Euresys 1630 Coaxlink Mono, 1631 Coaxlink Duo, 1632 Coaxlink Quad, 1633 Coaxlink Quad G3, 1635 Coaxlink Quad G3 DF Hardware Manual

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Coaxlink

HARDWARE MANUAL

1630 Coaxlink Mono

1631 Coaxlink Duo

1632 Coaxlink Quad

1633 Coaxlink Quad G3

1635 Coaxlink Quad G3 DF

1637 Coaxlink Quad 3D-LLE

1638 Coaxlink Quad CXP-3

Coaxlink Hardware Manual

EURESYS s.a. shall retain all property rights, title and interest of the documentation of the hardware and the software, and of the trademarks of EURESYS s.a.

All the names of companies and products mentioned in the documentation may be the trademarks of their respective owners.

The licensing, use, leasing, loaning, translation, reproduction, copying or modification of the hardware or the software, brands or documentation of EURESYS s.a. contained in this book, is not allowed without prior notice.

EURESYS s.a. may modify the product specification or change the information given in this documentation at any time, at its discretion, and without prior notice.

EURESYS s.a. shall not be liable for any loss of or damage to revenues, profits, goodwill, data, information systems or other special, incidental, indirect, consequential or punitive damages of any kind arising in connection with the use of the hardware or the software of EURESYS s.a. or resulting of omissions or errors in this documentation.

Coaxlink Hardware Manual

Contents

About This Document 5

Document Scope 5

Document Revision History 6

Document Structure 7

Mechanical Specification 8

Product Pictures 9

Physical Characteristics 13

Components Location 14

Connectors 18

CoaXPress Host Connector 19 CoaXPress Host Connector 20 CoaXPress Host Connector 21 CoaXPress Data Forwarding Connector 22 External I/O Connector 23 Internal I/O 1 Connector 25 Internal I/O 2 Connector 27 C2C-Link Connector 29 Auxiliary Power Input Connector 30

CoaXPress Lamps 31

Board Status Lamp 32

FPGA Status Lamp 33

Firmware Recovery Switch 34

Electrical Specification 35

CoaXPress Host Interface 36

PCI Express Interface 39

Power Distribution 42

PCI Express Power 47

Auxiliary Power 50

I/O Power Output 51

Differential Input 52

TTL Input/Output 54

Isolated Input 56

Isolated Output 58

Coaxlink Hardware Manual

Environmental Specification 60

Environmental Conditions 61

Thermal Data 62

Compliances 63

About This Document

Document Scope 5 Document Revision History 6 Document Structure 7

Document Scope

This document describes the hardware specifications of all the PCI Express products of the Coaxlink series together with their related products.

Coaxlink Products

Product S/N Prefix Icon

1630 Coaxlink Mono KMO

1631 Coaxlink Duo KDU

1632 Coaxlink Quad KQU

1633 Coaxlink Quad G3 KQG

1635 Coaxlink Quad G3 DF KDF

1637 Coaxlink Quad 3D-LLE KQE

1638 Coaxlink Quad CXP-3 KQL

RELATED ACCESSORIES

Product S/N Prefix Icon

1625 DB25F I/O Adapter Cable

1636 InterPC C2C-Link Adapter KCC

3303 C2C-Link Ribbon Cable

3304 HD26F I/O Adapter Cable

The S/N prefix is a 3-letter string at the beginning of the card serial number.

Icons are used in this document for tagging titles of card-specific content.

Coaxlink Hardware Manual About This Document

Document Revision History

Date

2015-01-08 4.0

2015-04-02 4.1

2015-08-14 4.2

2016-06-09 5.0

Document Version

Description

New product:

▶ Coaxlink Quad G3

For delivery with Coaxlink Driver version 4.0 (or higher)

Add "Custom C2C-Link Ribbon Cable Assembly"

on page74

Add "1625 DB25F I/O Adapter Cable" on

page80

New products:

▶ 1635 Coaxlink Quad G3 DF

▶ 3303 C2C-Link Ribbon Cable

▶ 3304 HD26F I/O Adapter Cable

For delivery with Coaxlink Driver version 5.0 (or higher)

Specification update:

▶ "PCI Express Power" on page47: Add power

2016-07-13 5.1

2016-08-12 6.1

2016-09-26 6.2

2017-02-17 7.0

2017-05-24 8.0 Add 1638 Coaxlink Quad CXP-3

specification to 1635 Coaxlink Quad G3 DF.

▶ "Auxiliary Power" on page50: Add min/max

voltage output specification for 12V to 24V Power Converter.

New product:

▶ "1636 InterPC C2C-Link Adapter" on page66

"Lamps" on page70: Swap LED lamps of 1636

InterPC C2C-Link Adapter

Add 1629 Coaxlink Duo PCIe/104-EMB and 1634 Coaxlink Duo PCIe/104-MIL

About This Document Coaxlink Hardware Manual

Date

2017-06-08 9.0 Add 1637 Coaxlink Quad 3D-LLE

2017-10-27 9.1.0

Document Version

Description

Specification updates:

▶ "TTL Input/Output" on page54: revised

DCand AC electrical specifications of TTL I/O ports

▶ "Environmental Conditions" on page61:

extend the operating temperature range to + 55 °C

Document Structure

This document is composed of 4 main sections:

▶ "Mechanical Specification" on the next page provides the product pictures, the physical

dimensions, the connectors description and the pin assignments, the lamps description, etc.

▶ "Electrical Specification" on page35 provides the electrical characteristics of all

input/output ports, a description of the power distribution, power requirements, etc.

▶ "Environmental Specification" on page60 provides the climatic requirements and

CE/FCC/RoHS/WEEE compliance statements.

▶ "Related Products & Accessories" on page65 provides a description of related products and

accessories such as adapters, cables …

Coaxlink Hardware Manual Mechanical Specification

Mechanical Specification

Mechanical specifications of the product(s) including: product pictures, physical dimensions, connectors description and pin assignments, lamps description, switches description, etc.

Product Pictures 9 Physical Characteristics 13 Components Location 14 Connectors 18

Auxiliary Power Input Connector 30 CoaXPress Lamps 31 Board Status Lamp 32 FPGA Status Lamp 33 Firmware Recovery Switch 34

Product Pictures

Mechanical Specification Coaxlink Hardware Manual

1630 Coaxlink Mono

1631 Coaxlink Duo

Coaxlink Hardware Manual Mechanical Specification

1632 Coaxlink Quad

1633 Coaxlink Quad G3

Mechanical Specification Coaxlink Hardware Manual

1635 Coaxlink Quad G3 DF

1637 Coaxlink Quad 3D-LLE

Coaxlink Hardware Manual Mechanical Specification

1638 Coaxlink Quad CXP-3

Mechanical Specification Coaxlink Hardware Manual

Physical Characteristics

Dimensions and weight

Product Length Height Weight

1630 Coaxlink Mono 167.65 mm, 6.6 in 111.15 mm, 4.38 in 150 g, 5.29 oz

1631 Coaxlink Duo 167.65 mm, 6.6 in 111.15 mm, 4.38 in 160 g, 5.64 oz

1632 Coaxlink Quad 167.65 mm, 6.6 in 111.15 mm, 4.38 in 170 g, 6.00 oz

1633 Coaxlink Quad G3 167.65 mm, 6.6 in 111.15 mm, 4.38 in 180 g, 6.35 oz

1635 Coaxlink Quad G3 DF 167.65 mm, 6.6 in 111.15 mm, 4.38 in 186 g, 6.56 oz

1637 Coaxlink Quad 3D-LLE 167.65 mm, 6.6 in 111.15 mm, 4.38 in 180 g, 6.35 oz

1638 Coaxlink Quad CXP-3 167.65 mm, 6.6 in 111.15 mm, 4.38 in 170 g, 6.00 oz

Coaxlink Hardware Manual Mechanical Specification

Components Location

Location drawings of connectors, lamps, switches and main components

1630 Coaxlink Mono

1631 Coaxlink Duo

Mechanical Specification Coaxlink Hardware Manual

1632 Coaxlink Quad

1633 Coaxlink Quad G3

Coaxlink Hardware Manual Mechanical Specification

1635 Coaxlink Quad G3 DF

1637 Coaxlink Quad 3D-LLE

Mechanical Specification Coaxlink Hardware Manual

1638 Coaxlink Quad CXP-3

Coaxlink Hardware Manual Mechanical Specification

Connectors

Mechanical Specification Coaxlink Hardware Manual

CoaXPress Host Connector

Applies to:

Connector description

Property Value

Name CoaXPress Host

Type DIN 1.0/2.3 75 Ohms coaxial female receptacle

Location Card bracket

Usage CoaXPress Host Interface CoaXPress Data Forwarding Interface

Pin assignments

Pin Signal Usage

Inner CXP_A CoaXPress Host Connection A

Outer GND Ground

Coaxlink Hardware Manual Mechanical Specification

CoaXPress Host Connector

Applies to:

Connector description

Property Value

Name CoaXPress Host

Type 2 x DIN 1.0/2.3 75 Ohms coaxial receptacles

Location Card bracket

Usage CoaXPress Host Interface CoaXPress Data Forwarding Interface

Pin assignments

Pin Signal Usage

Inner1 CXP_A CoaXPress Host Connection A

Outer1 GND Ground

Inner2 CXP_B CoaXPress Host Connection B

Outer2 GND Ground

Mechanical Specification Coaxlink Hardware Manual

CoaXPress Host Connector

Applies to:

Connector description

Property Value

Name CoaXPress Host

Type 4 x DIN 1.0/2.3 75 Ohms coaxial receptacles

Location Card bracket

Usage CoaXPress Host Interface CoaXPress Data Forwarding Interface

Pin assignments

Pin Signal Usage

Inner1 CXP_A CoaXPress Host Connection A

Outer1 GND Ground

Inner2 CXP_B CoaXPress Host Connection B

Outer2 GND Ground

Inner3 CXP_C CoaXPress Host Connection C

Outer3 GND Ground

Inner4 CXP_D CoaXPress Host Connection D

Outer4 GND Ground

Coaxlink Hardware Manual Mechanical Specification

CoaXPress Data Forwarding Connector

Applies to:

Connector description

Property Value

Name CoaXPress Data Forwarding

Type 4 x DIN 1.0/2.3 75 Ohms coaxial receptacles

Location Card bracket

Usage

Pin assignments

Pin Signal Usage

Inner1 CXP_FA CoaXPress Data Forwarding Connection A

Outer1 GND Ground

Inner2 CXP_FB CoaXPress Data Forwarding Connection B

Outer2 GND Ground

Inner3 CXP_FC CoaXPress Data Forwarding Connection C

Outer3 GND Ground

Inner4 CXP_FD CoaXPress Data Forwarding Connection D

Outer4 GND Ground

Mechanical Specification Coaxlink Hardware Manual

External I/O Connector

Applies to:

Connector description

Property Value

Name External I/O

Type 26-pin 3-row high-density female sub-D connector

Location Card bracket

Usage General purpose I/O and power output

Pin assignments

Pin Signal Usage

1 GND Ground

2 DIN12+ High-speed differential input #12 – Positive pole

3 IIN11+ Isolated input #11 – Positive pole

4 IIN13- Isolated input #13 – Negative pole

5 IIN14- Isolated input #14 – Negative pole

6 IOUT12- Isolated contact output #12 – Negative pole

7 GND Ground

8 Not connected

9 GND Ground

10 GND Ground

11 DIN12- High-speed differential input #12 – Negative pole

12 IIN11- Isolated input #11 – Negative pole

13 IIN12+ Isolated input #12 – Positive pole

14 IIN13+ Isolated input #13 – Positive pole

15 IIN14+ Isolated input #14 – Positive pole

16 IOUT12+ Isolated contact output #12 – Positive pole

17 TTLIO12 TTL input/output #12

Coaxlink Hardware Manual Mechanical Specification

Pin Signal Usage

18 GND Ground

19 DIN11- High-speed differential input #11 – Negative pole

20 DIN11+ High-speed differential input #11 – Positive pole

21 IIN12- Isolated input #12 – Negative pole

22 IOUT11- Isolated contact output #11 – Negative pole

23 IOUT11+ Isolated contact output #11 – Positive pole

24 GND Ground

25 TTLIO11 TTL input/output #11

26 +12V +12 V Power output

Mechanical Specification Coaxlink Hardware Manual

Internal I/O 1 Connector

Applies to:

Connector description

Property Value

Name Internal I/O 1

Type 26-pin dual-row 0.1" pitch pin header with shrouding

Location Printed circuit board

Usage General purpose I/O and power output

Pin assignments

Pin Signal Usage

1 GND Ground

2 GND Ground

3 DIN11+ High-speed differential input #11 – Positive pole

4 DIN11- High-speed differential input #11 – Negative pole

5 DIN12+ High-speed differential input #12 – Positive pole

6 DIN12- High-speed differential input #12 – Negative pole

7 IIN11+ Isolated input #11 – Positive pole

8 IIN11- Isolated input #11 – Negative pole

9 IIN12+ Isolated input #12 – Positive pole

10 IIN12- Isolated input #12 – Negative pole

11 IIN13+ Isolated input #13 – Positive pole

12 IIN13- Isolated input #13 – Negative pole

13 IIN14+ Isolated input #14 – Positive pole

14 IIN14- Isolated input #14 – Negative pole

15 IOUT11+ Isolated contact output #11 – Positive pole

16 IOUT11- Isolated contact output #11 – Negative pole

17 IOUT12+ Isolated contact output #12 – Positive pole

Coaxlink Hardware Manual Mechanical Specification

Pin Signal Usage

18 IOUT12- Isolated contact output #12 – Negative pole

19 TTLIO11 TTL input/output #11

20 GND Ground

21 TTLIO12 TTL input/output #12

22 GND Ground

23 Not connected

24 GND Ground

25 +12V +12 V Power output

26 +12V_RTN Ground

Mechanical Specification Coaxlink Hardware Manual

Internal I/O 2 Connector

Applies to:

Connector description

Property Value

Name Internal I/O 2

Type 26-pin dual-row 0.1" pitch pin header with shrouding

Location Printed circuit board

Usage General purpose I/O and power output

Pin assignments

Pin Signal Usage

1 GND Ground

2 GND Ground

3 DIN21+ High-speed differential input #21 – Positive pole

4 DIN21- High-speed differential input #21 – Negative pole

5 DIN22+ High-speed differential input #22 – Positive pole

6 DIN22- High-speed differential input #22 – Negative pole

7 IIN21+ Isolated input #21 – Positive pole

8 IIN21- Isolated input #21 – Negative pole

9 IIN22+ Isolated input #22 – Positive pole

10 IIN22- Isolated input #22 – Negative pole

11 IIN23+ Isolated input #23 – Positive pole

12 IIN23- Isolated input #23 – Negative pole

13 IIN24+ Isolated input #24 – Positive pole

14 IIN24- Isolated input #24 – Negative pole

15 IOUT21+ Isolated contact output #21 – Positive pole

16 IOUT21- Isolated contact output #21 – Negative pole

17 IOUT22+ Isolated contact output #22 – Positive pole

Coaxlink Hardware Manual Mechanical Specification

Pin Signal Usage

18 IOUT22- Isolated contact output #22 – Negative pole

19 TTLIO21 TTL input/output #21

20 GND Ground

21 TTLIO22 TTL input/output #22

22 GND Ground

23 Not connected

24 GND Ground

25 +12V +12 V Power output

26 +12V_RTN Ground

Mechanical Specification Coaxlink Hardware Manual

C2C-Link Connector

Applies to:

Connector description

Property Value

Name C2C-Link

Type 6-pin dual-row 0.1" pitch pin header with shrouding

Location Printed circuit board

Usage Card-to-card link

Pin assignments

Pin Signal Usage

1 GND Ground

2 CSync1 Card-to-card synchronization bus – Signal 1

3 GND Ground

4 CSync2 Card-to-card synchronization bus – Signal 2

5 GND Ground

6 CSync3 Card-to-card synchronization bus – Signal 3

Coaxlink Hardware Manual Mechanical Specification

Auxiliary Power Input Connector

Applies to:

Connector description

Property Value

Name Auxiliary Power Input

Type 6-pin PCI Express x16 Graphics 150W ATX power socket connector

Location Printed circuit board

Usage DC power input for PoCXP and GPIO power output

Pin assignments

Pin Signal Usage

1 +12VIN Auxiliary +12 V input

2 +12VIN Auxiliary +12 V input

3 +12VIN Auxiliary +12 V input

4 GND Ground

5 SenseIN Power source presence detection

6 GND Ground

Mechanical Specification Coaxlink Hardware Manual

CoaXPress Lamps

Each connector of the CoaXPress Host Interface is associated with a CoaXPress Host Indicator Lamp that indicates the state of the CoaXPress Link connection.

CoaXPress Host Connector Indicator Lamps State

Symbol Lamp State Meaning

Off The Coaxlink card is not powered

Solid orange System booting

The connection detection is in progress; PoCXP is active.

Fast flash alternate green / orange

This state is shown for a minimum of 1s even if the connection detection is faster

The connection detection is in progress; PoCXP is off.

Fast flash orange

Solid red The PoCXP over-current protection has tripped.

Solid green

Slow pulse orange

Fast flash green.

Flashing Lamp States Timing Definitions

Indication Timing

Fast flash 12.5Hz @25% duty cycle: 20 ms on, 60 ms off

Fast flash alternate (color 1/color 2)

12.5Hz @25% duty cycle: 20 ms on (color 1), 60 ms off, 20 ms on (color 2), 60 ms off

This state is shown for a minimum of 1s even if the connection detection is faster

The Device to Host connection is established, but no data being transferred

The Device to Host connection is established, but the Host is waiting for a trigger.

The Device to Host connection is established and image data is being transferred

Slow flash 0.5Hz @50% duty cycle: 1 second on, 1 second off

Slow pulse (red | orange) 1Hz @ 20% duty cycle: 200ms on, 800ms off

Coaxlink Hardware Manual Mechanical Specification

Board Status Lamp

Board status lamp indicator states

Lamp state

Off

Solid green

Solid red

Symbol Meaning

No power.

The board is not powered or the power distribution network is not functional.

Board status OK.

The main power distribution network is operational and the FPGA start-up procedure has successfully completed.

Board status NOK.

Possible causes are:

▶ There is no power delivered on the +12 V rail of the PCI Express

connector slot

▶ The FPGA start-up procedure is not completed. The normal completion

time is around 100 milliseconds.

▶ At least one power converter of the main power distribution network is

unable to operate properly. This might be caused by excessive temperature due to inadequate board cooling, accidental short-circuits having blown one (or more) protection fuses, inappropriate supply voltages, etc.

FPGA Status Lamp

FPGA status lamp indicator states

Mechanical Specification Coaxlink Hardware Manual

Lamp state

Off Board not powered.

Solid green

Solid red

Symbol Meaning

FPGA status OK.

All the FPGA clock networks and the DDR memory are operating normally.

FPGA status NOK.

Possible causes are:

▶ At least one FPGA clock network is not operating normally. This might

be caused by excessive jitter on external clock signals of the CoaXPress or the PCI Express interfaces.

▶ The DDR memory controller has not been able to successfully perform

the calibration procedure.

Coaxlink Hardware Manual Mechanical Specification

Firmware Recovery Switch

Jumper positions

Jumper position

The recovery mode must be used only in case of emergency situations: i.e. when the latest uploaded firmware is not functional and the card is no more detected by the Host PC.

Meaning

Normal mode.(Factory default)

At next power on, the FPGA will boot with the latest uploaded firmware.

Recovery mode.

At next power on, the FPGA will boot with the last but one uploaded firmware.

Electrical Specification Coaxlink Hardware Manual

Electrical Specification

Electrical specification of the product(s) including: electrical characteristics of all the input/output ports, description of the power distribution, power requirements, etc.

CoaXPress Host Interface 36 PCI Express Interface 39 Power Distribution 42 PCI Express Power 47 Auxiliary Power 50 I/O Power Output 51 Differential Input 52 TTL Input/Output 54 Isolated Input 56 Isolated Output 58

Coaxlink Hardware Manual Electrical Specification

CoaXPress Host Interface

Electrical specification of the CoaXPress Host interface

Each connection of the CoaXPress Host interface implements a Host Transceiver (HT) and a Power Transmitting Unit (PTU).

CXP-6 HOST TRANSCEIVER

Applies to:

The Host transceiver implements a high-speed cable receiver and a low-speed cable driver for CXP-6 speeds.

It fulfills the electrical specification of the CoaXPress 1.1 standard. Namely:

▶ The cable receiver requirements for the high-speed connection described in Table 2 of the

Annex B of the CoaXPress Standard 1.1

▶ The cable driver requirements for the low-speed connection described in Table 3 of the

Annex B of the CoaXPress Standard 1.1

Host Transceiver Specification

Parameter Conditions Min. Typ. Max. Unit

High-speed connection bit rate 1.25 6.25 GT/s

Low-speed connection bit rate 20.833 MT/s

BELDEN 1694 @ 1.25 GT/s 130 m

BELDEN 1694 @ 2.5 GT/s 110 m

Max. cable length

CXP-3 HOST TRANSCEIVER

Applies to:

BELDEN 1694 @ 3.125 GT/s 100 m

BELDEN 1694 @ 5 GT/s 60 m

BELDEN 1694 @ 6.25 GT/s 40 m

The Host transceiver implements a high-speed cable receiver and a low-speed cable driver for CXP-3 speeds.

It fulfills the electrical specification of the CoaXPress 1.1 standard. Namely:

Electrical Specification Coaxlink Hardware Manual

▶ The cable receiver requirements for the high-speed connection described in Table 2 of the

Annex B of the CoaXPress Standard 1.1

▶ The cable driver requirements for the low-speed connection described in Table 3 of the

Annex B of the CoaXPress Standard 1.1

Host Transceiver Specification

Parameter Conditions Min. Typ. Max. Unit

High-speed connection bit rate 1.25 3.125 GT/s

Low-speed connection bit rate 20.833 MT/s

BELDEN 1694 @ 1.25 GT/s 130 m

Max. cable length

BELDEN 1694 @ 2.5 GT/s 110 m

BELDEN 1694 @ 3.125 GT/s 100 m

POWER TRANSMITTING UNIT

The Power Transmitting Unit implements Power over CoaXPress (PoCXP) as specified in section 7 of the CoaXPress Standard 1.1.

If fulfills all the requirements for a Host; namely:

▶ Over-current protection (OCP)

▶ PoCXP CoaXPress Device detection

In addition: it provides the user with an AUTO/OFF control:

▶ Setting the control to AUTO initiates a new PoCXP device detection; the power will be

applied only if the detection succeeds

▶ Setting the control to OFF forces the PTU to disconnect. The control is OFF after power on,

and, if providing power to the camera is required, has to be set to AUTO by the application.

Power Transmitting Unit Specification

Parameter Min. Typ. Max. Unit

DC output voltage 22 24 26 V

Available output power 17 W

OCP holding current 790 mA

OCP nominal trip current 5 A

PoCXP Device detection sensing current 550 1,000 µA

Coaxlink Hardware Manual Electrical Specification

The above specification applies over the whole operating temperature range of the Coaxlink card.

Electrical Specification Coaxlink Hardware Manual

PCI Express Interface

Specification of the PCI Express Interface

The PCI Express Interface implements a PCIe end-point interface and provides electrical power to the Coaxlink card.

PCI Express end-point type per product

Product Type

1630 Coaxlink Mono 4-lane Rev 2.0

1631 Coaxlink Duo 4-lane Rev 2.0

1632 Coaxlink Quad 4-lane Rev 2.0

1633 Coaxlink Quad G3 4-lane Rev 3.0

1635 Coaxlink Quad G3 DF 4-lane Rev 3.0

1637 Coaxlink Quad 3D-LLE 4-lane Rev 2.0

1638 Coaxlink Quad CXP-3 4-lane Rev 2.0

Coaxlink Hardware Manual Electrical Specification

4-LANE REV 3.0 PCIE END-POINT

Applies to:

The 4-lane Rev 3.0 PCIe end-point:

▶ complies with Revision 3.0 of the PCI Express Card Electromechanical specification.

▶ supports 1-lane, 2-lane, and 4-lane link width

▶ supports PCIe Rev 2.0 link speed (5.0 GT/s with 8b/10b coding)

▶ supports PCIe Rev 3.0 link speed (8.0 GT/s with 128b/130b coding)

▶ supports payload size up to 512 bytes

▶ offers the optimal performance when it is configured for 4-lane PCIe Rev 3.0 link speed (8

GT/s)

▶ doesn't support the PCIe Rev 1.0 link speed (2.5 GT/s with 8b/10b coding)

4-lane Rev 3.0 PCIe end-point to PC memory data transfer performance

Parameter Conditions Min. Typ. Max. Unit

4-lane @ 8 GT/s (PCIe Rev 3.0) 3,350 MB/s

4-lane @ 5 GT/s (PCIe Rev 2.0) 1,700 MB/s

Sustainable output data rate

2-lane @ 8 GT/s (PCIe Rev 3.0) 1,700 MB/s

2-lane @ 5 GT/s (PCIe Rev 2.0) 800 MB/s

1-lane @ 8 GT/s (PCIe Rev 3.0) 800 MB/s

Electrical Specification Coaxlink Hardware Manual

4-LANE REV 2.0 PCIE END-POINT

Applies to:

The 4-lane Rev 2.0 PCIe end-point:

▶ complies with Revision 2.0 of the PCI Express Card Electromechanical specification.

▶ supports 1-lane, 2-lane, and 4-lane link width

▶ supports PCIe Rev 1.0 link speed (2.5 GT/s with 8b/10b coding)

▶ supports PCIe Rev 2.0 link speed (5.0 GT/s with 8b/10b coding)

▶ supports payload size up to 512 bytes

▶ offers the optimal performance when it is configured for 4-lane PCIe Rev 2.0 link speed (5

GT/s)

4-lane Rev 3.0 PCIe end-point to PC memory data transfer performance

Parameter Conditions Min. Typ. Max. Unit

Sustainable output data rate

4-lane @ 5 GT/s (PCIe Rev 2.0) 1,700 MB/s

4-lane @ 2.5 GT/s (PCIe Rev

1.0)

800 MB/s

MB/s

2-lane @ 5 GT/s (PCIe Rev 2.0) 800

Coaxlink Hardware Manual Electrical Specification

Power Distribution

Description of the power distribution

POWER DISTRIBUTION SCHEME

The power distribution scheme of a Coaxlink PCIe card has two distinct distribution networks:

▶ The main power distribution network

▶ The auxiliary power distribution network

1630 Coaxlink Mono power distribution scheme

Electrical Specification Coaxlink Hardware Manual

1631 Coaxlink Duo power distribution scheme

1632 Coaxlink Quad power distribution scheme

1633 Coaxlink Quad G3 power distribution scheme

Coaxlink Hardware Manual Electrical Specification

1635 Coaxlink Quad G3 DF power distribution scheme

1637 Coaxlink Quad 3D-LLE power distribution scheme

Electrical Specification Coaxlink Hardware Manual

1638 Coaxlink Quad CXP-3 power distribution scheme

The fuses are not serviceable! When blown, the card must be returned to the factory.

PTCs and electronic fuses are self-resettable fuses.

The Coaxlink card can be operated without applying power to the auxiliary power distribution network.

MAIN POWER DISTRIBUTION NETWORK

The main power distribution network delivers power to all the on-board electronic devices including FPGA, memory chips, CoaXPress transceivers, I/O drivers and receivers, fan motor.

The network is fed by the Host PC motherboard through the +3.3 V and the +12 V power rails of the PCI Express slot connector. Protection fuses inserted at the input side of each power rail prevent potential fire hazards.

The board status LED lamp reflects the global status of all the power converters of the main distribution network.

Coaxlink Hardware Manual Electrical Specification

AUXILIARY POWER DISTRIBUTION NETWORK

The auxiliary power distribution network delivers power to the external devices including:

▶ CoaXPress cameras using the PoCXP capability available on all connections of the CoaXPress

Host connector

▶ System devices using the +12 V power output available on all I/O connectors

The network is fed by a 12 V external power supply attached to the auxiliary power input connector using a power cable terminated by a 6-pin PEG plug connector. A protection fuse inserted at the input side prevents potential fire hazards.

A 24-volt DC power converter provides power to each camera connection through a PoCXP transmitter unit. Each PoCXP transmitter unit implements an electronic fuse/switch. A PTC inserted at the input of each transmitter unit prevents potential fire hazards.

The +12 V power is distributed from a common electronic fuse to all the I/O connectors. A PTC inserted at the input of prevents potential fire hazards.

The "CoaXPress Lamps" on page31 reflect the state of each CoaXPress host connection.

The following auxiliary power distribution network status are reported to the application:

▶ Presence of a PEG cable and a PEG compliant power supply

▶ Valid 12 V voltage measured after the 12 A fuse.

▶ 24 V DC power converter status

▶ Output current and output voltage of each PoCXP transmitter

Electrical Specification Coaxlink Hardware Manual

PCI Express Power

PCI Express power requirements specification

1630 COAXLINK MONO

Parameter Min. Typ. Max. Units

+3.3 V voltage 3.0 3.3 3.6 V

+12 V voltage 11.0 12.0 13.0 V

+3.3 V power 2.1 W

+12 V power 7.2 W

Total power 9.3 W

1631 COAXLINK DUO

Parameter Min. Typ. Max. Units

+3.3 V voltage 3.0 3.3 3.6 V

+12 V voltage 11.0 12.0 13.0 V

+3.3 V power 2.7 W

+12 V power 8.7 W

Total power 11.4 W

1632 COAXLINK QUAD

Parameter Min. Typ. Max. Units

+3.3 V voltage 3.0 3.3 3.6 V

+12 V voltage 11.0 12.0 13.0 V

+3.3 V power 2.5 W

+12 V power 9.6 W

Total power 12.1 W

Coaxlink Hardware Manual Electrical Specification

1633 COAXLINK QUAD G3

Parameter Min. Typ. Max. Units

+3.3 V voltage 3.0 3.3 3.6 V

+12 V voltage 11.0 12.0 13.0 V

+3.3 V power 3.8 W

+12 V power 13 W

Total power 16.8 W

1635 COAXLINK QUAD G3 DF

Parameter Min. Typ. Max. Units

+3.3 V voltage 3.0 3.3 3.6 V

+12 V voltage 11.0 12.0 13.0 V

+3.3 V power 3.8 W

+12 V power 13 W

Total power 16.8 W

1637 COAXLINK QUAD 3D-LLE

Parameter Min. Typ. Max. Units

+3.3 V voltage 3.0 3.3 3.6 V

+12 V voltage 11.0 12.0 13.0 V

+3.3 V power 3.8 W

+12 V power 13 W

Total power 16.8 W

1638 COAXLINK QUAD CXP-3

Parameter Min. Typ. Max. Units

+3.3 V voltage 3.0 3.3 3.6 V

+12 V voltage 11.0 12.0 13.0 V

+3.3 V power TBD W

Electrical Specification Coaxlink Hardware Manual

Parameter Min. Typ. Max. Units

+12 V power TBD W

Total power TBD W

The typical power values were measured under the following conditions:

▶ Acquiring image data using all CoaXPress Host Interface connections operating at their

maximum speed

▶ Delivering image data on the PCI Express configured for the largest link width and the highest

link speed

▶ Operating @25°C [77 °F] ambient temperature and nominal supply voltages

Coaxlink Hardware Manual Electrical Specification

Auxiliary Power

Applies to:

Specification of the auxiliary power input

Parameter Conditions Min. Typ. Max. Units

DC input voltage 11 12 13 V

DC input power for I/O 12W I/O output power 0 12 W

17W total PoCXP output power 19 W

DC input power for PoCXP

[Power Converter Specification]

Parameter Conditions Min. Typ. Max. Units

DC input voltage 11 12 13 V

DC output voltage 23 24 25 V

Power conversion efficiency 70W total PoCXP output power 92.5 %

The sense input of the PEG connector is intended for power source cable presence detection. It should be grounded at the power supply level.

The power rating of the power source is application dependent.

34W total PoCXP output power 37 W

68W total PoCXP output power 74 W

Electrical Specification Coaxlink Hardware Manual

I/O Power Output

Specification of the +12V power output of the I/O connector

A non-isolated +12 V power output is available on every I/O connector.

The power originates from an external 12 V power supply plugged into the Auxiliary Power Input connector. It is distributed from a common electronic fuse to all the I/O connectors.

The electronic fuse provides the following protections:

▶ Limits the inrush current during power on sequence

▶ Protects the Coaxlink card and the power source against overload

▶ Protects the Coaxlink card the power source against short-circuits.

The sum of the load currents drawn from all the 12 V outputs of the I/O connectors must be lower or equal to the specified maximum output current.

I/O +12 V power output specification

Parameter Conditions Min. Typ. Max. Units

Aggregated output current

Voltage drop across the electronic fuse

The above specification applies over the whole operating temperature range of the Coaxlink card.

Operating temperature

range

Max. output current 0.2 V

1.0 A

Coaxlink Hardware Manual Electrical Specification

Differential Input

Specification of the differential GPIO input ports

Differential Input Simplified Schematic

The receiver complies with the ANSI/TIA/EIA-422B specification.

DC CHARACTERISTICS

Parameter Conditions Min. Typ. Max. Units

Common mode voltage -7 +7 V

Differential sensitivity 200 mV

Input impedance 120 Ohm

Human Body Model (HBM) 15 kV

ESD protection

AC CHARACTERISTICS

Parameter Min. Typ. Max. Units

Pulse width 100 ns

Contact discharge 8 kV

Air gap discharge 15 kV

Pulse rate 0 5 MHz

10%-90% rise/fall time 1 µs

Electrical Specification Coaxlink Hardware Manual

LOGICAL MAP

The state of the port is reported as follows:

Differential Input voltage Logical State

(VIN+ - VIN-) > +200 mV HIGH

(VIN+ - VIN-) < - 200 mV LOW

Unconnected input HIGH

COMPATIBLE DRIVERS AND RECEIVERS

The following drivers are compatible with the high-speed differential input ports:

▶ ANSI/EIA/TIA-422/485 differential line drivers

▶ Complementary TTL drivers

Coaxlink Hardware Manual Electrical Specification

TTL Input/Output

Specification of the TTL GPIO input/output ports

TTL Input/Output Simplified schematic

The receiver is LVTTL and 5 V TTL compliant. The driver is a 3.3 V TTL driver.

DC CHARACTERISTICS

Parameter Conditions Min. Typ. Max. Units

Common mode input voltage 0 5 V

Low-level output current 64 mA

@ 8 mA 0.34 0.36 V

@ 16 mA 0.48 0.55 V

Low-level output voltage

@ 32 mA 0.78 0.81 V

@ 64 mA 1.34 1.36 V

High-level output current -32 mA

@-8 mA; (1) 2.60 3.00 V

High-level output voltage

ESD protection Human Body Model (HBM) 2 kV

@-16 mA; (1) 2.20 2.70 V

@-32 mA; (1) 1.75 2.20 V

Condition (1): 300 Ohms line termination resistor to GND.

The I/O port includes a latch-up protection.

Electrical Specification Coaxlink Hardware Manual

AC CHARACTERITICS

Parameter Conditions Min. Typ. Max. Units

Pulse width 100 ns

Pulse rate 0 5 MHz

10%-90% rise/fall time (1) 10 20 ns

Condition (1): Short cable (1 m) and a 300 Ohms line termination resistor to GND.

LOGICAL MAP

The state of the port is reported as follows:

Input voltage Logical State

VIN > 2.0 V HIGH

VIN < 0.8 V LOW

Unconnected input port Undetermined

COMPATIBLE DRIVERS AND RECEIVERS

The following drivers are compatible:

▶ Totem-pole LVTTL, TTL, 5 V CMOS drivers

The following receivers are compatible:

▶ LVTTL, TTL, 3-Volt CMOS receivers

Coaxlink Hardware Manual Electrical Specification

Isolated Input

Specification of the isolated GPIO input ports

Isolated Input Simplified schematic

The input port implements an isolated current-sense input.

DC CHARACTERISTICS

Parameter Conditions Min. Typ. Max. Units

Differential voltage -30 +30 V

Input current threshold 1 mA

Differential voltage @1 mA 1.5 1.65 1.9 V

@(VIN+ - VIN-) = 1.65 V 1 mA

@(VIN+ - VIN-) = 2.5 V 2 mA

@(VIN+ - VIN-) = 5 V 2.3 mA

Input current

@(VIN+ - VIN-) = 12 V 3 mA

@(VIN+ - VIN-) = 30 V 5 mA

@(VIN+ - VIN-) < 1 V 10 µA

DC isolation voltage 250 V

AC isolation voltage 170 V

RMS

Electrical Specification Coaxlink Hardware Manual

Input Current vs. Input Voltage Characteristics

AC CHARACTERISTICS

Parameter Min. Typ. Max. Units

Pulse width 10 µs

Pulse rate 0 50 kHz

LOGICAL MAP

The state of the port is reported as follows:

Input current Logical State

IIN > 1 mA HIGH

IIN < 1 mA LOW

Unconnected input port LOW

COMPATIBLE DRIVERS AND RECEIVERS

The following drivers are compatible with the isolated current-sense inputs:

▶ Totem-pole LVTTL, TTL, 5 V CMOS drivers

▶ RS-422 Differential line drivers

▶ Potential free contact, solid-state relay, or opto-isolators

▶ 12 V and 24 V signaling voltages are also accepted

The +12 V power supply on the I/O connector(s) can be used for powering drivers requiring a power supply.

No external resistors are required. However, to obtain the best noise immunity with 12 V and 24 V signaling, it is recommended to insert a series resistor in the circuit. The recommended resistor values are: 4.7kOhms for 12 V signaling and 10kOhms for 24 V signaling.

Coaxlink Hardware Manual Electrical Specification

Isolated Output

Specification of the isolated GPIO output ports

Isolated Output Simplified schematic

The output port implements an isolated contact output.

DC CHARACTERISTICS

Parameter Conditions Min. Typ. Max. Units

Current 100 mA

Open state -30 30 V

Differential voltage

DC isolation voltage 250 V

AC isolation voltage 170 V

The output port in the closed state has no current limiter, the user circuit must be designed to avoid excessive currents that could destroy the output port.

The output port remains in the OFF-state until it is under control of the application.

Closed state @ 1 mA 0.4 V

Closed state @ 100 mA 1.0 V

RMS

AC CHARACTERISTICS

Parameter Min. Typ. Max. Units

Pulse rate 0 100 kHz

Turn-on time 5 µs

Turn-off time 5 µs

Electrical Specification Coaxlink Hardware Manual

Typical switching performance @ 25°C

Current [mA] Turn ON time [µs] Turn OFF time [µs]

0.5 2.0 4.8

1.0 2.0 3.9

4.0 2.2 3.3

10 2.3 2.7

40 2.3 2.7

100 2.3 2.7

LOGICAL MAP

The state of the output port is determined as follows:

Logical State Output port state

HIGH The contact switch is closed (ON)

LOW The contact switch is open (OFF)

COMPATIBLE LOADS

The following loads are compatible with the isolated contact output ports:

▶ Any load within the 30V / 100 mA envelope is accepted. The power originates from an

external power source or alternatively from the power delivered through the 12V and GND pins of the I/O connectors.

Coaxlink Hardware Manual Environmental Specification

Environmental Specification

Environmental specification of the product(s) including: climatic requirements, electromagnetic standards compliance statements, safety standards compliance statements, etc.

Environmental Conditions 61 Thermal Data 62 Compliances 63

Environmental Specification Coaxlink Hardware Manual

Environmental Conditions

Storage and operating conditions specification of standard climatic class products

STORAGE CONDITIONS

Applies to:

Parameter Conditions Min Max Units

Ambient air temperature -20 [-4] 70 [158] °C [°F]

Ambient air humidity Non-condensing 10 90 % RH

OPERATING CONDITIONS

Applies to:

Parameter Conditions Min Max Units

FPGA die temperature 80 [176] °C [°F]

Ambient air temperature 0 [32] 55 [131] °C [°F]

Ambient air humidity Non-condensing 0 100 % RH

The thermal design of the host PC must ensure that, at any time, the FPGA die temperature never exceeds the recommended limit.

Exceeding the upper limit of the FPGA die temperature can permanently damage the card.

The Coaxlink cards are equipped with a temperature sensor that reports the temperature of the FPGA die.

An event is reported to the application when the FPGA die temperature reaches the limit.

Coaxlink Hardware Manual Environmental Specification

Thermal Data

Heat sources and heat extraction method

PCI EXPRESS PRODUCTS

Applies to:

The main heat contributors are:

The electronic devices of the Coaxlink card including the losses of the power converters of the main power distribution network.

The losses of the 24 V power converter of the auxiliary power distribution network. This contribution depends on the delivered PoCXP power.

Estimated heat power [W]

Product Main Auxiliary Total

1630 Coaxlink Mono 9.3 0 ~ 1.3 9.3 ~ 10.6

1631 Coaxlink Duo 11.4 0 ~ 2.7 11.4 ~ 14.1

1632 Coaxlink Quad 12.1 0 ~ 5.5 12.1 ~ 17.6

1633 Coaxlink Quad G3 16.8 0 ~ 5.5 16.8 ~ 22.3

1635 Coaxlink Quad G3 DF 16.8 0 ~ 5.5 16.8 ~ 22.3

The data of the auxiliary column are calculated with 17 W of PoCXP per connector and a worst case 24V DC/DC converter efficiency of 92.5%..

The heat produced by the board is dissipated into the ambient air inside the Host PC. The heat exchange is facilitated by a heat sink and a fan mounted on the FPGA (the component having the largest heat source).

The thermal design must ensure sufficient air flow along both sides to keep the FPGA die temperature below the upper limit of the allowed temperature range. The application is responsible for regularly checking the temperature and for taking the appropriate action in case of excessive temperature.

Environmental Specification Coaxlink Hardware Manual

Compliances

Compliance statements.

CE COMPLIANCE STATEMENT

Applies to:

Notice for Europe

This product is in conformity with the Council Directive 2014/30/EU

This piece of equipment has been tested and found to comply with Class B EN55022/CISPR22 electromagnetic emission requirements and Class A EN55024/CISPR24 electromagnetic susceptibility.

This product has been tested in typical class A and class B compliant host systems. It is assumed that this product will also achieve compliance in any class A or class B compliant unit.

To meet EC requirements, shielded cables must be used to connect a peripheral to the card.

FCC COMPLIANCE STATEMENT

Applies to:

Notice for USA

Compliance Information Statement (Declaration of Conformity Procedure) DoC FCC Part 15

This equipment has been tested and found to comply with the limits for a Class B digital device, pursuant to Part 15 of the FCC Rules.

These limits are designed to provide reasonable protection against harmful interference in a residential installation or when the equipment is operated in a commercial environment.

This equipment generates, uses and can radiate radio frequency energy and, if not installed and used in accordance with the instructions, may cause harmful interference to radio communications. However, there is no guarantee that interference will not occur in a particular installation.

If this equipment does cause harmful interference to radio or television reception, which can be determined by turning the equipment off and on, the user is encouraged to try to correct the interference by one or more of the following measures:

▶ Reorient or relocate the receiving antenna.

▶ Increase the separation between the equipment and receiver.

Coaxlink Hardware Manual Environmental Specification

▶ Connect the equipment into an outlet on a circuit different from that to which the receiver is

connected.

▶ Consult the dealer or an experienced radio/TV technician for help.

ROHS COMPLIANCE STATEMENT

This product is in conformity with the European Union RoHS 2011/65/EU Directive, that stands for "the restriction of the use of certain hazardous substances in electrical and electronic equipment".

WEEE STATEMENT

According the European directive 2012/19/EU, the product must be disposed of separately from normal household waste. It must be recycled according to the local regulations.

Related Products & Accessories Coaxlink Hardware Manual

Related Products & Accessories

1636 InterPC C2C-Link Adapter 66

Product Pictures 66

Hardware Description 67

C2C-Link Extender 68

HD26F I/O Adapter 72 3303 C2C-Link Ribbon Cable 73 Custom C2C-Link Ribbon Cable Assembly 74 3304 HD26F I/O Adapter Cable 75 1625 DB25F I/O Adapter Cable 80

Coaxlink Hardware Manual Related Products & Accessories

1636 InterPC C2C-Link Adapter

The 1636 InterPC C2C-Link Adapter is an accessory product for use as an InterPC C2C-Link extender and/or as a HD26F I/O adapter.

For a 1636 InterPC C2C-Link Adapter hardware description, refer to "Hardware Description" on

the facing page.

For a description of the C2C-Link extender usage, refer to "C2C-Link Extender" on page68.

For a description of the HD26F I/O adapter usage, refer to "HD26F I/O Adapter" on page72.

Product Pictures

Pictures of 1636 InterPC C2C-Link Adapter

Hardware Description

Related Products & Accessories Coaxlink Hardware Manual

1636 InterPC C2C-Link Adapter

The 1636 InterPC C2C-Link Adapter product accessory is composed of:

▶ A printed circuit board assembly fitted with a standard-profile PC bracket.

▶ A 200-mm 26-way ribbon cable.

▶ A 3303 C2C-Link Ribbon Cable.

CONNECTORS

The External I/O connector is a HD26F – 26-pin 3-row high-density female – Sub-D connector fitted on the bracket with UNC 4-40 screws. Refer to "HD26F I/O Adapter" on page72 for the usage description and the pin assignments.

The IN connector and the OUT connector are RJ-45 8-pin sockets fitted on the bracket. Refer to

"C2C-Link Extender" on the next page for the usage description.

The Internal I/O connector is a 26-pin dual-row 0.1" pitch pin header with shrouding. Refer to

"HD26F I/O Adapter" on page72 for the usage description and the pin assignments.

The C2C-Link connector is a 6-pin dual-row 0.1" pitch pin header with shrouding. Refer to

"C2C-Link Extender" on the next page for the usage description.

The Internal I/O connector is a 26-pin dual-row 0.1" pitch pin header with shrouding. Refer to

"HD26F I/O Adapter" on page72 for the usage description.

The Power Input connector is a 0.2" pitch right-angled Disk Drive Power connector. Refer to

"C2C-Link Extender" on the next page for the usage description.

Coaxlink Hardware Manual Related Products & Accessories

LAMPS

The IN connector and the OUT connector are each equipped with 2 green/yellow LED lamps named respectively L1, L2, L3 and L4. Refer to "C2C-Link Extender" below topic for the usage description.

C2C-Link Extender

Using 1636 InterPC C2C-Link Adapter as a C2C-Link Extender.

Adapter Powering

The 1636 InterPC C2C-Link Adapter must be powered when it is used as a C2C-Link extender.

The user has two options to supply power to the adapter:

▶ From the Coaxlink card +12V power output of an Internal IO connector through the 26-way

ribbon cable attached to the Internal I/O connector.

▶ From the Host PC power supply through a Disk Drive Power connector cable plugged into the

Power Input connector.

Parameter Min. Typ. Max. Units

+12 V DC Input voltage 11.0 12.0 13.0 V

+12 V Input power 1.8 W

InterPC Interconnect

Related Products & Accessories Coaxlink Hardware Manual

External wiring of a C2C-Link across 3 adapters.

The external wiring of the C2C-Link is made with RJ 45 CAT 5 STP straight LAN cables. N-1 cables are required to interconnect N adapters in a daisy-chain scheme.

The daisy-chain begins on the OUT connector of the Master adapter and ends at the IN connector of the Last Slave adapter.

The IN connector of the Master adapter and the OUT connector of the Last Slave adapter are unused.

The adapter disables the signal drivers of the IN and OUT connectors to avoid electrical damages when it detects a bad or a missing connection.

The InterPC cable drivers and receivers are not electrically isolated.

To avoid damages, the interconnected PCs must have a common ground reference.

Coaxlink Hardware Manual Related Products & Accessories

Lamps

1636 InterPC C2C-Link Adapter lamps

TRIGGER ACTIVITY LAMPS

The L2 and L4 Lamps indicate the trigger activity on the LAN cable. L2 shows the activity on the received trigger signals; L4 shows the activity on the transmitted trigger signals.

Lamp State Indication

Off The LAN cable is unplugged or the adapter is not powered.

Green No trigger activity. No trigger events in the past 10 milliseconds.

Yellow Trigger activity. One or more trigger events in the past 10 milliseconds.

READY STATUS LAMPS

The L1 and L3 Lamps indicate the state of the ready signal on the LAN cable. L1 shows the state of the transmitted ready signal; L3 shows the state of the received ready signal.

Lamp State Indication

Off The adapter is not powered.

Ready true.

For L1: all the C2C-Link devices attached to this adapter and the downwards

Green

adapters (if any) are ready.

For L3: all the C2C-Link devices attached to the downwards adapters (if any) are ready.

Ready false.

For L1: one or more C2C-Link devices attached to this adapter and the

Yellow

Unlike the trigger activity lamps, the ready signals are not enlarged. Short-duration notready states are hardly visible!

downwards adapters (if any) are not ready.

For L3: one or more C2C-Link devices attached to the downwards adapters (if any) are not ready.

Related Products & Accessories Coaxlink Hardware Manual

ADAPTERS ARRAY LAMP STATES – NORMAL SITUATIONS

The above drawings show the lamps states of 3 daisy-chained adapters for 3 normal situations.

In the OK 1 situation, all adapters are ready to accept triggers but no triggers are sent by the master.

In the OK 2 situation, the master adapter sends triggers and the ready signal of all adapters is permanently high. The yellow/green toggling L2 and L4 lamps indicate the trigger activity. The steady green L1 and L3 lamps indicate that all adapters are permanently ready to receive triggers.

In the OK 3 situation, the master adapter sends triggers and the ready signal of all adapters is cycling. The yellow/green toggling L2 and L4 lamps indicate the trigger activity. The yellow/green toggling L1 and L3 lamps indicate that all adapters are not ready to receive triggers for a significant duration.

ADAPTERS ARRAY LAMP STATES – ABNORMAL SITUATIONS

The above drawings show the lamps states of 3 daisy-chained adapters for 3 abnormal situations.

In the NOK 1 situation, no adapters are powered. All lamps are Off.

In the NOK 2 situation, all adapters are powered but all connections are missing or incorrect.

In the NOK 3 situation, all adapters are powered and all connections are OK, but the second adapter is not ready preventing the master to send new triggers. This situation is considered as abnormal when it persists.

Coaxlink Hardware Manual Related Products & Accessories

TROUBLESHOOTING GUIDE

Lamps state Indication and possible causes Action

All lamps Off

L2 Off

L1 Green

L4 Off

L3 Green

The adapter is not powered. Apply power to the adapter

For the master adapter, this is OK: nothing to do!

The external connection to the IN connector is missing or incorrect.

The external connection to the OUT connector is missing or incorrect.

For the other adapters: check and correct the connection to the OUT connector of the previous adapter in the daisy-chain.

For the last slave adapter of the daisy-chain, this is OK: nothing to do!

For the other adapters: check and correct the connection to the IN connector of the next adapter in the daisy-chain.

HD26F I/O Adapter

To use 1636 InterPC C2C-Link Adapter as an HD26F I/O adapter:

▶ Plug the A-connector of the supplied 200-mm 26-way ribbon cable to the Internal I/O

connector of the 1636 InterPC C2C-Link Adapter

▶ Plug the B-connector to the Internal I/O connector of the target card.

No power supply connection is required when using the 1636 InterPC C2C-Link Adapter as an HD26F I/O adapter only.

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3303 C2C-Link Ribbon Cable

3303 C2C-Link Ribbon Cable is an accessory product used for Intra-PC C2C-Link interconnection.

3303 C2C-Link Ribbon Cable assembly

The 3303 C2C-Link Ribbon Cable is a 6-conductor 0.05-in pitch ribbon fitted with 4 6-pin female ribbon cable connectors.

This cable is used for interconnecting the C2C-Link connectors of up to 4 cards located in the same PC.

Coaxlink Hardware Manual Related Products & Accessories

Custom C2C-Link Ribbon Cable Assembly

Assembly instructions of a custom-made IntraPC C2C-Link interconnection.

Custom C2C-Link Ribbon Cable Assembly

The cable assembly is composed with:

▶ A piece of a 6-conductor 0.05-in pitch ribbon cable. For instance: Belden’s (9L280XX Series).

▶ Two or more pieces of a 2 x 3-pin female ribbon cable connectors. For instance: TE

connectivity 1-1658528-1.

The cable assembly has:

▶ A maximum of 4 connectors allowing up to 4 cards to share the same C2C-Link.

▶ A maximum length of 60 cm.

The connector pitch(es) must be determined according to the actual card to card spacing in the Host PC.

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3304 HD26F I/O Adapter Cable

The 3304 HD26F I/O Adapter Cable interconnects a 26-pin dual-row 0.1" pitch connector to a 26pin 3-row female High-density SubD connector fitted into a standard-profile PC bracket.

Coaxlink Hardware Manual Related Products & Accessories

USAGE WITH INTERNAL IO2 CONNECTOR

Applies to:

The adapter brings the second set of I/O lines and the +12V power output to a bracket-mount SubD connector. The pins are assigned as follows:

Wire#IDC

Pin #

SubD

Pin #

Signal

Name

Signal Description

1 1 1 GND Ground

2 2 10 GND Ground

3 3 20 DIN21+ High-speed differential input #21 – Positive pole

4 4 19 DIN21- High-speed differential input #21 – Negative pole

5 5 13 DIN22+ High-speed differential input #22 – Positive pole

6 6 11 DIN22- High-speed differential input #22 – Negative pole

7 7 3 IIN21+ Isolated input #21 – Positive pole

8 8 12 IIN21- Isolated input #21 – Negative pole

9 9 13 IIN22+ Isolated input #22 – Positive pole

10 10 21 IIN22- Isolated input #22 – Negative pole

11 11 14 IIN23+ Isolated input #23 – Positive pole

12 12 4 IIN23- Isolated input #23 – Negative pole

13 13 15 IIN24+ Isolated input #24 – Positive pole

14 14 5 IIN24- Isolated input #24 – Negative pole

15 15 23 IOUT21+ Isolated contact output #21 – Positive pole

16 16 22 IOUT21- Isolated contact output #21 – Negative pole

17 17 16 IOUT22+ Isolated contact output #22 – Positive pole

18 18 6 IOUT22- Isolated contact output #22 – Negative pole

19 19 25 TTLIO21 TTL input/output #21

20 20 24 GND Ground (TTLIO21 return)

21 21 17 TTLIO22 TTL input/output #22

22 22 7 GND Ground (TTLIO22 return)

23 23 8 - Reserved

24 24 9 GND Ground

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Wire#IDC

Pin #

SubD

Pin #

Signal

Name

Signal Description

25 25 26 +12V +12 V Power output

26 26 18 GND Ground (+12V return)

Coaxlink Hardware Manual Related Products & Accessories

USAGE WITH INTERNAL IO1 CONNECTOR

Applies to:

The adapter brings the second set of I/O lines and the +12V power output to a bracket-mount SubD connector. The pins are assigned as follows:

Wire#IDC

Pin #

SubD

Pin #

Signal

Name

Signal Description

1 1 1 GND Ground

2 2 10 GND Ground

3 3 20 DIN11+ High-speed differential input #11 – Positive pole

4 4 19 DIN11- High-speed differential input #11 – Negative pole

5 5 13 DIN12+ High-speed differential input #12 – Positive pole

6 6 11 DIN12- High-speed differential input #12 – Negative pole

7 7 3 IIN11+ Isolated input #11 – Positive pole

8 8 12 IIN11- Isolated input #11 – Negative pole

9 9 13 IIN12+ Isolated input #12 – Positive pole

10 10 21 IIN12- Isolated input #12 – Negative pole

11 11 14 IIN13+ Isolated input #13 – Positive pole

12 12 4 IIN13- Isolated input #13 – Negative pole

13 13 15 IIN14+ Isolated input #14 – Positive pole

14 14 5 IIN14- Isolated input #14 – Negative pole

15 15 23 IOUT11+ Isolated contact output #11 – Positive pole

16 16 22 IOUT11- Isolated contact output #11 – Negative pole

17 17 16 IOUT12+ Isolated contact output #12 – Positive pole

18 18 6 IOUT12- Isolated contact output #12 – Negative pole

19 19 25 TTLIO11 TTL input/output #11

20 20 24 GND Ground (TTLIO11 return)

21 21 17 TTLIO12 TTL input/output #12

22 22 7 GND Ground (TTLIO12 return)

23 23 8 - Reserved

24 24 9 GND Ground

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Wire#IDC

Pin #

SubD

Pin #

Signal

Name

Signal Description

25 25 26 +12V +12 V Power output

26 26 18 GND Ground (+12V return)

Coaxlink Hardware Manual Related Products & Accessories

1625 DB25F I/O Adapter Cable

The 1625 DB25F I/O Adapter Cable connects all the pins (but the pin 1) of a 26-pin dual-row 0.1" pitch connector to a 25-pin female SubD connector fitted into a standard-profile PC bracket.

Related Products & Accessories Coaxlink Hardware Manual

USAGE WITH INTERNAL IO2 CONNECTOR

Applies to:

The adapter brings the second set of I/O lines and the +12V power output to a bracket-mount SubD connector. The pins are assigned as follows:

Wire #

IDC Pin

SubD Pin #

Signal

Name

Signal Description

1 1 GND Ground

2 2 1 GND Ground

3 3 14 DIN21+

4 4 2 DIN21-

5 5 15 DIN22+

6 6 3 DIN22-

High-speed differential input #21 – Positive

pole

High-speed differential input #21 – Negative

pole

High-speed differential input #22 – Positive

pole

High-speed differential input #22 – Negative

pole

7 7 16 IIN21+ Isolated input #21 – Positive pole

8 8 4 IIN21- Isolated input #21 – Negative pole

9 9 17 IIN22+ Isolated input #22 – Positive pole

10 10 5 IIN22- Isolated input #22 – Negative pole

11 11 18 IIN23+ Isolated input #23 – Positive pole

12 12 6 IIN23- Isolated input #23 – Negative pole

13 13 19 IIN24+ Isolated input #24 – Positive pole

14 14 7 IIN24- Isolated input #24 – Negative pole

15 15 20 IOUT21+ Isolated contact output #21 – Positive pole

16 16 8 IOUT21- Isolated contact output #21 – Negative pole

17 17 21 IOUT22+ Isolated contact output #22 – Positive pole

18 18 9 IOUT22- Isolated contact output #22 – Negative pole

19 19 22 TTLIO21 TTL input/output #21

20 20 10 GND Ground (TTLIO21 return)

21 21 23 TTLIO22 TTL input/output #22

Coaxlink Hardware Manual Related Products & Accessories

Wire #

IDC Pin

SubD Pin #

Signal

Name

Signal Description

22 22 11 GND Ground (TTLIO22 return)

23 23 24 - Not used

24 24 12 GND Ground

25 25 25 +12V +12 V Power output

26 26 13 GND Ground (+12V return)

USAGE WITH INTERNAL IO1 CONNECTOR

Applies to:

The adapter brings the second set of I/O lines and the +12V power output to a bracket-mount SubD connector. The pins are assigned as follows:

Wire#IDC

Pin #

SubD

Pin #

Signal

Name

Signal Description

1 1 GND Ground

2 2 1 GND Ground

3 3 14 DIN11+ High-speed differential input #11 – Positive pole

4 4 2 DIN11- High-speed differential input #11 – Negative pole

5 5 15 DIN12+ High-speed differential input #12 – Positive pole

6 6 3 DIN12- High-speed differential input #12 – Negative pole

7 7 16 IIN11+ Isolated input #11 – Positive pole

8 8 4 IIN11- Isolated input #11 – Negative pole

9 9 17 IIN12+ Isolated input #12 – Positive pole

10 10 5 IIN12- Isolated input #12 – Negative pole

11 11 18 IIN13+ Isolated input #13 – Positive pole

12 12 6 IIN13- Isolated input #13 – Negative pole

13 13 19 IIN14+ Isolated input #14 – Positive pole

14 14 7 IIN14- Isolated input #14 – Negative pole

15 15 20 IOUT11+ Isolated contact output #11 – Positive pole

16 16 8 IOUT11- Isolated contact output #11 – Negative pole

Related Products & Accessories Coaxlink Hardware Manual

Wire#IDC

Pin #

SubD

Pin #

Signal

Name

Signal Description

17 17 21 IOUT12+ Isolated contact output #12 – Positive pole

18 18 9 IOUT12- Isolated contact output #12 – Negative pole

19 19 22 TTLIO11 TTL input/output #11

20 20 10 GND Ground (TTLIO11 return)

21 21 23 TTLIO12 TTL input/output #12

22 22 11 GND Ground (TTLIO12 return)

23 23 24 - Not used

24 24 12 GND Ground

25 25 25 +12V +12 V Power output

26 26 13 GND Ground (+12V return)

Euresys 1630 Coaxlink Mono, 1631 Coaxlink Duo, 1632 Coaxlink Quad, 1633 Coaxlink Quad G3, 1635 Coaxlink Quad G3 DF Hardware Manual

Specifications and Main Features

Frequently Asked Questions

User Manual

About This Document

Document Scope

Document Revision History

Document Structure

Mechanical Specification

Product Pictures

Physical Characteristics

Components Location

Connectors

CoaXPress Host Connector

CoaXPress Host Connector

CoaXPress Host Connector

CoaXPress Data Forwarding Connector

External I/O Connector

Internal I/O 1 Connector

Internal I/O 2 Connector

C2C-Link Connector

Auxiliary Power Input Connector

CoaXPress Lamps

Board Status Lamp

FPGA Status Lamp

Firmware Recovery Switch

Electrical Specification

CoaXPress Host Interface

PCI Express Interface

Power Distribution

PCI Express Power

Auxiliary Power

I/O Power Output

Differential Input

TTL Input/Output

Isolated Input

Isolated Output

Environmental Specification

Environmental Conditions

Thermal Data

Compliances

Related Products & Accessories

1636 InterPC C2C-Link Adapter

Product Pictures

Hardware Description

C2C-Link Extender

Adapter Powering

InterPC Interconnect

Lamps

HD26F I/O Adapter

3303 C2C-Link Ribbon Cable

Custom C2C-Link Ribbon Cable Assembly

3304 HD26F I/O Adapter Cable

1625 DB25F I/O Adapter Cable