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Fastwel CPC507 User Manual Download Page 38

                                                                                                                      

CPC507

 

C P C 5 0 7   U s e r   M a n u a l

 

 

36

 

3.2.7.3 I/O CompactPCI XS21, XS19, XS17 connectors (J3 - J5) and their pin assignment 

In CPC507, part of the I/O signals are transmitted through the XS21, XS19 and XS17 connectors. 
The  board  provides  additional  options  for  connecting  peripheral  I/O  devices  in  compact  special-
purpose systems. 

In  order  to  use  the  Rear  I/O  board,  a  special  backplane  is  required.  The  CPC507  board  and  its 
XS21,  XS19  and  XS17  connectors  are  compatible  with  all  standard  6U  CompactPCI  backplanes 
with I/O support through the corresponding connectors in the system slot. 

The pin assignment of the XS21 (J3) connector complies with the PICMG 2.16 standard. 

Table 0-5: Pin assignment of the XS21 (J3) connector of CPC507 

XS21 

Pin 

A 

B 

C 

D 

E 

F 

1 

+VI/O 

PMC2_IO63 

PMC2_IO62 

PMC2_IO61 

PMC2_IO60 

GND 

2 

PMC2_IO59 

PMC2_IO58 

PMC2_IO57 

PMC2_IO56 

PMC2_IO55 

GND 

3 

PMC2_IO54 

PMC2_IO53 

PMC2_IO52 

PMC2_IO51 

PMC2_IO50 

GND 

4 

PMC2_IO49 

PMC2_IO48 

PMC2_IO47 

PMC2_IO46 

PMC2_IO45 

GND 

5 

PMC2_IO44 

PMC2_IO43 

PMC2_IO42 

PMC2_IO41 

PMC2_IO40 

GND 

6 

PMC2_IO39 

PMC2_IO38 

PMC2_IO37 

PMC2_IO36 

PMC2_IO35 

GND 

7 

PMC2_IO34 

PMC2_IO33 

PMC2_IO32 

PMC2_IO31 

PMC2_IO30 

GND 

8 

PMC2_IO29 

PMC2_IO28 

PMC2_IO27 

PMC2_IO26 

PMC2_IO25 

GND 

9

 

PMC2_IO24

 

PMC2_IO23 

PMC2_IO22 

PMC2_IO21 

PMC2_IO20 

GND 

10 

PMC2_IO19 

PMC2_IO18 

PMC2_IO17 

PMC2_IO16 

PMC2_IO15 

GND 

11 

PMC2_IO14 

PMC2_IO13 

PMC2_IO12 

PMC2_IO11 

PMC2_IO10 

GND 

12 

PMC2_IO9 

PMC2_IO8 

PMC2_IO7 

PMC2_IO6 

PMC2_IO5 

GND 

13 

PMC2_IO4 

PMC2_IO3 

PMC2_IO2 

PMC2_IO1 

PMC2_IO0 

GND 

14 

GND 

GND 

GND 

GND 

GND 

GND 

15 

 

ETH2_1- 

GND 

 

ETH2_3- 

GND 

16 

 

ETH2_0- 

GND 

 

ETH2_2- 

GND 

17 

 

ETH1_1- 

GND 

 

ETH1_3- 

GND 

18 

 

ETH1_0- 

GND 

 

ETH1_2- 

GND 

19 

GND 

GND 

GND 

GND 

GND 

GND 

 

Summary of Contents for CPC507

Page 1: ...CPC507 3U CPCI Serial Elbrus CPU Module User Manual Rev 001 February 2021 The product described in this manual is compliant with all related CE standards ...

Page 2: ...cription Product Index Date 001 Initial version CPC507 February 2021 Contact Information Fastwel Co Ltd Fastwel Corporation US Address 108 Profsoyuznaya St Moscow 117437 Russian Federation 6108 Avenida Encinas Suite B Carlsbad CA92011 USA Tel 7 495 232 1681 Tel 1 858 488 3663 Fax 7 495 232 1654 E mail info fastwel com E mail info fastwel com Web http www fastwel com ...

Page 3: ...w and location of the main elements 16 3 FUNCTIONAL DESCRIPTION 20 3 1 Specific performance features of functional nodes 20 3 2 Module Interfaces 21 3 3 Timers 39 3 4 SPI controller LEDs GPIO 42 3 5 Devices on the local SMBus 44 3 6 Battery 44 3 7 NAND drive 44 4 INSTALLATION 45 4 1 Safety requirements 45 4 2 CPC507 installation procedure 46 4 3 Board removal procedure 47 4 4 Installing peripheral...

Page 4: ... the SYS LED of the CPC507 module 30 Table 3 9 Color code designations of connectors 33 Table 1 2 Assignment of pins of the CompactPCI XS20 system connector J1 34 Table 1 3 Pin assignment of the XS18 J2 system connector of 64 bit CompactPCI bus 35 Table 1 4 Pin assignment of the XS21 J3 connector of CPC507 36 Table 3 13 Assignment of the XS19 J4 connector pins of the CPC507 module 37 Table 3 14 As...

Page 5: ...ight to change modify and improve this document or the products described in it at Fastwel s discretion without further notice Software described in this document is provided on an as is basis without warranty Fastwel assumes no liability for consequential or incidental damages originated by the use of this software This document contains information which is property of Fastwel Co Ltd It is not a...

Page 6: ...nsequences as well as liability arising from the use or application of any diagram product or example given in this document Fastwel Group reserves the right to change and improve both this document and the product presented inside of it at its discretion without any further notice Safety requirements This Fastwel Group s product is developed and tested for the purpose of ensuring compliance to th...

Page 7: ...th high voltage Attention Static Sensitive Device This sign and text indicate that the electronic boards and their components are sensitive to static electricity so proper care should be taken when handling this device and performing inspections to ensure integrity and functionality of the device Attention Hot surface This sign and text warn of the danger associated with touching hot surfaces of t...

Page 8: ...tenance of the device so always unplug the power supply cord while carrying out of works The same also applies to the other power supply cables Board Handling Instructions Static sensitive device Electronic boards and their components are sensitive to static electricity Therefore special attention should be given when handling these devices to ensure their safety and operability Do not leave the b...

Page 9: ...nstructions given above and in the below chapter Transportation Unpacking and Storage MANUFACTURER S WARRANTIES Warranty liabilities The manufacturer guarantees that the CPC507 Module meets the requirements of technical specifications of the specs TU 4013 005 52415667 05 provided that the Consumer complies with the operating conditions transportation storage installation and mounting set by the op...

Page 10: ...he opposite one of the power supply source incorrect operation transportation storage installation mounting or accident Procedure for returning products for repairs In order to return the products for repairs contact the Product Supplier or any official dealer of the Product Supplier for return material authorization for the product attach to the returned product the fault identification report ma...

Page 11: ...s currently valid for this type of transport During handling operations and transportation the packed modules should not be subjected to sudden shocks drops impacts and precipitation The packed modules should be placed on the vehicle in such a way as to preclude their further movements Unpacking Before unpacking after transportation at negative ambient temperatures the modules must be kept for 6 h...

Page 12: ...hs since the date of purchase For customized products the warranty period is 60 months from the date of sale unless otherwise provided by the delivery agreement The warranty set forth above does not extend to and shall not apply to 1 Products including software which have been repaired or altered by other than Fastwel personnel unless Buyer has properly altered or repaired the products in accordan...

Page 13: ...f the Module The CPC507 CPU module implemented in accordance with the CompactPCI 6U standard expands the line of Fastvel 6U modules The most important feature of this module is the availability of two platforms for the installation of PMC XMC mezzanine modules By using a single chip solution based on AMD FP5 APU Ryzen Embedded V Series SoC together with two mezzanine modules CPC507 can be used in ...

Page 14: ...ed to the CompactPCI J1 J2 connectors 64bit 66MHz Implemented on the bridge PCIe PCI X PI7C9X130 Operation in the peripheral slot Non transparent Bridge mode LPC Bus Routed to RIO and to the debugging connector on the module PCIe Bus PCIe Gen3 up to 8GT s is routed to the P15 XMC connector with support of devices up to x8 Possibility to use link x8 in the 2x4 mode configurable in BIOS links x4 are...

Page 15: ...ted to RIO Real Time Clock Power is supplied from the CR2032 3V lithium battery Audio HD Audio interface routed to the RIO connector Watchdog Timer Internal with possibility of program control Hardware monitor Implemented via the SMBus interface Monitoring of up to 7 power supply voltages Monitoring of CPU temperature Monitoring of PCB temperature Support of XMC PMC expansion boards Support of two...

Page 16: ...3 0 Specification PICMG 2 3 PMC on CompactPCI R1 0 Specification PICMG 2 16 CompactPCI Packet Switching Backplane R1 0 Specification ANSI VITA 42 0 XMC Switched Mezzanine Card Base Specification ANSI VITA 42 3 XMC PCI Express Protocol Layer ANSI VITA 30 1 2mm Connector Practice for Conduction Cooled Euroboards ANSI VITA 39 PCI X for PMC and Processor PMC 2 3 Module versions CPC507 01 CPC507 CPU mo...

Page 17: ... an easy and flexible adaptation of CPC507 in accordance with the requirements of various applications see subparagraph 3 2 1 PMC XMC Interface 2 7 System information Table 2 1 System information Characteristics Note Operation in the system slot as the System Master The CPC507 module is designed for the use as the System Master In this capacity it can interrelate with seven peripheral boards via a...

Page 18: ...5 v1 6 Microsoft Windows 10 IoT Enterprise 64bit 2 8 External view and location of the main elements The following figures will help you identify the components understand their relationships and functions The board versions may have minor differences that are not shown in the diagrams 2 8 1 Functional block diagram The functional block diagram is shown in the following figure see Fig 2 1 ...

Page 19: ...Bit 100Mhz PCI X SPI Ch1 USB 3 5 Ports Ejector Switch CPC507 CPCI 6U Board Block Diagram PMC1 Connector P1 P4 XMC1 Connector P15 LPC CPCI J4 Eth1 DisplayPort CFast Connector DP Power GPIO PMC2 Connector P1 P4 XMC2 Connector P15 FPGA USB 0 2 DP1 Gigabit Ethernet Gigabit Ethernet HD AUDIO DP PCIe x2 Gen1 SATA1 SATA0 PCIe x2 Gen1 USB 3 5 DP2 DP3 Switch PCIe x4 Gen3 PCIe x4 Gen3 PCIe x4 Gen3 PCIe x8 G...

Page 20: ... 0 7 U s e r M a n u a l 18 2 8 2 Location of main components Figure 2 2 Location of the main components of CPC507 top view The appearance of the module versions may slightly differ from the one shown in this figure ...

Page 21: ...CPC507 C P C 5 0 7 U s e r M a n u a l 19 2 8 3 Size and dimensions Figure 2 3 CPC507 size and dimensions ...

Page 22: ...on in the power off state is ensured by a CR2032 lithium battery installed on the board BIOS settings are stored in FRAM non volatile memory SPI FRAM There is a non volatile memory of 32 KB Ramtron FM25V02 SPI required for storing user data used as a replacement for standard non volatile RAM The manufacturer guarantees 100 trillion read write cycles which in this application corresponds to 340 yea...

Page 23: ...ting system start The drive activities LED informs about the activities of the SATA interfaces Two program controlled LEDs are intended for user needs Watchdog The module is equipped with a watchdog timer which is built into the supervisor s microchip and has a fixed actuation interval 1 6 s Power supply reset and monitoring The CPU reset signal is generated from the following sources From the sup...

Page 24: ...3 RX2 RX2 3 3V RX3 RX3 5V 4 GND GND NC GND GND RSTO 5 RX4 RX4 3 3V RX5 RX5 5V 6 GND GND NC GND GND 12V 7 RX6 RX6 3 3V RX7 RX7 5V 8 GND GND NC GND GND 12V 9 NC NC NC NC NC 5V 10 GND GND NC GND GND GA0 11 TX0 TX0 GA1 TX1 TX1 5V 12 GND GND GND GND GND PRSNT 13 TX2 TX2 3 3V_SBY TX3 TX3 5V 14 GND GND GA2 GND GND MSDA 15 TX4 TX4 NC TX5 TX5 5V 16 GND GND MVMRO GND GND MSCL 17 TX6 TX6 NC TX7 TX7 NC 18 GND...

Page 25: ...CompactPCI connectors The PMC interface complies with the IEEEP1386 1 specification which defines the PCI electrical interface for the boards of the Common Mezzanine Card CMC form factor CPC507 allows operation of the 3 3V PCI PMC bus Note The PMC I O signals are routed to the J5 J3 CompactPCI connectors Their pin assignments can be found below in this chapter The table with the PMC connector pino...

Page 26: ...P3_28 AD52 P4_28 PMC_I O P1_29 AD19 P2_29 AD18 P3_29 AD51 P4_29 PMC_I O P1_30 VCC P2_30 GND P3_30 AD50 P4_30 PMC_I O P1_31 VIO P2_31 AD16 P3_31 AD49 P4_31 PMC_I O P1_32 AD17 P2_32 C_BE2 P3_32 GND P4_32 PMC_I O P1_33 FRAME P2_33 GND P3_33 GND P4_33 PMC_I O P1_34 GND P2_34 IDSELB AD20 AD22 P3_34 AD48 P4_34 PMC_I O P1_35 GND P2_35 TRDY P3_35 AD47 P4_35 PMC_I O P1_36 IRDY P2_36 3 3V P3_36 AD46 P4_36 P...

Page 27: ...6 connector located on the top side of the CPC507 board see Figure 2 2 Location of the main components of CPC507 top view enables installing a CFast drive on the CPC507 module together with the PMC XMC expansion module Table 3 3 Assignment of SATA XS6 connector pins XS6 Pin Assignment S1 GND S2 A S3 A S4 GND S5 B S6 B S7 GND P1 GND P2 GND P3 NC P4 NC P5 NC P6 NC P7 GND P8 NC P9 NC P10 NC P11 NC P1...

Page 28: ...nector pins XP2 Pin Assignment 1 NC 2 NC 3 RXD 4 RTS 5 TXD 6 CTS 7 NC 8 NC 9 GND 10 GND 3 2 4 Connectors on the front panel of CPC507 3 2 4 1 USB interfaces CPC507 has 3 x USB 3 0 ports located on the front panel see Figure 2 4 The following modes are supported high speed full speed and low speed USB 2 0 in high speed mode enables data transfer at the rates up to 480 Mb sec USB 3 0 up to 5 Gb sec ...

Page 29: ...ase T 100Base TX 1000Base T Ethernet port based on the Gigabit Ethernet I350 network controller Figure 3 4 Gigabit Ethernet RJ45 connector The interface provides automatic detection of transmission speed and switching between 10Base T 100Base TX and 1000Base T data transmission modes Table 3 6 Assignment of Gigabit Ethernet connector pins Pin 10Base T 100Base TX 1000Base T I O Signal I O Signal I ...

Page 30: ... a l 28 The green LED is on if a 100 Mb sec link is installed the orange LED is on if a 1000 Mb sec link is installed The yellow Act network activity LED is on when the computer is receiving or sending packets through the RJ45 connector ...

Page 31: ...4096x2160 60Hz The output also makes it possible to connect DVI D monitors via a passive adapter Figure 3 5 DisplayPort connector Table 3 7 Assignment of XS1 DisplayPort connector pins of the CPC507 module XS1 DP Pin Assignment 1 LANE0 2 GND 3 LANE0 4 LANE1 5 GND 6 LANE1 7 LANE2 8 GND 9 LANE2 10 LANE3 11 GND 12 LANE3 13 AUX_EN 14 CONFIG2 15 AUX 16 GND 17 AUX 18 HP_DETECT 19 GND 20 3 3V ...

Page 32: ...is designed for user needs two color red and green see subparagraph 3 4 SPI Controller LEDs GPIO Overheating OVH LED Figure 0 1 LEDS on the front panel of CPC507 The state of the SYS LED is shown in the below table Table 0 1 State of the SYS LED of the CPC507 module LED SYS State Off The power is not supplied to the module Blinking red and blue 8 Hz Processor is running BIOS Blinking red and blue ...

Page 33: ...non transparent mode while there is a possibility of data exchange via the PCI bus 3 2 6 3 Packet Switching Backplane PICMG 2 16 A Gigabit Ethernet port is available on the XS21 CPC507 connector in accordance with the PICMG specification for CompactPCI Packet Switching Backplane Specification PICMG 2 16 version 1 0 These two network nodes Gigabit Ethernet 1 and 2 are connected in the chassis throu...

Page 34: ... connectors J1 through J5 Their purpose J1 and J2 64 bit CompactPCI interface including signals of PCI bus bus access clocking and power supply J3 provides Rear I O and PICMG 2 16 functions J4 and J5 provide additional Rear I O interface functions The CPC507 module is designed in accordance with the CompactPCI bus architecture The CompactPCI standard is electrically identical to the PCI local bus ...

Page 35: ...r coding prevents 5V peripheral cards from being mounted into the sockets designed for 3 3V voltage and vice versa The backplane connectors are always labeled in accordance with the signal voltage level VIO CPC507 is a board with the signal level of 3 3V 5V Table 0 2 Color code designations of connectors Signal voltage Color 3 3 V Cadmium yellow 5 V Bright blue Multipurpose board 5 V and 3 3 V No ...

Page 36: ...GND AD 12 GND VIO AD 11 AD 10 GND 19 GND 3 3V AD 15 AD 14 LNG_GND AD 13 GND 18 GND SERR GND 3 3V PAR C BE 1 GND 17 GND 3 3V IPMB_SCL IPMB_SDA LNG_GND PERR GND 16 GND DEVSEL GND VIO STOP LOCK GND 15 GND 3 3V FRAME IRDY SHRT_GND TRDY GND 14 GND GND 13 GND GND 12 GND GND 11 GND AD 18 AD 17 AD 16 LNG_GND C BE 2 GND 10 GND AD 21 GND 3 3V AD 20 AD 19 GND 9 GND C BE 3 SHRT_GND AD 23 LNG_GND AD 22 GND 8 G...

Page 37: ...VP2B16 DEG GND BRSVP2E16 GND 15 GND BRSVP2A15 GND FAL REQ5 GNT5 GND 14 GND AD 35 AD 34 AD 33 GND AD 32 GND 13 GND AD 38 GND VIO AD 37 AD 36 GND 12 GND AD 42 AD 41 AD 40 GND AD 39 GND 11 GND AD 45 GND VIO AD 44 AD 43 GND 10 GND AD 49 AD 48 AD 47 GND AD 46 GND 9 GND AD 52 GND VIO AD 51 AD 50 GND 8 GND AD 56 AD 55 AD 54 GND AD 53 GND 7 GND AD 59 GND VIO AD 58 AD 57 GND 6 GND AD 63 AD 62 AD 61 GND AD ...

Page 38: ...C D E F 1 VI O PMC2_IO63 PMC2_IO62 PMC2_IO61 PMC2_IO60 GND 2 PMC2_IO59 PMC2_IO58 PMC2_IO57 PMC2_IO56 PMC2_IO55 GND 3 PMC2_IO54 PMC2_IO53 PMC2_IO52 PMC2_IO51 PMC2_IO50 GND 4 PMC2_IO49 PMC2_IO48 PMC2_IO47 PMC2_IO46 PMC2_IO45 GND 5 PMC2_IO44 PMC2_IO43 PMC2_IO42 PMC2_IO41 PMC2_IO40 GND 6 PMC2_IO39 PMC2_IO38 PMC2_IO37 PMC2_IO36 PMC2_IO35 GND 7 PMC2_IO34 PMC2_IO33 PMC2_IO32 PMC2_IO31 PMC2_IO30 GND 8 PMC...

Page 39: ...GND DP2_HPD DP3_LANE0 DP3_LANE0 GND 9 DP2_LANE0 DP2_LANE0 GND DP3_LANE1 DP3_LANE1 GND 10 DP2_LANE1 DP2_LANE1 GND DP3_LANE2 DP3_LANE2 GND 11 DP2_LANE2 DP2_LANE2 GND DP3_LANE3 DP3_LANE3 GND 12 GND 13 GND 14 GND 15 DP2_LANE3 DP2_LANE3 GND DP3_AUX DP3_AUX GND 16 DP2_AUX DP2_AUX GND GND GND GND 17 GND GND DP3_HPD KBRST USB_OC3 GND 18 NC VDD_EN GND GND GND GND 19 NC LVDS_DDC_DAT GND A20GATE HDA_SPKR GND...

Page 40: ..._IO61 PMC1_IO60 GND 11 PMC1_IO59 PMC1_IO58 PMC1_IO57 PMC1_IO56 PMC1_IO55 GND 12 PMC1_IO54 PMC1_IO53 PMC1_IO52 PMC1_IO51 PMC1_IO50 GND 13 PMC1_IO49 PMC1_IO48 PMC1_IO47 PMC1_IO46 PMC1_IO45 GND 14 PMC1_IO44 PMC1_IO43 PMC1_IO42 PMC1_IO41 PMC1_IO40 GND 15 PMC1_IO39 PMC1_IO38 PMC1_IO37 PMC1_IO36 PMC1_IO35 GND 16 PMC1_IO34 PMC1_IO33 PMC1_IO32 PMC1_IO31 PMC1_IO30 GND 17 PMC1_IO29 PMC1_IO28 PMC1_IO27 PMC1_...

Page 41: ...e KWD 1 000001h corresponds to a delay time of 30 52 μs and the value KWD 16777215 FFFFFFh corresponds to a delay time of 512 seconds The counter can be reset to its initial value in several ways 1 By writing any number to the Timer Current Value Register 2 By writing any number to port 80h the mode is enabled in Bios Setup and operates only when the cycles of access to the port 80h are broadcaste...

Page 42: ...s 15 8 of the counter initial value Base 2h Bit Name Description 7 0 Timer_Current_Value 23 16 Write Read Bits 23 16 of the counter initial value Timer Initial Value Register 23 0 Base 3h Bit Name Description 7 0 Timer_Initial_Value 7 0 Write Read Bits 7 0 of the counter initial value Base 4h Bit Name Description 7 0 Timer_Initial_Value 15 8 Write Read Bits 15 8 of the counter initial value Base 5...

Page 43: ...s carried out Can be reset by writing 1 to this bit 1 Reserved 0 TMF Write Read Timeout flag It is set to 1 when the timer counter is reset This flag initiates an interrupt To reset this flag write 1 to this bit or to the port 80h if this mode is enabled Control Register Base 7h Bit Name Description 7 2 Reserved 1 CNTE Write Read Counter decrement 1 enabled 0 disabled 0 RSTE Write Read Board reset...

Page 44: ...BURST mode Base 4 R W 00h Reserved Base 5 R W 00h RIO GPIO Direction 7 0 GPIO Direction 0 input 1 output Base 6 R W 00h RIO GPIO DATA 7 0 GPIO DATA Base 7 R W 00h User LEDs control 7 2 Reserved 2 RIO LED On oFF 1 GREEN LED On Off 0 RED LED On off The controller automatically generates the FRAM access sequence on the SPI bus address from the registers BASE 0 BASE 1 read write mode and data register...

Page 45: ...OV AL 08H OUT DX AL MOV DX 311H MOV AL 20H OUT DX AL MOV DX 313h MOV AL 01H OUT DX AL enabling packet mode MOV DX 312h IN AL DX reading data byte at the address 208h IN AL DX reading data byte at the address 209h IN AL DX reading data byte at the address 20Ah MOV DX 313h MOV AL 00H OUT DX AL disabling packet mode 3 4 3 FRAM with sequential access The module has a FRAM memory chip with sequential a...

Page 46: ...evice addresses on the SMBus Table 0 9 Device addresses on SMBus SMB Address 7 bit Device 1 28H AMC80 Hardware monitor 2 4CH Memory temperature sensor 3 50H 1 SPD memory module 4 52H 2 SPD memory module 5 61H PCI E Bridge Compact PCI 6 62H PCI E Bridge PMC 3 6 Battery The CPC507 uses one 3 0 V lithium battery to power the real time clock 3 7 NAND drive The module has an integrated 32 GB SSD The dr...

Page 47: ...se requirements Careful Be very careful while handling the module since the cooling heatsink can become very hot Do not touch the heatsink when installing or removing the module In addition the module should not be placed on any surface or placed in any container until both the module and the heatsink have cooled down to room temperature Attention Turn off the power supply of the CompactPCI system...

Page 48: ...tem 3 In order to install CPC507 the following actions should be performed 1 Make sure that the system power is off Attention When performing the following operation do not apply force by inserting the CPC507 into the backplane connector Use the handles on the front panel to install the module into the slot 2 Carefully place the module in the required slot sliding it along the guiderails until it ...

Page 49: ...be performed carefully so as not to damage either the CPC507 module or other boards in the system 5 Unscrew the locking screws on the front panel Attention Be careful when handling the module as the cooling heatsink can become very hot Avoid touching the heatsink when replacing the board 6 Using the handles on the front panel slide the module out of the backplane connector and carefully remove it ...

Page 50: ... a battery recommended by the manufacturer The used battery should be disposed in accordance with the established standards The expected time of operation for a 190mAh battery is approximately 5 6 years based on 8 hours of use per day at 30 C However battery life is highly dependent on operating temperature as well as how long the system has been with its power off It is recommended to replace the...

Page 51: ...e specified by the manufacturer factory defaults if the system does not boot e g due to the BIOS setup errors or invalid password In order to reset the BIOS parameters of the CPC507 module the sequence of actions should be as follows 1 De energize the system 2 Place the jumper on pins 1 2 of the XP3 connector 3 Switch on the module 4 Wait for the BIOS information to appear on screen 5 Switch off t...

Page 52: ...DEL key on the keyboard or on the console PC keyboard when using the Hyperterminal software is used as the terminal After pressing the F2 key the BIOS Setup program menu will appear with the Main active tab 6 1 2 Navigation keys Selection of the BIOS menu items is performed using the keyboard with the following keys Figure 0 3 Assignment of navigation keys Key Assignment ENTER The ENTER key helps ...

Page 53: ...e next screen will show a message Press Enter to discard changes and exit Alternatively you can use the arrow keys to select Cancel and then press Enter to exit this menu item and return to the previous screen Function keys When additional function keys become available they are displayed in the help window in accordance with their functions Note This algorithm for working with the menu refers to ...

Page 54: ...rpose Default value Ejector switch function PWR Button Reset PWR Button Disabled Operation mode of the board s ejector switch Disabled External watchdog Enabled Disabled Possibility to enable the Watchdog timer using the base address 0x308 in I O space Disabled XMC Port XS7 x8 width Enabled Disabled Allocation of PCIe links across mezzanines XMC1 XMC2 x8 x0 Enabled or x4 x4 Disabled Disabled ...

Page 55: ...ke sure the module is fully inserted into the backplane The board does not start the SYS LED is on solid blue The ejector handle is not latched or the button in the ejector handle is pressed Check the state of the ejector handle The module is not fully inserted into the backplane Make sure the module is fully inserted into the backplane The board does not start the SYS LED blinks quickly 8 Hz with...

Page 56: ...anges for the various supply voltages of the module If the supply voltages exceed the specified limits the functionality of the module is not guaranteed The backplane should ensure optimal distribution of the 3 3 V and 5 V supply voltages It is recommended to use only those backplanes that have two planes for each voltage Power line and backplane connections should provide minimum losses and ensur...

Page 57: ...ature 85 С 70 Elevated ambient temperature Operating temperature 85 С 70 GOST R IEC 60068 2 2 2009 Reduced ambient temperature Operating temperature 40 С GOST R IEC 60068 2 1 2009 Cyclic damp heat Temperature 55 С 2 GOST standard 28216 89 IEC 60068 2 30 82 Relative humidity 93 3 Sinusoidal vibration Range of frequencies Hz 10 500 GOST standard 28203 89 IEC 60068 2 6 82 Acceleration g 2 Single shoc...

Page 58: ... Data Rate Synchronous Dynamic Random Access Memory DMA Direct Memory Access DMI Direct Media Interface DVMT Dynamic Video Memory Technology ECC Error Correction Code ECP EPP Extended Capabilities Port Enhanced Parallel Port EEPROM Electrically Erasable Programmable Read Only Memory EHCI Enhanced Host Controller Interface Universal Serial Bus specification EIDE Enhanced Integrated Drive Electronic...

Page 59: ...er POST Power On Self Test PSB Processor System Bus PWM output Pulse Width Modulation RAMDAC Random Access Memory Digital to Analog Converter Rear I O Board Rear Input Output Board RTC Real Time Clock SMB System Management Bus SMBus System Management Bus SODIMM Small Outline Dual In Line Memory Module SoM System on a module SSD Solid State Disk TFT Thin Film Transistor TTL Transistor Transistor Lo...

Page 60: ...full Other terms and conditions of cooperation should be made in writing 3 3 Any delivery of Fastwel electronics is submitted with the right package in accordance with the current rules and standards in the Member States of the European Economic Area The purchaser independently bears all risks regarding the compliance of package and marking of Fastwel products with legislation requirements being i...

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