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1. seu 29 3 9 GPIO Connector PinoUuts erroe dna a aane RR oe e ER e Cuneo e 30 Table 3 9 1 GPIO Connector 85 1 30 3 10 LPC Bus Interface Connector 5 2 2 30 Table 3 10 1 LPC Bus Interface Connector 5 2 1 31 3 11 RS232 R5485 d dre ov xA ENDE 31 Table 3 11 1 RS232 RS422 Connector Pins 31 3 12 Audio Codec re E eei ve 32 Table 3 12 1 Audio Codec Connector Pinouts 32 3 13 SMBus 12 UTC 32 Table 3 13 1 SMBus Connector Pinout 1 32 3 13 2 ke EEPROM E 33 3 13 3 SMBus Voltage Current Temperature Sensor 33 Table 3 13 4 Current Reading Conversion Constants 444 44442 444222 33 Table 3 13 5 Voltage Reading Conversion Constants 48 33 3 14 Bottom Board Image nrbe oec Po bless ee 34 Acromag Inc
2. EEEE ae 11 2 0 PREPARATION FOR 12 2 1 Unpacking and HN dl 12 2 2 Installation Considerations 06s ccsc cecensscinsssdeccscesevctesesscssesveenssacuesedcnestevssccvesedsesessaevesees 13 2 3 Non Isolation 5 4 13 2 4 DIPSWITCH Settings css usos nire napi v x c ewe a ka Vae oc he ka ol a Chl uu OD RR 14 Table 2 4 1 Dipswitch Settings and Serial Port 5 14 Figure 2 4 1 Dipswitch Settings 15 3 0 HARDWARE INFORMATION 3522253252251 5522224122251 122225 ds E Ck 0S a6 16 3 1 Carrier Board Block Diagrams uisu esee exa dab NEEN Fs v Ebr GEL NEP EORR EK EP XEEYP EEN Ee 16 Fig 3 1 1 Model ACEX 4610 Block Diagram 4 16 Fig 3 1 2 Model ACEX 4620 Block Diagram 4 2 4 24224 24 4 2221 nennt nnne 17 3 2 USB e ELE 19 Table 3 2 1 USB Channels 0 3 USB 3 0 Connector Pinouts 4 19 Table 3 2 1 USB Channels 0 to 3 USB 3 0 Connector Pinouts continued 20 Acromag Inc Tel 248 295 0310 1 WWW acromag com 4610 4620 CARRIER BOARD USER S MANUAL Table 3 2 2 USB Channels 4
3. 305 064 34 8 3 278 FIT is Failures in 10 hours 5 5 PMC XMC Specifications e x8 Gigabit lanes Available through SEARAY connector from the P16 connector driven by XMC cards e 181 0 pairs Available through SEARAY connector from the P16 connector driven by XMC cards 321 0 pairs Available through SEARAY from the connector driven by PMC or XMC cards 5 6 Other Specifications and Features 5 6 1 Gigabit Ethernet e x2 Gigabit Ports e COM Express module provide one Gigabit port direct to Searay e Second Gigabit port converts x1 PCle lane from COM Express to Gigabit port via Ethernet Controller 5 6 2 SATA x2 SATA signaling e Two SATA ports are routed direct from the COM Express to the Searay connector e Two additional SATA ports are routed from COM Express to the mini PCle mSATA sites 5 6 3 PCle 4 lane PCle port routed direct from COM Express to Searay e Gen2 5 0Gbps Acromag Inc Tel 248 295 0310 65 www acromag com 4610 4620 CARRIER BOARD USER S MANUAL 5 6 4 mSATA mPCle 5 6 5 USB 2 0 5 6 6 USB3 0 5 6 7 Audio 5 6 8 GPIO Acromag Inc Tel 248 295 0310 x2 connector ports for mSATA or mPCle cards x2 USB2 0 signaling These ports support USB 2 0 speed These ports are backwards compatible to USB 1 1 x4 05 3 0 signaling These ports support USB 3 0 speed These ports backwards compatible to USB 2 0 and USB 1 1 High Definition Audi
4. n e nenne KEEN 58 4 3 Whereto Get o ere tede es pod Eege eg 58 SPECIFICATIONS 60 5 1 On mec 60 5 2 63 5 3 Environmental 5 63 53 1 Operating Temperature ENEE Ee REENEN sveveweosedsSesavecases 63 5 3 2 Other Environmental Requirement 64 5 3 2 1 Relative H rnidity EE 64 5 3 2 2 solatii ae 64 5 3 3 Vibration and Shock Standards s c c0c3se0 sccccdeevedssscascacodsavedasoeccoeostesssicencccouaseesvedeecccsssesteseoaceees 64 e Ee E EE 64 5 3 4 EMC Directives EE 64 5 4 Reliability Prediction EE 65 5 4 4620 65 Teblerb lt 2 610 2 RE PE oe RR AEN REUS De ee ER ERO 65 5 5 PMC XMC Specifications Edert 65 5 6 Other Specifications and 1 110
5. Line In Line Out PCle REF CLK PCle REF CLKs Out Fan PWM TACH Control Power Button PCle PEG x4 System Reset Button COM Express Reset Out PCle PEG x4 PCle PEG x8 PCle PCle 1 2V to TSi384 x4 x4 1141 0 64bit 1161 x8 PCle and SIO 36bit 3 3V 5V and 12V 10 36VDCin 12V 3 3V 5V and 12V 3 3V 10 36VDCin 124 1 0 64bit 26 1 0 x8 and SIO 36bit Acromag Inc Tel 248 295 0310 18 www acromag com ACEX4610 4620 CARRIER BOARD USER S MANUAL 3 2 USB Channels Four channels of USB 3 0 are available on USB channels 0 to 3 which are routed to the 500 pin Searay connector In addition two channels of USB 2 0 are available on channels 4 and 5 which are also routed to the 500 pin Searay connector Two additional USB channels 6 and 7 are available on the mPCle sites 1 and 2 Table 3 2 1 USB Channels 0 3 USB 3 0 Signal Description USB 3 0 Connector Pinouts 500Pin USBO_ 5V 21 USB Channel 0 Positive 5V from Carrier USB Channel 0 Differential Pair USBO P B21 USBO USB Channel 0 Differential Pair USBO_N B22 USB1_ 5V C21 USB Channel 1 Positive 5V from Carrier USB Channel 1 Differential Pair USB1 P D21 USBO USB Channel 1 Differential Pair USB1_N D22 USB2_ 5V E21 USB Channel 2 Positive 5V from Carrier
6. 248 295 0310 74 www acromag com 4610 4620 CARRIER BOARD USER S MANUAL Revision History The revision history for this document is summarized in the table below Dare Version EGR DOC Description of Revision mm dd yyyy 05 08 2014 LMP LMP Preliminary Document Publication 09 03 2014 LMP LMP Released Document Publication 10 03 2014 LMP LMP Added appendix A describing installation of conduction cooling kit ACEX CC 01 Updated Vibration and Shock Test Results Added board conduction cooling and component height dimensions to section 5 1 11 07 2014 C LMP LMP Added 500 pin Searay connector ground signals to Table 3 36 1 Added 200 pin Searay power and ground signal Table 3 36 2 5 07 2015 LMP LMP Added reference to new carrier SATA connectors Added power usage details Removed reference to Lead L models Updated images to Rev D ACEX 4620 PCB 7 09 2015 LMP LMP Updated images to Rev ACEX 4610 PCB Acromag Inc Tel 248 295 0310 75 www acromag com
7. 56 58 62 1 D16 3 D15 5 C11 7 C10 C16 11 C17 13 B10 15 17 B17 19 B18 21 B8 23 B7 25 C15 27 C14 29 B3 31 33 D12 35 D11 37 B2 39 B1 41 A7 43 A6 45 B13 47 B14 4 51 5 53 15 55 16 57 12 59 C13 61 C18 63 C19 Acromag Inc Tel 248 295 0310 40 www acromag com ACEX4610 4620 CARRIER BOARD USER S MANUAL Table 3 19 5 J24 PMC PCI X This connector provides user signals via rear 1 0 for PMC modules These PMC rear I O signals are routed to the 200 pin Searay connector The pin assignments are given in the following table Signal Name Searay 200 Pin Signal Name Searay 200 Pin 124 RIOO GCLK P J24 RIO1 P B1 124 Signal Connector Pinouts J24 RIO1 N J24 RIO3 P J24 124 5 124 5 N J24 RIO7 P 124 N J24 RIO9 P J24 RIO9 N J24 RIO11 P J24 RIO11 N 124 RIO13 J24 RIO13 124 RIO15 P 8 MEE 24 124 RIO15 N D 1 Io 04 Im J24 RIO4N 5 124 6 J24 ROION 124 RIO12 P J24 RIO12 N 88 124 8 24 RIO17 P 01 124 RIO17 N DO 0 J24 RIO19 P D22 O J24 RIO19 N 02 o J24 RIO21 P 124 RIO21 Ce H 124 RIO23 P 08400 124 RIO23 O 124 RIO25 P M5 O J24 RIO25 N ps 124 RIO27 P B6 J24_RIO27
8. In an air cooled assembly adequate air circulation must be provided to prevent a temperature rise above the maximum operating temperature and to prolong the life of the electronics If the installation is in an industrial environment and the board is exposed to environmental air careful consideration should be given to air filtering In a conduction cooled assembly adequate thermal conduction must be provided to prevent a temperature rise above the maximum operating temperature 2 3 Non Isolation Considerations The board is non isolated since there is electrical continuity between the PCle bus and COM Express module grounds As such the field I O connections are not isolated from the system Care should be taken in designing installations without isolation to avoid noise pickup and ground loops caused by multiple ground connections Acromag Inc Tel 248 295 0310 13 www acromag com 4610 4620 CARRIER BOARD USER S MANUAL 2 4 Dipswitch Settings Shown in Figure 2 4 1 and Table 2 4 1 below are the dipswitch settings and serial port configurations Dipswitch board location is shown in figure 3 14 1 in bottom right hand location Table 2 4 1 Dipswitch Settings and Serial Port Configurations Bold indicates default setting 1 ON J15 JTAG voltage 2 5Vdc OFF J15 JTAG voltage 3 3Vdc 21 ON J25 JTAG voltage 2 5Vdc OFF J25 JTAG voltage 3 3Vdc 21 ON J25 MPRESENT Signal
9. J26 DPO2 B3 K17 J26 DPO2 P Site 2 Rear I O Differential Pair J26 DPO2 A3 K18 Acromag Inc Tel 248 295 0310 48 www acromag com 4610 4620 CARRIER BOARD USER S MANUAL 3 20 Model ACEX 4620 Top Board Image Fig 3 20 1 Model ACEX 4620 Please refer to this image as a reference for the following sections Top Board Image Fan Header Acromag Inc Tel 248 295 0310 49 www acromag com 4610 4620 CARRIER BOARD USER S MANUAL 3 21 Cooling Fan Table 3 21 1 P10 Cooling Fan Control Connector Pins Table 3 21 2 Fan Control Connector Pins 3 22 Power Button Table 3 22 1 Power Button Connector Pin 3 23 System Reset Button Table 3 23 1 System Reset Button Connector Pin The COM Express module drives both the cooling fan tachometer control Pin 3 and the cooling fan pulse width modulation control Pin 4 Please refer to Table 3 21 1 below for more information on the pin numbers and descriptions Pin Description Number Pin Description Number meme 3 4 Please refer to Table 3 21 2 below for information on the Searay 500 pin numbers and descriptions yi us Fan Control Signal 500 Pin Description FAN_TACH A22 CPU Fan Tach Input PWM A23 CPU Fan Speed Control The power button on the carrier is left open and is not populated One power button signal is routed from COM Express module to the 500 pin
10. Searay connector When activated logic low is provided on the PWRBTN signal This will result in the Com Express driving signal S3 high thus powering up the system Searay NM Power Button Signal 500 Pin Description PWRBTN F41 Power Button Input Signal The reset button on the carrier is left open and is not populated One system reset button signal is routed from COM Express module to the 500 pin Searay connector When activated a system reset is sent to the COM Express CPU System Reset Button Searay Description Signal 500 Pin P SYSRST 1 System Reset Signal Acromag Inc Tel 248 295 0310 50 www acromag com 4610 4620 CARRIER BOARD USER S MANUAL 3 24 RTC Battery The Real Time Clock RTC battery is located under the power supply mezzanine board near the location shown in Figure 3 20 1 The RTC battery on the carrier board allows time of day and other system stored data to receive power even after powering down the system 3 25 PCle Lane LED The LED indicators located next to the PCle to bridge chip shown Figure 3 20 1 provide the status of the PCle lanes These PCle lane status LEDs report the number for active lanes x1 D11 x2 D11 and D12 or x4 all four lanes D11 through D14 3 26 Power Supply Module The ACEX 46XX power supply module provides the 12 volt supply and 5V the standby supply to the Com Express board In addition 12
11. USB Channel 2 Differential Pair USB2 P F21 Uso USB Channel 2 Differential Pair USB2 N F22 USB Channel 3 Differential Pair USB3 P B25 USBO USB Channel 3 Differential Pair USB3_N B26 USB3_ 5V A25 USB Channel 3 Positive 5V from Carrier Note 1 Carrier board ground signals provided on Searay connector are given in Tables 3 26 1 and 3 26 2 The current monitoring and protection provided by the ACEX 4610 20 carrier boards is summarized below USB channels 0 to 3 are USB 3 0 and are current monitored and protected up to 1A each Acromag Inc Tel 248 295 0310 19 www acromag com 4610 4620 CARRIER BOARD USER S MANUAL e USB channels 4 and 5 are USB 2 0 and are current monitored and protected up to 0 5A each USB channels 6 and 7 which go to the mPCle sites 1 and 2 require no current monitoring or protection Table 3 2 1 USB Channels 0 to 3 USB 3 0 Connector Pinouts USB 3 0 Signal Sedtay Description continued 2m USB Channel 0 USBO SSRX P 47 SuperSpeed Receive Positive USB Channel 0 USBO_SSRX_N J48 SuperSpeed Receive Negative Weare gp 05 Channel 0 i SuperSpeed Transmit Positive USB Channel 0 USBO_SSTX_N K50 SuperSpeed Transmit Negative USB Channel 1 i SuperSpeed Receive Positive USB Channel 1 USB1_SSRX_N G48 SuperSpeed Receive Negative USB Channel 1 USB1_SSTX_P H49 SuperSpeed Tra
12. nnne nnne 65 5 6 Ee dete e 65 5 6 2 EE 65 LE cla TE 65 56 4 ouViuddieeem c 66 5 0 5 USB Z Age M 66 LN BULUM C HQ 66 KSC ek R 66 5 6 8 ERR 66 APPENDIX A ME 67 Acromag Inc Tel 248 295 0310 4 www acromag com 4610 4620 CARRIER BOARD USER S MANUAL Installation of Conduction Cooling Kit 01 1 4 2 20921 67 CERTIFICATE OF VOLATILITY wssssssssicsccsscsessesstetessscrstscensssereesssennsestesinsenesssnensencenevenscen 7 1 0 GENERAL INFORMATION 1 1 Intended Audience This users manual was written for technically qualified personnel who will be working with I O devices using the XCOM 6400 COM Express module or any industry standard Type 6 COM Express module It is not intended for a general non technical audience that is unfamiliar with computer on module COM devices and their application 1 2 Preface The information contained in this manual is subject to change without notice and Acromag Inc Acromag does not guarantee its accuracy Acromag makes no warranty of any kind with regard to
13. 4 48 49 50 5 58 Signal Connector Pinouts Notes 1 NC Not Connected Acromag Inc Tel 248 295 0310 39 www acromag com 4610 4620 CARRIER BOARD USER S MANUAL Table 3 19 4 J14 PMC PCI X This connector provides user signals via rear 1 0 for PMC modules and is routed to the 500 pin Searay connector The Searay connector pin locations for these signals are given in the following table Signal Name Searay 500 Pin Signal Name Searay 500 Pin C9 J14 RIOO GCLK P J14 RIO1 P 114 RIOO N Signal Connector Pinouts J14 RIO1 N J14 RIO3 P J14 RIO3 N 114 RIOS P 114 RIOS J14 RIO7 P J14 N 114 RIO9 P 114 RIO9 N J14 RIO11 P J14 RIO11 N J14 RIO13 J14 RIO13 N 114 RIO15 P 08 O B6 Di J14 RIO15 N Dip 6 7 ae ar memores Tia noo Lemon iano Tapio aaner Ba 012 O J14 P z D 0 J14 RIO17 N 114 RIO19 P J14 RIO19 N A 14 RIO21 P 06 114 RIO21 BBO J14 RIO23 P BM O J14 RIO23 N A 114 RIO25 P 114 RIO25 ps O J14 RIO27 P 816 114 RIO27 N SE 114 RIO29 P 114 RIO29 N J14 RIO31 GCLK P 114 RIO31 moon ao 2 4 10 12 14 16 18 20 22 24 26 28 30 32 34 36 38 42 46 48 50 52 54
14. 4610 4620 CARRIER BOARD USER S MANUAL 3 8 PCle x4 Four PCle lanes are routed directly from COM Express to the 500 pin Searay connector Table 3 8 1 PCle x4 Connector Pinouts i PCle Signal 500 Pin Description PCIEO RX P 624 EE Express ane 0 RECEINE Differential Pair Positive PCIEO RX N G23 Express ane 0 Differential Pair Negative PCIEO TX P H26 PCI Express cane 0 Transmit Differential Pair Positive PCIEO TX N H25 PH Express rane 0 Transmit Differential Pair Negative PCIE1 RX P Pel Express ang 1 RECEIVE EE Differential Pair Positive PCIE1 RX 123 die Express rane 1 RECEIVE TAR Differential Pair Negative PCIE1 TX P K25 PCI Express rane 1 Transmit Differential Pair Positive PCIE TX N 26 PGI Express Lane 1 Transmit ES Differential Pair Negative PCIE2 RX P G28 PRI Express EE 2 RECEIVE T Um Differential Pair Positive PCIE2 RX N G27 die Express ane 2 Receive Differential Pair Negative PCIE2 TX P H30 PCI Express rane 2 Transat Differential Pair Positive PCIE2 TX N H29 POI 2 Transmit Differential Pair Negative PCIE3 RX P 128 Fel Express Lane 3 Receive Differential Pair Positive PCIE3 RX N 127 Express EIE 3 RECEIVE miii Differential Pair Negative PCIE3 TX P K30 PCI Express rane 3 Transmit Differential Pair Positive PCIE3 TX N K29 PGI Express Lane 3 Transmit Differenti
15. 4620 Lx W 170 73 mm x 200 00 mm 6 722 in x 7 874 in Unit Weight does not include PMC XMC modules or shipping material e ACEX 4610 0 68 Ibs 0 309 kg e ACEX 4620 0 91 Ibs 0 413 kg 21 0mm e Acromag Inc Tel 248 295 0310 60 www acromag com 4610 4620 CARRIER BOARD Dui Be E USER S MANUAL WXOM MI USA 2013 1018 9930 itin eie dida gn ACEX 4620 Carrier Dimensions in millimeters Acromag Inc Tel 248 295 0310 61 www acromag com 4610 4620 CARRIER BOARD USER S MANUAL ACROMAG WIXOM MI USA 2013 1018 934 8 Tay ipn T ipii The e it i Paige prd wi i yiii aha i y Dno Ll Lie mw DIMENSIONS ARE IN MILLIMETERS ACEX 4610 Carrier Dimensions in millimeters Acromag Inc Tel 248 295 0310 62 www acromag com 4610 4620 CARRIER BOARD USER S MANUAL 5 2 Power Requirements Input power e Operating Input Voltage Range 10 to 36V DC e Required input watts 175W e Absolute maximum current 17 5amps Summarized below are the expected current draws for each of the specified power supply output voltages Power Supply Voltage Current Draw e 3 3 VDC 5 0 929 A Typical 10 A maximum e 5 0 VDC 596 0 288 A Typical 9 A maximum e 12 VDC 5 1 210 A Typical 7 maximum e 12 V
16. 613 614 G17 G18 G25 626 629 630 633 G34 G37 638 G41 ius G42 G45 G46 G49 G50 H3 H4 H7 H8 Ground H11 H12 H15 H16 H19 H20 H23 H24 Signals H27 H28 H31 H32 H35 H36 H39 H40 H43 H44 H47 H48 J1 12 15 J6 19 110 J14 117 18 121 122 25 J26 J29 J30 133 J34 137 38 J41 J42 J45 J46 149 150 K4 K7 K8 K11 K12 K15 K16 K19 K20 K23 K24 K27 K28 K31 K32 K35 K36 K39 K40 K43 K44 K47 K48 Acromag Inc Tel 248 295 0310 52 www acromag com 4610 4620 CARRIER BOARD Table 3 26 2 Searay 200 Pin Power Supply Connector Pins The 200 pin Searay Connector is only available on the ACEX4620 Carrier USER S MANUAL Signal 200 Pin Description 10 36VDCin A20 B20 put Power supply 10 to 36 volts 12V C20 D20 Plus 12 Volt Supply 5V_LOADS A1 E20 Plus 5 Volt Supply 3 3V_LOADS C1 E1 Plus 3 3 Volt Supply G1 G2 G5 G6 G9 G10 G13 G14 G17 G18 K8 11 12 GNE K15 K16 K19 K20 H3 H4 H7 H8 F7 F8 F11 F12 F15 F16 J1 J2 J5 16 19 110 J13 114 J17 18 11 H12 H15 H16 H19 20 F3 Ground Signals Table 3 26 3 Mezzanine Board Power Supply Connector Pins Acromag Inc Tel 248 295 0310 12 GND This connector provides Mezzanine Power Board to Carrier interconnect Description Number Pin Description Numbe
17. Tel 248 295 0310 2 WWW acromag com 4610 4620 CARRIER BOARD USER S MANUAL 3 15 3 16 3 17 3 18 3 19 3 20 3 21 3 22 3 23 3 24 3 25 3 26 Fig 3 14 1 Model ACEX 4620 Bottom Board Image ccccssssssececccccssssseeeeecccccnsssseeeeescecasssseeeeeseoees 34 500 Seata 35 200 PIn Seaf dy DOR VEL EA PIU EC EQUES RLUREDRU A UI Kd 35 Dual Function miniPCle and mSATA 5 2 35 JTAG Program Header Connector Pinouts eeeee eese ence eene eee eene nennen nnne 36 Table 3 4 2 P2 and Programming Connector Pinouts 36 PMC XMC Site 1 and Site 251065 0555 37 Table 3 19 1 J11 J21 PMC PCI Signal Connector 85 0 0 0 37 Table 3 19 2 J12 J22 PMC PCI Signal Connector 85 38 Table 3 19 3 J13 J23 PMC PCI Signal Connector PinOuts sssssccccccecsssssscceccceeeesssssceeeeeeeesssssseeeeees 39 Table 3 19 4 J14 PMC PCI X Signal Connector ennnn 40 Table 3 19 5 J24 PMC PCI X Signal Connector 85 1 41 Table 3 19 6 Site 1 Site 2 Conne
18. VCC 12V VCC 12V VCC 12V 109 VCC 12V VCC 12V VCC 12V VCC 12V 110 GND GND GND GND For detailed signal descriptions refer to the COM Express Module Base Specification Rev 2 1 Note 1 NO CONNECT The functionality of the signals on these pins as described in the COM Express Module Base Specification Rev 2 1 is not available on the XCOM 6400 module Acromag Inc Tel 248 295 0310 57 www acromag com 4610 4620 CARRIER BOARD USER S MANUAL 4 0 SERVICE AND REPAIR 4 1 Service and Repair Assistance Surface Mounted Technology SMT boards like the 46 family of carrier boards are generally difficult to repair The board can be easily damaged unless special SMT repair and service tools are used For these and other reasons it is strongly recommended that a non functioning board be returned to Acromag for repair Acromag has automated diagnostic and test equipment that thoroughly checks the performance of suspect boards Furthermore when any repair is made the board is retested before return shipment to the customer Please refer to Acromag s Service Policy Bulletin or contact Acromag for complete details on how to obtain parts or return parts for repair 4 2 Preliminary Service Procedure CAUTION POWER MUST BE TURNED OFF BEFORE SERVICING BOARDS Before beginning repair be sure that all of the procedures in the Preparation for Use section have been followed Also refer to the documentation of your
19. and 3 3 volts are provided to each of the XMC sites To each of the PMC sites 5 and 3 3 volts are provided The 46 carrier itself generates 12 volt which is provided to the PMC sites The power supply module also provides 3 3 volts to each of the mPCle mSATA sites The power supply module is provided with purchase of the ACEXA46XX carrier and comes installed as shown in figure 3 20 1 3 26 1 Power Management Aninput voltage of 10V to 36V DC to the carrier is required for proper operation and used to generate the necessary on board voltage rails 12V 5V and 3V3 i e 3 3 volts From the 3V3 power supply 1V2 and 1V5 are generated The 10V to 36V DC input power is received on the 500 pin Searay connector Pins A30 to A39 A maximum 175W supply is needed to provide this input power e The 5V and 3 3V supplies come up with the 10V to 36V input power The 5V supply is designed to provide 9A of current The 3 3V supply is designed to provide 10A of current Note that the 5V standby supply will continue to provide power to the Com Express module as long as the 10V to 36V DC input voltage is provided 12V power supply is enabled by the Com Express CPU carriers allow the management of power via the Com Express and its operating system The carrier uses the S3H State signal from the Com Express to control the state of the 12 power supply When the Com Express leaves state 3 that is w
20. applications have a compromise temperature range of 0 C to 70 C Note 6 Audio Codec has a compromise temperature range of 0 C to 70 C Acromag Inc Tel 248 295 0310 7 www acromag com 4610 4620 CARRIER BOARD USER S MANUAL ACEX 4620 LF Model ACEX 4610 LF Model Active HeatSink XHSA 6400 Acromag Inc Tel 248 295 0310 8 www acromag com 4610 4620 CARRIER BOARD USER S MANUAL See Appendix A for installation instructions Conduction Cool Kit ACEX CC 01 ACEX 4600 EDK LF ACEX 4600 DLS 1 3 2 Key Features All Models e Two USB 2 0 port routed to 500 pin Searay connector and two USB ports available at two mPCle sites e Four USB 3 0 ports routed to 500 pin Searay connector Two SATA ports routed to two SATA connectors e Three Digital Display Interface DDI ports are available for Display Port and HDMI DVI interfaces These ports are routed directly from the COM Express module to the 500 pin Searay connector e One VGA port is routed to 500 pin Searay connector e One Embedded Display eDP port or LVDS channel A signals can be Acromag Inc Tel 248 295 0310 9 www acromag com 4610 4620 CARRIER BOARD USER S MANUAL used and are routed to the 500 pin Searay connector e Two Gigabit LAN ports are routed to the 500 pin Searay connector One with Ethernet signals coming direct from the COM Express and the other with Ethernet coming from an Ethernet c
21. carrier board to verify that it is correctly configured Replacement of the board with one that is known to work correctly is a good technique for isolating a faulty part 4 3 Where to Get Help If you continue to have problems your next step should be to visit the Acromag worldwide web site at http www acromag com Our web site contains the most up to date product and software information Go to the Support tab to access Application Notes e Frequently Asked Questions FAQ s e Product Knowledge Base Tutorials e Software Updates Drivers Acromag s application engineers can also be contacted directly for technical assistance via email telephone or FAX through the contact information listed below Note that an email question can also be submitted from within the Knowledge Base or directly from the Contact Us tab When needed complete repair services are also available Acromag Inc Tel 248 295 0310 58 www acromag com ACEX4610 4620 CARRIER BOARD USER S MANUAL e Email solutions acromag com e Phone 248 295 0310 Acromag Inc Tel 248 295 0310 59 www acromag com 4610 4620 CARRIER BOARD USER S MANUAL 5 0 SPECIFICATIONS 5 1 Physical Height 33 3 mm 1 31 in Height including all metalwork but not XMC or PMC module Board Thickness 2 3 mm 0 0905 in Height from Carrier PCB to tallest component 20 0mm 0 787 in 4610 Lx W 170 73 mm x 125 0 mm 6 722 in x 4 921 in ACEX
22. this material including but not limited to the implied warranties of merchantability and fitness for a particular purpose Further Acromag assumes no responsibility for any errors that may appear in this manual and makes no commitment to update or keep current the information contained in this manual No part of this manual may be copied or reproduced in any form without the prior written consent of Acromag 1 2 1 Trademark Trade Name and Copyright Information 2014 by Acromag Incorporated All rights reserved Acromag and Xembedded are registered trademarks of Acromag Incorporated All other trademarks registered trademarks trade names and service marks are the property of their respective owners 1 2 2 Class A Product Warning This is a Class A product In a domestic environment this product may cause radio interference in which case the user may find it necessary to take adequate corrective measures 1 2 3 Environmental Protection Statement This product has been manufactured to satisfy environmental protection requirements where possible Many components used structural parts circuit boards connectors batteries etc are capable of being recycled Final disposition of this product after its service life must be conducted in Acromag Inc Tel 248 295 0310 5 WWW acromag com 4610 4620 CARRIER BOARD USER S MANUAL accordance with applicable country state or local laws or regulations Acromag Inc Tel
23. voltage read at the LTC2991 port V4 multiplied by 4 74 will give the 12volt supply voltage Signal Constant LTC2991 Port Input Voltage 8 32 V1 and V2 12 Volt Supply 4 74 V4 5 Volt Supply 2 0 V6 3 3 Volt Supply 1 0 V8 Acromag Inc Tel 248 295 0310 33 www acromag com 4610 4620 CARRIER BOARD USER S MANUAL 3 14 Bottom Board Image Fig 3 14 1 Model ACEX 4620 Bottom Board Image Mini PCle or Mini SATA Site 2 Mini PCle or SATA Site 1 iii LP iii 414 aaan DIP Switch 500 Pin Searay SATA 1 JTAG 200 Pin Searay Acromag Inc Tel 248 295 0310 34 www acromag com 4610 4620 CARRIER BOARD USER S MANUAL 3 15 500 Pin Searay The ACEX 4620 10 models all use one high speed 500 SEARAY connector that is shown in the picture above This 500 pin connector can interface with ACEX 4600 EDK and other custom I O panels The carrier passes the peripheral signals from the COM Express CPU through this connector along with the PMC XMC Site 1 Rear I O signals 3 16 200 Pin Searay The smaller SEARAY connector is a 200 pin connector that is used to interface with the ACEX 4620 double wide COM Express Carrier The ACEX 4620 carrier passes the PMC XMC Site 2 Rear I O signals through this connector to the high speed connectors shown in the diagram above The single wide ACEX 4610 carriers does not contain a s
24. www acromag com 4610 4620 CARRIER BOARD USER S MANUAL acexs620 c HE NIN H HEI MEI H SERIAL 431046H Wn p p wo HUE EM 10 00 01 3 00 9 96 Wu wu EM EE E M ACROMAG INC WOM MCH USA 504242 T1512ACEX4620003 CEX 4620 XX LF Rev Ce ee ee ee ee ee HTH HAUT Install 1030706 center 1030707 and 1030705 conduction cooling rails in locations shown above Use 12 of the countersunk screws provided See countersunk screw image below verre VE See the following image which shows the location of these 12 screws used to hold the 3 conduction cooling rails Acromag Inc Tel 248 295 0310 69 www acromag com 4610 4620 CARRIER BOARD USER S MANUAL ACROMAG WIXOM USA 2013 1018 933D 001201 Ze Y EECH d T 5595559 s 222 e em m is pu Dodoo 090090 OC EE 8090000000000000000 000000 888888888005590202 S 479 pn 9509650055 ae Abba AAA 1 EI 3309 This image shows the location of these 12 screws used to hold the 3 conduction cooling rails Acromag Inc Tel 248 295 0310 70 www acromag com 4610 4620 CARRIER BOARD USER S MANUAL Tr 5 gt E e Se T e v O 1030704 1030703 42 IS 5 LU Ad SU Been 5 D e The XMC PMC conduction cooling rails1030704 and 1030703 are lo
25. 0 Differential Pair 716 DP13 4 D13 H6 J16 SIO11 P Site 1 Rear I O Differential Pair J16 SIO11 4 F9 H9 J16 SIO11 N Site 1 Rear 1 0 Differential Pair J16 SIO11 F8 H10 116 4 Site 1 Rear I O Differential Pair J16 DPO4 B5 H13 Acromag Inc Tel 248 295 0310 44 www acromag com 4610 4620 CARRIER BOARD USER S MANUAL Table 3 19 7 J16 XMC Signal Connector Pinouts Continued Signal Name Description 2 116 Site 1 Rear I O Differential Pair 16 DPO4 B5 H13 J16 P Site 1 Rear 1 0 Differential Pair J16_DP04 A5 H14 J16 SIO6 N Site 1 Rear Differential Pair 16 5106 C12 H17 16 5106 P Site 1 Rear Differential Pair 16 5106 C13 H18 J16 SIO7 P Site 1 Rear Differential Pair J16_SIO7 F13 J3 J16 SIO7 N Site 1 Rear Differential Pair J16 SIO7 F12 116 5104 P Site 1 Rear I O Differential Pair J16_SIO4 15 J7 J16 5104 Site 1 Rear I O Differential Pair 16 5104 C14 J8 116 DPO6 Site 1 Rear I O Differential Pair 16 DPO6 B7 J11 J16 DPO6 P Site 1 Rear 1 0 Differential Pair J16 DPO6 A7 J12 J16 DPO3 N Site 1 Rear Differential Pair 16 DPO3 E3 J15 J16 P Site 1 Rear 1 0 Differential Pair J16 DPO3 D3 J16 J16 DP12 N Site 1 Rear I
26. 248 295 0310 6 www acromag com 4610 4620 CARRIER BOARD USER S MANUAL 1 3 Carrier Board Information All Models ACEX4610 20 The ACEX 4610 ACEX 4620 models are Type 6 COM Express carrier boards The ACEX 4610 model provides a COM Express interface with one PMC XMC site and the ACEX 4620 model provides a COM Express interface with two PMC XMC sites Interface to HDMI VGA Display Port SATA USB 2 USB 3 Ethernet PCle x4 GPIO RS232 RS485 and Audio is provided via EDK and ACEX FP boards also available from Acromag 1 3 1 Ordering Information The 46 carriers ordering options are given in the following table Model Number Temp Range ACEX 4620 LF Type 6 Double Wide PMC XMC COM 400C to 859C55 Express Carrier Lead free Solder Type 6 Single Wide PMC XMC COM 2 E 1 4 E 0 5 6 Express Carrier Lead free Solder Note 1 Model listed includes all standoffs and screws required for an air cooled application Note 2 A conduction cooled application will require purchase of Carrier Accessory ACEX CC 01 Conduction Cool Kit Note 3 An air cooled application with an Acromag XCOM 6400 will require purchase of the Active Heatsink XHSA 6400 Note 4 Air cooled applications may also require the Acromag Engineering Development Kit ACEX 4600_EDK LF Lead free The platform to mount the carrier and EDK is available as Engineering Lab Development Platform ACEX 4600 DLS Note 5 Air cooled
27. Acromag 9 THE LEADER IN INDUSTRIAL 1 ACEX 4610 4620 COM Express Type 6 Carrier Board USER S MANUAL ACROMAG INCORPORATED 30765 South Wixom Road Wixom MI 48393 7037 U S A Tel 248 295 0310 Fax 248 624 9234 Copyright 2014 Printed in the USA Data and specifications are subject to change without notice 8501 005 4610 4620 CARRIER BOARD USER S MANUAL Table of Contents LU GENERAL INFORMA TIO N 5 1 1 Intended Audience eee sun rua suu ea EY 5 1 2 I 5 1 2 1 Trademark Trade Name and Copyright Information seen 5 1 2 2 Class Product Warning 2 core 5 1 2 3 Environmental Protection Statement ccssssscsssssssssseesssscesssssseesssssseessssseessseeseesasseseeseseaees 5 1 3 Carrier Board Information All Models 4610 20 7 1 3 1 Ordering INFORMATION eren ero reinen eese ee NUT 7 1 3 2 Key Features All ea e eaae aee Ene eaa aane reae D e Vrae gea sn va E 9 1 3 3 Key Features Models ACEX 4620 10 1 4 Signal Interface Products icccssecsscessncscesessssacissundavseaniasssdicvacnsensiensieseseasaseceasosniceacmaneiues 11 1 5 SOR WANE 11 1 6 References
28. C in XMC site 1 on an ACEX 4610 or ACEX 4620 carrier board The P3 JTAG connector connects to the PMC XMC in XMC site 2 on an ACEX 4620 carrier board VREF can be set to either 2 5V or 3 3V Setting On switch 1 of Dipswitch DIP1A selects 2 5V for VREF to XMC PMC slot 1 Setting On switch 2 of Dip switch DIP1A selects 2 5V for VREF to XMC PMC slot 2 The switch left Off selects 3 3V Please refer to Table 2 4 1 for more information on the Dip switch settings and descriptions Table 3 4 2 P2 and P3 PinDescription Number Pin Description Number 2 Programming Connector SMB CLK VREF Pinouts TDO as ota f e Notes 1 NC Not Connected 2 2 has the SMB CLK and SMB DATA on pins 1 and 12 On the P3 pins 1 and 12 are NC Acromag Inc Tel 248 295 0310 36 www acromag com 4610 4620 CARRIER BOARD USER S MANUAL 3 19 PMC XMC Site 1 and Site 2 Slots XMC can be used in both Site 1 and Site 2 PMC can also be used in both Site 1 and Site 2 However if an XMC is used with a PMC module the XMC XMC and PMC Expansion must be in Site 1 and the PMC must be in Site 2 See Figure 3 14 1 for Site 1 Sites and Site 2 locations The following tables list the board connections for the PMC XMC Site 1 ACEX 4610 20 and Site 2 ACEX4620 only connectors J11 to J24 The PMC connector pins tables are given first followed by the XMC connector pin tables rable 3 19 1 J11 121pM
29. C pci Pin Description Number Pin Description Number Signal Connector Pinouts 3 N 4 INTER 5 wm 6 This connector provides PCI suswopis 7 gt v 8 bus signals for PMC modules 9 NC j 10 Lew u pog 39 4 wm sew 4s 5 46 e en Ap sv GND ss 56 s 58 ap x 69 Acromag Inc Tel 248 295 0310 37 www acromag com 4610 4620 CARRIER BOARD USER S MANUAL Notes Not Connected Table 3 19 2 J12 J22 PMC PCI This connector provides PCI bus signals for PMC modules signal Connector Pinouts Pin Description Number Pin Description Number EE PERR p 40 cec 43 44 4 45 46 M EN 4 AD 48 Ap 4 AD7 51 NC 52 GND 59 NC ACK64 ML Notes 1 Not Connected Acromag Inc Tel 248 295 0310 38 www acromag com 4610 4620 CARRIER BOARD USER S MANUAL Table 3 19 3 J13 J23 PMC PCI This connector provides PCI bus signals for PMC modules Pin Number Description En GND ee 5 6 cw 8 10 32 4 4 46
30. DC 5 Typical 1 A maximum Note 1 Typical current draw is using an XCOM 6400 316 i5 1 66GHz an EDK with 64GB SSD and without PMC XMC modules installed add additional current for PMC XMC modules 5 3 Environmental Considerations Summarized below are the operating temperature range airflow and other environmental requirements and applicable standards for the 46 family of carrier boards 5 3 1 Operating Temperature Model Number Temp Range ACEX 4620 LF Slot PMC XMC Lead free Solder 409C to 859Ct3 4610 1 1 Slot PMC XMC Lead free Solder 40 C to 85 C1 3 Note 1 An air cooled application with an Acromag XCOM 6400 will require purchase of the Active Heatsink XHSA 6400 Note 2 Air cooled applications have a compromise temperature range of 0 C to 70 C Note 3 Audio Codec has a compromise temperature range of 0 C to 70 C Acromag Inc Tel 248 295 0310 63 www acromag com ACEX4610 4620 CARRIER BOARD USER S MANUAL 5 3 2 Other Environmental Requirements 5 3 2 1 Relative Humidity The range of acceptable relative humidity is 5 to 95 non condensing 5 3 2 2 Isolation The PCI PCle bus and field commons are non isolated and have a direct electrical connection 5 3 3 Vibration and Shock Standards 46 carrier boards passed the following Vibration and Shock standards 5 3 3 1 ACEX 4610 20 Vibration Operating MIL STD 810G Method 514 6 Procedure
31. DO Acromag Inc Tel 248 295 0310 32 51 TMS www acromag com 4610 4620 CARRIER BOARD 3 13 2 2 EEPROM 3 13 3 SMBus Voltage Current Temperature Sensor Table 3 13 4 Current Reading Conversion Constants Table 3 13 5 Voltage Reading Conversion Constants USER S MANUAL There is one EEPROM device U2700 on the 2 bus Information such as board module number part number and revision level can be stored in this location Address line AO to A2 are pulled to logic high placing the device at address OxAE A6 A3 1010b for EEPROM devices This device U3800 is on the SMBus and will report board temperature as well as current and voltages for the 12 5 and 3 3 volt supplies Figure 3 14 1 shown below shows the location of this device under the site 1 Address lines AO to A2 are pulled to logic high The 12V_Current 5v_Current and 3p3v_Current signals are routed to 03800 2 analog to digital converter The voltages present on these signals can be converted to a current reading in software with use of the following constants For example voltage read at LTC2991 port V3 multiplied by 2 3 will give the 12volt supply current reading in amps Signal Constant LTC2991 Port 12v_Current 2 3 V3 5v_Current 2 5 V5 3p3v_Current 2 7 V7 Other LTC2991 ports are used to provide a reading of the voltages of the input voltage 12v 5v and 3 3v supplies For example the
32. DPO7 E7 F9 J16 DPO7 P Site 1 Rear 1 0 Differential Pair J16 DPO7 D7 F10 J16 SIO10 P Site 1 Rear I O Differential Pair J16 51010 C9 F13 J16 SIO10 N Site 1 Rear 1 0 Differential Pair J16 SIO10 C8 F14 J16 DPO2 N Site 1 Rear I O Differential Pair 16 DPO2 B3 F17 J16 DPO2 P Site 1 Rear 1 0 Differential Pair J16 DPO2 4 A3 F18 116 DPOO Site 1 Rear I O Differential Pair 16 DPOO B1 F19 J16 DPOO P Site 1 Rear 1 0 Differential Pair J16 DPOO A1 F20 J16 SIO5 P Site 1 Rear 1 0 Differential Pair J16_SIO5 F15 G3 J16 5105 XMC Site 1 Rear I O Differential Pair J16 SIO5 F14 G4 J16 DPO8 N Site 1 Rear I O Differential Pair 16 DPO8 B9 G7 J16 DPO8 P Site 1 Rear 1 0 Differential Pair J16_DPO8 A9 G8 J16 DPO9 N Site 1 Rear I O Differential Pair 16 DPO9 E9 G11 J16 DPO9 P Site 1 Rear Differential Pair J16 DPO9 4 D9 G12 J16 DPO5 N Site 1 Rear I O Differential Pair 16 DPO5 E5 G15 J16 DPO5 P Site 1 Rear 1 0 Differential Pair J16 DPO5 D5 G16 J16 DPO1 N Site 1 Rear I O Differential Pair 16 DPO1 E1 G19 J16 DPO1 P Site 1 Rear Differential Pair 716 DPO1 4 D1 G20 J16 DP15 N Site 1 Rear I O Differential Pair 16 DP15 E15 H1 J16 DP15 P Site 1 Rear 1 0 Differential Pair J16 DP15 D15 H2 J16 DP13 N Site 1 Rear I O Differential Pair 16 DP13 E13 H5 J16 DP13 P Site 1 Rear 1
33. E19 E8 J16 DP19 N Site 1 Rear I O Differential Pair 16 DP19 D19 E9 116 5109 P Site 1 Rear I O Differential Pair J16_SIO9 F11 E10 J16 SIO9 N Site 1 Rear Differential Pair J16 SIO9 F10 E11 J16 SIOO GCLK P Site 1 Rear I O Differential Pair 16 5100 C19 E12 J16 SIOO GCLK N Site 1 Rear Differential Pair 16 SIOO C18 E13 J16 SIO13 P Site 1 Rear I O Differential Pair J16 51013 F7 E14 J16 SIO13 N Site 1 Rear Differential Pair 16 SIO13 F6 E15 J16 SIO15 P Site 1 Rear I O Differential Pair J16 51015 F5 E16 J16 SIO15 N Site 1 Rear 1 0 Differential Pair J16 51015 FA E17 J16 SIO17 P Site 1 Rear Differential Pair J16 51017 F3 E18 J16 SIO17 N Site 1 Rear I O Differential Pair 16 SIO17 F2 E19 Acromag Inc Tel 248 295 0310 43 www acromag com 4610 4620 CARRIER BOARD USER S MANUAL Table 3 19 7 J16 XMC Signal Connector Pinouts Continued Signal Name Description 2 S J16 DP17 N Site 1 Rear I O Differential Pair J16 DP17 E17 F1 J16 DP17 P Site 1 Rear 1 0 Differential Pair J16 DP17 D17 F2 J16 DP11 N Site 1 Rear I O Differential Pair J16 DP11 E11 F5 J16 DP11 P Site 1 Rear I O Differential Pair J16 DP11 4 D11 F6 J16 DPO7 N Site 1 Rear I O Differential Pair 16
34. GND GND GND GND 52 PCIE TX54 PCIE RX5 PEG RXO PEG 53 PCIE TX5 PCIE RX5 PEG RXO PEG TXO 54 GPIO GPO1 PEG LANE 55 PCIE 4 PCIE RX4 PEG 1 PEG TX1 56 PCIE 4 PCIE 4 PEG 1 PEG 1 57 GND GPO2 2 GND 58 PCIE_TX3 PCIE_RX3 PEG 2 PEG 2 59 PCIE_TX3 PCIE_RX3 PEG RX2 PEG TX2 60 GND GND GND GND 61 2 RX2 PEG RX3 PEG Acromag Inc Tel 248 295 0310 55 WWW acromag com 4610 4620 CARRIER BOARD USER S MANUAL Table 3 27 1 COM Express Connector Table Continued Pin Row A Row B Row C Row D 62 PCIE_TX2 PCIE_RX2 PEG RX3 PEG TX3 63 1 64 1 PCIE_RX1 NO CONNECT NO CONNECT 65 PCIE_TX1 1 RX4 PEG 4 66 GND WAKEO RX4 PEG_TX4 67 GPI2 WAKE1 NO CONNECT GND 68 PCIE PCIE_RXO RX5 PEG_TX5 69 PCIE TXO PCIE RXO PEG 5 PEG TX5 70 GND GND GND GND 71 NO CONNECT NO PEG RX6 PEG 6 72 NO CONNECT NO PEG RX6 PEG TX6 73 eDP_TX1 NO CONNECT GND GND 74 eDP_TX1 NO RX7 PEG_TX7 75 eDP TXO NO RX7 PEG TX7 76 eDP TXO NO GND GND 77 eDP VDD EN NO NO CONNECT NO CONNECT 78 NO CONNECT
35. General Vibration Category 20 Ground vehicles ground mobile 8 500Hz Sinusoidal 5Grms X Y and Z axis 1hr per axis 15 minute sweep up 15 minute sweep down test duration Shock Operating MIL STD 810G Method 516 6 Procedure functional Shock 50g 11ms half sine 3 positive negative per axis Total of 18 drops 5 3 4 EMC Directives The 46 carrier boards are designed to comply with EMC Directive 2004 108 EC e Immunity per EN 61000 6 2 Electrostatic Discharge Immunity ESD per IEC 61000 4 2 Radiated Field Immunity RFI per IEC 61000 4 3 Electrical Fast Transient Immunity EFT per IEC 61000 4 4 Surge Immunity per IEC 61000 4 5 Conducted RF Immunity per IEC 61000 4 6 e Emissions per EN 61000 6 4 Enclosure Port per CISPR 16 Low Voltage AC Mains Port per CISPR 16 Note This is a Class A product Acromag Inc Tel 248 295 0310 64 www acromag com 4610 4620 CARRIER BOARD USER S MANUAL 5 4 Reliability Prediction MTBF Mean Time Between Failure MTBF in hours using MIL HDBK 217F FN2 Per MIL HDBK 217 Ground Benign Controlled GgGc Table 5 4 1 ACEX 4620 Table 5 4 2 ACEX 4610 Temperature 25 C MTBF Hours 396 901 MTBF Years 45 3 Failure Rate FIT 2 520 40 C 285 804 FIT is Failures in 10 hours Temperature 25 C MTBF Hours 420 431 32 6 MTBF Years 48 0 3 499 Failure Rate FIT 2 379 40
36. Inc Tel 248 295 0310 42 www acromag com 4610 4620 CARRIER BOARD Table 3 19 7 J16 XMC Signal Connector Pinouts USER S MANUAL This connector provides user signals via a rear 1 0 for modules These signals are routed to the 500 pin Searay connector Signal Name Description 2 J16 SIO1 N Site 1 Rear Differential Pair J16 SIO1 F18 D5 J16 SIO1 P Site 1 Rear Differential Pair J16 5101 F19 D6 116 5108 P Site 1 Rear 1 0 Differential Pair J16_SIO8 C11 D9 J16 SIO8 N Site 1 Rear I O Differential Pair J16 SIO8 C10 D10 J16 SIO12 P Site 1 Rear I O Differential Pair J16 51012 C7 D13 J16 SIO12 N Site 1 Rear Differential Pair 16 SIO12 C6 D14 J16 SIO16 P Site 1 Rear I O Differential Pair J16 51016 C3 D17 J16 SIO16 N Site 1 Rear 1 0 Differential Pair 16 SIO16 C2 D18 J16 SIO2 N Site 1 Rear I O Differential Pair J16 SIO2 C16 E2 J16 SIO2 P Site 1 Rear 1 0 Differential Pair J16 5102 C17 E3 J16 SIO3 P Site 1 Rear I O Differential Pair J16 5103 F17 E4 J16 SIO3 N XMC Site 1 Rear I O Differential Pair J16 SIO3 F16 E5 J16 DP16 N Site 1 Rear I O Differential Pair 16 DP16 B17 E6 J16 DP16 P Site 1 Rear 1 0 Differential Pair J16 DP16 A17 E7 J16 DP19 P Site 1 Rear 1 0 Differential Pair 716 DP19 4
37. N Site 2 Rear I O Differential Pair 26 DPO3 E3 H17 26 P Site 2 Rear I O Differential Pair 26 DPO3 D3 H18 J26 DP16 N Site 2 Rear I O Differential Pair 26 DP16 B17 J3 J26 DP16 P Site 2 Rear 1 0 Differential Pair J26 DP16 A17 JA J26 DP12 N Site 2 Rear I O Differential Pair J26 DP12 B13 J7 J26 DP12 P Site 2 Rear I O Differential Pair J26 DP12 A13 J8 126 DPO8 Site 2 Rear I O Differential Pair J26 DPO8 B9 111 26 DPO8 P Site 2 Rear I O Differential Pair J26 DPO8 A9 J12 J26 DPO4 Site 2 Rear I O Differential Pair J26 DPO4 B5 J15 J26 P Site 2 Rear I O Differential Pair J26 A5 J16 J26 Site 2 Rear I O Differential Pair J26 DPOO B1 J19 J26 DPOO P Site 2 Rear I O Differential Pair J26 DPOO A1 J20 J26 DP18 N Site 2 Rear I O Differential Pair J26 DP18 B19 K1 J26 DP18 P Site 2 Rear I O Differential Pair J26 DP18 A19 K2 J26 DP14 N XMC Site 2 Rear I O Differential Pair J26 DP14 B15 K5 J26 DP14 P Site 2 Rear I O Differential Pair J26 DP14 A15 K6 J26 DP10 N Site 2 Rear I O Differential Pair J26 DP10 B11 K9 J26 DP10 P Site 2 Rear I O Differential Pair J26 DP10 A11 K10 J26 DPO6 Site 2 Rear I O Differential Pair J26 DPO6 B7 K13 J26 DPO6 P Site 2 Rear I O Differential Pair J26 DPO6 A7 K14 J26 DPO2 N XMC Site 2 Rear I O Differential Pair
38. NNECT 25 SATA2_RX SATA3_RX NO CONNECT NO CONNECT 26 SATA2_RX SATA3 RX NO CONNECT DDI1_PAIRO 27 BATLOW WDT NO CONNECT DDI1 PAIRO 28 SATA ACTH HAD SDIN2 NO CONNECT NO CONNECT 29 HAD SYNC HAD SDIN1 NO CONNECT DDI1_PAIR1 Acromag Inc Tel 248 295 0310 54 www acromag com ACEX4610 4620 CARRIER BOARD USER S MANUAL Table 3 27 1 COM Express Connector Table Continued Pin Row A Row B Row C Row D 30 HAD_RST HAD_SDINO NO CONNECT DDI1_PAIR1 31 GND GND GND GND 32 HDA_BITCLK SPKR DDI2_CTRLCLK_AUX DDI1_PAIR2 33 HDA_SDOUT lC CK DDI2_CTRLDATA_AUX DDI1 PAIR2 34 NO CONNECT UC DAT DD DDC AUX SEL DDI1 DDC AUX SEL 35 THRMTRIP THRM NO CONNECT NO CONNECT 36 USB6 USB7 DDI3 CTRLCLK_AUX DDI1_PAIR3 37 USB6 USB7 DDI3 CTRLDATA AUX DDI1 PAIR3 38 USB 6 7 OCH USB 4 5 OCH DDI3 DDC AUX SEL NO CONNECT 39 05 4 USB5 DDI3 PAIRO DDI2_PAIRO 40 USB4 USB5 DDI3 PAIRO DDI2 PAIRO 41 GND GND GND GND 42 USB2 USB3 DDI3 PAIR1 DDI2_PAIR1 43 USB2 USB3 0013_ 1 0012 PAIR1 44 USB 2 3 OCH USB 01 OCH DDI3 HPD DDI2 45 USBO USB1 NO CONNECT NO CONNECT 46 USBO USB1 DDI3_PAIR2 DDI2_PAIR2 47 VCC_RTC NO DDI3 PAIR2 DDI2 PAIR2 48 NO CONNECT NO CONNECT NO CONNECT NO CONNECT 49 NO SYS_RESET DDI3_PAIR3 DDI2_PAIR3 50 LPC_SERIRQ CB_RESET 0013 PAIR3 DDI2 PAIR3 51
39. NO PEG RX8 PEG 8 79 NO CONNECT eDP BKLT EN PEG RX8 PEG TX8 80 GND GND GND GND 80 GND GND GND GND 81 NO CONNECT NO CONNECT PEG 9 PEG 9 82 NO CONNECT NO CONNECT PEG RX9 PEG TX9 83 eDP_AUX eDP_BKLT_CTRL NO CONNECT NO CONNECT 84 eDP_AUX VCC_5V_SBY GND GND 85 GPI3 VCC_5V_SBY PEG_RX10 PEG_TX10 86 NO CONNECT VCC_5V_SBY PEG_RX10 PEG_TX10 87 eDP_HPD VCC_5V_SBY GND GND 88 PCIE_CLK_REF NO CONNECT PEG_RX11 _ 11 89 PCIE_CLK_REF VGA_RED PEG_RX11 11 90 GND GND GND GND 91 SPI POWER VGA GRN PEG RX12 PEG _TX12 92 SPI MISO VGA BLU PEG RX12 PEG TX12 93 GPOO VGA HSYNC GND GND Acromag Inc Tel 248 295 0310 56 www acromag com 4610 4620 CARRIER BOARD USER S MANUAL Table 3 27 1 COM Express Connector Table Continued Pin Row A Row B Row C Row D 94 SPI_CLK VGA_VSYNC PEG_RX13 PEG_TX13 95 SPI MOSI VGA 17 CK PEG RX13 PEG TX13 96 NO CONNECT VGA l C DAT GND GND 97 SPI_CS1 NO CONNECT NO CONNECT 98 SERO_TX NO CONNECT PEG 14 PEG 14 99 SERO_RX NO CONNECT PEG_RX14 14 100 GND GND GND GND 101 SER1_TX FAN PWMOUT PEG_RX15 PEG TX154 102 1 TACHIN PEG RX15 PEG TX15 103 NO CONNECT NO CONNECT GND GND 104 VCC 12V VCC 12V VCC 12V VCC 12V 105 VCC 12V 12V VCC 12V VCC 12V 106 VCC 12V VCC 12V VCC 12V VCC 12V 107 VCC 12V VCC 12V VCC 12V VCC 12V 108 VCC 12V
40. O Differential Pair J16 DP12 B13 J19 J16 DP12 P Site 1 Rear Differential Pair J16_DP12 A13 J20 J16 DP18 N Site 1 Rear I O Differential Pair J16 DP18 B19 K1 J16 DP18 P Site 1 Rear 1 0 Differential Pair J16 DP18 A19 K2 J16 DP14 N Site 1 Rear I O Differential Pair J16 DP14 B15 K5 J16 DP14 P Site 1 Rear 1 0 Differential Pair J16 DP14 A15 K6 J16 DP10 N Site 1 Rear I O Differential Pair 16 DP10 B11 K9 J16 DP10 P Site 1 Rear 1 0 Differential Pair J16 DP10 A11 K10 J16 SIO14 P Site 1 Rear I O Differential Pair J16 51014 C5 K13 J16 SIO14 N Site 1 Rear Differential Pair 16 SIO14 CA K14 116 51018 GCLK P Site 1 Rear 1 0 Differential Pair 716 51018 F1 K17 16 51018 GCLK XMCSite 1 Rear Differential Pair J16 SIO18 C1 K18 Acromag Inc Tel 248 295 0310 45 www acromag com 4610 4620 CARRIER BOARD USER S MANUAL Table 3 19 8 J26 XMC Site 2 Signal Connector This connector provides user signals via a rear 1 0 for modules and is routed to the 200 pin Searay connector Signal Name Description Gear ged 126 5104 P Site 2 Rear I O Differential Pair J26 5104 C15 D5 126 5104 Site 2 Rear Differential Pair J26 SIO4 C14 D6 J26 SIO8 P Site 2 Rear 1 0 Differential Pair J26 5108 C11 D9 J26 SI
41. O8 N Site 2 Rear I O Differential Pair J26 SIO8 C10 D10 J26 SIO12 P Site 2 Rear 1 0 Differential Pair J26 51012 C7 D13 J26 SIO12 N XMC Site 2 Rear I O Differential Pair J26 SIO12 C6 D14 J26 SIO16 P Site 2 Rear I O Differential Pair J26 SIO16 C3 D17 J26 SIO16 N Site 2 Rear Differential Pair J26 SIO16 C2 D18 126 5101 P Site 2 Rear I O Differential Pair J26 51014 F19 E2 J26 SIO1 N Site 2 Rear I O Differential Pair J26 SIO1 F18 E3 J26 SIO3 P Site 2 Rear 1 0 Differential Pair J26 5103 F17 E4 J26 SIO3 N XMC Site 2 Rear I O Differential Pair J26 SIO3 F16 5 126 SIO5 P Site 2 Rear I O Differential Pair J26 5105 F15 E6 J26_SIO5_N XMC Site 2 Rear I O Differential Pair J26 SIO5 F14 E7 J26 SIO7 P Site 2 Rear I O Differential Pair J26 5107 F13 E8 J26 SIO7 N Site 2 Rear Differential Pair J26 SIO7 F12 E9 J26 SIO9 P Site 2 Rear I O Differential Pair J26 5109 F11 E10 J26 SIO9 N Site 2 Rear I O Differential Pair J26 SIO9 F10 E11 J26 SIO11 P Site 2 Rear I O Differential Pair J26 51011 F9 E12 J26 SIO11 N Site 2 Rear I O Differential Pair J26 SIO11 F8 E13 J26 SIO13 P Site 2 Rear I O Differential Pair 26 51013 F7 E14 J26 SIO13 N Site 2 Rear I O Differential Pair J26 SIO13 F6 E15 J26 SIO15 P Site 2 Rear I O Differential Pair J26 51015 F5 E16 J26 SIO15 N Site 2 Rear Differential
42. Pair J26 SIO15 FA E17 J26 SIO17 P Site 2 Rear I O Differential Pair J26 51017 F3 E18 J26 SIO17 N Site 2 Rear Differential Pair J26 SIO17 F2 E19 J26 SIOO P Site 2 Rear I O Differential Pair 26 5100 C19 F1 Acromag Inc Tel 248 295 0310 46 www acromag com 4610 4620 CARRIER BOARD USER S MANUAL Table 3 19 8 J26 XMC Site 2 Signal Connector Continued Signal Name Description Der 2 126 5100 Site 2 Rear 1 0 Differential Pair J26_SIOO 18 2 126 5102 P Site 2 Rear I O Differential Pair J26 5102 C17 F5 J26 SIO2 N Site 2 Rear I O Differential Pair J26 SIO2 C16 F6 126 5106 P Site 2 Rear I O Differential Pair 26 5106 C13 F9 126 5106 Site 2 Rear Differential Pair J26 SIO6 C12 F10 J26 SIO10 P Site 2 Rear I O Differential Pair 26 51010 C9 F13 J26 SIO10 N Site 2 Rear Differential Pair 26 SIO10 C8 F14 J26 SIO14 P Site 2 Rear I O Differential Pair J26 51014 C5 F17 J26 SIO14 N Site 2 Rear Differential Pair J26 SIO14 CA F18 126 51018 P Site 2 Rear I O Differential Pair J26 51018 F1 F19 J26 SIO18 N Site 2 Rear Differential Pair J26 SIO18 C1 F20 J26 DP17 N Site 2 Rear I O Differential Pair 26 DP17 E17 G3 J26 DP17 P Site 2 Re
43. S 50 Table 3 22 1 Power Button Connector Pim cccccsssssssscsccccesssscscsscceeeesssscsssceeeeseessssccsceeeeeessssssccseeeeees 50 System Reset esee teresa aE EASO sena st hs ENER 50 Table 3 23 1 System Reset Button Connector Pin 50 RTC Battery ceso S 51 LED A A E A E A E A 51 lt ennt eoe aS Ur ER REERE 51 3 26 17 Power Management 5 eerie eene deene dee Eed iSo su ee 51 Table 3 26 1 Searay 500 Pin Power Supply Connector 4 4424400 2 1 52 Table 3 26 2 Searay 200 Pin Power Supply Connector 4 442 000 53 Acromag Inc Tel 248 295 0310 3 WWW acromag com 4610 4620 CARRIER BOARD USER S MANUAL Table 3 26 3 Mezzanine Board Power Supply Connector Pins eeee ee eere eene nennen nennen 53 3 27 COM Express ER iesu ness ne 54 Table 3 27 1 Express Connector Table 54 4 0 SPRANGEN 58 4 1 Service and Repair Assistance 1 0 nentes east 58 4 2 Preliminary Service Procedure 1 1 2
44. _N 6 124 RIO29 P OA O J24 RIO29 N J24 RIO31 GCLK P 124 RIO31 Lemon cas J24 RIO30 N oa 2 4 10 12 14 16 18 20 22 24 26 28 30 32 34 36 38 42 50 52 54 56 58 62 1 D1 3 D2 5 C2 7 C3 D3 11 13 15 5 17 5 19 21 6 23 25 7 27 8 29 8 31 9 33 10 35 11 37 011 39 012 41 12 43 C13 45 B13 47 B14 A14 51 A15 53 B15 55 B16 57 A16 59 A17 61 C18 63 C19 Acromag Inc Tel 248 295 0310 41 www acromag com 4610 4620 CARRIER BOARD USER S MANUAL Table 3 19 6 XMC Site 1 Site 2 Connector J15 J25 XMC Signal Pinouts This connector provides PCle bus signals for XMC modules Pin A B D E F 1 PETOpO PETOnO 3 3V 1 PETOn1 VPWR 2 GND GND TRST GND GND MRSTI 3 PETOp2 PETOn2 3 3V PETOp3 PETOn3 VPWR 4 GND GND TCK GND GND MRSTO 5 PETOp4 PETOn4 3 3V PETOp5 PETOn5 VPWR 6 GND GND TMS GND GND 12V 7 PETOp6 PETOn6 3 3V PETOp7 PETOn7 VPWR 8 GND GND TDI GND GND 12V 9 RFU RFU RFU RFU RFU VPWR 10 GND GND TDO GND GND GAO 11 PEROpO PEROnO MBIST PEROp1 PEROn1 VPWR 12 GND GND GA1 GND GND MPRESENT 13 PEROp2 PEROn2 3 3V AUX PEROp3 PEROn3 VPWR 14 GND GND GA2 GND GND MSDA 15 PEROp4 PEROn4 RFU PEROp5 PEROn5 VPWR 16 GND GND MVMRO GND GND MSCL 17 PEROp6 PEROn6 RFU PEROp7 PEROn7 RFU 18 GND GND RFU GND GND RFU 19 REFCLK 0 REFCLK O RFU WAKE ROOTO RFU Acromag
45. acting your sales representative e COM Express Module Base Specification Rev 2 1 http www acromag com e APTIO Core BIOS Manual for Acromag Products featuring the Intel 4 Generation Haswell Core Processor Family http www acromag com XCOMA6XX Engineering Design Kit EDK Board http www acromag com Acromag Inc Tel 248 295 0310 11 www acromag com 4610 4620 CARRIER BOARD USER S MANUAL 2 0 PREPARATION FOR USE IMPORTANT PERSONAL AND PRODUCT SAFETY CONSIDERATIONS It is very important for the user to consider the possible safety implications of power wiring component sensor or software failures in designing any type of control or monitoring system This is especially important where personal injury or the loss of economic property or human life is possible It is important that the user employ satisfactory overall system design It is understood and agreed by the Buyer and Acromag that this is the Buyer s responsibility WARNING This board utilizes static sensitive components and should only be handled at a static safe workstation This product is an electrostatic sensitive device and is packaged accordingly Do not open or handle this product except at an electrostatic free workstation Additionally do not ship or store this product near strong electrostatic electromagnetic magnetic or radioactive fields unless the device is contained within its original manufacturer s packagin
46. address LPC_AD2 F46 command and data bus LPC_AD3 F45 LPC_FRAME F43 LPC frame indicates the start of a LPC cycle LPC_DRQO D42 LPC serial DMA request LPC_DRQ1 PCH DRQ184 D41 LPC serial DMA request LPC_SERIRQ E INT SERIRQ E42 LPC serial interrupt LPC CLK PCI F42 LPC clock output The carrier provides two RS232 or RS485 serial ports that are routed directly to the 500 pin Searay connector See the dip switch selection section 2 4 for the serial port configuration options RS232 RS422 Searay EE 500 UART TXO B33 General Purpose Serial Port 0 from oreo Carrier Transmitter Positive UART TXO N B34 General Purpose Serial Port 0 from miim Carrier Transmitter Negative UART RXO P B35 General Purpose serial Port 0 from 2 7 7 Carrier Receiver Positive UART RXO N B36 General Purpose Serial Port 0 from 65 Carrier Receiver Negative UART TX1 P B37 General Purpose serial Port 1 from Carrier Transmitter Positive UART N B38 General Purpose Serial Port 1 from gt Carrier Transmitter Negative UART RX1 P B39 General Purpose Serial Port 1 from T Carrier Receiver Positive UART_RX1_N B40 General Purpose Serial Port 1 from Carrier Receiver Negative www acromag com 4610 4620 CARRIER BOARD 3 12 Audio Codec USER S MANUAL One audio input and one audio output is routed from the carrier s audio codec to the 500 pin Searay con
47. al Pair Negative Acromag Inc Tel 248 295 0310 29 www acromag com 4610 4620 CARRIER BOARD USER S MANUAL 3 9 GPIO Connector Pinouts Eight General Purpose 1 0 4 input and 4 output interfaces are available See Table 3 9 1 below for a summary of the GPIO connectors Table 3 9 1 GPIO Connector GPIO Signal eid Description GPI O D19 General Purpose Input 0 GPI 1 C20 General Purpose Input 1 GPI 2 B19 General Purpose Input 2 GPI 3 B20 General Purpose Input 3 0 23 General Purpose Output 0 GPO 1 B24 General Purpose Output1 GPO 2 E20 General Purpose Output 2 GPO 3 D20 General Purpose Output 3 3 10 LPC Bus Interface Connector Pinouts The Low Pin Count LPC bus interface is available for a range of low speed bus peripherals This interface routes directly from the COM Express module to the 500 pin Searay connector The LPC bus can provide legacy PC functions including PS2 keyboard and mouse ports serial and parallel ports and a floppy interface Table 3 10 1 below summarizes the LPC bus connectors Acromag Inc Tel 248 295 0310 30 www acromag com 4610 4620 CARRIER BOARD Table 3 10 1 LPC Bus Interface Connector Pinouts 3 11 RS232 RS485 Table 3 11 1 RS232 RS422 Connector Pins Acromag Inc Tel 248 295 0310 USER S MANUAL LPC Interface Searay 500 Pin Description LPC_ADO E46 LPC_AD1 E45 LPC multiplexed
48. and 5 USB 2 0 Connector Pinouts 2 222 21 LEM NEE 21 Table 3 3 1 SATA 1 and SATA 2 21 SATA Power Connector P 17 iret 22 Table 3 3 2 SATA Power 22 Figure 3 3 1 SATA 1 J7 and SATA 2 J3 Locations 22 Table 3 3 3 SATA 2 J7 and SATA 3 J3 Searay Connector Pinouts Eight optional resistors R170 R177 must be added to the carrier to bring this SATA signals to the Searay connector Red 23 3 4 Digital Display net geg 24 Table 3 4 1 Digital Display Interface Connector Pinouts 24 EE 25 Table 3 5 1 VGA Connector PINUS nsise 25 3 6 eDP Embedded Display Port sisisiccicccesiicstsiceaiecctecscstwtenntoncecdatsnntun eV ak LE mE Rx RES E aue 26 Table 3 6 1 Embedded Display Port Connector Pinouts 121 0 21 nnne ennt nnnnn 26 3 7 Gigabit eT Y 27 Table 3 7 1 Gigabit Ethernet Controller 0 direct from COM Express Module Connector Pinouts 27 Table 3 7 2 Gigabit Ethernet Controller 1 Connector Pinouts 444 44 2 28 38 TES 29 Table 3 8 1 PCle x4 Connector Pinouts
49. ar I O Differential Pair J26 DP17 4 D17 G4 J26 DP13 N Site 2 Rear I O Differential Pair 26 DP13 E13 G7 J26 DP13 P Site 2 Rear I O Differential Pair J26 DP13 D13 G8 J26 DPO9 Site 2 Rear I O Differential Pair J26 DPO9 E9 G11 J26 DPO9 P Site 2 Rear I O Differential Pair J26 DPO9 D9 G12 J26 DPO5 N Site 2 Rear I O Differential Pair 26 DPO5 E5 G15 J26 DPO5 P Site 2 Rear I O Differential Pair J26 DPO5 D5 G16 J26 DPO1 N Site 2 Rear I O Differential Pair J26 DPO1 E1 G19 J26 DPO1 P Site 2 Rear I O Differential Pair J26 DPO1 D1 G20 J26 DP19 N Site 2 Rear I O Differential Pair J26 DP19 D19 H1 J26 DP19 P Site 2 Rear I O Differential Pair J26 DP19 E19 H2 J26 DP15 N Site 2 Rear I O Differential Pair J26 DP15 E15 H5 J26 DP15 P Site 2 Rear I O Differential Pair J26 DP15 D15 H6 J26 DP11 N XMC Site 2 Rear I O Differential Pair J26 DP11 E11 H9 J26 DP11 P Site 2 Rear I O Differential Pair J26 DP11 D11 H10 J26 DPO7 Site 2 Rear I O Differential Pair J26 DPO7 E7 H13 J26 DP0O7 P Site 2 Rear I O Differential Pair J26 DPO7 D7 H14 Acromag Inc Tel 248 295 0310 47 www acromag com 4610 4620 CARRIER BOARD USER S MANUAL Table 3 19 8 J26 XMC Site 2 Signal Connector Continued Signal Name Description 4 2 J26 DPO3
50. cated as shown in this image Place the conduction cooling rails on the board as shown above Acromag Inc Tel 248 295 0310 7 www acromag com 4610 4620 CARRIER BOARD USER S MANUAL aner acex s620 LF WE WE H HI PNA MAN Mr DH SERIAL 431046H Wd d c LEE FM MAC ID 00 01 C3 00 9F 98 WW IEEE HEEL MI ACROMAG INC T1512ACEX4620003 Exil ACEX 4620 XX LF Rev uU oy on NL 3 An o I V 2 E a E 3 3 E E E E E E 28 E hold the XMC PMC condoction cooling rails to the board the screws shown the image above must be used 2 four M2 5 x 6MM screws used the locations shown the above image Acromag Inc Tel 248 295 0310 72 www acromag com 4610 4620 CARRIER BOARD USER S MANUAL acex sezoe HEH NNN HUEN Mt H SERIAL 4350455 IH METELLI V macio ooorcso0sr se I HME 2 HI T1512ACEX4620003 A CEX 4620 XX LF Rev F HIT E AHA RE i Reinstallation of the power board is described here Install the power board in the location as shown above Note that the edge of the power board must align with the conduction cooling rails as shown with the red lines above If offset from this alignment then the power board is not properly located on the board Reinstall four screws that were set aside from rem
51. ctor J15 J25 Signal Pinouts ccccssssssecececeeesssssseeeeeee 42 Table 3 19 7 J16 Signal Connector Pinouts 4 4 43 Table 3 19 7 J16 Signal Connector Pinouts Continued eeeeeeee esee eene enne nnn 44 Table 3 19 7 J16 Signal Connector Pinouts Continued eeeeeee eee eee eene nennen 45 Table 3 19 8 J26 Site 2 Signal Connector 2 4 46 Table 3 19 8 J26 Site 2 Signal Connector Continued eeeeeee eese 47 Table 3 19 8 J26 Site 2 Signal Connector Continued eeeeee eese e eee eene 48 Model ACEX 4620 Top Board Image 1 1 1 131111110 nnn nnne 49 Fig 3 20 1 Model ACEX 4620 Top Board 49 Cooling i Eo EE D Lo EURO EROR Kb 50 Table 3 21 1 P10 Cooling Fan Control Connector 50 Table 3 21 2 Fan Control Connector lt nnt etnas aas tnsa saei en assai 50 Power B tton 11 ed rore ine ea epe ooa ea EEN NEE
52. econd PMC XMC Site and therefore does not make a connection with the 200 pin SEARAY connector 3 17 Dual Function miniPCle and mSATA Slots The carrier has two dual function miniPCle mSATA slots Each of the dual function slots can accept either a mini PCle module or an mSATA module These slots use a multiplexer circuit that allows for the selection between connecting the PCle or SATA lane A USB 2 0 port is also provided as defined in the mini PCle specification The mini PCle mSATA slots are designed for full length modules With an adapter a half length module can alternatively be installed Board 6mm standoffs and M2 5 screws are provided with the carrier for installation of mini PCle mSATA modules See image 3 14 1 for the mini PCle and mSATA site 1 and 2 locations Acromag Inc Tel 248 295 0310 35 WWW acromag com 4610 4620 CARRIER BOARD USER S MANUAL 3 18 JTAG Program Header Connector Pinouts Some PMC XMC modules may utilize JTAG connections for FPGA programming or Chipscope debug activities Individual JTAG connections are available for each site through the use of a Molex 2x7 header Molex part number 87832 1420 Acromag XMC FPGA boards can be configured to route the JTAG programming signals through the XMC P15 XMC site 1 connector and XMC P25 XMC site 2 connector The location of the P2 and P3 JTAG programming headers on the carrier board are shown in Fig 3 14 1 The P2 JTAG connector connects to PMC XM
53. erential Pair 1 C24 Positive Differential Pair 1 C23 Negative Differential Pair EDP_HPD A26 Hot Plug Detection H22 eDP AUX eem 21 eDP AUX C22 eDP Power Enable 2 28 eDP Backlight Enable ge 27 eDP Backlight Brightness Control Acromag Inc Tel 248 295 0310 26 www acromag com 4610 4620 CARRIER BOARD USER S MANUAL 3 7 Gigabit Ethernet Table 3 7 1 Gigabit Ethernet Controller 0 direct from COM Express Module Connector Pinouts Two Gigabit LAN ports are routed to the 500 pin Searay connector One with Ethernet signals coming direct from the COM Express The second Gigabit Ethernet channels is provided using a x1 PCle lane from the Com Express to a carrier Intel 82574 PCle PHY Ethernet controller The Intel 82574 Ethernet Controller uses PCle lane 5 from the Com Express module Gigabit Ethernet Searay EE EE Signal 500Pin P Controller 0 from Module MDI MD P dd Differential Pair 3 Positive Controller O from Module MDI Ana Differential Pair 3 Negative Controller 0 from Module MDI DESS an Differential Pair 2 Positive Controller 0 from Module MDI OBEU MDI N Differential Pair 2 Negative Controller 0 from Module MDI GBE MDIL P Ge Differential Pair 1 Positive Controller 0 from Module MDI OBEU MONN cag Differential Pair 1 Negative Controller 0 from Module MDI GBEQ MOUP id Differential Pair O Positive Controller O fro
54. f SS DPD_CTRL_AUX_P N signals DPD_HPD D34 Hot Plug Detect DPD TXO P H34 Positive Differential Pair DPD TXO N H33 Negative Differential Pair DPD TX1 P K34 Positive Differential Pair DPD TX1 N K33 Negative Differential Pair DPD TX2 P J32 Positive Differential Pair DPD TX2 N J31 Negative Differential Pair DPD TX3 P G32 Positive Differential Pair DPD TX3 N G31 Negative Differential Pair 3 5 VGA An analog RGB interface is available for CRT monitor and DDC support Table 3 5 1 below summarizes the VGA connectors Table 3 5 1 VGA Connector VGA Signal Searay 500 Description Pinouts pin VGA_RED B44 Red for monitor VGA_GRN B45 Green for monitor VGA_BLU B43 Blue for monitor VGA_HSYNC D45 Horizontal sync VGA_VSYNC D44 Vertical sync DC CK D46 DDC clock line Acromag Inc Tel 248 295 0310 25 www acromag com 4610 4620 CARRIER BOARD USER S MANUAL VGA I2C DAT C46 DDC data line 3 6 eDP Embedded Display Port One Embedded Display port or LVDS channel A signals can be alternatively used on this eDP refer to Table 3 6 1 below Table 3 6 1 Embedded Display Port Connector Pinouts LVDS BKLT CTRL eDP Signal D Description aes E24 Positive Differential Pair 1 23 Negative Differential Pair Ts D26 Positive Differential Pair SUE D25 Negative Differential Pair 1 26 Positive Differential Pair ae F25 Negative Diff
55. g Be aware that failure to comply with these guidelines will void the Acromag Limited Warranty 2 1 Unpacking and Inspecting Upon receipt of this product inspect the shipping carton for evidence of mishandling during transit If the shipping carton is badly damaged or water stained request that the carrier s agent be present when the carton is opened If the carrier s agent is absent when the carton is opened and the contents of the carton are damaged keep the carton and packing material for the agent s inspection For repairs to a product damaged in shipment refer to the Acromag Service Policy to obtain return instructions It is suggested that salvageable shipping cartons and packing material be saved for future use in the event the product must be shipped This board is physically protected with packing material and electrically protected with an anti static bag during shipment However it is recommended that the board be visually inspected for evidence of mishandling prior to applying power Acromag Inc Tel 248 295 0310 12 www acromag com ACEX4610 4620 CARRIER BOARD USER S MANUAL 2 2 Installation Considerations IMPORTANT Adequate air circulation is required Refer to the specifications section for loading and power requirements Be sure that the system power supplies are able to accommodate the power requirements of the system boards plus the installed Acromag board within the voltage tolerances specified
56. hen 534 goes high the 12 Acromag Inc Tel 248 295 0310 51 WWW acromag com 4610 4620 CARRIER BOARD USER S MANUAL power supply is enabled and provides 12V power The 12V supply is designed to provide 7A of current The 12V power supply uses the 12V power to generate the 12V The 12V supply is designed to provide 1A of current From the 5V and 3 3V supplies the 5V load and 3 3V load supply voltages are generated These load supplies are enabled by the Com Express CPU The State 3 signal PM_SLP_S3 from the CPU when logic high enables these load supplies A1 5V supply is generated from the 3 3V load power The 1 5V power is used to power the mSATA mPCle sites A maximum of 1A of current is available from the 1 5V supply e A1 2V supply is also generated from the 3 3V load power The 1 2V power is used to power the TSi384 PCle to PCI bridge chip Table 3 26 1 Searay 500 Pin Power Supply Connector Pins Power Searay Supply 500 Pin Description 10 to Input Power 36VDCin peto Supply 10 to 12 20 Plus 12 Volt Supply 5V_LOADS AAO C38 C39 Pius a velt E Supply 3 3V LOADS C41 D43 E44 Pusa VIE Supply 1 A41 A46 B27 B28 B41 B46 C25 C26 C29 C30 C42 to C45 D23 D24 D27 028 D31 032 E22 E25 E26 E29 E30 E33 E34 E37 E38 F4 F7 F8 F11 F12 F15 F16 F23 F24 F27 F28 F31 F32 F35 F36 F39 F40 F43 44 F47 F48 G1 G2 G5 Gb 69 G10
57. ignal 2 Description DPB_CTRL_AUX_P F38 DP AUX or HDMI DVI 2 Ctrl Clk DPB_CTRL_AUX_N F37 DP AUX or HDMI DVI DC Data Selects function of REES Gs DPD_CTRL_AUX_P N signals DDB_HPD D37 Hot Plug Detect DPB TXO P H38 Positive Differential Pair DPB TXO N H37 Negative Differential Pair DPB TX1 P K38 Positive Differential Pair DPB TX1 N K37 Negative Differential Pair DPB TX2 P J36 Positive Differential Pair DPB TX2 N J35 Negative Differential Pair DPB TX3 P G36 Positive Differential Pair DPB TX3 N G35 Negative Differential Pair DPC CTRL AUX P E32 DP AUX or HDMI DVI I2C Ctrl Clk DPC_CTRL_AUX_N E31 DP AUX or HDMI DVI DC Data Selects function of ge DPD_CTRL_AUX_P N signals DPC_HPD C33 Hot Plug Detect DPC TXO P D30 Positive Differential Pair DPC TXO N D29 Negative Differential Pair DPC TX1 P F30 Positive Differential Pair DPC TX1 N F29 Negative Differential Pair DPC TX2 P E28 Positive Differential Pair DPC TX2 N E27 Negative Differential Pair Acromag Inc Tel 248 295 0310 24 www acromag com 4610 4620 CARRIER BOARD USER S MANUAL Searay i Table 3 4 1 Digital Display DDI Signal 500 Pin Description Interface Connector DPC_TX3_P C28 Positive Differential Pair continued DPC_TX3_N C27 Negative Differential Pair DPD_CTRL_AUX_P F34 DP AUX or HDMI DVI 2 Ctrl Clk DPD_CTRL_AUX_N F33 DP AUX or HDMI DVI 2 Data Selects function o
58. iption Number 33V OPEN Figure 3 3 1 SATA 1 J7 and SATA 2 J3 Locations 3 3 3 SATA 2 SATA Power Acromag Inc Tel 248 295 0310 22 www acromag com 4610 4620 CARRIER BOARD USER S MANUAL Table 3 3 3 SATA 2 J7 and Searay ae ATA D SATA 3 J3 Searay Connector 5 signa 500Pin SEN Pinouts Eight optional S ATA2 Receive Differential Pair resistors R170 R177 must SATA RX2 P J40 Gare be added to the carrier to bring this SATA signals to the SATA N 139 SATA2 Receive Differential Pair Searay connector gt Negative SATA TX2 P 42 5 2 Transmit Differential Pair Positive SATA_TX2_N K41 SATA2 Transmit Differential Pair Negative SATA RX3 P G40 SATA3 Receive Differential Pair Positive SATA_RX3_N G39 SATA3 Receive Differential Pair Negative SATA TX3 P H42 SATA3 Transmit Differential Pair Positive SATA_TX3_N H41 SATA3 Transmit Differential Pair Negative Acromag Inc Tel 248 295 0310 23 www acromag com 4610 4620 CARRIER BOARD 3 4 Digital Display Interface USER S MANUAL Three Digital Display Interface DDI ports are available for Display Port and HDMI DVI interfaces DDI 1 can also support the SDVO interface See Table 3 4 1 below for a summary of the DDI connectors Table 3 4 1 Digital Display Interface Connector Pinouts DDI S
59. low Enable Site 2 OFF J25 Signal High Disable Site 2 4 ON SER MODEO see Serial Port Configuration below OFF SER MODEO see Serial port configuration below 5 ON SER MODE1 see Serial Port Configuration below OFF SER MODE1 see Serial Port Configuration below 6 ON mPCle mSATA site 1 mPCle enabled OFF mPCle mSATA site 1 mSATA enabled 7 ON mPCle mSATA site 2 mPCle enabled OFF mPCle mSATA site 2 mSATA enabled 8 ON PCI SEL 100 25 50 100MHz OFF PCI SEL 100 33 66 133MHz Note 1 Dipswitches 2 and 3 do not apply to the ACEX4610 models Serial Port Configuration SER ModeO SER Mode Dual RS 232 EC Acromag Inc Tel 248 295 0310 14 www acromag com 4610 4620 CARRIER BOARD USER S MANUAL COMO RS 232 COM1 RS 485 Dual RS 485 Low Power Shutdown Figure 2 4 1 Dipswitch Settings Note 1 Dipswitch 2 and 3 do not apply to the ACEX4610 models XMC and PMC Expansion XMC can be used in both Site 1 and Site 2 PMC can also be used in both Sites Site 1 and Site 2 However if an XMC is used with a PMC module the XMC must be in Site 1 and the PMC must be in Site 2 See Figure 3 14 1 for Site 1 and Site 2 locations If the PMC in Site 2 is not recognized check Dipswitch setting 3 and make sure it is set to off Acromag Inc Tel 248 295 0310 15 www acromag com 4610 4620 CARRIER BOARD USER S MANUAL 3 0 HARDWARE INFORMATION 3 1 Carrie
60. m Module MDI OREU Differential Pair 0 Negative Controller 0 from Module 1000 GEO 119008 EM Mb s Link Indicator GBEO LINK E49 Controller O from Module Link Indicator GBEO ACTH F49 Controller 0 from Module Activity x Indicator Acromag Inc Tel 248 295 0310 27 WWW acromag com 4610 4620 CARRIER BOARD USER S MANUAL Table 3 7 2 Gigabit Ethernet Controller 1 Connector Pinouts Gigabit Ethernet Searay Zut 500Pin Besenerion Controller 1 from Carrier MDI GBET MDIS P AAR Differential Pair 3 Positive Controller 1 from Carrier MDI GPE Sg Differential Pair 3 Negative Controller 1 from Carrier MDI pan Differential Pair 2 Positive Controller 1 from Carrier MDI pag Differential Pair 2 Negative Controller 1 from Carrier MDI ABRI MOP P Differential Pair 1 Positive Controller 1 from Carrier MDI eee on St Differential Pair 1 Negative Controller 1 from Carrier MDI MDIO_P GE Differential Pair 0 Positive Controller 1 from Carrier MDI eee Differential Pair 0 Negative External 1 9V Reference Voltage GBE1_1V9 E48 from Carrier for Gigabit Ethernet Controller 1 LINK ESO Controller 1 from Carrier Link Indicator GBE1 ACTH F50 Controller 1 trom Carrier Activity Indicator Acromag Inc Tel 248 295 0310 28 www acromag com
61. nector Description Right Channel Audio Line In from CODEC on Carrier Left Channel Audio Line In from CODEC on Carrier Right Channel Audio Line Out from CODEC on Carrier Table 3 12 1 Audio Codec Audio Codec Signal Searay Connector Pinouts 500 Pin LINE IN R A44 LINE IN_L A45 LINE OUT_R A42 LINE OUT_L B42 Left Channel Audio Line Out from CODEC on Carrier 3 13 SMBus and 12C bus The SMBus is optionally routed from the COM Express to the 500 pin Searay connector Resistors R18 and R19 on the ACEX 4620 or R48 and R49 on the ACEX 4610 normally open must be installed to allow connection of the SMBus to the Searay connector If these resistors are required for your application it is strongly recommended that the board be returned to Acromag for installation of these zero ohm resistors Description System Management Bus Bidirectional Data Line System Management Bus Bidirectional Clock Line Table 3 13 1 SMBus SMBus Signal Searay Connector Pinouts 500 Pin SMB_DATA E39 SMB_CLK E40 SMB_ALERT E41 System Management Bus Alert Signal SMBus is also brought out to the P2 connector on the carrier The SMB Clock is available on pin 1 of P2 and the SMB Data is available on pin 12 of P2 The P2 connector is a Molex 2x7 header Molex part number 87832 1420 The location of the P2 connector is shown in Figure 3 14 1 and is labeled XMC Site 1 JTAG Connector 51 T
62. nector to bring out PMC P4 and P16 signals e The increased available I O connections of the ACEX 4620 board can provide additional for required or optional features and provide a complete test platform for the XCOM 6400 Acromag Inc Tel 248 295 0310 10 www acromag com 4610 4620 CARRIER BOARD USER S MANUAL 1 4 Signal Interface Products 46 family of carrier boards is intended to be used with a custom front panel One example is the ACEX FP 01front panel available for interface to the ACEX 4610 carrier The ACEX FP 01 is designed to accept a power filter bridge board as an option 46 family of carrier boards can also be used with the ACEX EDK break out development board This board routes signals from the carrier s high density connector to individual peripheral connectors for an easy interface to I O devices 1 5 Software Support 46 family of carrier boards is intended to be used as a non intelligent bridge between the system PCle bus and the PMC XMC module s No software is required to operate the board However all PMC XMC modules will require support drivers specific to your operating system Refer to your PMC XMC PCle drivers 1 6 References The following resources regarding COM Express modules the XCOM46XX EDK board and the Haswell family of Intel core processors are available for download on Acromag s website or by cont
63. nsmit Positive USB Channel 1 USB1_SSTX_N H50 SuperSpeed Transmit Negative USB Channel 2 USB2_SSRX_P J43 SuperSpeed Receive Positive USB Channel 2 USB2_SSRX_N 144 SuperSpeed Receive Negative USB Channel 2 USB2_SSTX_P Kee SuperSpeed Transmit Positive USB Channel 2 USB2_SSTX_N K46 SuperSpeed Transmit Negative ma T USB Channel 3 7 SuperSpeed Receive Positive USB Channel 3 USB3_SSRX_N 644 SuperSpeed Receive Negative Hae USB Channel 3 i SuperSpeed Transmit Positive USB Channel 3 USB3_SSTX_N H46 SuperSpeed Transmit Negative Acromag Inc Tel 248 295 0310 20 www acromag com 4610 4620 CARRIER BOARD Table 3 2 2 USB Channels 4 and 5 USB 2 0 Connector Pinouts 3 3 SATA Table 3 3 1 SATA 1 and SATA 2 Connectors Acromag Inc Tel 248 295 0310 USER S MANUAL no USB 2 0 Signal 500Pin Description USB4_ 5V 29 USB Channel 4 Positive 5V from Carrier USB Channel 4 Differential Pair USBA P B29 USB4 USB Channel 4 Differential Pair USB4_N B30 USB4 USB5 45V B31 USB Channel 5 Positive 5V from Carrier USB Channel 5 Differential Pair USB5_P C31 USBS USB Channel 5 Differential Pair USB5_N C32 USB5 Note 1 Carrier board ground signals provided on Searay connector are given in Tables 3 26 1 and 3 26 2 The carrier references SATA ports as they are provided by the COM Express It is SATA ports 2 and 3 fr
64. o from COM Express to Audio Codec Audio line in port Audio line out port x8 general purpose 1 4 input ports o Input ports are 3 3V level signals routed direct from Com Express module Absolute max input voltage is 3 6V 4 output ports Output ports are 3 3V level signals routed direct from the Com Express module 66 www acromag com 4610 4620 CARRIER BOARD USER S MANUAL Appendix A Installation of Conduction Cooling Kit ACEX CC 01 co OM EL IE HE er j 2 EL KRISS Remove 4 screws at the locations shown with the red arrows above Put 4 screws aside for now We will need them when we reinstall the power board as our last step Carefully lift power board off the carrier Do not use capacitors or inductors to hold onto as you free the power board from the carrier Instead use your fingers under the board in the area of the four corners to lift the power board off Acromag Inc Tel 248 295 0310 67 www acromag com 4610 4620 CARRIER BOARD USER S MANUAL ACROMAG WIXOM MI USA 2013 1018 933D 20000 990 502 EE 99000000000000660 DO 889205558555 Remove 8 screws at the locations shown with the red arrows above This will free 4 Express standoffs and two blue power board mounting rails Note loctite was use with these screws so they may be difficult to remove Acromag Inc Tel 248 295 0310 68
65. om the COM Express that are routed to carrier on board SATA connectors 1 J7 and 2 J3 respectively as seen in figure 3 3 1 SATA ports 2 and 3 can optionally be routed to the 500 pin Searay connector Two additional SATA ports 0 and 1 are available on the mSATA sites 1 and 2 respectively The SATA connector is a seven conductor header There are three grounds and four active data lines in two pairs SATA 1 is labeled J7 on the carrier and SATA 2 is labeled J3 on the carrier The carrier connector is Molex 67800 8005 socket Pin Number Signal Name Function 1 GND Ground 2 SATA TX P Transmit 3 SATA_TX_N Transmit 4 GND Ground 21 www acromag com 4610 4620 CARRIER BOARD USER S MANUAL 5 SATA_RX_N Receive 6 SATA_RX_P Receive 7 GND Ground SATA Power Connector P17 The SATA power connector is a 4 pin conductor header The SATA power connector is labeled P17 on the carrier There is one ground and two power signals 5V and 12V available on this connector All power supplies are independently fused with a PolySwitch resettable device At 12V the fuse is rated to 0 5A 5V is rated to 1 1 A 3 3V supply is optionally available on Pin 3 Fuse F2 is currently open on the carrier and must be installed to bring 3 3V power to pin 3 of this connector This connector is a Molex 470531000 header Table 3 3 2 SATA Power Connector Pin Description Number Pin Descr
66. ontroller Four PCle lanes are routed direct from COM Express to 500 pin Searay connector e Eight General Purpose 1 0 4 input and 4 output interfaces routed from the COM Express to the 500 pin Searay connector e One Low Pin Count LPC bus interface is available for a range of low speed bus peripherals This interface routes directly from the COM Express module to the 500 pin Searay connector e The carrier provides two RS232 or RS485 serial ports that are routed directly to the 500 pin Searay connector e One audio input and one audio output is routed from the carrier s audio codec to the 500 pin Searay connector Afan PWM TACH control for fan speed control is routed to the Searay connector Aninput voltage of 10VDC 36VDC to the carrier will be required used to generate the necessary on board voltage rails 12V 5V and 3 3V The 3 3V power supply will be used to generate 1 2V 1 5V and any other required voltages using LDO low drop out regulators e Two miniPCle mSATA slots are available on the carrier The ACEX 46xx carrier boards support either conduction cooling or air cooling e This carrier is designed to meet extended temperature range and military grade standards for shock and vibration 1 3 3 Key Features Models ACEX 4620 Only The ACEX 4620 supports two PMC or XMC boards The ACEX 4610 supports one PMC or XMC board ACEX 4620 supports 200 pin secondary SEARAY con
67. oval of the power board in a previous step Acromag Inc Tel 248 295 0310 73 www acromag com 4610 4620 CARRIER BOARD Certificate of Volatility USER S MANUAL Acromag Model ACEX 4620 4610 Manufacturer Acromag Inc 30765 Wixom Rd Wixom MI 48393 Volatile Memory Does this product contain Volatile memory i e Memory of whose contents are lost when power is removed Yes No Type SRAM SDRAM etc size User Modifiable Function Process to Sanitize Yes No Type SRAM SDRAM etc Size User Modifiable Function Process to Sanitize Yes No Non Volatile Memory Does this product contain Non Volatile memory i e Memory of whose contents is retained when power is removed Yes No Type EEPROM Flash etc Size User Modifiable Function Storage of Process to Sanitize EEPROM 32Kb 4096 x m Yes ID and register Clear EEPROM memory by 8 No setting for operation erasing all bytes of Ethernet Controller Type EEPROM Flash etc Size User Modifiable Function Process to Sanitize EEPROM 2Kb Yes Storage of User Data Clear EEPROM memory by No erasing all bytes Acromag Representative Name Title Email Office Phone Office Fax Sales and solutions acromag com 248 295 0310 248 624 9234 Marketing Acromag Inc Tel
68. r PWRGD_COM www acromag com 4610 4620 CARRIER BOARD 3 27 COM Express Connector The processor and Peripheral Controller Hub PCH chipset are present on the COM Express Type 6 CPU module The COM Express connector pinouts are shown in Table 3 27 1 Table 3 27 1 COM Express Connector Table USER S MANUAL Pin Row A Row B Row C Row D 1 GND GND GND GND 2 GBEO_MDI3 GBEO_ACT GND GND 3 GBEO_MDI3 LPC_FRAME USB SSRXO USB SSTXO 4 GBEO_LINK100 LPC_ADO USB 55 0 USB 55 0 5 GBEO_LINK1000 LPC_AD1 GND GND 6 GBEO_MDI2 LPC_AD2 USB 55 1 05 55 1 7 GBEO_MDI2 LPC_AD3 USB_SSRX1 USB_SSTX1 8 GBEO_LINK NO GND GND 9 GBEO_MDI1 LPC_DRQ1 USB_SSRX2 _ USB_SSTX2 10 GBEO_MDI1 LPC_CLK USB_SSRX2 USB_SSTX2 11 GND GND GND GND 12 GBEO MDIO PWRBTN USB_SSRX3 USB_SSTX3 13 GBEO_MDIO SMB_CK USB_SSRX3 USB_SSTX3 14 NO CONNECT SMB_DAT GND GND 15 5 5 538 SMBALERT NO CONNECT DDI1_CTRLCLK_AUX 16 SATAO_TX SATA1_TX NO CONNECT DDI1_CTRLDATA_AUX 17 SATAO TX SATA1 TX NO CONNECT NO CONNECT 18 SUS 54 SUS 5 NO CONNECT NO CONNECT 19 SATAO_RX SATA1_RX PCIE_RX6 PCIE_TX6 20 SATAO RX SATA1 RX PCIE RX6 PCIE TX6 21 GND GND GND GND 22 SATA2 SATA3 NO CONNECT NO CONNECT 23 SATA2 TX SATA3 TX NO CONNECT NO CONNECT 24 SUS_S5 PWR_OK DDI1 HPD NO CO
69. r Board Block Diagrams Fig 3 1 1 Model ACEX 4610 The block diagrams for the 46 family of carrier boards are shown below in Figs 3 1 1 and 3 1 2 These may be a helpful reference as you review the connector pin out tables in this section Block Diagram 2 Bus USB 2 0 x2 USB 3 0 x4 DDI x3 VGA eDP SMBus Gigabit Ethernet Gigabit Ethernet 1 5V to mPCIE mSATA PCle x4 PCle x1 GPIO SATAO LPC BUS USB 6 PCle x1 SATA1 Line In USB 7 Line Out PCle REF CLK PCle REF CLKs Out Fan PWM TACH Control Power Button PCle PEG x4 Not Used System Reset Button COM Express Reset Out PCle PEG x4 1 2V to TSi384 PCle PEG x8 114 1 0 64bit 116 1 0 x8 and SIO 36bit 3 3V 5V and 12V 10 36VDCin 3 3V Acromag Inc Tel 248 295 0310 16 www acromag com 4610 4620 CARRIER BOARD USER S MANUAL Fig 3 1 2 Model ACEX 4620 Block Diagram Acromag Inc Tel 248 295 0310 17 www acromag com 4610 4620 CARRIER BOARD USER S MANUAL 2 Bus USB 2 0 x2 USB 3 0 x4 DDI x3 VGA eDP SMBus Gigabit Ethernet Gigabit Ethernet 1 5V to mPCIE mSATA PCle x4 PCle x1 USB6 GPIO LPC BUS PCle x1 SATA1 USB 7

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