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Concurrent Technologies CompactPCI AD PP5/013 Technical Reference Manual

Rear transition module
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All companies and product names are trademarks of their respective organizations.
Specification subject to change; E and OE.
Manual Order Code 520 379 Rev 03 November 2020
Concurrent Technologies Plc
Concurrent Technologies Inc.
`
Technical Reference Manual
for AD PP5/013 CompactPCI
Rear Transition Module
4 Gilberd Court, Colchester, Essex, CO4 9WN, UK
Tel: +44 (0)1206 752626
400 West Cummings Park, Suite 1300, Woburn, MA 01801, USA
Tel: (781) 933 5900
email:info@gocct.com www.gocct.com
®

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Summary of Contents for Concurrent Technologies CompactPCI AD PP5/013

  • Page 1 Rear Transition Module Manual Order Code 520 379 Rev 03 November 2020 4 Gilberd Court, Colchester, Essex, CO4 9WN, UK Concurrent Technologies Plc Tel: +44 (0)1206 752626 400 West Cummings Park, Suite 1300, Woburn, MA 01801, USA Concurrent Technologies Inc.
  • Page 2 Concurrent Technologies reserves the right to change specifications at any time without notice. Concurrent Technologies assumes no responsibility either for the use of this document or for any infringements of the patent or other rights of third parties which may result from its use. In particular, no license is either granted or implied under any patent or patent rights belonging to Concurrent Technologies.
  • Page 3 GLOSSARY OF TERMS ATA ........AT Attachment CODEC ......Coder / Decoder CPCI ........ CompactPCI DIL ........Dual In-Line DVI-D ....... Digital Video Interface – Digital ETH ........Ethernet GND ......... Ground (Power and Signal Common Reference (0V)) IDC ........Insulation Displacement Connector I/O ........

  • Page 4: Revision History

    REVISION HISTORY Revision Summary of Changes Date First release January 2019 Updated Figure 2-1, ETH4 Speed and Link/Activity LEDs are not supported April 2019 Updated Table A-19, Pin 5 is now GPO 0 (was 1) and Pin 3 is now GPO 1 (was 0) Updated Figure 1-1, added reference to RS422 to block diagram Updated Figure 3-1, added reference to RS422 to Functional Overview block diagram Updated Section 3.7, added Note to clarify configuration for the RS232 or RS422 operation...

  • Page 5: Table Of Contents

    TABLE OF CONTENTS GLOSSARY OF TERMS ..................iii REVISION HISTORY ....................iv TABLE OF CONTENTS ..................v TABLE OF FIGURES ..................vii TABLE OF TABLES ..................viii INTRODUCTION ..................1-1 General ............................. 1-1 Compliance to RoHS 2011/65/EU .................... 1-2 INSTALLATION ..................2-1 General ............................. 2-1 Front Panel Indicators .......................
  • Page 6 Connectors..........................A-5 A.5.1 Optional CPCI J4 Interface Pin-out ..................A-6 A.5.2 Optional CPCI J4 connector: DVI-D Connector (P1) ............... A-7 A.5.3 Optional CPCI J4 connector: USB Interface (P6) ..............A-8 A.5.4 Optional CPCI J4 connector: COM3 Serial Interface (P7) ............A-9 A.5.5 Optional CPCI J4 connector: GPIOs and Miscellaneous Signals (P11 and P14) ....

  • Page 7: Table Of Figures

    TABLE OF FIGURES Figure 1-1 Block Diagram ......................... 1-1 Figure 2-1 Front Panel Indicators, with J4 connector (AD PP5/013-04)........... 2-1 Figure 2-2 Front Panel Indicators, without J4 connector (AD PP5/013-00) ........2-1 Figure 2-3 Default Switch Settings....................2-3 Figure 2-4 Ethernet DIL Switches .....................
  • Page 8 TABLE OF TABLES Table A-1 Environmental Specification ..................A-2 Table A-2 Power Supply Requirements ..................A-4 Table A-3 CPCI Interface J4 (optional) - Pin-out ................A-6 Table A-4 DVI-D Connector P1 Pin-outs ..................A-7 Table A-5 USB Interface P6 - Pin-out .................... A-8 Table A-6 COM3 Serial Interface P7 - Pin-out ................

  • Page 9: Introduction

    INTRODUCTION General The AD PP5/013 Rear Transition Module (RTM) is designed primarily to complement Concurrent ® Technologies CompactPCI PP B7x/msd processor boards. The RTM provides I/O interface connectors for the following interfaces: SATA, PMC I/O, serial port, 10/100/1000 Mbps Ethernet ports and USB ports.

  • Page 10: Compliance To Rohs 2011/65/Eu

    INTRODUCTION Compliance to RoHS 2011/65/EU Unless otherwise stated, this product is offered in a form which complies with the RoHS 2011/65/EU directive. AD PP5/013...

  • Page 11: Installation

    INSTALLATION General It is strongly advised that an earthing strap should be worn at all times when handling the AD PP5/013 and its associated components in order to prevent damage to the board WARNING as a result of electrostatic discharge. If the package is badly damaged or water-stained, the carrier’s agent must be present when the board is unpacked.

  • Page 12: Ethernet Speed Led (Yellow)

    INSTALLATION 2.2.1 Ethernet Speed LED (Yellow) The LED indicates the connection speed:  Flashing = 1000 Mbps.  On = 100 Mbps.  Off = 10 Mbps. 2.2.2 Ethernet Link/Activity LED (Green) The LED indicates the connectivity and/or activity:  Flashing = Activity.

  • Page 13: Default Switch Settings

    INSTALLATION Default Switch Settings Figure 2-3 shows the default switch positions for the AD PP5/013. All RFU 1 2 3 4 1 2 3 4 1 2 3 4 1 2 3 4 1 2 3 4 1 2 3 4 Refer to Section 2.4 “Ethernet Switches”...

  • Page 14: Ethernet Switches

    INSTALLATION Ethernet Switches Although SW3 and SW4 configure Ethernet channel 2 and SW5 and SW6 configure Ethernet CAUTION CAUTION channel 3, all switches must be in the same position (i.e. either all ON, or all OFF). The AD PP5/013 is designed to operate with companion processor boards, which can be configured for: ...

  • Page 15: Installation And Power-Up

    INSTALLATION Installation and Power-up When the AD PP5/013 has been configured, it can be installed in the system backplane, as follows: Make sure that system power is turned OFF Slide the board into the designated slot, making sure that the board fits neatly into the runners. Push the board into the card-cage until the J3 - J5 connectors are firmly located.
  • Page 16 INSTALLATION This page is intentionally unused AD PP5/013...

  • Page 17: Functional Description

    Optional J4 connector: one interface is connected to a front panel USB 3.1 connector (USB3) and three interfaces are connected to three on-board headers (P8, P12 and P15). Concurrent Technologies can provide a single IDC to USB cable assembly to access a USB 2.0 NOTE NOTE interface (part number CB 10H/USB-00).

  • Page 18: 3.3.2 Usb 3.1 Interfaces

    FUNCTIONAL DESCRIPTION 3.3.2 USB 3.1 Interfaces There are two USB 3.1 interfaces provided on the AD PP5/013. The USB 3.1 interfaces are routed from the J5 connector. All the USB 3.1 interfaces support up to 5 Gbps signal rates. J5 connector: Two interfaces are connected to front panel USB 3.1 connectors (labeled as USB1 and USB2).

  • Page 19: Pmc I/O

    FUNCTIONAL DESCRIPTION PMC I/O PMC site 1 I/O signals from the main processor board are routed from the J5 connector to a 68- way female high-density D-connector (J10). The I/O signals from the PMC site 2 are routed from the J3 connector to a second 68-way female high-density D-connector (J11), which is located on the rear side of the AD PP5/013.

  • Page 20: 3.11 Miscellaneous Interface Signals

    FUNCTIONAL DESCRIPTION 3.11 Miscellaneous Interface signals The RTC Battery connection is provided via an on-board header (P14). A voltage between 3.0V and 3.3V should be provided if this feature is required.Access to the external power button signal, is also provided via an on-board header (P14). The Write Protect signal is also via the on-board header P14 and provides hardware write protection of all non-volatile memories on the main processor board.

  • Page 21: Specifications

    SPECIFICATIONS Functional Specification  64 I/O signals from companion processor board PMC site 1, routed to on- PMC I/O: board vertically mounted high-density D-type socket.  64 I/O signals from companion processor board PMC site 2, routed to on- board vertically mounted high-density D-type socket. ...

  • Page 22: Environmental Specification

    SPECIFICATIONS Environmental Specification Temperature Range -40°C to +85°C 0°C to +55°C -25°C to +70°C (operating) Temperature Range -40°C to +85°C -40°C to +85°C -40°C to +85°C (storage) 3°C / min Temperature Rate of Change 2°C / min 1°C / min Airflow 0 LFM 0 LFM...

  • Page 23: Dimensions

    SPECIFICATIONS Dimensions Height 13.5mm Depth 80mm Width 233mm Weight 285g (variant with the optional J4 connector fitted) AD PP5/013...

  • Page 24: Electrical Specification

    SPECIFICATIONS Electrical Specification VOLTAGE (V) REGULATION CURRENT (typical) +5%/-3% 0.1A +5.0V 0.6A +5%/-3% +3.3V Table A-2 Power Supply Requirements These figures do not include the additional load taken by the USB interfaces drawing power, NOTE NOTE increasing the +5.0V current. AD PP5/013...

  • Page 25: Connectors

    SPECIFICATIONS Connectors Figure A-1 Connector Layout - Topside ETH2 ETH3 USB2 USB1 DVI-D Line Out USB3 ETH4 Line In Headphone Figure A-2 Connector Layout with CPCI J4 connector - Front Panel (AD PP5/013-04) NOTE Connector USB3 supports USB 2.0 only. ETH2 ETH3 USB2 USB1...

  • Page 26: Optional Cpci J4 Interface Pin-Out

    SPECIFICATIONS A.5.1 Optional CPCI J4 Interface Pin-out WARNING WARNING On the AD PP5/012 RTM: CPCI J4 pin A1 is connected to VBATIN on header P14 NOTE This connector is a factory build option and is not available on all variants. CPCI interface J4 (optional) consists of a 150-pin connector with signals assigned as follows: COM3 DCD COM3 DTR...

  • Page 27: Optional Cpci J4 Connector: Dvi-D Connector (P1

    SPECIFICATIONS A.5.2 Optional CPCI J4 connector: DVI-D Connector (P1) The optional CPCI J4 connector supports access to the DVI-D interface via a female 24-way high density connector. The signal assignments are as follows: Signal Name Signal Name Signal Name DVI_TX0- DVI_TX2- DVI_TX1- DVI_TX0+...

  • Page 28: Optional Cpci J4 Connector: Usb Interface (P6

    SPECIFICATIONS A.5.3 Optional CPCI J4 connector: USB Interface (P6) USB VCC is protected by a self-resetting current limiting device (one per interface). The NOTE interface will operate with a load of (up to) 900mA. Only USB 2.0 is supported on connector P6. The optional CPCI J4 connector supports an additional USB 2.0 port interfaced through a USB 3.1 connector on the front panel (labeled as USB3), with signals assigned as follows: Signal...

  • Page 29: Optional Cpci J4 Connector: Com3 Serial Interface (P7

    SPECIFICATIONS A.5.4 Optional CPCI J4 connector: COM3 Serial Interface (P7) Concurrent Technologies can provide a single IDC to 9-pin D-sub cable assembly to access the NOTE NOTE serial interface (part number CB 10H/232-00) The optional CPCI J4 connector supports an additional serial interface (COM3), a standard...

  • Page 30: Optional Cpci J4 Connector: Gpios And Miscellaneous Signals (P11 And P14

    SPECIFICATIONS A.5.5 Optional CPCI J4 connector: GPIOs and Miscellaneous Signals (P11 and P14) The optional CPCI J4 connector supports additional General Purpose I/O (GPIO) signals and miscellaneous signals - Write Protect, Power Button signal, via the 10-pin headers P11 and P14. These signals are assigned as follows: Signal Direction...

  • Page 31: Cpci Interface J3 Pin-Out

    SPECIFICATIONS A.5.6 CPCI Interface J3 Pin-out CPCI interface J3 consists of a 114-way connector with signals assigned as follows: LP2_DA+ LP2_DA- LP2_DC+ LP2_DC- Ethernet ETH2 and LP2_DB+ LP2_DB- LP2_DD+ LP2_DD- ETH3 LP3_DA+ LP3_DA- LP3_DC+ LP3_DC- LP3_DB+ LP3_DB- LP3_DD+ LP3_DD- RTM POWER +3.3V +3.3V PMC2_I/O-5...

  • Page 32: Cpci Interface J5 Pin-Out

    SPECIFICATIONS A.5.7 CPCI Interface J5 Pin-out WARNING WARNING On the AD PP5/012 RTM: CPCI J5 pin C1 is not connected (NC) CPCI interface J5 consists of a 132-pin connector with signals assigned as follows: PMC1_I/O-5 PMC1_I/O-4 PMC1_I/O-3 PMC1_I/O-2 PMC1_I/O-1 PMC1_I/O-10 PMC1_I/O-9 PMC1_I/O-8 PMC1_I/O-7...

  • Page 33: Ethernet Interfaces (P2, P3 And J2

    SPECIFICATIONS A.5.8 Ethernet Interfaces (P2, P3 and J2) The Ethernet interfaces P2 (ETH 2)) and P3 (ETH3) and J2 (ETH4, from the optional J4 connector) are available via front panel RJ45 connectors, with signals assigned as follows: 10/100 Mbps Signal 1000 MbpsSignal Transmit (+) LPx_DA+...

  • Page 34: Usb Interfaces (P4 And P5

    SPECIFICATIONS A.5.9 USB Interfaces (P4 and P5) USB VCC is protected by a self-resetting current limiting device (one per interface). The interface will operate with a load of (up to) 900mA. NOTE Two USB 2.0 interfaces are always supported on connectors P4 and P5. Also on P4 and P5, two USB 3.1 interfaces share the same J5 connector pins as the two SATA interfaces on the S1 connector (SATA2 and SATA3).

  • Page 35: Usb Interface (P10) & Optional Cpci J4 Connector: Usb Interfaces (P8, P12, P15

    (up to) 500mA. NOTE NOTE Concurrent Technologies can provide a single IDC to USB cable assembly to access a USB 2.0 interface (part number CB 10H/USB-00). A USB 2.0 port is interfaced via a 10-way header connectors (P10).

  • Page 36: Com2 Serial Interface (P13

    SPECIFICATIONS A.5.11 COM2 Serial Interface (P13) Concurrent Technologies can provide a single IDC to 9-pin D-sub cable assembly to access the serial interface (part number CB 10H/232-00) NOTE NOTE The COM2 interface can be configured by the user for RS232 or RS422 operation.

  • Page 37: External Mass Storage Sata Interfaces (S1 And S2

    SPECIFICATIONS A.5.12 External Mass Storage SATA Interfaces (S1 and S2) SATA interface 0 is via the top part of SATA connector S2, and has signals assigned as follows: Lower Position Upper position Signal Signal GND (0V) GND (0V) SATA0 TX+ SATA1 TX+ SATA0 TX- SATA1 TX-...

  • Page 38: Pmc1 I/O Interface (J10

    SPECIFICATIONS A.5.13 PMC1 I/O Interface (J10) The PMC1 I/O signals are routed to a 68-way High Density D-Type connector (J10). The signals from the companion processor board PMC site 1 appear on J10. The signals are assigned as follows: Signal Signal Signal Signal...

  • Page 39: Pmc2 I/O Interface (J11

    SPECIFICATIONS A.5.14 PMC2 I/O Interface (J11) The PMC2 I/O signals are routed to a 68-way High Density D-Type connector (J11). The signals from the companion processor board PMC site 2 appear on J11. The signals are assigned as follows: Signal Signal Signal Signal...

  • Page 40: General Purpose I/O Interfaces (P9

    SPECIFICATIONS A.5.15 General Purpose I/O Interfaces (P9) The General Purpose I/O (GPIO) signals are made available via the 10-pin header at P9. Signals are assigned as follows: Signal Direction Signal Direction GP Input 1 Input VCC (+5V) GP Input 0 Input GP Output 0 Output...

  • Page 41: Legacy Speaker Interface (Lk2

    SPECIFICATIONS A.5.16 Legacy Speaker Interface (LK2) A legacy speaker interface is provided on 5-pin header LK2 with signals assigned as follows: Signal VCC(+5V) SPEAKER Table A-20 Speaker Interface LK2 - Pin-out Figure A-14 Speaker Interface LK2 - Location and Pin Map AD PP5/013 A-21...

  • Page 42: Audio Jacks (J6, J7, J8 And J9

    SPECIFICATIONS A.5.17 Audio Jacks (J6, J7, J8 and J9) There are four 3.5mm stereo audio jacks provided to connect to the high-definition (HD) audio interface. Table A-21 details the available outputs. Jack Used for Mic_In Headphone Line_In Line_Out Table A-21 Audio Jacks - Numbers DVI-D Line Out...

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