Pioneer DreamMicro. Blade Server S75 Series

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1 Pioneer DreamMicro Blade Server S75 Series

2 Advantage of Blade Server? Easy Maintenance Hot Swappable High Availability Redundant Architecture Space Saving Cableless Rack Mount Server Blade Server

3 Pioneer Blade Server 7U chassis 10 Server Blades Intel Server Blade No Single Point Failure Redundant Power, Cooling, CMM, I/O, etc Multiple I/O Technologies Support GbE, FC, SAS Expander Switch and Pass-Through Solutions Storage Solutions SAN, NAS, DAS Integrated KVM Switch Entry KVM, Adv KVM (G01) KVM over-ip Out-Of-Band Chassis Management Power Supply Unit: N+1 (2100W for each) Mid-plane: 100% Passive

4 Front View H D W One System Supports Up to 10 Server Blades

5 Rear View Fabric 2, Daughter Board Fabric 1, Onboard I/O 1 I/O 0 Switch Switch FC/GbE 10GbE I/O 3 I/O 2 FC/GbE 10GbE MMB Slave KVM Basic/Adv. PSU 2100W N+1 Redundant MMB Master

6 Structure The View of Chassis Side Handle Use two rear handle to remove rear module for maintain Middle plane

7 Structure The View of Inside Board Connecting FAN BD X2 GbE Switch Module X2 GbE Pass-Through Module X2 FC Pass-Through Module X2 PDB X2 Power Supply N+1 (2100W) MGMT Module X2 KVM BD

8 Mid-plane Placement

9 S75A/B Server Blade FBDIMM Socket 2.5 HDD CPU 2.5 HDD NIC with TOE iscsi Storage board options (next page for the details) Daughter Board Socket

10 S75B CPU Blade Specification Description CPU Chipset PCI Slots Daughter Card MB Form Factor VGA System Memory I/O Port (to Mid-Plane) I/O Port (Front) GbE LOM Drive Controller BMC Controller Power Supply RAID Function Support Intel Xeon Dempsey, Woodcrest, Clovertown, Wolfdale-DP, Harpertown LGA771 Intel 5000P (Blackford +ESB2) One PCI-E (x4) or One PCI-X on front side Two PCI-E (x4) or One PCI-X 13.1 inches X 10.5 inches, 10 Layers ATI RN50 w/ VRAM 16MB 8 x DDR2-533/667 FBD (Up to 32GB) Two Serdes LAN, VGA, COM, One USB, Two PS2 Two USB2.0, One VGA, Four LED(NIC, Power, Event, ID), Two SW (Power, ID) Two BCM5708S Two SATAII Ports by ESB2 or Two SAS Ports by SAS board (LSI1068) H8 (HD64F2168) From Rear side Redundancy Power Supply (Max 420W/Per Blade) Intel SW RAID0,1 (for SATA), LSI SW RAID0,1(for SAS) HDD Two SAS/SATA 3.0G RoHS Compliance Yes

11 S75A/B CPU Blade Block Diagram

12 S75A/B CPU Blade Placement

13 Redundancy MMB and KVM Module 10 x server blades Blade Server 9 Blade Server 10 BMC BMC Blade Server 1 BMC 1 3 MMB-Slave A SCSI Dummy Master/Salve MMB Modules 0 2 MMB A-KVMB MMB-Master KVM Passive Mid-plane

14 MMB1/2 Interconnect Master Manager Slave Manager Switch A HB HB_P2S HB Monitor HB_S2P Monitor Switch B Switch C Switch D Isolations RX/TX Isolations Remote KVM I 2 C Bus TX/RX Middle Plane BMC BMC BMC BMC Fan Module x 2 Redundant Power supply Module x 4 CPU Blade 1 CPU Blade 2 CPU Blade 9 CPU Blade 10

15 Architecture for Low Speed Interconnect Master Manager Slave Manager HB Monitor HB_P2S HB_S2P HB Monitor Switch 1 Switch 4 KVM Board Isolatio ns RX/TX Isolatio ns Middle Plane I 2 C 2 Chassis FRU SW RX/TX Blade RX/TX Local Bus I 2 C 1 Remote KVM Board KVM signal System Temperature USB 2.0 USB 2.0 Rear Fan FC Pass 1 FC Pass 2 CPU Temperature and Voltage on Blade Module H8 H8 Slave I 2 C Channel on CPU Blade CPU Blade 1... CPU Blade 10

16 Block Diagram of I 2 C Channel 1 Master Manager Slave Manager Zircon I 2 C_1 Zircon I 2 C_1 I 2 C HUB I 2 C HUB Isolations Isolations Middle Plane I 2 C_H4 I 2 C_H3 Remote KVM board I 2 C_H1 I 2 C_H2 CPU Blade Switch Blade

17 Block Diagram of I 2 C Channel 2 Master Manager Master Manager Zircon I 2 C_2 Isolations Server MGM EEPROM Middle Plane Zircon I 2 C_2 Isolations Server MGM EEPROM Middle Plane I 2 C_PWR0,1 Rear Fan 0 I 2 C_PWR2,3 Rear Fan 1 I 2 C_Chassis Ambient Temperature Sensor Chassis FRU PDB PDB FC Pass 0 FC Pass 1 PWR0,1 Rear Fan Module 0 PWR2,3 Rear Fan Module 1

18 Dual Redundant Fabrics Fabric 1 : From On-Board to I/O 0 and I/O 1 Slots Fabric 2 : From Optional Daughter Card to I/O 2 and I/O 3 Slots 10 x blades... Blade I/O 0 I/O4 I/O2 Fabric 1 Uplink Fabric 2 Uplink Blade 8 Blade I/O1 Fabric 1 Uplink Blade 10 On Board I/O3 Fabric 2 Uplink PCI Adaptor 3 Passive Mid-plane

19 Front I/O Modules (optional) SAS Base Board SATA Bridge Board SAS Base Board MB SATA Bridge Board MB SAS Base Board + PCI-X Riser SAS Base Board + PCI-E Riser PCI-X Riser Card PCI Tray Bracket Assy SAS Base Board PCI-X Riser Card SAS Base Board

20 Rear I/O Modules (Optional) Management Blade (MMB) Support Out-f-band Management Function External Interface Through 10/100 LAN or RS232 Basic KVM Module(K01) KVM Direct Interface Through Y-cable Advance KVM Module (G01) KVM over IP (10/100 LAN) Interface

21 Rear I/O Modules (Optional) GbE Pass-Through Module 10-Channel Internal SerDes Interface 10-Channel External RJ45 Interface FC Pass-Through Module 10-Channel Internal Interface 10 External SFP Interface 10Gb Lan port Switch 10-Channel Internal SerDes Interface 6-Channel External RJ45 Interface CX4 & XFP External 10GbE Interface

22 PCI Daughter Card (Optional) Installed on Server board Host Interface One PCI-X 64-bit/133MHz bus One PCI-E (x8) or two PCI-E (x4) buses PCI-E Support 2.5Gb/s I/O interface Two I/O channels I/O channel supports 3.125Gb/s

23 Why Pioneer Blade Server? Benefit Good Cooling and Power System Scalability High MTBF - 100% Passive Mid-plane Lower Cost and High Quality KVM over IP Supported No Interoperability Issue