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3U OpenVPX Rear I/O Module

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Overview

Function/Features

  • OpenVPX 1.0” pitch rear chassis I/O panel with IEEE 1101.10/11, Type IV, Injector/Ejector handle

  • Optimized for NAI 68INT4 and 68INT5 SBC boards

  • Industry standard commercial connectors, where applicable

  • High density inboard connector provides function module I/O

  • Standard NAI Mini-HDMI interface receptacle (for HDMI or DVI video)

Description

The 68RTINTX is the generic base product nomenclature for the 3U OpenVPX Rear I/O Transition Module (RTM) specifically optimized for the 68INT4 and 68INT5 SBC module (boards). There are two variants, the -1, which is optimized for 68INT4/5 SBCs fitted with standard I/O function module types and the -2, which is optimized for 68INT4/5 SBCs fitted with the high-speed, differential pair (ETH) function module types (see part number designation for complete descriptions). The 68RTINTX is for use in OpenVPX systems/chassis with RTM accessibility that require reliable interconnection between the rear I/O P1 & P2 OpenVPX connectors and the ‘outside world'.

Specifications

  • Operating Temperature:

    • 0°C to 70°C (typical usage, contact factory for extended temperature range)

  • Storage Temperature:

    • -40°C to 85°C

  • Humidity:

    • 95% RH, non-condensing

  • Protective Covering:

    • Both sides of the board are protected/covered with solder mask (Conformal coat available on special order – Contact Factory)

  • I/O Connector Configuration:

    • One panel mini-HDMI-type C receptacle for HDMI/DVI video (J1)

    • Two panel USB-A receptacles, stacked, for USB Port 1 & Port 2 (J2)

    • Two panel RJ45 receptacles, combined, for GbE Port 1 & Port 2 (J3)

    • One inboard SATA-II/III capable data connector (J4)

    • One inboard SATA-power receptacle (JP1)

    • One inboard function module 44-pin I/O Header (J5):

    • 68RTINT4/5-1, I/O: One inboard 44-pin Harwin-type I/O header, or

    • 68RTINT4/5-2, HS/ETH: One inboard 44-pin IDC-type Header

    • One inboard power header, +12V for low current accessory use (e.g., fan) (J6)

    • Two IPMB (A & B) 3-pin Headers (JP2 & JP3)

    • One inboard 1-pin header, SYS GND Reference point (JP4)

    • One inboard 2-pin header, jumper, NVMRO (JP5)

    • One inboard 2-pin header for RTC_STDBY, external or 3.3V battery select (JP6)

  • Size:

    • 3U (100 mm H x 80 mm D) / 1” 5HP pitch width (25.4 mm W)

  • Weight:

    • 5 oz. (142 g) (approx.)

68RTINTX Installation

For reference only

68RTINTX img2

68RTINTX Connector/Pin-out Information

I/O Connectors

User and defined I/O is available through panel mounted and in-board header connectors via the VPX RP0, RP1 & RP2 user defined rear I/O backplane connectors. The 68RTINTX-x RTM is optimized for use for the 68INT4 and 68INT5 OpenVPX SBC I/O cards with specific pinout references. Please reference additional information and documentation from the respective 68INT4 and 68INT5 board web product pages.

CAUTION

Do not connect to any undesignated or n/c pins.

Notes:

The following notes apply unless otherwise specified:

  1. Maximum ratings for the VPX MultiGig-RT2 type rear I/O connectors are as follows (per TE connectivity 108-2072, Rev F):

    • Operating Voltage: 166 volts AC peak or DC

    • Current: Signal Wafers: 1.5 ampere at <30°C (Single circuit, free air)

  2. Signal names are provided for reference (referenced to 68INT4/5 or 68RTINTX signal names) only.

RTM Panel Connector System Ground Pins

None. See specific connector, header or receptacle pin out.

RTM Panel Connector Chassis Grounding Pins

Panel: No dedicated chassis GND pins available.

Once installed and secured within a VPX chassis, the panel itself, rear VPX connector key guides and panel receptacle shell are connected to chassis.

RTM Connectors Positioning and Layout

68RTINTX img3

RTM Defined I/O Pin-Outs

RTM VPX RP0 I/O Definition (COMMON)

RP0

A

B

C

D

E

F

G

1

n/c

n/c

n/c

n/c

n/c

n/c

n/c

2

n/c

n/c

n/c

n/c

+12V

+12V

+12V

3

+5V

+5V

+5V

n/c

+5V

+5V

+5V

4

NVMRO

n/c

GND

n/c

GND

IMPB_SDA_B

IMPB_SCL_B

5

IMPB_SDA_A

IMPB_SCL_A

GND

n/c

GND

n/c

n/c

6

n/c

n/c

GND

n/c

GND

n/c

n/c

7

n/c

n/c

n/c

n/c

n/c

GND

n/c

8

n/c

n/c

n/c

GND

n/c

n/c

GND

9

n/c

n/c

n/c

n/c

n/c

GND

n/c

10

GND

n/c

n/c

GND

n/c

n/c

GND

11

n/c

n/c

n/c

n/c

n/c

GND

RTC_STDBY

12

GND

n/c

n/c

GND

n/c

n/c

GND

13

n/c

n/c

n/c

n/c

n/c

GND

n/c

14

GND

n/c

n/c

GND

n/c

n/c

GND

15

n/c

n/c

n/c

n/c

n/c

GND

n/c

16

GND

n/c

n/c

GND

n/c

n/c

GND

Key:

  • Maintenance

  • IPMB Bus A

  • IPMB Bus B

RTM VPX RP1 I/O Definition (68RTINTX-1, I/O)

RP1

A

B

C

D

E

F

G

1

USB1_SSRX_P

USB1_SSRX_N

GND

USB1_SSTX_P

USB1_SSTX_N

GND

n/c (SER_TXD)

2

GND

HDMI_TX0_D_P

HDMI_TX0_D_N

GND

USB1_P

USB1_N

GND

3

HDMI_TX1_D_P

HDMI_TX1_D_N

GND

HDMI_TX2_D_P

HDMI_TX2_D_N

GND

n/c (SER_RXD)

4

GND

HDMI_CLK_P

HDMI_CLK_N

GND

HDMI_SCL

HDMI_SDA

GND

5

TX1_TP0_P

TX1_TP0_N

GND

TX1_TP1_P

TX1_TP1_N

GND

HDMI_HPD

6

GND

TX1_TP2_P

TX1_TP2_N

GND

TX1_TP3_P

TX1_TP3_N

GND

7

TX2_TP0_P

TX2_TP0_N

GND

TX2_TP1_P

TX2_TP1_N

GND

n/c (V1-MRSTn)

8

GND

TX2_TP2_P

TX2_TP2_N

GND

TX2_TP3_P

TX2_TP3_N

GND

9

PCH_SATA2_RX_P

PCH_SATA2_RX_N

GND

VPX_SATA2_TX_P

VPX_SATA2_TX_N

GND

+V5S_VIDEO

10

GND

n/c

n/c

GND

USB2_P

USB2_N

GND

11

n/c

n/c

GND

n/c

n/c

GND

+5V_USB1

12

GND

n/c

n/c

GND

n/c

n/c

GND

13

n/c

n/c

GND

n/c

n/c

GND

+5V_USB2

14

GND

n/c

n/c

GND

n/c

n/c

GND

15

n/c

n/c

GND

n/c

n/c

GND

n/c

16

GND

n/c

n/c

GND

n/c

n/c

GND

RTM VPX RP1 I/O Definition (68RTINTX-2, ETH, Hi-speed)

RP1

A

B

C

D

E

F

G

1

USB1_SSRX_P

USB1_SSRX_N

GND

USB1_SSTX_P

USB1_SSTX_N

GND

n/c (SER_TXD)

2

GND

HDMI_TX0_D_P

HDMI_TX0_D_N

GND

USB1_P

USB1_N

GND

3

HDMI_TX1_D_P

HDMI_TX1_D_N

GND

HDMI_TX2_D_P

HDMI_TX2_D_N

GND

n/c (SER_RXD)

4

GND

HDMI_CLK_P

HDMI_CLK_N

GND

HDMI_SCL

HDMI_SDA

GND

5

TX1_TP0_P

TX1_TP0_N

GND

TX1_TP1_P

TX1_TP1_N

GND

HDMI_HPD

6

GND

TX1_TP2_P

TX1_TP2_N

GND

TX1_TP3_P

TX1_TP3_N

GND

7

TX2_TP0_P

TX2_TP0_N

GND

TX2_TP1_P

TX2_TP1_N

GND

n/c (V1-MRSTn)

8

GND

TX2_TP2_P

TX2_TP2_N

GND

TX2_TP3_P

TX2_TP3_N

GND

9

PCH_SATA2_RX_P

PCH_SATA2_RX_N

GND

VPX_SATA2_TX_P

VPX_SATA2_TX_N

GND

+V5S_VIDEO

10

GND

n/c

n/c

GND

USB2_P

USB2_N

GND

11

M1_ETH2_TP2_P

M1_ETH2_TP2_N

GND

M1_ETH2_TP3_P

M1_ETH2_TP3_N

GND

+5V_USB1

12

GND

M1_ETH2_TP0_P

M1_ETH2_TP0_N

GND

M1_ETH2_TP1_P

M1_ETH2_TP1_N

GND

13

M1_ETH1_TP0_P

M1_ETH1_TP0_N

GND

M1_ETH1_TP1_P

M1_ETH1_TP1_N

GND

+5V_USB2

14

GND

M1_ETH1_TP2_P

M1_ETH1_TP2_N

GND

M1_ETH1_TP3_P

M1_ETH1_TP3_N

GND

15

M1_ETH3_TP2_P

M1_ETH3_TP2_N

GND

M1_ETH3_TP3_P

M1_ETH3_TP3_N

GND

n/c

16

GND

M1_ETH3_TP0_P

M1_ETH3_TP0_N

GND

M1_ETH3_TP1_P

M1_ETH3_TP1_N

GND

RTM VPX RP2 I/O Definition (68RTINTX-1, I/O)

RP2

A

B

C

D

E

F

G

1

MOD1_DATIO29

MOD1_DATIO30

GND

MOD1_DATIO31

MOD1_DATIO32

GND

MOD1_DATIO33

2

GND

MOD1_DATIO25

MOD1_DATIO26

GND

MOD1_DATIO27

MOD1_DATIO28

GND

3

MOD1_DATIO21

MOD1_DATIO22

GND

MOD1_DATIO23

MOD1_DATIO24

GND

MOD1_DATIO34

4

GND

MOD1_DATIO17

MOD1_DATIO18

GND

MOD1_DATIO19

MOD1_DATIO20

GND

5

MOD1_DATIO13

MOD1_DATIO14

GND

MOD1_DATIO15

MOD1_DATIO16

GND

MOD1_DATIO35

6

GND

MOD1_DATIO9

MOD1_DATIO10

GND

MOD1_DATIO11

MOD1_DATIO12

GND

7

MOD1_DATIO5

MOD1_DATIO6

GND

MOD1_DATIO7

MOD1_DATIO8

GND

MOD1_DATIO36

8

GND

MOD1_DATIO1

MOD1_DATIO2

GND

MOD1_DATIO3

MOD1_DATIO4

GND

RTM VPX RP2 I/O Definition (68RTINTX-2, ETH, Hi-speed)

RP2

A

B

C

D

E

F

G

1

M1_ETH4_TP2_P

M1_ETH4_TP2_N

GND

M1_ETH4_TP3_P

M1_ETH4_TP3_N

GND

n/c

2

GND

M1_ETH4_TP0_P

M1_ETH4_TP0_N

GND

M1_ETH4_TP1_P

M1_ETH4_TP1_N

GND

2

GND

M1_ETH4_TP0_P

M1_ETH4_TP0_N

GND

M1_ETH4_TP1_P

M1_ETH4_TP1_N

GND

4

GND

n/c

n/c

GND

n/c

n/c

GND

5

n/c

n/c

GND

n/c

n/c

GND

n/c

6

GND

n/c

n/c

GND

n/c

n/c

GND

7

n/c

n/c

GND

n/c

n/c

GND

n/c

8

GND

n/c

n/c

GND

n/c

n/c

GND

Common Connectors I/O

The following connectors are common between the “-1, I/O” and “-2, ETH, Hi-speed” versions

J1, HDMI/DVI Video

One panel mini-HDMI-type C receptacle for HDMI/DVI video (J1)

MHDMR-19-02-H-TH-L-TR, SAMTEC (or equivalent)

68RTINTX img4
Table 1. 68RTINTX J1 Mini-HDMI Type C Video

VPX RP

Signal (REF)

MINI-HDMI-type C J1

RP1-D3

HDMI_TX2_D_P

1

GND

2

RP1-E3

HDMI_TX2_D_N

3

RP1-A3

HDMI_TX1_D_P

4

GND

5

RP1-B3

HDMI_TX1_D_N

6

RP1-B2

HDMI_TX0_D_P

7

GND

8

RP1-C2

HDMI_TX0_D_N

9

RP1-B4

HDMI_CLK_P

10

GND

11

RP1-C4

HDMI_CLK_N

12

n/c

13

n/c

14

RP1-E4

HDMI_SCL

15

RP1-F4

HDMI_SDA

16

GND

17

RP1-G9

+V5S_VIDEO

18

RP1-G5

HDMI_HPD

19

J2, USB

Two panel USB-A receptacles (stacked), for USB Port 1 & Port 2 (J2, A & B) GSB311231HR, AMPHENOL; Connector, USB 3.0 STD A Stacked, or equivalent (2x USB Type A)

68RTINTX img5

68RTINTX J2 USB

VPX RP

Signal (REF)

USB Type-A J2

RP1-G11

+5V_USB1

1

RP1-F2

USB1_N

2

RP1-E2

USB1_P

3

GND

4

RP1-B1

USB1_SSRX_

5

RP1-A1

USB1_SSRX_P

6

GND

7

RP1-E1

USB1_SSTX_N

8

RP1-D1

USB1_SSTX_P

9

RP1-G13

+5V_USB2

10

RP1-F10

USB2_N

11

RP1-E10

USB2_P

12

GND

13

n/c

14

n/c

15

GND

16

n/c

17

n/c

18

J3, RJ45, Ethernet

Two panel RJ45 receptacles, for GbE Port 1 & Port 2 (J3, A & B) RJHSE-5380-02, AMPHENOL; CONN, Ethernet, 1x2 RJ45, or equivalent 2x RJ45 receptacles

68RTINTX img6

68RTINTX J3 RJ45 Ethernet

VPX RP

NAI Signal

RJ45 Commercial Standard Ethernet (REFERENCE) J3

RP1-A13

ETH1-TP0+

RJ45 Pin-1

RP1-A13

ETH1-RXP

(BASE-KX)

RP1-B13

ETH1-TP0-

RJ45 Pin-2

RP1-B13

ETH1-RXN

(BASE-KX)

RP1-D13

ETH1-TP1+

RJ45 Pin-3

RP1-D13

ETH1-TXP

(BASE-KX)

RP1-E13

ETH1-TP1-

RJ45 Pin-6

RP1-E13

ETH1-TXN

(BASE-KX)

RP1-B14

ETH1-TP2+

RJ45 Pin-4

RP1-C14

ETH1-TP2-

RJ45 Pin-5

RP1-E14

ETH1-TP3+

RJ45 Pin-7

RP1-F14

ETH1-TP3-

RJ45 Pin-8

RP1-A15

ETH2-TP0+

RJ45 Pin-1

RP1-A15

ETH2-RXP

(BASE-KX)

RP1-B15

ETH2-TP0-

RJ45 Pin-2

RP1-B15

ETH2-RXN

(BASE-KX)

RP1-D15

ETH2-TP1+

RJ45 Pin-3

RP1-D15

ETH2-TXP

(BASE-KX)

RP1-E15

ETH2-TP1-

RJ45 Pin-6

RP1-E15

ETH2-TXN

(BASE-KX)

RP1-B16

ETH2-TP2+

RJ45 Pin-4

RP1-C16

ETH2-TP2-

RJ45 Pin-5

RP1-E16

ETH2-TP3+

RJ45 Pin-7

RP1-F16

ETH2-TP3-

RJ45 Pin-8
68RTINTX img7

J4 & JP1, SATA & SATA Power

One inboard SATA-II/III capable data connector (J4) 47080-4005, Molex; CONN, 7 Pin, SATA Plug, Right Angle, or equivalent One inboard SATA-power receptacle (JP1) 794285-1, TE Connectivity, Header, 4 x 1, 5.08mm, Vertical, TH

68RTINTX img8
Table 2. 68RTINTX J4 SATA Data & JP1 SATA Power

VPX RP

Signal (REF)

SATA J4

VPX RP

Signal (REF)

SATA JP1

GND

1

+12V

1

RP1-D9

VPX_SATA2_TX_P

2

GND

2

RP1-E9

VPX_SATA2_TX_N

3

GND

3

GND

4

+5V

4

RP1-B9

PCH_SATA2_RX_N

5

RP1-A9

PCH_SATA2_RX_P

6

GND

7

J6, +12V Accessory Power

One inboard power header, +12V for low current accessory use (e.g., fan) 530140310, Molex, CONN, 3-pin Microblade, 2mm spacing, or equivalent

68RTINTX img9
Note
 Photo depicts the “-2” J5 High speed version – for reference only (Common version connector information)

68RTINTX J6 +12V Accessory Power

VPX RP

Signal (REF)

+12V Acc Pwr J6

+12V

1

GND

2

n/c

3

JP2 & JP3, IPMB Headers

Two IPMB (A & B) 3-pin Headers (JP2 & JP3) TSW-103-14-G-S, Samtec; HDR,3x1,0.100" spacing, Low Profile, Vertical, or equivalent

68RTINTX img10
Note
 Photo depicts the “-2” J5 High speed version – for reference only (Common version connector information)
Table 3. 68RTINTX JP2 & JP3 IPMB Bus Interface Headers

VPX RP

Signal (REF)

IPMB BUSA JP2

VPX RP

Signal (REF)

IPMB BUSB JP3

RP0-B5

IMPB_SCL_A

1

RP0-G4

IMPB_SCL_B

1

RP0-A5

IMPB_SDA_A

2

RP0-F4

IMPB_SDA_B

2

GND

3

GND

3

JP5, JP6 & JP4, Ancillary Select jumper/shunts and SYS GND reference point

One inboard 2-pin header, jumper, NVMRO (JP5) One inboard 2-pin header for RTC_STDBY, external or 3.3V battery select (JP6) TMS-101-51-T-D (x2), SAMTEC; HDR,1x 2,0.05",Vertical,TH or equivalent

BAT1: BR-1225A/HBN, Panasonic; Battery, 3V, 48mAh, Lithium, or equivalent

One inboard 1-pin header, SYS GND Reference point (JP4) TSW-101-06-T-S,SAMTEC; CONN,HDR,1X1,.100,VERTICAL,TH

68RTINTX img11
Table 4. 68RTINTX JP5, JP6 & JP4, Ancillary Select jumper/shunts

VPX RP

Signal (REF)

NVMRO JP5

RP0-A4

NVMRO

1

GND

2

VPX RP

Signal (REF)

RTC_STDBY JP6

RP0-G11

RTC_STBY

1

BAT1 @ +3.3V

2

Signal (REF)

SYS GND JP4

GND

1

NVMRO = Non-volatile memory read only

68RTINTX img12

J5, Inboard Module Function I/O Connector Interfaces

“-1” Standard I/O Version One inboard 44-pin Header, Module Standard I/O interface M80-5114422, Harwin; CONN,44Pin,Male,Vertical, 2MM Spacing, or equivalent

68RTINTX img13

Top view, pin layout Note: Photo depicts the “-2” J5 High speed version – for reference only Note: “-2” (I/O Version) actual J5 pin silkscreen depicting alternating row is in error on “Rev A” boards. “Rev B” and higher will be corrected to depict pins 1-22 & 23-44 on one side (red font pin numbers shown above depict correct board pin routing)

Table 5. 68RTINTX-1 J5 (M1) Inboard Module Standard I/O

VPX RP

J5 Inboard I/O

VPX RP

GND

1

23

GND

RP2-B8

MOD1-DATIO01

2

24

MOD1-DATIO02

RP2-C8

RP2-E8

MOD1-DATIO03

3

25

MOD1-DATIO04

RP2-F8

RP2-B8

MOD1-DATIO25

4

26

MOD1-DATIO26

RP2-C2

RP2-A7

MOD1-DATIO05

5

27

MOD1-DATIO06

RP2-B7

RP2-G1

MOD1-DATIO33

6

28

MOD1-DATIO34

RP2-G3

RP2-D7

MOD1-DATIO07

7

29

MOD1-DATIO08

RP2-E7

RP2-B6

MOD1-DATIO09

8

30

MOD1-DATIO10

RP2-C6

RP2-E2

MOD1-DATIO27

9

31

MOD1-DATIO28

RP2-F2

RP2-E6

MOD1-DATIO11

10

32

MOD1-DATIO12

RP2-F6

RP2-G5

MOD1-DATIO35

11

33

MOD1-DATIO36

RP2-G7

RP2-A5

MOD1-DATIO13

12

34

MOD1-DATIO14

RP2-B5

RP2-D5

MOD1-DATIO15

13

35

MOD1-DATIO16

RP2-E5

RP2-A1

MOD1-DATIO29

14

36

MOD1-DATIO30

RP2-B1

RP2-B4

MOD1-DATIO17

15

37

MOD1-DATIO18

RP2-C4

n/c

16

38

n/c

RP2-E4

MOD1-DATIO19

17

39

MOD1-DATIO20

RP2-F4

RP2-A3

MOD1-DATIO21

18

40

MOD1-DATIO22

RP2-B3

RP2-D1

MOD1-DATIO31

19

41

MOD1-DATIO32

RP2-E1

RP2-D3

MOD1-DATIO23

20

42

MOD1-DATIO24

RP2-E3

n/c

21

43

n/c

n/c

22

44

n/c

“-2” Standard I/O Version

One inboard 44-pin Header, High-speed (ETH) I/O interface MTMM-122-02-L-D-120, SAMTEC; Header,22 x 2,2mm Modified Header, Vertical, TH, or equivalent

68RTINTX img14
Table 6. 68RTINTX-2 J5 (M1) Inboard Module Hi-speed/ETH I/O

VPX RP

Differential Routing

(MOD DATIO REF)

J5 Inboard I/O

(MOD DATIO REF)

Differential Routing

VPX RP

GND

1

2

GND

RP1-D11

M1_ETH2_TP3_P

MOD1-DATIO15

3

4

MOD1-DATIO06

M1_ETH1_TP2_N

RP1-C14

RP1-E11

M1_ETH2_TP3_N

MOD1-DATIO16

5

6

MOD1-DATIO05

M1_ETH1_TP2_P

RP1-B14

RP1-E12

M1_ETH2_TP1_P

MOD1-DATIO11

7

8

MOD1-DATIO02

M1_ETH1_TP0_N

RP1-B13

RP1-F12

M1_ETH2_TP1_N

MOD1-DATIO12

9

10

MOD1-DATIO01

M1_ETH1_TP0_P

RP1-A13

GND

11

12

GND

RP1-D13

M1_ETH1_TP1_P

MOD1-DATIO03

13

14

MOD1-DATIO10

M1_ETH2_TP0_N

RP1-C12

RP1-E13

M1_ETH1_TP1_N

MOD1-DATIO04

15

16

MOD1-DATIO09

M1_ETH2_TP0_P

RP1-B12

RP1-E14

M1_ETH1_TP3_P

MOD1-DATIO07

17

18

MOD1-DATIO14

M1_ETH2_TP2_N

RP1-B11

RP1-F14

M1_ETH1_TP3_N

MOD1-DATIO08

19

20

MOD1-DATIO13

M1_ETH2_TP2_P

RP1-A11

GND

21

22

GND

RP1-D15

M1_ETH3_TP3_P

MOD1-DATIO23

23

24

MOD1-DATIO26

M1_ETH4_TP0_N

RP2-C2

RP1-E15

M1_ETH3_TP3_N

MOD1-DATIO24

25

26

MOD1-DATIO25

M1_ETH4_TP0_P

RP2-B2

RP1-E16

M1_ETH3_TP1_P

MOD1-DATIO19

27

28

MOD1-DATIO30

M1_ETH4_TP2_N

RP2-B1

RP1-F16

M1_ETH3_TP1_N

MOD1-DATIO20

29

30

MOD1-DATIO29

M1_ETH4_TP2_P

RP2-A1

GND

31

32

GND

RP2-D1

M1_ETH4_TP3_P

MOD1-DATIO31

33

34

MOD1-DATIO18

M1_ETH3_TP0_N

RP1-C16

RP2-E1

M1_ETH4_TP3_N

MOD1-DATIO32

35

36

MOD1-DATIO17

M1_ETH3_TP0_P

RP1-B16

RP2-E2

M1_ETH4_TP1_P

MOD1-DATIO27

37

38

MOD1-DATIO22

M1_ETH3_TP2_N

RP1-B15

RP2-F2

M1_ETH4_TP1_N

MOD1-DATIO28

39

40

MOD1-DATIO21

M1_ETH3_TP2_P

RP1-A15

GND

41

42

GND

n/c

43

44

n/c

Part Number Designation

68RTINTX-X is used/referenced to:

Standard Product Part Number(s): 68RTINT4-X

68RTINT5-X

X

= Configuration Options

1

  • Supports standard function module I/O & routing

  • J5 = Harwin 44-pin type header

2

  • Supports high-speed (ETH) function module I/O & routing

  • J5 = Samtec MTMM 2 x 22 pin type header

X

= Other than listed; indicates custom configuration – Contact Factory

Specifications are subject to change without notice.

Revision History

Revision

Change

Draft/APRV

Date

P1

Initial draft, advanced release.

ARS

09/30/22

A

ECO C09702, initial release

DG

10/04/22

NAI Cares

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North Atlantic Industries (NAI) is a leading independent supplier of Embedded I/O Boards, Single Board Computers, Rugged Power Supplies, Embedded Systems and Motion Simulation and Measurement Instruments for the Military, Aerospace and Industrial Industries. We accelerate our clients’ time-to-mission with a unique approach based on a Configurable Open Systems Architecture™ (COSA®) that delivers the best of both worlds: custom solutions from standard COTS components.

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