Patton Electroncis
Patton Academy  Let's Blog  Special Projects Team 
Login   |     Language

Products  >  Network Access  >  T1/E1 Network Extenders  >  CopperLink T1/E1 Extenders  >  CopperLink Model 2113A
CopperLink Model 2113A E1 Extender

Extend E1 lines to 4,900 meters over a single copper pair. The CopperLink™ 2113A transparent, plug-and-play E1 Extender triples the normal reach of TDM technology with half the number of required wire pairs.

Contact Us
Direct: +1 301 975 1000
Direct: +1 301 975 1007
Have Us Contact You
 Connect with us
Twitter Linkedin Facebook Youtube

View All







--Image: Made in USA --
  • Triple the Distance—Extend E1s to nearly 5 km over one pair of wires.
  • Half the Wires—The E1 extender only needs one pair of wires to operate.
  • Voice and Data Extension—The E1 Extender operates in clear channel mode allowing the transparent passing of voice and data.
  • Plug and Play—Plug the 2113A in and the link comes up in seconds. The line interface is even polarity insensitive, making it easier to get running.
  • Line Tests—V.52 511/511E Pattern Generator with Remote Digital Loopback (RDL); Local Analog Loopback (LAL).
  • Front Panel Status Indicators—Front panel LEDs provide users with quick feedback on unit operation.
Patton’s Model 2113A E1 Extender is the perfect choice for enterprises, integrators, and service providers needing to extend E1 circuits beyond their typical reach while conserving the number of wire pairs used.

With the CopperLink™ 2113A extender, zero configuration is required. They operate in clear-channel mode, thereby facilitating the transparent extension of data and voice bearing circuits. The two active pins on the RJ connector are polarity insensitive, so you don’t even need to worry about which wire you connect on the line interface. Simply take them out of the box, put them on either side of the dry copper pair, connect your E1 device and the circuit will light up immediately!

The Model 2113A extends E1 circuits to 16,100 feet (4,900 meters, nearly 5 km). The 2113A requires only two wires (one pair) to extend the TDM circuits, thereby conserving and minimizing the copper plant resources used.

For these reasons, the CopperLink™ 2113A extender is the ideal solution for most popular applications such as E1 backhaul from a remote site, E1 relocation, E1 extension across a campus or between buildings, and last-mile TDM delivery.

  • The CopperLink™ simplifies transparent E1 extension.
  • Plug-and-Play—units automatically link up when placed on opposite sides of a dry copper wire pair.
  • Units operate in clear channel mode to easily transport voice and data.
  • Uses only wires on the link.
  • Link interface is polarity insensitive to make connection to the twisted-pair wires easy.
  • Intuitive LEDs help you quickly troubleshoot line and circuit problems.

CopperLink™ 2113A application diagram

# Model # Description Availability
1 2113A/EUI-2PK CopperLink E1 Extender Kit (Local and Remote); 100-240 VAC Contact us for Availability
2 2113A/L/EUI CopperLink E1 Extender (Local); 100-240 VAC Contact us for Availability
3 2113A/R/EUI CopperLink E1 Extender (Remote); 100-240 VAC Contact us for Availability



Product Lines
> Voice over IP (VoIP) Gateways
> Ethernet Extenders
> Balancing & Bonding Wireless Routers
> DSL IAD, E1 NTUs & WAN Routers
> Line Drivers, Interface Converters, Baluns & Surge Protectors
> Special Projects
> All Products
> eNewsletters
> Press Room
> Articles
> Success Stories
> White Papers
> Manuals
> Product & Solutions Guides
> Datasheets
> Tech Notes
> Get Our Catalog
> Marketing Resources
Services & Support
> Upgrades
> Repairs & Returns
> Services
> Help Desk
> Training & Seminars
> Knowledgebase
> Enhanced Warranty
> Contact Us
> Upcoming Events
> About Patton
> Management Team
> Culture
> Careers
> Environment
> Capabilities
> Partners & Programs
> Send Us Your Feedback
Global Sites
English Language Spanish Language French Language
German Language Italian Language Polish Language

Copyright © 2001–2017 Patton Electronics Co., All Rights Reserved.
|  Sitemap  |  Legal  |  Privacy Policy  |  Disclaimer  |    Twitter  Facebook  YouTube  LinkedIn  RSS