This legacy product is not recommended for new installations. There is no replacement for these products.
Overview
The Patton Model 2073RC interface converter allow a synchronous V.35, X.21, or Ethernet device to communicate bi-directionally over a G.703 co-directional PCM network. Supporting internal, external DTE timing or G.703 network generated timing, the Model 2073RC is perfect for networking applications that require speeds of 64 kbps. The modular rear cards style of interchangeable interface modules for the 2073RC allow various physical and electrical interfaces to connect to the 64K synchronous G.703 network.
A 120-ohm twisted pair telephone port provides the interface for the G.703 network. Additionally, 75-ohm terminations can be made using the Patton Model 460 (G.703 balun).
Diagnostics include Local Loopback, V.54 RDL testing, and 511/51E built-in BER patterns. Synchronous clock jitter is attenuated in accordance with the G.823.
Features
Bi-directionally converts X.21, V.35, or 10Base-T to co-directional G.703
LED indicators monitor Data, Network, and Diagnostic signals
Internal, external (V.35 only), or network clocking options
Test Mode controlled by switch, or by local DTE (V.35 version only)
Complies with CCITT/ITU G.823 Jitter Control Specifications
Built-in surge protection and transformer isolation
Point-to-point distance up to 5,250 ft (1,600 m) on 24 AWG twisted pair
120-ohm (twisted pair) network termination
Made in the USA — This Patton equipment is designed by Patton engineers and built in our Gaithersburg, Maryland facility. Patton's American-made manufacturing process delivers high-quality networking solutions with reliability you can trust.
Ordering
Sorry! Ordering information for this product is not publicly available at this time. Please accept our apology as we regret any inconvenience to you.
For more information about the availability of this product and/or alternative solutions, please contact Patton's Product Management team at sales@patton.com or +1 301 975 1000
Bi-directionally converts X.21, V.35, or 10Base-T to co-directional G.703
LED indicators monitor Data, Network, and Diagnostic signals
Internal, external (V.35 only), or network clocking options
Test Mode controlled by switch, or by local DTE (V.35 version only)
Complies with CCITT/ITU G.823 Jitter Control Specifications
Built-in surge protection and transformer isolation
Point-to-point distance up to 5,250 ft (1,600 m) on 24 AWG twisted pair
120-ohm (twisted pair) network termination
Made in the USA — This Patton equipment is designed by Patton engineers and built in our Gaithersburg, Maryland facility. Patton's American-made manufacturing process delivers high-quality networking solutions with reliability you can trust.
The Patton Model 2073RC interface converter allow a synchronous V.35, X.21, or Ethernet device to communicate bi-directionally over a G.703 co-directional PCM network. Supporting internal, external DTE timing or G.703 network generated timing, the Model 2073RC is perfect for networking applications that require speeds of 64 kbps. The modular rear cards style of interchangeable interface modules for the 2073RC allow various physical and electrical interfaces to connect to the 64K synchronous G.703 network.
A 120-ohm twisted pair telephone port provides the interface for the G.703 network. Additionally, 75-ohm terminations can be made using the Patton Model 460 (G.703 balun).
Diagnostics include Local Loopback, V.54 RDL testing, and 511/51E built-in BER patterns. Synchronous clock jitter is attenuated in accordance with the G.823.
Please register to view this information. It only takes a few seconds.
Sorry! Ordering information for this product is not publicly available at this time. Please accept our apology as we regret any inconvenience to you.
For more information about the availability of this product and/or alternative solutions, please contact Patton's Product Management team at sales@patton.com or +1 301 975 1000
Please register to view this information. It only takes a few seconds.
Please register to view this information. It only takes a few seconds.