - Fan I 2 C cable - Frnt panel bard USB cable - Mini-SAS 1 cable - Mini-SAS 2 cable - HSBP I 2 C/HDD LED cable 11. Re-cnnect the TAM alarms cable t the alarms cnnectr n the chassis rear panel. See Figure 6. CG2200 Server Rear View. 12. If this is the last task yu are perfrming inside the server chassis, replace the chassis cver, recnnect the pwer crd(s), and recnnect any external devices. 84

92 6 Server Utilities 6.1 Using the BIOS Setup Utility This sectin describes the BIOS Setup Utility, which is used t change cnfiguratin values fr the Kntrn CG2200 Carrier Grade Server. Yu can run BIOS Setup with r withut an perating system present Using BIOS Setup Yu may want t use BIOS Setup fr the fllwing purpses: Selecting a particular bt device Adjusting settings fr the prcessr, memry, and ther devices Cnfiguring RAS, acustic, and perfrmance settings Setting security and server management ptins Viewing hardware and system infrmatin Restring settings after replacing the basebard battery NOTE: Mst mdern devices d nt require manual cnfiguratin, s many users will never need t use BIOS Setup Starting Setup After yu turn n r reset the server, BIOS prepares the server t bt an perating system. During this time, yu will see the prmpt: Press <F2> t enter SETUP Pressing F2 when prmpted invkes BIOS setup. The BIOS cntinues t perfrm necessary initializatin prcedures and then displays the BIOS Setup menus If Yu Cannt Access Setup If yu are nt able t access BIOS Setup, yu might need t restre the BIOS ptins t their factry settings. Fr instructins n restring factry defaults, see Sectin 6.3, Restring Factry Default Settings Setup Menus Each BIOS Setup menu page has a number f features. Except fr features that nly display autmatically cnfigured infrmatin, each feature is assciated with a value field with user-selectable parameters. These parameters can be changed if yu have adequate security rights. Value fields are inaccessible if the value cannt be changed. Table 8 describes the keybard cmmands yu can use in the BIOS Setup menus. Table 8. Keybard Cmmands Key <F1> Descriptin Help - Pressing F1 n any menu invkes the general Help windw. The left and right arrw keys are used t mve between the majr menu pages. The keys have n effect if a submenu r pick list is displayed. 85

93 Key F5/- F6/+ <Enter> <Esc> <F9> Descriptin Select Item up - The up arrw is used t select the previus value in a menu item s ptin list, r a value field pick list. Pressing the Enter key activates the selected item. Select Item dwn - The dwn arrw is used t select the next value in a menu item s ptin list, r a value field pick list. Pressing the Enter key activates the selected item. Change Value - The minus key r the F5 functin key is used t change the value f the current item t the previus value. This key scrlls thrugh the values in the assciated pick list withut displaying the full list. Change Value - The plus key r the F6 functin key is used t change the value f the current menu item t the next value. This key scrlls thrugh the values in the assciated pick list withut displaying the full list. On 106-key Japanese keybards, the plus key has a different scan cde than the plus key n the ther keybard, but it has the same effect. Execute Cmmand - The Enter key is used t activate submenus when the selected feature is a submenu, r t display a pick list if a selected feature has a value field, r t select a subfield fr multi-valued features like time and date. If a pick list is displayed, the Enter key undes the pick list and allws anther selectin in the parent menu. Exit - The ESC key prvides a mechanism fr backing ut f any field. This key undes pressing the Enter key. When the ESC key is pressed while editing a field r selecting menu features, the parent menu is re-entered. When the ESC key is pressed in any submenu, the parent menu is re-entered. When the ESC key is pressed in any majr menu, the exit cnfirmatin windw is displayed and the user is asked whether changes can be discarded. Setup Defaults - Pressing F9 causes the fllwing message t appear: Setup Cnfirmatin Lad default cnfiguratin nw? [Yes] [N] If Yes is selected and the Enter key is pressed, all Setup fields are set t their default values. If N is selected and the Enter key is pressed, r if the ESC key is pressed, yu are returned t where yu were befre F9 was pressed withut affecting any existing field values. <F10> Save and Exit - Pressing F10 causes the fllwing message t appear: Setup Cnfirmatin Save Cnfiguratin changes and exit nw? [Yes] [N] If Yes is selected and the Enter key is pressed, all changes are saved and Setup is exited. If N is selected and the Enter key is pressed, r the ESC key is pressed, yu are returned t where yu were befre F10 was pressed withut affecting any existing values. 86

94 6.2 Upgrading the BIOS The upgrade utility lets yu upgrade the BIOS in flash memry. The cde and data in the upgrade file include the fllwing: On-bard system BIOS, including the recvery cde BIOS Setup Utility and strings. On-bard vide BIOS, SCSI BIOS, and ther ptin ROMs fr devices embedded n the server bard. OEM binary area Micrcde Splash Screen Preparing fr the Upgrade The steps belw explain hw t prepare t upgrade the BIOS, including hw t recrd the current BIOS settings and hw t btain the upgrade utility. NOTE: In the unlikely event that a BIOS errr ccurs during the BIOS update prcess, a recvery prcess may need t be fllwed t return the system t service. See Sectin 1.4, Additinal Infrmatin and Sftware fr additinal infrmatin Updating the System Firmware T update the firmware, g t the Kntrn Supprt Website at search fr CG2200, and then click n BIOS. WARNING: D nt pwer dwn the system during the BIOS update prcess! D nt interrupt the BIOS POST during the first system rebt. 6.3 Restring BIOS Default Settings If yu are nt able t access the BIOS setup screens, yu may need t restre the BIOS settings t their factry defaults by clearing the CMOS. This prcedure requires physical access t the inside f the server. 1. Pwer dwn the system but d nt discnnect the pwer crd. 2. Open the server. See Remving the Chassis Cver, in Sectin 3.2 fr instructins. 3. Remve the right-side, slt 5 riser assembly. Fr instructins, see Remving a Riser Card Assembly. 4. Remve the prcessr air duct. Fr instructins, see Remving the Prcessr Air Duct. 5. Lcate the BIOS Default jumper (J2J2) as shwn in Figure Mve jumper (J2J2) frm the nrmal psitin cvering pins 1-2 t the reset/clear psitin cvering pins Wait five secnds and remve pwer. 8. Mve the jumper (J2J2) back t the nrmal default psitin (pins 1-2). 9. Re-install the prcessr air duct and the right-side riser card assembly. 10. Clse the server chassis. See Re-installing the Chassis Cver in Sectin 3.2 fr instructins. 11. Pwer up the server. 87

95 The CMOS is nw cleared and can be reset by ging int the BIOS setup. NOTE: Remving pwer befre perfrming the CMOS clear peratin causes the system t autmatically pwer up and immediately pwer dwn after the prcedure is fllwed and pwer is re-applied. If this happens, remve the pwer crd again, wait 30 secnds, and recnnect the pwer crd. Then yu can pwer up the system and prceed t the <F2> BIOS Setup utility t reset the settings. 6.4 Clearing the Passwrd Passwrds can be reset by mving the Passwrd Clear jumper (J1E2) int the clear psitin. The Passwrd Clear jumper must be restred t its riginal psitin befre a new passwrd(s) can be set. The Passwrd Clear jumper is shwn in Figure Pwer dwn the server. D nt discnnect the pwer crd(s). 2. Remve the right-side, slt 5 riser assembly. Fr instructins, see Remving a Riser Card Assembly. 3. Remve the prcessr air duct. Fr instructins, see Remving the Prcessr Air Duct. 4. Open the server chassis. See Remving the Chassis Cver, in Sectin 3.2 fr instructins. 5. Mve the jumper (J1E2) frm the nrmal peratin psitin cvering pins 1 and 2 t the Passwrd Clear psitin, cvering pins 2 and Clse the server chassis. 7. Pwer up the server and wait 10 secnds r until POST cmpletes. 8. Pwer dwn the server. 9. Open the chassis and mve the jumper back t the default psitin cvering pins 1 and Re-install the prcessr air duct and the right-side riser card assembly. 11. Clse the server chassis. See Re-installing the Chassis Cver in Sectin 3.2 fr instructins. 12. Pwer up the server. The passwrd is nw cleared and can be reset by ging int the BIOS setup. 6.5 BMC Frce Update Prcedure In the standard integrated BMC firmware update prcedure, the update utility places the integrated BMC int an update mde that allws the firmware t lad safely nt the flash device. In the unlikely event the integrated BMC firmware update prcess fails because the integrated BMC is nt in the prper update state, the server bard prvides an Integrated BMC Frce Update jumper that frces the integrated BMC int the prper update state. See Figure 23 fr the lcatin f this jumper. Use the fllwing prcedure if the standard integrated BMC firmware update prcess fails. 1. Pwer dwn the server and unplug the pwer crd(s). 2. Open the server chassis. See Remving the Chassis Cver, in Sectin 3.2 fr instructins. 3. Remve the right-side, slt 5 riser assembly. Fr instructins, see Remving a Riser Card Assembly. 4. Remve the prcessr air duct. Fr instructins, see Remving the Prcessr Air Duct. 5. Lcate jumper blck (J1E4) and mve the jumper frm the default psitin cvering pins 1-2 t the Enable psitin cvering pins Clse the server chassis. See Re-installing the Chassis Cver in Sectin 3.2 fr instructins. 88

96 7. Recnnect the pwer crd(s) and pwer up the server. 8. Nw perfrm the Integrated BMC firmware update prcedure as dcumented in the README.TXT file included in the BMC Firmware Update package. After the firmware update prcess cmpletes successfully, the firmware update utility may generate an errr stating that the Integrated BMC is still in update mde. NOTE: Nrmal Integrated BMC functinality is disabled when the Frce BMC Update jumper is set t the enabled psitin. The server shuld never be run with the Integrated BMC Frce Update jumper set in this psitin. This jumper setting shuld nly be used when the standard firmware update prcess fails. This jumper shuld remain in the default/disabled psitin when the server is running nrmally. 9. When the update has finished, pwer dwn the system and remve the pwer crd(s). 10. Open the server chassis (remve the tp cver). 11. Lcate the jumper blck (J1E4) and mve the jumper t the disabled psitin (pins 1-2). 12. Re-install the prcessr air duct and the right-side riser card assembly 13. Clse the server chassis. See Re-installing the Chassis Cver in Sectin 3.2 fr instructins. 14. Recnnect the pwer crd(s) and pwer up the server. 6.6 ME Frce Update Prcedure In the standard ME frce update prcedure, the update utility places the ME int an update mde that allws the ME t lad safely nt the flash device. In the unlikely event that the ME firmware update prcess fails because the ME is nt in the prper update state, the server bard prvides an ME Frce Update jumper (J1E3) that frces the ME int the prper update state. Use this prcedure if the standard ME firmware update prcess fails. 1. Pwer dwn the server and unplug the pwer crd(s). 2. Open the server chassis. See Remving the Chassis Cver, in Sectin 3.2 fr instructins. 3. Remve the right-side, slt 5 riser assembly. Fr instructins, see Remving a Riser Card Assembly. 4. Remve the prcessr air duct. Fr instructins, see Remving the Prcessr Air Duct. 5. Lcate jumper blck (J1E3) and mve the jumper frm the default psitin cvering pins 1-2 t the Enable psitin cvering pins Clse the server chassis. See Re-installing the Chassis Cver in Sectin 3.2 fr instructins. 7. Recnnect the pwer crd(s) and pwer up the server. 8. Nw perfrm the ME firmware update prcedure as dcumented in the README.TXT file included in the ME Firmware Update package (same package as the BIOS). 9. When the update has finished, pwer dwn the system and remve the pwer crd(s). 10. Open the server chassis (remve the tp cver). 11. Lcate the jumper blck (J1E4) and mve the jumper t the disabled psitin (pins 1-2). 12. Re-install the prcessr air duct and the right-side riser card assembly 13. Clse the server chassis. See Re-installing the Chassis Cver in Sectin 3.2 fr instructins. 14. Recnnect the pwer crd(s) and pwer up the server. 89

97 7 Trubleshting This chapter helps yu identify and slve prblems that might ccur while yu are using the Kntrn CG2200 Carrier Grade Server. Fr any issue, first ensure yu are using the latest firmware and files. Firmware upgrades include updates fr BIOS and the basebard management cntrller (BMC). G t +carrier+grade+servers/icg2200+carrier+grade+server.html, click n dwnlads, BIOS fr infrmatin abut the latest updates. In additin t the server firmware and files, als update any drivers used fr cmpnents yu have installed in yur system, such as vide drivers, netwrk drivers, and SAS drivers. If yu are unable t reslve yur server prblems n yur wn, see Appendix D: Getting Help fr assistance. 7.1 Resetting the System Befre ging thrugh in-depth trubleshting, first attempt t reset yur system using ne f the methds belw. T d this: Sft bt reset t clear the system memry and relad the perating system Clear system memry, restart POST, and relad the perating system Cld bt reset. Turn the system pwer ff and then n. This clears system memry, restarts POST, relads the perating system, and halts pwer t all peripherals Press: <Ctrl+Alt+Del> Reset buttn Pwer n/ff 7.2 Prblems Fllwing Initial System Installatin Prblems that ccur at initial system startup are usually caused by an incrrect installatin r cnfiguratin. Hardware failure is a less frequent cause. If the prblem yu are experiencing is with a specific sftware applicatin, see Prblems with Newly Installed Applicatin Sftware First Steps Checklist Is pwer available at the surce? Are the pwer supplies plugged in? Check the pwer cable n the back f the server and at the pwer surce. Is the system pwer crd prperly cnnected t the system? Fr AC-pwered systems, is the pwer crd plugged int a NEMA (Natinal Electrical Manufacturing Assciatin) 5-15R utlet fr V r a NEMA 6-15R utlet fr V Are all cables crrectly cnnected and secured? Are the prcessrs fully seated in their sckets n the server bard? Are all standffs in the prper lcatin and nt tuching any cmpnents, causing a ptential shrt? 90

98 Are all PCI-X* and PCI Express* (PCIe*) add-in cards fully seated in their slts in the respective riser cards? Are all jumper settings n the server bard crrect? Are all jumper and switch settings n add-in bards and peripheral devices crrect? T check these settings, refer t the manufacturer's dcumentatin that cmes with them. If applicable, ensure that there are n cnflicts-fr example, tw add-in bards sharing the same interrupt. Are all peripheral devices installed crrectly? Are the hard disk drives (up t 6) prperly frmatted r cnfigured? Are all device drivers prperly installed? Are the cnfiguratin settings made in Setup crrect? Is the perating system prperly laded? Refer t the perating system dcumentatin. Did yu press the system pwer n/ff switch n the frnt panel t turn the server n (pwer n light shuld be lit)? Are all integrated cmpnents frm the tested cmpnents lists? Check the tested memry list and the supprted hardware and perating system list. G t cg2200+carrier+grade+server.html fr links t the tested cmpnent lists. 7.3 Hardware Diagnstic Testing This sectin prvides a mre detailed apprach t identifying a hardware prblem and lcating its surce. CAUTION: Turn ff devices befre discnnecting cables. Befre discnnecting any peripheral cables frm the system, turn ff the system and any external peripheral devices. Failure t d s can cause permanent damage t the system and/r the peripheral devices. 1. Turn ff the system and all external peripheral devices. Discnnect each f devices frm the system, except fr the keybard and the vide mnitr. 2. Make sure the system pwer crd is plugged int a prperly grunded AC utlet. 3. Make sure yur vide display mnitr and keybard are crrectly cnnected t the system. Turn n the vide mnitr. Set its brightness and cntrast cntrls t at least tw thirds f their maximum ranges (see the dcumentatin supplied with yur vide display mnitr). 4. Turn n the system. If the pwer LED des nt light, see Sectin 7.4.1, Pwer Light des nt Light Verifying Prper Operatin f Key System Lights As POST determines the system cnfiguratin, it tests fr the presence f each mass strage device installed in the system. As each device is checked, its activity light shuld turn n briefly. Check fr the fllwing: If system LEDs are illuminated, see Sectin 7.5, LED Infrmatin fr a descriptin f the LED lights and steps that need t be taken t crrect the prblem. 91

99 7.3.2 Cnfirming the Operating System Lad Once the system bts up, the perating system prmpt appears n the screen. The prmpt varies accrding t the perating system. If the perating system prmpt des nt appear, see N Characters Appear n Screen. 7.4 Specific Prblems and Crrective Actins This sectin prvides pssible slutins fr specific prblems: Try the slutins belw in the rder given. If yu cannt crrect the prblem, cntact yur service representative r authrized dealer fr help. See Appendix D: Getting Help fr cntact details Pwer Light des nt Light Check the fllwing: Did yu press the pwer-n buttn? Is the system perating nrmally? If s, the pwer LED might be defective r the cable frm the frnt panel t the server bard might be lse. Have yu securely plugged the server pwer crd int the pwer supply? Fr AC, will ther items plugged int the same pwer utlet functin crrectly? Remve all add-in cards and see if the system bts. If successful, re-insert the cards ne at a time with a rebt between each additin. Make sure the memry DIMMs cmply with the system requirements. Make sure the memry DIMMs have been ppulated accrding t the system requirements. Remve the memry DIMMs and re-seat them. Make sure the prcessr cmplies with the system requirements. Remve the prcessr and re-seat it N Characters Appear n Screen Check the fllwing: Is the keybard functining? Test it by turning the Num Lck functin n and ff t make sure the Num Lck light is functining. Is the vide mnitr plugged in and turned n? If yu are using a switch bx, is it switched t the crrect system? Are the brightness and cntrast cntrls n the vide mnitr prperly adjusted? Is the vide mnitr signal cable prperly installed? Des this vide mnitr wrk crrectly if plugged int a different system? Is the nbard vide cntrller enabled in the BIOS? Remve all add-in cards and see if the vide returns. If successful, re-insert the cards ne at a time with a rebt between each additin. Make sure the memry DIMMs cmply with the system requirements. Make sure the memry DIMMs have been ppulated accrding t the system requirements. Remve the memry DIMMs and re-seat them. 92

100 Make sure the prcessr cmplies with the system requirements. Remve the prcessr and re-seat it Characters are Distrted r Incrrect Check the fllwing: Are the brightness and cntrast cntrls prperly adjusted n the vide mnitr? See the manufacturer s dcumentatin. Are the vide mnitr s signal and pwer cables prperly installed? Des this vide mnitr wrk crrectly if plugged int a different system? System Cling Fans d nt Rtate Prperly If the system cling fans are nt perating prperly, it is an indicatin f pssible system cmpnent failure. Check the fllwing: Is the pwer-n light lit? If nt, see Sectin 7.4.1, Pwer Light des nt Light. Are any ther frnt panel LEDs lit? Have any f the fan mtrs stpped? Use the server management subsystem t check the fan status. Have the fans sped up in respnse t an verheating situatin? Have the fans sped up in respnse t a fan that has failed? Are the fan pwer cnnectrs prperly cnnected t the frnt panel (FP) bard? Is the cable frm the frnt panel bard cnnected t the bth the frnt panel bard and t the server bard? Are the pwer supply cables prperly cnnected t the FP bard? Are there any shrted wires caused by pinched-cables r have pwer cnnectr plugs been frced int pwer cnnectr sckets the wrng way? Cannt Cnnect t a Server Make sure the netwrk cable is securely attached t the crrect cnnectr at the system back panel. Try a different netwrk cable. Make sure yu are using the crrect and the current drivers. G t e+servers/cg2200+carrier+grade+server.html fr a link t the drivers. Make sure the driver is laded and the prtcls are bund. Make sure the hub prt is cnfigured fr the same duplex mde as the netwrk cntrller. Make sure the crrect netwrking sftware is installed. If yu are directly cnnecting tw servers (withut a hub), yu will need a crssver cable Diagnstics Pass but the Cnnectin Fails Make sure the netwrk cable is securely attached. Make sure yu specify the crrect frame type in yur NET.CFG file. 93

101 7.4.7 The (NIC) Cntrller Stpped Wrking When an Add-in Adapter was Installed Make sure the cable is cnnected t the prt frm the nbard netwrk cntrller. Make sure yur BIOS is current. G t carrier+grade+server.html fr a link t the current versin. Try reseating the add-in adapter The Add-in Adapter Stpped Wrking withut Apparent Cause Try reseating the adapter first; then try a different slt if necessary. The netwrk driver files may be crrupt r deleted. Delete and then reinstall the drivers. Run the diagnstics System Bts When Installing a PCI Card System Server Management features require full-time standby pwer. This means sme parts f the system have pwer ging t them whenever the pwer crd is plugged in, even if yu have turned the system pwer ff with the pwer buttn n the frnt panel. If yu install a PCI card with the pwer crd plugged in, a signal may be sent t cmmand the system t bt. Befre installing a PCI card, yu shuld always: 1. Turn ff the server pwer by using the pwer buttn n the frnt f the system. 2. Unplug the pwer crd frm the server Prblems with Newly Installed Applicatin Sftware Prblems that ccur when yu run new applicatin sftware are usually related t the sftware, nt the server hardware. Faulty equipment is unlikely, especially if ther sftware runs crrectly. Check the fllwing: Make sure the system meets the minimum hardware requirements fr the sftware. See the sftware dcumentatin. Make sure the sftware is prperly installed and cnfigured fr the system. See the sftware dcumentatin. Use nly an authrized cpy. Unauthrized cpies ften d nt wrk. Make sure the crrect device drivers installed. If the prblems persist, cntact the sftware vendr s custmer service representative Prblems with Applicatin Sftware that Ran Crrectly Earlier Prblems that ccur after the system hardware and sftware have been running crrectly smetimes indicate equipment failure. Hwever, they can als be caused by file crruptin r changes t the sftware cnfiguratin. Check the fllwing: Uninstall and reinstall the sftware. Make sure all necessary files are installed. If the prblems are intermittent, there may be a lse cable, dirt in the keybard (if keybard input is incrrect), a marginal pwer supply, r ther randm cmpnent failures. If yu suspect that a transient vltage spike, pwer utage, r brwnut might have ccurred, relad the sftware and try running it again. Symptms f vltage spikes include a flickering vide display, unexpected system rebts, and the system nt respnding t user cmmands. 94

102 NOTE: Fr AC pwer, if yu are getting randm errrs in yur data files, they may be getting crrupted by vltage spikes n yur pwer line. If yu are experiencing any f the abve symptms that might indicate vltage spikes n the pwer line, yu may want t install a surge suppressr between the pwer utlet and the system pwer crd Devices are nt Recgnized under Device Manager (Windws*OS) The Windws* perating systems d nt include all f the drivers fr the Intel chipsets, nbard NICs, and ther cmpnents. Check the Kntrn Deplyment CD that came with yur server r g t /cg2200+carrier+grade+server.html fr a link t the current drivers and chipset files Hard Drive(s) are nt Recgnized Check the fllwing: Make sure the drive is nt disabled in BIOS Setup. Make sure the drive is cmpatible. G t e+servers/ CG2200+carrier+grade+server.html fr a link t the list tested drives. Make sure yu have nt exceeded the pwer budget fr the server. G t e+servers/cg2200+carrier+grade+server.html fr a link t sftware t check yur pwer budget. 7.5 Light-Guided Diagnstics The server bard includes several n-bard LED indicatrs t aid with trubleshting varius bard-level faults. This sectin describes the functin f each LED n the server bard. Fr mre infrmatin and the lcatin f each LED n the bard, see the Intel Server Bard S2600CO Family TPS n the Kntrn website at Vlt Stand-by LED Several server management features n the S2600CO server bard require a 5V stand-by vltage supplied frm the pwer supply. The features and cmpnents that require this vltage must be present when the server is pwered dwn. The LED is illuminated when pwer is applied t the platfrm and 5V stand-by vltage is supplied t the server bard by the pwer supply. This LED is lcated just belw the internal USB cnnectr DIMM Fault LEDs The server bard prvides a memry fault LED fr each DIMM scket. These LEDs are lcated at the tp left side f each CPU 2 DIMM slt (E, F, G, H) and at the tp right side f each CPU 1 DIMM slt (A, B, C, D). A DIMM fault LED lights if the crrespnding DIMM slt has memry installed and a memry errr ccurs System ID LED, System Status LED, and POST Cde Diagnstic LED These LEDs are lcated at the rear f the S2600CO server bard, t the left f the I/O prts. System ID LED T light the System ID LED, use ne f the fllwing tw methds: Press the System ID buttn n the frnt cntrl panel f the chassis. The ID LED displays as slid white n the frnt panel and slid blue n the rear f the server until the buttn is pressed again. 95

103 Issue the apprpriate hex IPMI Chassis Identify value. The ID LED will either blink fr 15 secnds and turn ff r will blink indefinitely until the hex IPMI Chassis Identify value is reissued t turn it ff. System Status LED The biclr (green/amber) System Status LED 96

104 Table 9. System Status LED Definitins Clr State Criticality Descriptin Green Slid n System OK System bted and ready System degraded: Nn-critical temperature threshld asserted Nn-critical vltage threshld asserted Green Blink Degraded Nn-critical fan threshld asserted Fan redundancy lst, sufficient system cling maintained. This des nt apply t nn-redundant systems. Pwer supply predictive failure Pwer supply redundancy lst. This des nt apply t nn-redundant systems. Crrective errrs ver a threshld f 10 and migrating t a mirrred DIMM (memry mirrring). This indicates the user n lnger has spare DIMMs indicating a redundancy lst cnditin. The crrespnding DIMM LED shuld light up Nn-fatal alarm system is likely t fail: Critical temperature threshld asserted Amber Blink Nn-critical CATERR asserted Critical vltage threshld asserted VRD nt asserted SMI timeut asserted Fatal alarm system has failed r shut dwn CPU missing Thermal Trip asserted Nn-recverable temperature threshld asserted Amber Slid n Critical, nnrecverable Nn-recverable vltage threshld asserted Pwer fault/pwer cntrl failure Fan redundancy lst, insufficient system cling. This des nt apply t nnredundant systems. Pwer supply redundancy lst, 97

105 Clr State Criticality Descriptin insufficient system pwer. This des nt apply t nn-redundant systems. (NOTE: This state als ccurs when pwer is first applied t the system. This indicates the BMC is bting) Off N/A Nt ready Pwer ff, if n degraded, nn-critical, critical, r nnrecverable cnditins exist. Pst Cde Diagnstic LEDs During the system bt prcess, the BIOS executes a number f platfrm cnfiguratin prcesses, each f which is assigned a specific hex POST cde number. As each cnfiguratin rutine is started, the BIOS displays the given POST cde t the POST cde diagnstic LEDs n the back edge f the server bard. T assist in trubleshting a system failure during the POST prcess, yu can use the diagnstic LEDs t identify the last POST prcess executed POST Errr Beep Cdes Table 10 lists the POST errr beep cdes. Prir t system vide initializatin, the BIOS uses these beep cdes t infrm users f errr cnditins. Please nte that nt all errr cnditins are supprted by BIOS beep cdes. 98

106 Table 10. POST Errr Beep Cdes Beeps Errr Message Pst Prgress Cde Descriptin 1 USB device actin 1 Intel TXT security vilatin N/A 0xAE, 0xAF Shrt beep sunded whenever a USB device is discvered in POST r inserted r remved during runtime System halted because the Intel Trusted Executin Technlgy detected a ptential vilatin f system security 3 Memry errr Multiple System halted because a fatal errr related t the memry was detected The fllwing Beep Cdes are sunded during BIOS recvery 2 BIOS Recvery started 4 BIOS Recvery failure N/A N/A Recvery bt has been initiated BIOS recvery has failed. This typically happens s quickly after recvery is initiated that it sunds like a 2 4 beep cde. The Integrated BMC may generate beep cdes upn detectin f failure cnditins. Beep cdes are sunded each time the prblem is discvered, such as n each pwer-up attempt, but are nt sunded cntinuusly. Cdes that are cmmn acrss all Intel server bards and systems that use the same generatin chipset are listed in the fllwing table. Each digit in the cde is represented by a sequence f beeps whse cunt is equal t the digit. Table 11. Integrated BMC Beep Cdes Beep Cde Reasn fr Beep Assciated Sensrs CPU scket ppulatin errr CPU1 scket is empty r sckets are ppulated incrrectly CPU1 must be ppulated befre CPU MSID mismatch MSID mismatch ccurs if a prcessr is installed int a system bard that has incmpatible pwer capabilities Pwer fault Pwer cntrl fault DC pwer unexpectedly lst (pwer gd drput) Pwer unit sensrs reprt pwer unit failure ffset Pwer gd assertin timeut Pwer unit sensrs reprt sft pwer cntrl failure ffset VR watchdg timer VR cntrller DC pwer n sequence was nt cmpleted in time Pwer supply status The system des nt pwer n r unexpectedly pwers ff and a Pwer Supply Unit (PSU) is present that is an incmpatible mdel with the ther PSU in the system. 99

107 8 Warranty This Kntrn prduct is warranted against defects in material and wrkmanship fr the warranty perid frm the date f shipment. During the warranty perid, Kntrn will at its discretin decide t repair r replace defective prducts. Within the warranty perid, the repair f prducts is free f charge as lng as warranty cnditins are bserved. The warranty des nt apply t defects resulting frm imprper r inadequate maintenance r handling by the buyer, unauthrized mdificatin r misuse, peratin utside f the prduct s envirnmental specificatins r imprper installatin r maintenance. Kntrn will nt be respnsible fr any defects r damages t ther prducts nt supplied by Kntrn that are caused by a faulty Kntrn prduct. 100

108 9 Appendix A: Safety Infrmatin Warning: Althugh yu may be using this guide r anther resurce as a reference, befre wrking with yur server prduct pay clse attentin t these safety instructins. Yu must adhere t the assembly instructins in this guide t ensure and maintain cmpliance with existing prduct certificatins and apprvals. Use nly the described, regulated cmpnents specified in this guide. Use f ther prducts / cmpnents will vid the UL listing and ther regulatry apprvals f the prduct and will mst likely result in nn-cmpliance with prduct regulatins in the regin(s) in which the prduct is sld. 9.1 Emissins Disclaimer T ensure EMC (Electrmagnetic Cmpatibility) cmpliance with yur lcal reginal rules and regulatins, the final cnfiguratin f yur end system prduct may require additinal EMC cmpliance testing. Fr mre infrmatin, please cntact yur lcal Kntrn Representative. See Appendix B, Regulatry and Certificatin Infrmatin fr prduct Safety and EMC regulatry cmpliance infrmatin. This is an FCC (Federal Cmmunicatins Cmmissin) Class A device. 9.2 Intended Uses This prduct was evaluated as Infrmatin Technlgy Equipment (ITE), which may be installed in Central Offices, Telecmmunicatin Centers, ffices, schls, cmputer rms, and similar cmmercial type lcatins. The suitability f this prduct fr ther prduct categries and envirnments (medical, industrial, telecmmunicatins, residential, alarm systems, test equipment, etc.), ther than an ITE applicatin, may require further evaluatin. Please take nte, if installing pwer supplies in the field, use nly the pwer supplies as indicated in the CG2200 UL reprt: 3Y Pwer Technlgy mdels YM-2651R, YM-2651S and YM-5651R. WARNING: Anchr the equipment rack: The equipment rack must be anchred t an unmvable supprt t prevent it frm falling ver when ne r mre servers are extended in frnt f the rack n slides. Yu must als cnsider the weight f any ther device installed in the rack. A crush hazard exists shuld the rack tilt frward which culd cause serius injury If AC pwer supplies are installed: Mains AC pwer discnnect: The AC pwer crd(s) is cnsidered the mains discnnect fr the server and must be readily accessible when installed. If the individual server pwer crd(s) will nt be readily accessible fr discnnectin then yu must install an AC pwer discnnect fr the entire rack unit. This main discnnect must be readily accessible, and it must be labeled as cntrlling pwer t the entire rack, nt just t the server(s). Grunding the rack installatin: T avid the ptential fr an electrical shck hazard, yu must include a third wire safety grund cnductr with the rack installatin. If the server pwer crd is plugged int an AC utlet that is part f the rack, then yu must prvide prper grunding fr the rack itself. If the server pwer crd is plugged wall AC utlet, the safety grund cnductr in the pwer crd prvides prper grunding nly fr the server. Yu must prvide additinal, prper grunding fr the rack and ther devices installed in it. Overcurrent prtectin: The server is designed fr an AC line vltage surce with up t 10 amperes f vercurrent prtectin per crd feed. If the pwer system fr the equipment rack is installed n a branch circuit with mre than 10 amperes f prtectin, yu must prvide supplemental prtectin fr the server. The verall current rating f a cnfigured server is typically less than 6 amperes. WARNING: D nt attempt t mdify r use an AC pwer crd set that is nt the exact type required. Yu must use a pwer crd set that meets the fllwing criteria: 101

109 Rating: In the U.S. and Canada, crds must be UL (Underwriters Labratries, Inc.) Listed/CSA (Canadian Standards Assciatin) Certified type SJT, 18-3 AWG (American Wire Gauge). Outside f the U.S. and Canada, crds must be flexible harmnized (<HAR>) r VDE (Verbena Deutscher Electrtechniker, German Institute f Electrical Engineers) certified crd with 3x 0.75 mm cnductrs rated 250 VAC. Cnnectr, wall utlet end: Crds must be terminated in grunding-type male plug designed fr use in yur regin. The cnnectr must have certificatin marks shwing certificatin by an agency acceptable in yur regin and fr U.S. must be listed and rated fr 125% f the verall current rating f the server. Cnnectr, server end: The cnnectrs that plug int the AC receptacle n the server must be an apprved IEC (Internatinal Electrtechnical Cmmissin) 320, sheet C13, type female cnnectr. Crd length and flexibility: Crds must be less than 4.5 meters (14.8 feet) lng If DC pwer supplies are installed: Cnnectin with a DC (Direct Current) surce shuld nly be perfrmed by trained service persnnel. The server with DC input is t be installed in a Restricted Access Lcatin in accrdance with articles and f the Natinal Electric Cde, ANSI/NFPA 70. The DC surce must be electrically islated frm any hazardus AC surce by duble r reinfrced insulatin. The DC surce must be capable f prviding up t 800 watts f cntinuus pwer per feed pair. Mains DC pwer cnnect: Kntrn recmmends using all 4 pins n the DC input cnnectr fr redundancy purpses. The input cnnectr n the DC pwer supply is a 4-pin Mlex This cnnectr is rated at 16A/pin. An earth grund pin is nt required because the system prvides tw earth grund studs n the rear panel f the chassis. Figure 61, the input cnnectr mechanical drawing and table, shw the DC input pwer cnnectr and pin-ut. Figure 61. DC Pwer Supply Input Cnnectr Pin# Descriptin 1 + RTN 2 + RTN 3-48V 4-48V DC Pwer Supply 48V Input Pwer Mating Cnnectr The mating cnnectr fr the DC pwer supply mdule input cnnectr, a Mlex pin cnnectr shwn in Figure 62 prvides a -48V input pwer cnnectin t the system. The input wiring cnnectins are shwn in the table in Figure

110 Figure 62: DC Pwer Supply Mating Cnnectr DC Pwer Supply Earth Grunding Studs n Chassis Fr instructins abut hw the safety earth grunding wire is attached t the chassis fr use with DC pwer supplies, see Figure 33, DC Pwer Supply Grunding in the Adding a Secnd Pwer Supply Mdule sectin. Mains DC pwer discnnect: Yu are respnsible fr installing a prperly rated DC pwer discnnect fr the server system. This mains discnnect must be readily accessible, and it must be labeled as cntrlling pwer t the server. The UL listed circuit breaker f a centralized DC pwer system may be used as a discnnect device when easily accessible and shall be rated maximum 15 amps. Grunding the server: This server is intended fr installatin with an islated DC return (DC-I per NEBS GR-1089, Issue 3). T avid the ptential fr an electrical shck hazard, yu must reliably cnnect an earth grunding cnductr t the server. The earth grunding cnductr must be a minimum 12 AWG cnnected t the earth grund stud(s) n the rear f the server. The safety grund cnductr shuld be cnnected t the chassis stud with a listed clsed tw-hle crimp terminal having 5/8-inch pitch. The nuts n the chassis earth grund studs shuld be installed with a 10 in-lbs f trque. The safety grund cnductr prvides prper grunding nly fr the server. Yu must prvide additinal, prper grunding fr the rack and ther devices installed in it Overcurrent prtectin Overcurrent prtectin UL Listed circuit breakers must be prvided as part f each hst equipment rack and must be incrprated in the field wiring between the DC surce and the server. The branch circuit prtectin shall be rated minimum 75 VDC, 15A maximum per feed pair Temperature and Ventilatin CAUTION: Temperature -- The temperature, in which the server perates when installed in an equipment rack, must nt g belw 5 C (41 F) r rise abve 40 C (104 F). Extreme fluctuatins in temperature can cause a variety f prblems in yur server. CAUTION: Ventilatin -- The equipment rack must prvide sufficient airflw t the frnt f the server t maintain prper cling. The rack must als include ventilatin sufficient t exhaust a maximum f 1023 BTUs (British Thermal Units) per hur fr the server. The rack selected and the ventilatin prvided must be suitable t the envirnment in which the server will be used. 9.3 Safety Cautins Read all cautin and safety statements in this dcument befre perfrming any f the instructins. 103

111 The pwer supply in this prduct cntains n user-serviceable parts. There may be mre than ne supply in this prduct. Refer servicing nly t qualified persnnel. D nt attempt t mdify r use the supplied AC pwer crd if it is nt the exact type required. A prduct with mre than ne pwer supply will have a separate AC pwer crd fr each supply. The pwer buttn n the system des nt turn ff system AC pwer. T remve AC pwer frm the system, yu must unplug each AC pwer crd frm the wall utlet r pwer supply. The pwer crd(s) is cnsidered the discnnect device t the main (AC) pwer. The scket utlet that the system plugs int must be installed near the equipment and must be easily accessible. SAFETY STEPS: Whenever yu remve the chassis cvers t access the inside f the system, fllw these steps: 1. Turn ff all peripheral devices cnnected t the system. 2. Turn ff the system by pressing the pwer buttn. 3. Unplug all AC pwer crds frm the system r frm wall utlets. 4. Label and discnnect all cables cnnected t I/O cnnectrs r prts n the back f the system. 5. Prvide electrstatic discharge (ESD) prtectin by wearing an antistatic wrist strap attached t chassis grund f the system any unpainted metal surface when handling cmpnents. After yu have cmpleted the six SAFETY STEPS abve, yu can remve the system cvers. T d this: 1. Unlck and remve the padlck frm the back f the system if a padlck has been installed. 2. Remve and save all screws frm the cvers. 3. Remve the cvers. 4. D nt perate the system with the chassis cvers remved. Fr prper cling and airflw, always reinstall the chassis cvers befre turning n the system. Operating the system withut the cvers in place can damage system parts. T install the cvers: 1. Check first t make sure yu have nt left lse tls r parts inside the system. 2. Check that cables, add-in bards, and ther cmpnents are prperly installed. 3. Attach the cvers t the chassis with the screws remved earlier, and tighten them firmly. 4. Insert and lck the padlck t the system t prevent unauthrized access inside the system. 104

112 5. Cnnect all external cables and the AC pwer crd(s) t the system. A micrprcessr and heat sink may be ht if the system has been running. Als, there may be sharp pins and edges n sme bard and chassis parts. Cntact shuld be made with care. Cnsider wearing prtective glves. Danger f explsin if the battery is incrrectly replaced. Replace nly with the same r equivalent type recmmended by the equipment manufacturer. Dispse f used batteries accrding t manufacturer s instructins. The system is designed t perate in a typical ffice envirnment. Chse a site that is: Clean and free f airbrne particles (ther than nrmal rm dust). Well ventilated and away frm surces f heat including direct sunlight. Away frm surces f vibratin r physical shck. Islated frm strng electrmagnetic fields prduced by electrical devices. In regins that are susceptible t electrical strms, we recmmend yu plug yur system int a surge suppressr and discnnect telecmmunicatin lines t yur mdem during an electrical strm. Prvided with a prperly grunded wall utlet. Prvided with sufficient space t access the pwer supply crd(s), because they serve as the prduct s main pwer discnnect Wichtige Sicherheitshinweise Lesen Sie zunächst sämtliche Warn- und Sicherheitshinweise in diesem Dkument, bevr Sie eine der Anweisungen ausführen. Benutzer können am Netzgerät dieses Prdukts keine Reparaturen vrnehmen. Das Prdukt enthält möglicherweise mehrere Netzgeräte. Wartungsarbeiten müssen vn qualifizierten Technikern ausgeführt werden. Versuchen Sie nicht, das mitgelieferte Netzkabel zu ändern der zu verwenden, wenn es sich nicht genau um den erfrderlichen Typ handelt. Ein Prdukt mit mehreren Netzgeräten hat für jedes Netzgerät ein eigenes Netzkabel. Der Wechselstrm des Systems wird durch den Ein-/Aus-Schalter für Gleichstrm nicht ausgeschaltet. Ziehen Sie jedes Wechselstrm-Netzkabel aus der Steckdse bzw. dem Netzgerät, um den Strmanschluß des Systems zu unterbrechen. SICHERHEISMASSNAHMEN: Immer wenn Sie die Gehäuseabdeckung abnehmen um an das Systeminnere zu gelangen, sllten Sie flgende Schritte beachten: 1. Schalten Sie alle an Ihr System angeschlssenen Peripheriegeräte aus. 2. Schalten Sie das System mit dem Hauptschalter aus. 3. Ziehen Sie den Strmanschlußstecker Ihres Systems aus der Steckdse. 105

113 4. Auf der Rückseite des Systems beschriften und ziehen Sie alle Anschlußkabel vn den I/O Anschlüssen der Prts ab. 5. Tragen Sie ein geerdetes Antistatik Gelenkband, um elektrstatische Ladungen (ESD) über blanke Metallstellen bei der Handhabung der Kmpnenten zu vermeiden. 6. Schalten Sie das System niemals hne rdnungsgemäß mntiertes Gehäuse ein. Nachdem Sie die ben erwähnten ersten sechs SICHERHEITSSCHRITTE durchgeführt haben, können Sie die Abdeckung abnehmen, indem Sie: 1. Öffnen und entfernen Sie die Verschlußeinrichtung (Padlck) auf der Rückseite des Systems, falls eine Verschlußeinrichtung installiert ist. 2. Entfernen Sie alle Schrauben der Gehäuseabdeckung. 3. Nehmen Sie die Abdeckung ab. Zur rdnungsgemäßen Kühlung und Lüftung muß die Gehäuseabdeckung immer wieder vr dem Einschalten installiert werden. Ein Betrieb des Systems hne angebrachte Abdeckung kann Ihrem System der Teile darin beschädigen. Um die Abdeckung wieder anzubringen: 1. Vergewissern Sie sich, daß Sie keine Werkzeuge der Teile im Innern des Systems zurückgelassen haben. 2. Überprüfen Sie alle Kabel, Zusatzkarten und andere Kmpnenten auf rdnungsgemäßen Sitz und Installatin. 3. Bringen Sie die Abdeckungen wieder am Gehäuse an, indem Sie die zuvr gelösten Schrauben wieder anbringen. Ziehen Sie diese gut an. 4. Bringen Sie die Verschlußeinrichtung (Padlck) wieder an und schließen Sie diese, um ein unerlaubtes Öffnen des Systems zu verhindern. 5. Schließen Sie alle externen Kabel und den AC Strmanschlußstecker Ihres Systems wieder an. Der Mikrprzessr und der Kühler sind möglicherweise erhitzt, wenn das System in Betrieb ist. Außerdem können einige Platinen und Gehäuseteile scharfe Spitzen und Kanten aufweisen. Arbeiten an Platinen und Gehäuse sllten vrsichtig ausgeführt werden. Sie sllten Schutzhandschuhe tragen. Bei falschem Einsetzen einer neuen Batterie besteht Explsinsgefahr. Die Batterie darf nur durch denselben der einen entsprechenden, vm Hersteller empfhlenen Batterietyp ersetzt werden. Entsrgen Sie verbrauchte Batterien den Anweisungen des Herstellers entsprechend. Das System wurde für den Betrieb in einer nrmalen Bürumgebung entwickelt. Der Standrt sllte: sauber und staubfrei sein (Hausstaub ausgenmmen); gut gelüftet und keinen Heizquellen ausgesetzt sein (einschließlich direkter Snneneinstrahlung); keinen Erschütterungen ausgesetzt sein; 106

114 keine starken, vn elektrischen Geräten erzeugten elektrmagnetischen Felder aufweisen; in Reginen, in denen elektrische Stürme auftreten, mit einem Überspannungsschutzgerät verbunden sein; während eines elektrischen Sturms sllte keine Verbindung der Telekmmunikatinsleitungen mit dem Mdem bestehen; mit einer geerdeten Wechselstrmsteckdse ausgerüstet sein; über ausreichend Platz verfügen, um Zugang zu den Netzkabeln zu gewährleisten, da der Strmanschluß des Prdukts hauptsächlich über die Kabel unterbrchen wird Cnsignes de sécurité Lisez attentin tutes les cnsignes de sécurité et les mises en garde indiquées dans ce dcument avant de suivre tute instructin. Le blc d alimentatin de ce prduit ne cntient aucune pièce puvant être réparée par l'utilisateur. Ce prduit peut cntenir plus d un blc d'alimentatin. Veuillez cntacter un technicien qualifié en cas de prblème. Ne pas essayer d utiliser ni mdifier le câble d alimentatin CA furni, s il ne crrespnd pas exactement au type requis. Le nmbre de câbles d alimentatin CA furnis crrespnd au nmbre de blcs d alimentatin du prduit. Ntez que le cmmutateur CC de mise sus tensin /hrs tensin du panneau avant n éteint pas l alimentatin CA du système. Pur mettre le système hrs tensin, vus devez débrancher chaque câble d alimentatin de sa prise. CONSIGNES DE SÉCURITÉ -Lrsque vus uvrez le bîtier pur accéder à l intérieur du système, suivez les cnsignes suivantes: 1. Mettez hrs tensin tus les périphériques cnnectés au système. 2. Mettez le système hrs tensin en mettant l interrupteur général en psitin OFF (butnpussir). 3. Débranchez tus les crdns d alimentatin c.a. du système et des prises murales. 4. Identifiez et débranchez tus les câbles reliés aux cnnecteurs d E-S u aux accès derrière le système. 5. Pur prévenir les décharges électrstatiques lrsque vus tuchez aux cmpsants, prtez une bande antistatique pur pignet et reliez-la à la masse du système (tute surface métallique nn peinte du bîtier). 6. Ne faites pas fnctinner le système tandis que le bîtier est uvert. Une fis TOUTES les étapes précédentes accmplies, vus puvez retirer les panneaux du système. Prcédez cmme suit: 1. Si un cadenas a été installé sur à l arrière du système, déverruillez-le et retirez-le. 2. Retirez tutes les vis des panneaux et mettez-les dans un endrit sûr. 107

115 3. Retirez les panneaux. Afin de permettre le refridissement et l aératin du système, réinstallez tujurs les panneaux du bîtier avant de mettre le système sus tensin. Le fnctinnement du système en l absence des panneaux risque d endmmager ses pièces. Pur installer les panneaux, prcédez cmme suit: 1. Assurez-vus de ne pas avir ublié d utils u de pièces démntées dans le système. 2. Assurez-vus que les câbles, les cartes d extensin et les autres cmpsants snt bien installés. 3. Revissez slidement les panneaux du bîtier avec les vis retirées plus tôt. 4. Remettez le cadenas en place et verruillez-le afin de prévenir tut accès nn autrisé à l intérieur du système. 5. Rebranchez tus les crdns d alimentatin c. a. et câbles externes ausystème. Le micrprcesseur et le dissipateur de chaleur peuvent être chauds si le système a été sus tensin. Faites également attentin aux brches aiguës des cartes et aux brds tranchants du capt. Nus vus recmmandns l usage de gants de prtectin. Danger d explsin si la batterie n est pas remntée crrectement. Remplacer uniquement avec une batterie du même type u d un type équivalent recmmandé par le fabricant. Dispsez des piles usées seln les instructins du fabricant. Le système a été cnçu pur fnctinner dans un cadre de travail nrmal. L emplacement chisi dit être: Prpre et dépurvu de pussière en suspensin (sauf la pussière nrmale). Bien aéré et lin des surces de chaleur, y cmpris du sleil direct. A l abri des chcs et des surces de vibratins. Islé de frts champs électrmagnétiques géenérés par des appareils électriques. Dans les régins sujettes aux rages magnétiques il est recmandé de brancher vtre système à un supresseur de surtensin, et de débrancher tutes les lignes de télécmmunicatins de vtre mdem durant un rage. Muni d une prise murale crrectement mise à la terre. Suffisamment spacieux pur vus permettre d accéder aux câbles d alimentatin (ceux-ci étant le seul myen de mettre le système hrs tensin) Instruccines de seguridad imprtantes Lea tdas las declaracines de seguridad y precaución de este dcument antes de realizar cualquiera de las instruccines. 108

116 El usuari debe abstenerse de manipular ls cmpnentes de la fuente de alimentación de este prduct, cuya reparación debe dejarse exclusivamente en mans de persnal técnic especializad. Puede que este prduct dispnga de más de una fuente de alimentación. N intente mdificar ni usar el cable de alimentación de crriente alterna, si n crrespnde exactamente cn el tip requerid. El númer de cables suministrads se crrespnden cn el númer de fuentes de alimentación de crriente alterna que tenga el prduct. Nótese que el interruptr activad/desactivad en el panel frntal n descnecta la crriente alterna del sistema. Para descnectarla, deberá desenchufar tds ls cables de crriente alterna de la pared descnectar la fuente de alimentación. INSTRUCCIONES DE SEGURIDAD: Cuand extraiga la tapa del chasis para acceder al interir del sistema, siga las siguientes instruccines: 1. Apague tds ls dispsitivs periférics cnectads al sistema. 2. Apague el sistema presinand el interruptr encendid/apagad. 3. Descnecte tds ls cables de alimentación CA del sistema de las tmas de crriente alterna. 4. Identifique y descnecte tds ls cables enchufads a ls cnectres E/S a ls puerts situads en la parte psterir del sistema. 5. Cuand manipule ls cmpnentes, es imprtante prtegerse cntra la descarga electrstática (ESD). Puede hacerl si utiliza una muñequera antiestática sujetada a la tma de tierra del chasis - a cualquier tip de superficie de metal sin pintar. 6. N pnga en marcha el sistema si se han extraíd las tapas del chasis. Después de cmpletar las seis instruccines de SEGURIDAD mencinadas, ya puede extraer las tapas del sistema. Para ell: 1. Desblquee y extraiga el blque de seguridad de la parte psterir del sistema, si se ha instalad un. 2. Extraiga y guarde tds ls trnills de las tapas. 3. Extraiga las tapas. Para btener un enfriamient y un fluj de aire adecuads, reinstale siempre las tapas del chasis antes de pner en marcha el sistema. Si pne en funcinamient el sistema sin las tapas bien clcadas puede dañar ls cmpnentes del sistema. Para instalar las tapas: 1. Asegúrese primer de n haber dejad herramientas cmpnentes suelts dentr del sistema. 2. Cmpruebe que ls cables, las placas adicinales y trs cmpnentes se hayan instalad crrectamente. 3. Incrpre las tapas al chasis mediante ls trnills extraíds anterirmente, tensándls firmemente. 4. Inserte el blque de seguridad en el sistema y blquéel para impedir que pueda 109

117 accederse al mism sin autrización. 5. Cnecte tds ls cables externs y ls cables de alimentación CA al sistema. Si el sistema ha estad en funcinamient, el micrprcesadr y el disipadr de calr pueden estar aún calientes. También cnviene tener en cuenta que en el chasis en el tabler puede haber piezas crtantes punzantes. Pr ell, se recmienda precaución y el us de guantes prtectres. Existe peligr de explsión si la pila n se cambia de frma adecuada. Utilice slamente pilas iguales del mism tip que las recmendadas pr el fabricante del equip. Para deshacerse de las pilas usadas, siga igualmente las instruccines del fabricante. El sistema está diseñad para funcinar en un entrn de trabaj nrmal. Escja un lugar: Limpi y libre de partículas en suspensión (salv el plv nrmal). Bien ventilad y alejad de fuentes de calr, incluida la luz slar directa. Alejad de fuentes de vibración. Aislad de camps electrmagnétics fuertes prducids pr dispsitivs eléctrics. En regines cn frecuentes trmentas eléctricas, se recmienda cnectar su sistema a un eliminadr de sbrevltage y descnectar el módem de las líneas de telecmunicación durante las trmentas. Prvist de una tma de tierra crrectamente instalada. Prvist de espaci suficiente cm para acceder a ls cables de alimentación, ya que ésts hacen de medi principal de descnexión del sistema. Infrmazini di Sicurezza imprtanti Rivlgersi ad un tecnic specializzat per la riparazine dei cmpnent dell alimentazine di quest prdtt. È pssibile che il prdtt dispnga di più fnti di alimentazine. Nn mdificare utilizzare il cav di alimentazine in c.a. frnit dal prduttre, se nn crrispnde esattamente al tip richiest. Ad gni fnte di alimentazine crrispnde un cav di alimentazine in c.a. separat. L interruttre attivat/disattivat nel pannell anterire nn interrmpe l alimentazine in c.a. del sistema. Per interrmperla, è necessari scllegare tutti I cavi di alimentazine in c.a. dalle prese a mur dall alimentazine di crrente. 110

118 PASSI DI SICUREZZA: Qualra si rimuvan le cperture del telai per accedere all intern del sistema, seguire i seguenti passi: 1. Spegnere tutti i dispsitivi periferici cllegati al sistema. 2. Spegnere il sistema, usand il pulsante spent/acces dell interruttre del sistema. 3. Tgliere tutte le spine dei cavi del sistema dalle prese elettriche. 4. Identificare e scnnettere tutti i cavi attaccati ai cllegamenti I/O d alle prese installate sul retr del sistema. 5. Qualra si tcchin i cmpnenti, prteggersi dall scaric elettrstatic (SES), prtand un cinghia anti-statica da pls che è attaccata alla presa a terra del telai del sistema - qualsiasi superficie nn dipinta Nn far perare il sistema quand il telai è senza le cperture. Dp aver seguit i sei passi di SICUREZZA spracitati, tgliere le cperture del telai del sistema cme seque: 1. Aprire e rimuvere il lucchett dal retr del sistema qualra ve ne fsse un installat. 2. Tgliere e mettere in un pst sicur tutte le viti delle cperture. 3. Tgliere le cperture. Per il giust fluss dell aria e raffreddament del sistema, rimettere sempre le cperture del telai prima di riaccendere il sistema. Operare il sistema senza le cperture al lr prpri pst ptrebbe danneggiare i cmpnenti del sistema. Per rimettere le cperture del telai: 1. Cntrllare prima che nn si sian lasciati degli attrezzi dei cmpnent dentr il sistema. 2. Cntrllare che i cavi, dei supprti aggiuntivi ed altri cmpnenti sian stati installati apprpriatamente. 3. Attaccare le cperture al telai cn le viti tlte in precedenza e avvitarle strettamente. 4. Inserire e chiudere a chiave il lucchett sul retr del sistema per impedire l access nn autrizzat al sistema. 5. Ricllegare tutti i cavi esterni e le prlunghe AC del sistema. Se il sistema è stat a lung in funzine, il micrprcessre e il dissipatre di calre ptrebber essere surriscaldati. Fare attenzine alla presenza di piedini appuntiti e parti taglienti sulle schede e sul telai. È cnsigliabile l us di guanti di prtezine. Esiste il pericl di un esplsine se la pila nn viene sstituita in md crrett. Utilizzare sl pile uguali di tip equivalente a quelle cnsigliate dal prduttre. Per disfarsi delle pile usate, seguire le istruzini del prduttre. Il sistema è prgettat per funzinare in un ambiente di lavr tip. Scegliere una pstazine che sia: Pulita e libera da particelle in sspensine (a parte la nrmale plvere presente nell ambiente). Ben ventilata e lntana da fnti di calre, cmpresa la luce slare diretta. 111

119 Al ripar da urti e lntana da fnti di vibrazine. Islata dai frti campi magnetici prdtti da dispsitivi elettrici. In aree sggette a temprali, è cnsigliabile cllegare il sistema ad un limitatre di crrente. In cas di temprali, scllegare le linee di cmunicazine dal mdem. Dtata di una presa a mur crrettamente installata. Dtata di spazi sufficiente ad accedere ai cavi di alimentazine, i quail rappresentan il mezz principale di scllegament del sistema. 112

120 10 Appendix B: Regulatry and Certificatin Infrmatin 10.1 Prduct Regulatry Cmpliance Prduct Safety Cmpliance The Carrier Grade server cmplies with the fllwing safety requirements: UL /CSA (USA / Canada) EN (Eurpe) IEC (Internatinal), CB Certificate & Reprt including all internatinal deviatins GS Certificate (Germany) GOST R Apprval (Russia) CE - Lw Vltage Directive 73/23/EEE (Eurpe) CCC Certificatin (China) BSMI CNS (Taiwan) Prduct EMC Cmpliance - Class A Cmpliance The Carrier Grade server has been has been tested and verified t cmply with the fllwing electrmagnetic cmpatibility (EMC) regulatins. FCC /ICES Emissins (USA/Canada) CISPR 22 - Emissins (Internatinal) EN Emissins (Eurpe) EN Immunity (Eurpe) EN Harmnics (Eurpe) EN Vltage Flicker (Eurpe) CE- EMC Directive 89/336/EEC (Eurpe) VCCI Emissins (Japan) AS/NZS: CISPR 22 Emissins (Australia / New Zealand) BSMI CNS13438 Emissins (Taiwan) GOST R Apprval Emissins and Immunity (Russia) KCC Apprval (Krea) CCC Certificatin (China) Certificatins/Registratins/Declaratins UL Listing (US/Canada) CE Declaratin f Cnfrmity (Eurpe) FCC/ICES-003 Class A Verificatin Reprt (USA/Canada) VCCI Certificatin (Japan) C-Tick Declaratin f Cnfrmity (Australia) BSMI Certificatin (Taiwan) GOST R Certificatin / License (Russia) KCC Certificatin (Krea) CNCA Certificatin (China) Eclgy Declaratin (Internatinal) 113

121 10.2 Electrmagnetic Cmpatibility Ntices FCC (USA) This device cmplies with Part 15 f the FCC Rules. Operatin is subject t the fllwing tw cnditins: (1) this device may nt cause harmful interference, and (2) this device must accept any interference received, including interference that may cause undesired peratin. Fr questins related t the EMC perfrmance f this prduct, cntact: Kntrn America, Inc Stwe Drive Pway, CA (888) This equipment has been tested and fund t cmply with the limits fr a Class A digital device, pursuant t Part 15 f the FCC Rules. These limits are designed t prvide reasnable prtectin against harmful interference in a residential installatin. This equipment generates, uses, and can radiate radi frequency energy and, if nt installed and used in accrdance with the instructins, may cause harmful interference t radi cmmunicatins. Hwever, there is n guarantee that interference will nt ccur in a particular installatin. If this equipment des cause harmful interference t radi r televisin receptin, which can be determined by turning the equipment ff and n, the user is encuraged t try t crrect the interference by ne r mre f the fllwing measures: Rerient r relcate the receiving antenna. Increase the separatin between the equipment and the receiver. Cnnect the equipment t an utlet n a circuit ther than the ne t which the receiver is cnnected. Cnsult the dealer r an experienced radi/tv technician fr help. Any changes r mdificatins nt expressly apprved by the grantee f this device culd vid the user's authrity t perate the equipment. The custmer is respnsible fr ensuring cmpliance f the mdified prduct. Only peripherals (cmputer input/utput devices, terminals, printers, etc.) that cmply with FCC Class A r B limits may be attached t this cmputer prduct. Operatin with nncmpliant peripherals is likely t result in interference t radi and TV receptin. All cables used t cnnect t peripherals must be shielded and grunded. Operatin with cables cnnected t peripherals that are nt shielded and grunded may result in interference t radi and TV receptin Industry Canada (ICES-003) Cet appareil numérique respecte les limites bruits radiélectriques applicables aux appareils numériques de Classe A prescrites dans la nrme sur le matériel bruilleur: Appareils Numériques, NMB-003 édictée par le Ministre Canadian des Cmmunicatins. English translatin f the ntice abve: This digital apparatus des nt exceed the Class A limits fr radi nise emissins frm digital apparatus set ut in the interference-causing equipment standard entitled Digital Apparatus, ICES-003 f the Canadian Department f Cmmunicatins. 114

122 Eurpe (CE Declaratin f Cnfrmity) This prduct has been tested in accrdance t, and cmplies with, the Lw Vltage Directive (73/23/EEC) and EMC Directive (2004/108/EC). The prduct has been marked with the CE Mark t illustrate its cmpliance VCCI (Japan) English translatin f the ntice abve: This is a Class A prduct based n the standard f the Vluntary Cntrl Cuncil fr Interference (VCCI) frm Infrmatin Technlgy Equipment. If this is used near a radi r televisin receiver in a dmestic envirnment, it may cause radi interference. Install and use the equipment accrding t the instructin manual BSMI (Taiwan) The BSMI Certificatin Marking and EMC warning is lcated n the utside rear area f the prduct Regulated Specified Cmpnents T maintain the UL listing and cmpliance t ther regulatry certificatins and/r declaratins, the fllwing cnditins must be adhered t and the fllwing regulated cmpnents must be used. Interchanging r using ther cmpnents will vid the UL listing and ther prduct certificatins and apprvals. 1. Add-in bards must have a printed wiring bard flammability rating f minimum UL94V-1. Add-in bards cntaining external pwer cnnectrs and/r lithium batteries must be UL recgnized r UL listed. Any add-in bard cntaining mdem telecmmunicatin circuitry must be UL listed. In additin, the mdem must have the apprpriate telecmmunicatins, safety, and EMC apprvals fr the regin in which it is sld. 2. Peripheral Strage Devices must be a UL recgnized r UL listed accessry and TUV r VDE licensed. Maximum pwer rating f any ne device is 19 watts. Ttal server cnfiguratin is nt t exceed the maximum lading cnditins f the pwer supply. 115