Congatec conga-HPC/EVAL-Server User Manual Download Page 32

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4.4

UART

The conga-HPC/EVAL-Server provides four UART ports:

•

two BMC UARTs (X67 and X68)

•

two module UARTs (X65 and X66)

4.4.1

BMC UART

The conga-HPC/EVAL-Server provides two RS232 compliant UARTs on D-SUB9 connectors X67 and X68 from the BMC. Connector X67 supports
full flow control and functions as a BMC UART port while connector X68 functions as a BMC debug console port.

Table 19 X67/X68 Pinout Description

X67

X68

Description

Signals

Pin Signals

COM1_DCD1#

N.C

Data Carrier Detect/Not connected

COM1_RXD1

COM5_RXD5

Receive Data

COM1_TXD1

COM5RXD5

Transmit Data

COM1_DTR1#

N.C

Data Terminal Ready/Not connected

GND

Ground

COM1_DSR1

N.C

Data Set Ready/Not connected

COM1_RTS1#

N.C

Request to Send/Not connected

COM1_CTS1#

N.C

Clear to Send/Not connected

RI1#

N.C

Ring Indicator/Not connected

Connector Type

X67, X68: D-SUB9 plug

X68

Debug UART

X67

BMC UART

Summary of Contents for conga-HPC/EVAL-Server

Page 3: ...s provided by its programmers without ANY WARRANTY whether implied or expressed of any fitness for a particular purpose and the programmers DECLINE ALL LIABILITY for damages direct or indirect that result from the use of this software OEM CGUTL BIOS BIOS UEFI modified by customer via the congatec System Utility CGUTL is subject to the same license as the BIOS UEFI it is based on You can find the s...

Page 4: ...static electromagnetic magnetic or radioactive fields unless the device is contained within its original packaging Be aware that failure to comply with these guidelines will void the congatec GmbH Limited Warranty Copyright Notice Copyright 2022 congatec GmbH All rights reserved All text pictures and graphics are protected by copyrights No copying is permitted without written permission from conga...

Page 5: ... user about how to prevent damage to hardware or loss of data Note Notes call attention to important information that should be observed Connector Type Describes the mating connector for the congatec COM HPC carrier board connectors Link to connector layout diagram This link icon is located in the top left corner of each page It provides a direct link to the connector layout diagram on page 8 of t...

Page 6: ...pair warranty period in effect as of the date the repaired exchanged or replaced product is shipped by congatec or the remainder of the original warranty whichever is longer This Limited Warranty extends to congatec s direct customer only and is not assignable or transferable Except as set forth in writing in the Limited Warranty congatec makes no performance representations warranties or guarante...

Page 7: ...e I C Bus Inter Integrated Circuit Bus KCS Keyboard Controller Style KVM Keyboard Video and Mouse MAC Media Access Control N A Not available N C Not connected NCSI Network Controller Sideband Interface PCIe Peripheral Component Interface Express PCI Express SATA Serial AT Attachment SFP Enhanced Small Form factor Pluggable SNMP Simple Network Management Protocol SM Bus System Management Bus SoL Se...

Page 8: ...splayPort 31 4 4 UART 32 4 4 1 BMC UART 32 4 4 2 Module UART 33 4 5 USB Connectors 35 4 5 1 USB 3 1 Type A 35 4 5 2 Dual stacked USB 3 1 Type A 36 4 5 3 USB 2 0 Headers 36 4 6 SATA 37 4 6 1 SATA Power 37 4 6 2 Disk Drive Power Connector 37 4 7 Ethernet Connectors 38 4 7 1 RJ45 BMC Management Interface 38 4 7 2 RJ45 10 Gb NBASE T 39 4 7 3 Mezzaline Card Connector 39 4 8 System Fan Headers 40 4 8 1 ...

Page 9: ...iption 33 Table 22 JP2 UART0 Power Rail Configuration 34 Table 23 JP16 UART1 Power Rail Configuration 34 Table 24 X17 USB 2 0 Port 0 Routing 35 Table 25 X76 Pinout Description 36 Table 26 X19 Pinout Description 36 Table 27 X22 SATA Power Pinout Description 37 Table 28 X23 Disk Drive Power Pinout 38 Table 29 X77 Status LED Description 38 Table 30 X24 Pinout Description 39 Table 31 X25 Status LED De...

Page 10: ...n use as little or as many of the I O interfaces as deemed necessary The carrier board can therefore provide all the interface connectors required to attach the system to the application specific peripherals This versatility allows the designer to create a dense and optimized package The result is a more reliable product with simplified system integration Most importantly COM HPC modules are scala...

Page 11: ... card with Intel C827 IM 4xSFP28 065506 conga HPC LEK XL827 AM 8SFP COM HPC Mezzanine card with 2x Intel XL827 AM 8xSFP 065507 conga HPC LEK QSFP COM HPC Mezzanine card with direct connection adapter 4x SFP28 and 1x QSFP 065508 conga HPC LEK C827 IM 2QSFP28 COM HPC Mezzanine card with Intel C827 IM 2xQSFP28 065550 conga HPC HEVA LEK1 1 IO Shield IO Shield for conga HPC LEK C827 IM 4SFP28 LEK1 0655...

Page 12: ... the mouse icon in the top left hand corner of the destination page to return to the connector layout picture X11 X12 X8 X10 X7 M23 SW8 JP16 X77 X64 M18 X33 X24 JP7 JP2 X66 X65 M20 X16 X25 X62 CN2 X39 M19 X42 X34 M32 M31 M34 M33 M6 X20 X21 X41 JP8 X40 SW2 SW3 SW4 JP6 X17 JP12 JP13 M30 M5 M7 X6 X50 X53 X55 X19 X76 X23 SW7 X22 X73 JP9 X57 X58 SW5 X13 X14 X46 SW6 X31 X32 JP4 JP5 SW1 D22 D21 D24 D23 X...

Page 13: ...r 2x Dual USB 2 0 header USB ports 4 7 1x eSPI header 1x General Purpose SPI header 2x Module UART 2x BMC UART 2x System fan BMC 1x System fan module 1x I2C0 header 1x 12C1 header 1x I2C0 I O expander header 1x Intel ISP adapter header 1x SMB header 1x GPIO header 1x Front panel header 1x Feature header 2x COM HPC connectors External Connectors 1x Dual USB 3 1 USB ports 2 3 1x 10 GbE RJ45 2x USB 3...

Page 14: ... PCB and 3 mm bottom side 3 3 Supply Voltage Power 12 V DC 5 3 4 Environmental Specifications Temperature Operation 40 C to 85 C Storage 40 to 85 C Humidity Operation 10 to 90 Storage 5 to 95 Note The above operating temperatures must be strictly adhered to at all times The maximum operating temperature refers to any measurable spot on the modules surface Humidity specifications are for non conden...

Page 15: ...B3 D15 GND A16 GND B16 USB4 C16 GND D16 USB0 A17 USB6 B17 USB4 C17 USB2 D17 USB0 A18 USB6 B18 GND C18 USB2 D18 GND A19 GND B19 RSVD 1 C19 GND D19 ETH0_RX A20 ETH4_RX B20 RSVD 1 C20 ETH0_TX D20 ETH0_RX A21 ETH4_RX B21 RSVD 1 C21 ETH0_TX D21 GND A22 GND B22 RSVD 1 C22 GND D22 ETH1_RX A23 ETH5_RX B23 RSVD 1 C23 ETH1_TX D23 ETH1_RX A24 ETH5_RX B24 VCC_5V_SBY C24 ETH1_TX D24 GND A25 GND B25 USB67_OC C2...

Page 16: ...0_TX A54 eSPI_CLK B54 eSPI_CS0 C54 BOOT_SPI_CLK D54 GND A55 GND B55 eSPI_CS1 C55 GND D55 SATA1_RX A56 PCIe_CLKREQ0_LO B56 eSPI_RST C56 PCIe_REFCLK0_HI D56 SATA1_RX A57 PCIe_CLKREQ0_HI B57 GND C57 PCIe_REFCLK0_HI D57 GND A58 GND B58 PCIe_BMC_RX C58 GND D58 SATA1_TX A59 PCIe_BMC_TX B59 PCIe_BMC_RX C59 PCIe_REFCLK0_LO D59 SATA1_TX A60 PCIe_BMC_TX B60 GND C60 PCIe_REFCLK0_LO D60 GND A61 GND B61 PCIe08...

Page 17: ...7 GND A88 GPIO_00 B88 UART1_RX C88 SMB_ALERT D88 NBASET0_MDI1 A89 GPIO_01 B89 UART1_RTS C89 UART0_TX D89 NBASET0_MDI1 A90 GPIO_02 B90 UART1_CTS C90 UART0_RX D90 GND A91 GPIO_03 B91 IPMB_CLK C91 UART0_RTS D91 NBASET0_MDI2 A92 GPIO_04 B92 IPMB_DAT C92 UART0_CTS D92 NBASET0_MDI2 A93 GPIO_05 B93 GP_SPI_MOSI C93 I2C0_CLK D93 GND A94 GPIO_06 B94 GP_SPI_MISO C94 I2C0_DAT D94 NBASET0_MDI3 A95 GPIO_07 B95 ...

Page 18: ... H16 RSVD 1 E17 GND F17 RSVD 1 G17 RSVD 1 H17 RSVD 1 E18 RSVD 1 F18 RSVD 1 G18 RSVD 1 H18 RSVD 1 E19 RSVD 1 F19 GND G19 RSVD 1 H19 GND E20 GND F20 PCIe32_RX G20 GND H20 PCIe40_TX E21 PCIe32_TX F21 PCIe32_RX G21 PCIe40_RX H21 PCIe40_TX E22 PCIe32_TX F22 GND G22 PCIe40_RX H22 GND E23 GND F23 PCIe33_RX G23 GND H23 PCIe41_TX E24 PCIe33_TX F24 PCIe33_RX G24 PCIe41_RX H24 PCIe41_TX E25 PCIe33_TX F25 GND...

Page 19: ...E57 PCIe20_TX F57 PCIe20_RX G57 PCIe28_RX H57 PCIe28_TX E58 PCIe20_TX F58 GND G58 PCIe28_RX H58 GND E59 GND F59 PCIe21_RX G59 GND H59 PCIe29_TX E60 PCIe21_TX F60 PCIe21_RX G60 PCIe29_RX H60 PCIe29_TX E61 PCIe21_TX F61 GND G61 PCIe29_RX H61 GND E62 GND F62 PCIe22_RX G62 GND H62 PCIe30_TX E63 PCIe22_TX F63 PCIe22_RX G63 PCIe30_RX H63 PCIe30_TX E64 PCIe22_TX F64 GND G64 PCIe30_RX H64 GND E65 GND F65 ...

Page 20: ...CIe63_TX E90 PCIe55_TX F90 PCIe55_RX G90 PCIe63_RX H90 PCIe63_TX E91 PCIe55_TX F91 GND G91 PCIe63_RX H91 GND E92 GND F92 PCIe_REFCLK2 G92 GND H92 PCIe_REFCLKIN0 E93 PCIe_REFCLK1 F93 PCIe_REFCLK2 G93 PCIe_REFCLK3 H93 PCIe_REFCLKIN0 E94 PCIe_REFCLK1 F94 GND G94 PCIe_REFCLK3 H94 GND E95 GND F95 PCIe_CLKREQ3 G95 GND H95 PCIe_REFCLKIN1 E96 PCIe_CLKREQ1 F96 ETH0 3_PRSNT G96 ETH0 3_I2C_CLK H96 PCIe_REFCL...

Page 21: ... V and 5 V 4 1 1 ATX Power Connector The conga HPC EVAL Server provides a standard 24 pin connector X50 for ATX power supply With an ATX power supply the COM HPC module starts after you press the power on button SW5 ATX mode To operate the power supply in AT mode set DIP SW1 2 to ON and jumper JP9 to pin 2 3 In this mode the module starts after the power switch on the power supply is turned on Tab...

Page 22: ...D Power ground 15 GND Power ground 4 5V Power supply 5 VDC 16 PS_ON Power Supply On active low Short this pin to GND to switch power supply ON disconnect from GND to switch OFF 5 GND Power ground 17 GND Power ground 6 5V Power supply 5 VDC 18 GND Power ground 7 GND Power ground 19 GND Power ground 8 PWR_OK Power Ok 20 N C 9 5V_SB Standby power supply 5 VDC 21 5V Power supply 5 VDC 10 12V Power sup...

Page 23: ...na Jack The conga HPC EVAL Server provides four banana jacks X53 X55 X57 and X58 for DC power supply to both the module and the voltage regulators on the carrier board Each banana jack has a maximum power rating of 16 A Depending on the power requirements of the system use one or two pairs of banana jacks to power the system Caution Do not exceed the voltage rating of the COM HPC module Doing so w...

Page 24: ...Indicates that 5 V standby power is applied to the COM HPC EVAL Server If only D31 lights it indicates that the ATX power supply is mechanically switched on and only 5 V standby power is applied to the carrier board D32 Yellow On Indicates that the onboard 3 3 V standby power is present D33 Green On Indicates that the onboard 12 V main power is present D34 Green On Indicates that the onboard 5 V m...

Page 25: ... control signal PS_ON When the system goes to Suspend to RAM S3 or Soft Off S5 the module s chipset asserts the SUS_S3 signal Through the use of an inverter the low active PS_ON signal goes high and switches off the ATX power supply When the system is in a power down system state any system wake up event invokes the chipset of the module to deassert the SUS_S3 signal With the deassertion the syste...

Page 26: ...4 1 8 CMOS Battery Connector The conga HPC EVAL Server provides battery holder M23 for BR2032 CMOS battery The battery supplies power for CMOS settings and real time clock To disconnect the CMOS battery set jumper JP7 to position 2 3 Table 13 JP7 Pinout Description Pin Description 1 2 Connect battery default 2 3 Disconnect battery Warning Danger of explosion if battery is incorrectly replaced Repl...

Page 27: ...lanes 12 15 on X8 lanes 56 59 on X13 and lanes 60 63 on X14 one M 2 key M socket 3 type 2230 2242 2260 2280 22110 PCIe lanes 8 11 on X6 one KR connector for Ethernet Mezzanine cards Jumpers for PCIe Clock Requests To permanently enable the clock request for the PCIe slots use the jumpers described in the table below Table 14 JP12 PCIe Clock Request Configuration Jumper Connector Socket JP12 X7 PCI...

Page 28: ...andard PCIe x8 slots PCIe lanes 00 07 on connector X7 PCIe lanes 48 55 on connector X12 With jumper JP12 you can permanently enable the clock request PCIe_CLKREQ0_LO for connector X7 For connector X12 use jumper JP14 to permanently enable its clock request PCIe_CLKREQ3 Table 15 JP12 JP14 PCIe Clock Request Configuration Pin Signal 1 2 Enable clock request permanently 2 3 Enable default Connector T...

Page 29: ...ck request permanently 2 3 Enable default Connector Type X8 X13 X14 PCIe x4 card JP13 JP14 2 54 mm 2 pin jumper 4 2 4 M 2 Key M Socket The conga HPC EVAL Server provides a standard M 2 key M socket X6 The socket is routed to the module s PCIe lanes 8 11 and it supports 2230 2243 2260 2280 and 22110 M 2 card sizes The red LED D4 lights when there is an activity on this socket With jumper JP12 you c...

Page 30: ...D A8 ETH1_TX B8 GND C8 NC D8 ETH0 3_I2C_DAT A9 GND B9 ETH2_RX C9 GND D9 ETH0 3_I2C_CLK A10 GND B10 ETH2_RX C10 GND D10 ETH2_SDP A11 ETH2_TX B11 GND C11 NC D11 GND A12 ETH2_TX B12 GND C12 NC D12 ETH0 3_MDIO_DAT A13 GND B13 ETH3_RX C13 GND D13 ETH0 3_MDIO_CLK A14 GND B14 ETH3_RX C14 GND D14 ETH3_SDP A15 ETH3_TX B15 GND C15 NC D15 ETH0 3_PHY_INT A16 ETH3_TX B16 GND C16 NC D16 ETH0 3_PHY_RST A17 GND B...

Page 31: ...39 V12S D39 V12S A40 V12S B40 V12S C40 V12S D40 V12S Connector Type X42 congatec Ethernet Mezzanine Card 4 3 DisplayPort The conga HPC EVAL Server provides a DisplayPort connector X33 via the BMC providing display capability without an additional cost for DP add on card The BMC controls the graphic output via PCIe_BMC_TX and PCIe_BMC_RX pins The DisplayPort supports VESA DisplayPort specification ...

Page 32: ...functions as a BMC debug console port Table 19 X67 X68 Pinout Description X67 X68 Description Pin Signals Pin Signals 1 COM1_DCD1 1 N C Data Carrier Detect Not connected 2 COM1_RXD1 2 COM5_RXD5 Receive Data 3 COM1_TXD1 3 COM5RXD5 Transmit Data 4 COM1_DTR1 4 N C Data Terminal Ready Not connected 5 GND 5 GND Ground 6 COM1_DSR1 6 N C Data Set Ready Not connected 7 COM1_RTS1 7 N C Request to Send Not ...

Page 33: ...RT1 use jumper JP16 to set the power rail Table 20 X65 X66 Pinout Description X65 X66 Description Pin Signals Pin Signals 1 N C 1 N C Not connected 2 COM0_RXD0 2 COM1_RXD1 Receive Data 3 COM0_TXD0 3 COM1_RXD1 Transmit Data 4 N C 4 N C Not connected 5 GND 5 GND Ground 6 N C 6 N C Not connected 7 COM0_RTS0 7 COM1_RTS1 Request to Send 8 COM0_CTS0 8 COM1_CTS1 Clear to Send 9 N C 9 N C Not connected Ta...

Page 34: ...ered by 3 3 V in S0 mode default 2 3 UART0 is powered by 3 3 V in standby mode Table 23 JP16 UART1 Power Rail Configuration Pin Signal 1 2 UART1 is powered by 3 3 V in S0 mode default 2 3 UART1 is powered by 3 3 V in standby mode Connector Type X65 X66 D SUB9 plug JP2 JP16 2 54 mm 2 pin jumper 2 3 1 JP2 2 3 1 JP16 ...

Page 35: ...SB 3 1 Type A The conga HPC EVAL Server provides two USB 3 1 Type A connectors X62 USB port 0 and X64 USB port 1 Each USB port supports a maximum current of 1 A Connector X62 shares its USB 2 0 port differential pairs with the BMC via a multiplexer Use jumper X17 to route the module s USB 2 0 port 0 differential pairs Table 24 X17 USB 2 0 Port 0 Routing Pin Signal 1 2 Route differential pairs to B...

Page 36: ...able 25 X76 Pinout Description USB Port 4 USB Port 5 Pin Signal Description Pin Signal Description 1 5V 5V supply 2 5V 5V supply 3 USB4 USB Port 4 Data 4 USB5 USB Port 5 Data 5 USB4 USB Port 4 Data 6 USB5 USB Port 5 Data 7 GND Ground 8 GND Ground 9 SHLD Cable shield 10 SHLD Cable shield Table 26 X19 Pinout Description USB Port 6 USB Port 7 Pin Signal Description Pin Signal Description 1 5V 5V supp...

Page 37: ...27 X22 SATA Power Pinout Description Pin Signal Pin Signal Pin Signal 1 3 3 V 6 GND 11 GND 2 3 3 V 7 5 V 12 GND 3 3 3 V 8 5 V 13 12 V 4 GND 9 5 V 14 12 V 5 GND 10 GND 15 12 V Connector Type X22 Standard 15 pin SATA power connector 4 6 2 Disk Drive Power Connector The conga HPC EVAL Server provides connector X23 a 4 pin connector for powering disk drives Caution Do not connect more than one periphe...

Page 38: ...ork interface from COM HPC module X25 Mezannine card connector for congatec Ethernet adapters LEK1 LEK2 and LEK3 4 7 1 RJ45 BMC Management Interface The conga HPC EVAL Server provides a 1 Gb BMC management interface on standard RJ45 connector X77 The BMC management interface does not support network connectivity Table 29 X77 Status LED Description LED Left Side Description LED Right Side Descripti...

Page 39: ...ft Side Description LED Right Side Description Off Below half link speed Off No link Green Half link speed module specific Steady On Link established no activity detected Orange Full link speed module specific Blinking Link established activity detected Connector Type X24 1 25 mm 2 pin female connector X25 8 pin RJ45 plug 4 7 3 Mezzaline Card Connector The conga HPC EVAL Server provides a board to...

Page 40: ...X30 JP4 to set the fan s supply voltage on header X31 Table 32 JP3 JP4 BMC Fan Voltage Configuration Pin Signal 1 2 12 V supply voltage default 2 3 5 V supply voltage Table 33 X30 X31 Pinout Description Pin Signal 1 GND 2 12 VDC 3 FAN_TACHOIN 4 FAN_CTRL Note 1 The connector and pinout complies with 4 Wire Pulse PWM Controlled Fans Specification Revision 1 3 2 FAN_TACHOIN fan output shall provide t...

Page 41: ...2 12 V supply voltage default 2 3 5 V supply voltage Table 35 X32 Pinout Description Pin Signal 1 GND 2 12 VDC 3 FAN_TACHOIN 4 FAN_CTRL Note 1 The connector and pinout complies with 4 Wire Pulse PWM Controlled Fans Specification Revision 1 3 2 FAN_TACHOIN fan output shall provide two pulses per revolution 3 The fan must pull up the FAN_CTRL signal to high logic level 4 Recommended maximum power ra...

Page 42: ...on Switch Configuration Description SW1 ON Enable ESPI_CS0 and ESPI_ALERT0 for the BMC default OFF Enable ESPI_CS1 and ESPI_ALERT1 for the BMC SW2 N A Not used N A Not used Table 37 X34 eSPI Header Pinout Pin Signals Pin Signals 1 GND 2 ESPI_CS0 3 ESPI_CLK 4 ESPI_IO3 5 KEY 6 ESPI_IO2 7 PLTRST 8 ESPI_IO1 9 V3 3S 10 ESPI_IO0 11 ESPI_RST 12 ESPI_CS1 13 V3 3A 14 ESPI_ALERT0 Connector Type X34 2 54 mm ...

Page 43: ...C device address 0xAE via I2C0 bus You can access the EEPROM by using the I C control commands implemented in the congatec CGOS API driver Refer to the user s guide of the COM HPC module and the congatec CGOS manual for more information The conga HPC EVAL Server also provides I2C0 signals on header X47 I2C0 operates with 3 3 V Table 38 X47 I2C0 Pinout Description Pin Signal 1 V3 3 standby 0 75 A f...

Page 44: ...4 GND 5 I2C0_IO2 6 GND 7 I2C0_IO3 8 GND 9 I2C0_IO4 10 GND 11 I2C0_IO5 12 GND 13 I2C0_IO6 14 GND 15 I2C0_IO7 16 GND Connector Type X39 2 54 mm 2x8 pin female connector 4 10 3 I2C1 Pin Header The conga HPC EVAL Server provides I2C1 signals on header X48 I2C1 operates with 1 8 V Table 40 X48 I2C1 Pinout Description Pin Signal 1 V1 8 standby 0 75 A fuse 2 I2C1_DAT 3 I2C1_CLK 4 Pull up to V1 8 standby ...

Page 45: ... 12 GPIO Header The conga HPC EVAL Server provides 12 GPIOs on header X45 Table 42 X45 GPIO Pinout Description Pin Signal Pin Signal 1 V3 3 standby 0 75 A fuse 2 V3 3 main 0 75 A fuse 3 GPIO_00 4 GND 5 GPIO_01 6 GND 7 GPIO_02 8 GND 9 GPIO_03 10 GND 11 GPIO_04 12 GND 13 GPIO_05 14 GND 15 GPIO_06 16 GND 17 GPIO_07 18 GND 19 GPIO_08 20 GND 21 GPIO_09 22 GND 23 GPIO_10 24 GND 25 GPIO_11 26 GND Connect...

Page 46: ...pe X46 2 54 mm 2x5 pin female connector 4 14 Intel ISP Adaptor C2 Connector The conga HPC EVAL Server provides connector X41 for attaching Intel ISP Adaptor C2 Use jumper JP6 to select the reset trigger signal RESET_TRIGGER for X41 Table 44 X41 Intel ISP Adaptor C2 Pinout Pin Signal Pin Signal 1 Key 2 BOOT_SPI_CS 3 RESET_TRIGGER 4 NC 5 GND 6 VCC_BOOT_SPI 7 BOOT_SPI_CLK 8 BOOT_SPI_IO2 9 BOOT_SPI_IO...

Page 47: ... A JP6 2 54 mm grid jumper 4 15 General Purpose SPI Header The conga HPC EVAL Server provides header CN2 for general purpose SPI Table 46 CN2 General Purpose SPI Port Pinout Pin Signals Pin Signals 1 GND 2 GP_SPI_CS0 3 GP_SPI_CLK 4 NC 5 KEY 6 NC 7 PLTRST 8 GP_SPI_MISO 9 V3 3S 10 GP_SPI_MOSI 11 PLTRST 12 GP_SPI_CS1 13 V3 3A 14 GP_SPI_ALERT 15 GP_SPI_CS2 16 GP_SPI_CS3 Connector Type CN2 2 54 mm 2x8 ...

Page 48: ...witch SW3 and SW4 to select the flash boot device The table below shows the available configurations Table 47 BIOS Select Configurations DIP Switch SW4 DIP Switch SW3 Description BSEL 2 0 SW 1 BSEL2 SW2 SW 2 BSEL1 SW 1 BSEL0 111 OFF OFF OFF Boot from on module firmware default 110 OFF OFF ON Boot from carrier board SPI flash 101 OFF ON OFF CSME DT on chipset SPI0 device on module BIOS on SPI0 on m...

Page 49: ...om off module temperature sensor indicating an over temperature situation 9 SUS_S3 Suspend to RAM state active low output 10 N C Not connected 11 THERMTRIP Active low output indicating that the CPU has entered thermal shutdown 12 WAKE1 General purpose wake up signal It may be used to implement wake up on PS2 keyboard or mouse activity 13 WD_OUT Output indicating that a watchdog time out event has ...

Page 50: ...functionality is application specific and not part of the COM HPC specification The conga HPC EVAL Server supports HTML5 based browsers for remote monitoring 5 1 Firmware Some of the features the BMC firmware support are KVM media redirection support via BMC s video and USB redirection with H5View media redirection CD redirection secure authentication and encryption for remote KVM or H5Viewer remo...

Page 51: ...figuration using GUI fail safe BMC firmware upgrade SSH based Serial Over LAN SoL 1 power control of the server complete command support firmware update role based authentication and authorization dedicated gigabit network controller remote BIOS update of the SPI flash on the carrier board Note 1 Requires correct SoL settings in the BIOS setup menu ...

Page 52: ...r on button SW5 is pressed 6 1 2 Reset The COM HPC module and all connected components will perform a hard reset when this button is pressed The reset button SW6 is connected to the COM HPC module s RSTBTN signal 6 2 Ground Test Points The conga HPC EVAL Server provides four test points M1 M4 These test points make it easier to connect oscilloscope probes or multimeter to ground during measurement...

Page 53: ...he conga HPC EVAL Server provides four 14 segment displays D21 D24 for post code or debug information A list of the BIOS POST codes and associated POST test and initialization routines for congatec COM HPC modules is available at www congatec com D21 D22 D23 D24 ...

Page 54: ...H2 X10 X7 H10 M23 SW8 JP16 X77 X64 M18 X33 X24 JP7 JP2 X66 X65 M20 X16 X25 X62 CN2 H1 X39 M19 X42 X34 X21 M32 M31 M6 X20 X21 X41 JP8 H4 X40 SW2 SW3 SW4 JP6 X17 JP12 JP13 M30 M5 X6 X50 X53 X55 H7 X19 X76 X23 SW7 X22 X73 JP9 H8 X57 X58 SW5 X13 H12 X14 H9 X46 SW6 X31 X32 JP4 JP5 SW1 D22 D21 D24 D23 X30 H11 JP3 U61 X49 X68 X48 X47 X45 X67 JP14 JP15 X44 X43 M9 X4 M10 M11 ...

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