HSE(1-2) Connector(s) EXP Connector. New Mezzanine Concept 2018

Transcription

1 HSE(1-) Connector(s) EXP Connector New Mezzanine Concept 018 Document #8469 EKF 8 October 018 jj

2 General Over the years, the mezzanine expansion connectors used on EKF CPU carrier cards ran through several evolution steps. The latest addition now is the high speed connector HSE, which replaces two formerly provided connectors known as PCIE and 3. Prior to this, low profile mezzanine expansion modules were dependent on SATA channels across. While maintaining compatibility with these modules (C4* Series), from now on provides also alternate configurations, e.g. PCI Express x4, as required for fastest NVMe SSD storage. The functions of the PCIE and 3 connectors now have been merged into a single high speed connector HSE. This new connector has been aligned on the CPU carrier card in a way, that it can also be used for newly designed low profile mezzanine modules (S* S4* S6* Series for 4HP envelope). The previous PCIE and connectors in contrast could only be utilized together with an 8HP assembly side board. The new 018 mezzanine connector concept is a major improvement in flexibility and miniaturisation and will be the basis for EKFs local expansion module design over the next years. EKF -- ekf.com

3 4 x PCIe Gen3 or 4 x SATA 6G or x PCIe + x SATA 1 x 3 1 x Legacy LPC x UART HD Audio 8 x GbE S80-P6 Mezzanine 1 P-1 P- EXP P-EXP GbE (1-8) Mezzanine S80-P6 P6 x 3.0 Dual GbE P- P- P-ETH Top Side Connector Assembly Front Panel - Mezzanine - Backplane 4 x PCIe Gen3 DisplayPort SC4-CONCERTO Intel Xeon E3 CPU or 6th Generation Intel Core CPU EKF ekf.com PCIe Clk (1-8) PCIe Gen3 (7-8) PCIe Gen3 (3-6) SATA 6G PCH (7-8) RAID (3-6) 3 (-3) (4-8) PCIe Gen3 x 8 () PCIe Gen3 ½ x 8 (1) P5 P4 P3 P P-HSE HSE PCIe Gen3 ½ x 8 (1) 3 (1) P1 SC4-CONCERTO CompactPCI Serial EKF ekf.com EKF -3- ekf.com

4 Carrier card connector 8mm female ERNI Microspeed Supplement 1mm male connector for nominal height 9mm (C4*, BB 9.5mm) Supplement mm male connector for nominal height 10mm (S*, S4*, BB 10.0mm) Supplement mm male connector for nominal height 10mm (S6*, S8*, BB 10.8mm) Supplement 10mm male connector for nominal height 18mm (SC* side card, BB 18.7mm) High Speed Expansion P- CFG_1 * a1 b1 CFG_34 * 1_SATA_PCIE_TXP a b 3_SATA_PCIE_TXP 1_SATA_PCIE_TXN a3 b3 3_SATA_PCIE_TXN GND a4 b4 GND 1_SATA_PCIE_RXN a5 b5 3_SATA_PCIE_RXN a1 b1 1_SATA_PCIE_RXP a6 b6 3_SATA_PCIE_RXP s1 s10 GND a7 b7 GND _SATA_PCIE_TXP a8 b8 4_SATA_PCIE_TXP EKF ekf.com 1.00mm Pitch High Speed Female Connector (H=8mm) _SATA_PCIE_TXN a9 b9 4_SATA_PCIE_TXN GND a10 b10 GND _SATA_PCIE_RXN a11 b11 4_SATA_PCIE_RXN _SATA_PCIE_RXP a1 b1 4_SATA_PCIE_RXP GND a13 b13 GND 1 P a14 b14 _3_TXP 1 N a15 b15 _3_TXN s9 a5 b5 s18 GND a16 b16 GND P a17 b17 _3_RXP N a18 b18 _3_RXN GND a19 b19 GND 1 OC# a0 b0 PCIE_CLK_P PLTRST# a1 b1 PCIE_CLK_N +3.3VS 1) a b +5VS 1) +3.3VS 1) a3 b3 +5VS 1) +3.3VA 3) a4 b4 +5VPS ) +1VPS ) a5 b5 +1VPS ) * CFG_1 and CFG_34 = GND defaults to SATA, high or open forces PCIe links/lanes (setup on mezzanine card) 1) Power rail switched on in S0 state only ) Power rail switched on in S0-S4 state 3) Power always on EKF -4- ekf.com

5 Carrier card connector 8mm female ERNI Microspeed Supplement 1mm male connector for nominal height 9mm (C4*, BB 9.5mm) Supplement mm male connector for nominal height 10mm (S4*, BB 10.0mm) Supplement mm male connector for nominal height 10mm (S8*, BB 10.8mm) Supplement 10mm male connector for nominal height 18mm (SC* side card, BB 18.7mm) High Speed Expansion P-HSE 1_PCIE_TXP a1 b1 3_PCIE_TXP 1_PCIE_TXN a b 3_PCIE_TXN GND a3 b3 GND 1_PCIE_RXN a4 b4 3_PCIE_RXN 1_PCIE_RXP a5 b5 3_PCIE_RXP a1 b1 GND a6 b6 GND s1 s10 _PCIE_TXP a7 b7 4_PCIE_TXP _PCIE_TXN a8 b8 4_PCIE_TXN EKF ekf.com 1.00mm Pitch High Speed Female Connector (H=8mm) GND a9 b9 GND _PCIE_RXN a10 b10 4_PCIE_RXN _PCIE_RXP a11 b11 4_PCIE_RXP GND a1 b1 GND _LANE0_P a13 b13 _LANE_P _LANE0_N a14 b14 _LANE_N GND a15 b15 GND s9 a5 b5 s18 _LANE1_P a16 b16 _LANE3_P _LANE1_N a17 b17 _LANE3_N GND a18 b18 GND PCIE_CLK_P a19 b19 _AUX_P PCIE_CLK_N a0 b0 _AUX_N GND a1 b1 _CFG1 IC_SCL 1) a b _HPD IC_SDA 1) a3 b3 PLTRST# +1VPS ) a4 b4 +1VPS ) +1VPS ) a5 b5 +1VPS ) PCIe configured 1x4, x, 4x1 via soft-straps (Flash image), programming tool will be provided by EKF 1) Connected to CM36 (CM38) PCH IC Bus Controller 0 ) Power rail switched on in S0-S4 state EKF -5- ekf.com

6 EXP Expansion Board Interface (LPC/HD-Audio/UART) 1.7mm Socket x 0 ( ) GND VS 1) 1 EKF ekf.com CLK_4MHZ (CLK_33MHz) 3 4 PLTRST# LPC_AD0 5 6 LPC_AD1 LPC_AD 7 8 LPC_AD3 LPC_FRAME# 9 10 NC (LPC_DRQ#) GND VS 1) SERIRQ PME# SMI# CLK_14MHZ _UART_TXD (FWH_ID0) _UART_RXD (FWH_INIT#) RCIN# 4) (KBD_RST#) 19 0 _UART_RTS# (A0GATE) GND 1 +5VS 1) 1_UART_TXD ( N) 3 4 1_UART_RTS# (1 N) 1_UART_RXD ( P) 5 6 1_UART_CTS# (1 P) 1.7mm Socket 40 _UART_CTS# (_OC#) 7 8 DBRESET# 5) IC_SCL 3) 9 30 IC_SDA 3) GND VS 1) HDA_SDOUT HDA_SDIN0 HDA_RST# HDA_SYNC pin orientation shows CPU carrier board top view HDA_BITCLK HDA_SDIN1 SPEAKER VPS ) 1) Power rail switched on in S0 state only ) Power rail switched on in S0-S4 state 3) Connected to CM36 (CM38) PCH I C Bus Controller 0 4) Connected to CM36 PCH pin RCIN#/GPP_A0 5) Connected to debug port reset logic in order to force hardware reset EKF -6- ekf.com

7 C4* Mezzanine Series The purpose of the proven C4* mezzanine modules is to provide an SATA SSD mass storage solution for the particular CPU carrier card. Modules for different SSD storage types are available, e.g. the C47-MSATA (dual msata sockets), or C48-M (dual M. SATA sockets). The C4* low profile mezzanine modules use only as connector to the carrier board, automatically configured as SATA x4. With a stacking height of 9.5mm board-to-board, also double sided M. SSDs can be populated on the C48-M mezzanine, without violating the 4HP envelope. On all C4* modules the mezzanine PCB is not recessed over HSE. Connector C48-M Dual M. SATA EKF -7- ekf.com

8 S* S4* S6* S8* Mezzanine Series These newly designed high performance low profile mezzanine modules may be equipped with additional Type-C front I/O connectors. Primarily used for 3.1 Gen1 (formerly known as 3.0 5Gbps SuperSpeed), these receptacles can be also employed for other high speed serial interface standards, e.g. DisplayPort. The Type-C connectors require a board-to-board space of 10.0mm. Since S6* and S8* mezzanines are based on 10.8mm BB, Type-C receptacles are available only with the S* and S4* mezzanine series (10.0mm BB). Series Board to Board Space HSE M. Height Label Type-C Front I/O P6 Ethernet Backplane Side Card Option 8HP (HSE) C4* 9.5mm SATA x4 3) 1) S1 - S5 D1 - D4 F F F S* 10.0mm PCIe x4, 3 ) S1 - S5 D1 - D4 T F T S4* 10.0mm PCIe x4, 3 PCIe x4, S1 - S5 D1 - D4 T F F S6* 10.8mm PCIe x, SATA x, 3 ) S1 - S5 F T T S8* 10.8mm PCIe x4, 3 PCIe x4, S1 - S5 F T F 1) HSE covered by mezzanine PCB - not usable for additional 8HP side card ) HSE recessed on mezzanine PCB - available for additional 8HP side card (option) 3) Two SATA ports in use on mezzanine (C47: SATA /3, C48: SATA 1/) T Feasible (option) F Not scheduled or infeasible Popular M. component heights: D3 Double sided M. (top 1.5mm, bottom 1.35mm) S3 Single sided M. (top 1.5mm) For full nomenclature please refer to the PCI Express M. Mechanical Specification chapter. EKF -8- ekf.com

9 BPE N N PG PG 3 PG GP GP GP 1 RB GbE 1 RB GbE GbE 1 RB HD HD HD OT OT OT SC4- CONCERTO SC4- CONCERTO w. S40 SC5- FESTIVAL w. S80 If provided, Type-C receptacles (S*, S4* mezzanines) are suitable for dual screw locking cable connectors according to the '016 Universal Serial Bus Type-C Locking Connector Specification'. As can be seen above (right illustration),the clearance between the and Type-C cable connectors may be extremely low. EKF cannot guarantee that any configuration of commercial available Type-C and DisplayPort cable assemblies will fit here. Please observe that only tight molded cable connectors with a slim profile are used. For some applications it may be tolerable to employ only one /Type-C receptacle each, so that staggered usage of the upper Type-C and lower (or vice versa) can help for sufficient clearance. EKF -9- ekf.com

10 S* Mezzanine Series The major purpose of the S* mezzanine modules is to provide a flexible SSD mass storage solution for the particular CPU carrier card. NVMe is preferred due to its superior data throughput, enabled by a PCIe x4 link (maximum 3Gbps theoretically). In contrast, M. SATA SSDs are based on a single 6Gbps channel. With a stacking height of 10.0mm board-to-board, single and double sided M. SSDs can be populated on an S* series low profile mezzanine module (4HP envelope maintained). The S* low profile mezzanine modules use only as connector to the carrier board. Possible configurations are SATA x4, or PCIe x 4, or SATA x and PCIe x. The landing zone for HSE is recessed, for additional mounting of an HSE based side card in an optional 8HP assembly. A single Type-C receptacle on the mezzanine may be assigned to the 3.0 port. An NVMe based M. SSD requires PCIe x4. The S* PCB dimensions would allow also two M. SATA sockets, 1 x 80 and 1 x 60 size. The dual M. SATA alternate would allow optional employment of two PCIe lanes from for I/O controllers, e.g. 3.1 (future), combined with up to three Type-C front I/O connectors. Type C M. M PCIe x4 PCIe x4 M. NVMe 30 S0-NVME EKF Type C J-RTC BATT1 P-HSE M. EXP M P-EXP x 3.0 Dual GbE BATT Low Profile Mezzanine Area S0-NVME EKF PCIe x4 PCIe x4 M. NVMe SODIMM DDR4 16GB ECC Top Side Component Assembly P5 P4 P3 P P-ETH 80 P-FPH P-HSE HSE P-SODM P1 SC4-CONCERTO CompactPCI Serial EKF ekf.com EKF -10- ekf.com

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12 S4* Mezzanine Series The S4* low profile mezzanine modules are designed to match with both carrier card connectors (PCIe x4, 3) and in addition HSE (PCIe x4, DisplayPort). S4* modules may be equipped with front panel Type-C receptacles for 3.1 Gen1 or Gen SS+ (future). One of the Type-C connectors may be MUXed between DisplayPort (alternate usage) and. One or two M. sockets are provided for NVMe (M-key) and SATA (B-key) SSDs, size up to 80. is typically assigned to a PCIe x4 NVMe M.. HSE may be used for PCIe based I/O controllers (e.g. SATA, ), or a secondary NVMe M. SSD. The NVMe M. (right) can be fixed at the 80 edge as usual. However, a secondary 80 M. (left) would require a special edge fixing solution common to both M. modules. S4* mezzanine modules are designed for a board-to-board height of 10.0mm. No additional 8HP assembly side card can be combined with an S4* module. Type C B - SATA M. M 1 - PCIe x4 M. Type C SATA 6G PCIe x4 PCIe x4 M. NVMe S40-NVME EKF HSE Locking Bar Type C Type C x 3.0 Dual GbE J-GP J-MFG J-RTC BATT1 BATT P- B M. - SATA SATA 6G 4 60 Soldered DDR4 16GB ECC EXP M P-EXP 1 - PCIe x4 M. PCIe x4 PCIe x4 M. NVMe SODIMM DDR4 16GB ECC S40-NVME EKF PCH CM38 CPU XEON E3 v6 P5 P4 P3 P P-ETH P-FPH P-HSE HSE Locking Bar P-SODM Top Side Component Assembly P1 SC5-FESTIVAL CompactPCI Serial EKF ekf.com EKF -1- ekf.com

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14 S6* Mezzanine Series The S6* low profile mezzanine modules are equipped with the backplane connector P6, for Gigabit Ethernet communication according to the CompactPCI Serial specification, up to 8 ports. The S60-P6 mezzanine provides a GbE x 8 Switch (Marvell 88E6390), which is connected to the via an i10-is GbE NIC. In addition, the SATA M. socket is assigned to the expansion connector, which is setup for SATA x and PCIe x automatically. S6* mezzanine modules are designed for a board-to-board height of 10.8mm, thus only a single sided M. (S1-S3) module is allowed in order to maintain the 4HP envelope for the entire assembly comprised of CPU carrier board, S80 mezzanine, and the M. module. No Type-C F/P connectors are provided on the S6* mezzanines. The landing zone for HSE is recessed, for additional mounting of an HSE based side card in an optional 8HP assembly. M. M P6 PCIe x4 M. 30 S60-P6 EKF J-RTC BATT1 P-HSE M. EXP M P-EXP P6 x 3.0 Dual GbE BATT Low Profile Mezzanine Area S60-P6 EKF S60-P6 PCIe x4 M SODIMM DDR 4 16 GB ECC Top Side Component Assembly P5 P4 P3 P P-ETH 80 P-FPH P-HSE HSE P-SODM P1 SC4- CONCERTO Compact PCI Serial EKF ekf.com EKF -14- ekf.com

15 S8* Mezzanine Series The S8* low profile mezzanine modules are equipped with the backplane connector P6, for Gigabit Ethernet communication according to the CompactPCI Serial specification, up to 8 ports. The S80-P6 mezzanine provides a GbE x 8 Switch (Marvell 88E6390), which is connected to the HSE via an i10-is GbE NIC. The NVMe M. socket is assigned to the expansion connector (PCIe x4). S8* mezzanine modules are designed for a board-to-board height of 10.8mm, thus only a single sided M. (S1-S3) module is allowed in order to maintain the 4HP envelope for the entire assembly comprised of CPU carrier board, S80 mezzanine, and the NVMe module. No Type-C F/P connectors are provided on the S8* mezzanines. No additional 8HP assembly side card can be combined with an S8* module. 4 M. M P6 6 8 NVMe S80-P6 EKF Top View PCIe x4 M. NVMe HSE 4 J-RTC BATT1 P-HSE M. M EXP P-EXP P6 6 8 NVMe x 3.0 Dual GbE P-ETH BATT S80-P6 EKF Top View PCIe x4 M. NVMe NVMe PCH CM38 CPU XEON E3 v6 Top Side Component Assembly P5 P4 P3 P P-HSE HSE P-SODM P1 P-FPH SC5-FESTIVAL CompactPCI Serial EKF ekf.com EKF -15- ekf.com

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17 SC* Side Cards The major purpose for an 8HP assembly side card is to provide mass storage and additional front panel I/O (rear I/O as an option). All expansion connectors, HSE and EXP may be used. The BB stacking height for a side card would be 18.7mm. As of current, the only side card available from stock is SCZ-NVM (dual M. NVMe support, quad UART). Planned for 018 is the SCL-RHYTHM, with 4 x M1 GbE front panel connectors, and dual M. NVMe SSD. Custom specific side card solutions are available on request. EKF -17- ekf.com

18 Related Information CPU Cards SC4-CONCERTO (Intel Xeon processor E3 v5) SC5-FESTIVAL (Intel Xeon processor E3 v6) Related Information Expansion Side Cards SCL-RHYTHM (/, M. NVMe SSD, 4 x M1 Gigabit Ethernet NIC) SCZ-NVM (/, Dual M. NVMe SSD, quad UART, front I/O) Related Information Low Profile Mezzanine Modules S0-NVME (, M. NVMe SSD & Type-C front I/O) S40-NVME (/, Dual M. NVMe/SATA SSD & Type-C front I/O) S80-P6 (/, M. NVMe SSD & P6 Backplane GbE switch x 8) S8-P6 (/, M. NVMe SSD & P6 Backplane GbE NIC x 4) C47-MSATA (, Dual msata SSD) C48-M (, Dual M. SATA) EKF -18- ekf.com

19 High Performance Embedded Industrial Computers Made in Germany boards. systems. solutions. EKF Elektronik GmbH Philipp-Reis-Str. 4 (Haus 1) Lilienthalstr. (Haus ) HAMM Germany Phone +49 (0)381/ Fax +49 (0)381/ Internet sales@ekf.com