Appendix A - Connector and Cable Pin Outs

14

Appendix A - Connector and Cable Pin Outs

Pin Outs for HD D-Sub Male to V.35 Male Cable

V.35

DTE – DCE

Signal

A

Chassis Ground

B

Signal Ground

C

Request to Send 1

D

Clear to Send 1

E

Data Set Ready 1

F

Receive Line Signal Detect 2

H

Data Terminal Ready 3

P

Tx Data +

R

Rx Data +

S

Tx Data –

T

Rx Data –

U

Tx Clock Out + 4

V

Rx Clock In +

W

Tx Clock Out – 4

X

Rx Clock In –

Y

Tx Clock In +

AA

Tx Clock In –

1Unused by the V.35 interface circuitry.

2Receive Line Signal Detect (RLSD) must be asserted by the CSU/DSU when the WAN line is operational. The CSU/DSU should be configured to have (RLSD) follow the state of the link.

3Data Terminal Ready (DTR) will be asserted by the VSR V.35 circuitry when the VSR is ready to communicate.

4Used only when internal clocking has been selected.

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Compatible Systems OCTAL V.35 manual Appendix a Connector and Cable Pin Outs, Pin Outs for HD D-Sub Male to V.35 Male Cable

OCTAL V.35 specifications

Compatible Systems OCTAL V.35 is a sophisticated networking product designed to enhance communication among various devices within a digital network. This innovative solution incorporates advanced technologies that enable seamless data transfer, robustness, and versatility in diverse environments.

One of the hallmark features of the OCTAL V.35 is its octal architecture, which allows for multiple data connections simultaneously. This architecture is particularly advantageous for organizations that require high-bandwidth data transmission and need to connect numerous devices at once. The ability to manage several connections helps reduce latency and optimize network performance.

The OCTAL V.35 is equipped with V.35 interfaces, which are essential for high-speed circuit-switched data transmission. This makes it ideal for applications requiring reliable and fast data communication. Its compatibility with V.35 enables the device to support a variety of networking standards and protocols, making it an excellent choice for interconnecting legacy systems with modern technologies.

Another prominent characteristic of the OCTAL V.35 is its built-in redundancy features. To ensure uninterrupted service, the system is designed to automatically switch to backup connections in case of primary link failures. This ensures that critical data remains available and that operations continue seamlessly, providing peace of mind for organizations that rely on constant data flow.

The device also supports multiple operating modes, catering to various use cases. Whether it’s point-to-point, multipoint, or other networking configurations, the OCTAL V.35 can be easily tailored to meet the specific requirements of any application scenario.

Furthermore, compatibility with various network management protocols allows for easy monitoring and maintenance of the network, ensuring that performance levels are sustained and issues can be promptly addressed.

Security features are a priority within the OCTAL V.35. The system includes advanced encryption and access control protocols to safeguard sensitive data, making it suitable for use in environments where data security is paramount, such as financial institutions and healthcare organizations.

In conclusion, the Compatible Systems OCTAL V.35 combines cutting-edge technology with practical features to provide a versatile, reliable, and secure networking solution. Its ability to handle multiple connections, adapt to various configurations, and maintain security makes it an ideal choice for organizations seeking to optimize their digital communications.