T1 Extenders

DCE_CopperT

Data Connect has T1 extenders that will extend a T1 demark or SmartJack.   Whether your infrastructure is Copper or Fiber-optic, whether you are extending a single T1 or multiple T1’s, we have the solution.

To extend a T1 over Copper
DCE Copper-T
DCE Copper-T-2/4

If your infrastructure is fiber-optic cable, we suggest:

DCE Fiber T1 Extenders
DCE FIBER-T
DCE FIBER-T-2PK
DCE Quad Fiber T1 Extenders

If you need to extend many T1’s from point to point, we recommend the products found on this link:

Extend 8, 12, or 16 T1 Circuits

Fiber T1 Extenders

We are pleased to add to a new line of products which Extend T1’s flawlessly over Fiber Optic infrastructure. The first product family will extend a single T1 over fiber. The second product group extends mulitple T1’s — up to 4 — over fiber optic cable.

Data Connect Fiber-T

Simply set up one DCE Fiber T1 Extender at each end of your fiber run, and you are set to go.  Click on the image for more detail.

Fiber_T1_Extender

Data Connect Quad-Fiber-T

The DCE/QuadFiber-T/E is a 1U half 19″ stand-alone or rack mountable T1/E1 Extender featuring a point-to-point multiplexer for 4*E1 or 4*T1 (selectable) transmissions over a single fiber optic link. Its half-rack format makes it ideal for low cost multiplexing applications that require up to 4-channel.   Click on the image for more detail.

DCE_Quad_Fiber_T1_Extender

DCE Quad Fiber T1 Extenders

Extend up to 4 T1’s across fiber

DCE_Quad_Fiber_T1_Extender

DCE/QUADFIBER-T

The QuadFiber-T T1 Extender has a fixed configuration on 4T1/E1 interfaces and a single optical uplink port.

DCE_Quad_Fiber_T1_Extender

The QuadFiber-T unit can be managed through serial console as well as optional SNMP. The SNMP can be activated by installing an SNMP daughter board on the QuadFiber-T T1 Extender.

Basic QuadFiber-T
4 T1/E1 built-in, multi-mode fiber, dual SC connector,
2Km, 1310nm, AC 90-240V

The DCE/QuadFiber-T/E is a 1U half 19″ stand-alone or rack mountable T1/E1 Extender featuring a point-to-point multiplexer for 4*E1 or 4*T1 (selectable) transmissions over a single fiber optic link. Its half-rack format makes it ideal for low cost multiplexing applications that require up to 4-channel.

All channels provide completely transparent transmission of E1 or T1 regardless of frame mode, clock source or timeslot assignment. Available in either AC or DC models, the AC supplies operate from 100~240VAC while DC supplies operate from 18~72VDC. A wide range of transceiver selection provides fiber connection with SC, FC or ST type connectors in multimode or single mode and at distance from 2 to 120km as well as BiDi (single fiber) at distances of 20, 40, 60, or 80km.

DCE/QUADFIBER-T-SC-MM T1 EXTENDER MULTI-MODE FIBER
DCE/QUADFIBER-T-SC-SM15-1310 SINGLE-MODE FIBER, DUAL SC, 15KM
DCE/QUADFIBER-T-SC-SM30-1310 SINGLE-MODE FIBER, DUAL SC, 30KM
DCE/QUADFIBER-T-SC-SM50-1310 SINGLE-MODE FIBER, DUAL SC, 50KM
DCE/QUADFIBER-T-SC-SM80-1550 SINGLE-MODE FIBER, DUAL SC, 80KM
DCE/QUADFIBER-T-SC-SM120-1550 SINGLE-MODE FIBER, DUAL SC, 120KM,
DCE/QUADFIBER-T-SC-SM20-T1550 WDM SINGLE-MODE FIBER, SINGLE SC, 20KM
DCE/QUADFIBER-T-SC-SM20-T1310 WDM SINGLE-MODE FIBER, SINGLE SC, 20KM
DCE/QUADFIBER-T-SC-SM40-T1550 WDM SINGLE-MODE FIBER, SINGLE SC, 40KM
DCE/QUADFIBER-T-SC-SM40-T1310 WDM SINGLE-MODE FIBER, SINGLE SC, 40KM
DCE/QUADFIBER-T-SC-SM60-T1550 WDM SINGLE-MODE FIBER, SINGLE SC, 60KM
DCE/QUADFIBER-T-SC-SM60-T1310 WDM SINGLE-MODE FIBER, SINGLE SC, 60KM

Additional options include “Order Wire” phone connection (FXS port) and a SNMP management.

QUAD FIBER T Manual

T1 Extender

T1 Extender T Extenders

DCB_CopperT

The T-Extender is a T1 demarc extension device or T1 repeater. This simple unit allows T1 DSUs, channel banks, routers, and PBXs to be located up to 5000 feet from the telephone company’s demarc.  The DCB T-Extender is powered by a small wall-mount transformer or optional DC power supply, and is used for connections between T-1 equipment like PBXs, demarcs, T-1 multiplexers, T-1 line drivers, T-1 local multiplexers or any other T-1 equipment requiring long customer owned cable runs. T-Extenders can be used to connect this equipment across a campus, between floors of a high-rise office building or between office buildings with underground cable connections.

T-1 4-wire repeater
Extends in-house T-1 lines
Up to 5000 feet between units (depending upon cable)
RJ-45 or screw down connectors
Simple connection to a 4-wire line
Inexpensive solution to long T-1 runs
120VAC, 48VDC, or 24VDC powered

RJ-45 adapter or screw terminals may be used in either or both ports. Unit supplied with two screw terminals and one RJ-45 adapter.

T-extender_rj45adapter

The T-Extender is a 4-wire T-1 repeater for use on customer owned lines. The T-Extender is used to extend in-house T-1 lines in campus and high-rise environments.

Note: This product is NOT intended for 10BaseT or Ethernet. T1 modulation is designed for use with twisted pair solid wire phone cables. The T-extender does NOT extend ethernet connections… only T1 connections.  For Ethernet Extenders go here.

Each pair of T-Extenders may be located up to 5000 feet apart. Solid copper 22 AWG two twisted pair is the preferred cable for connection between T-Extenders. Smaller wire sizes will reduce the functional distance between T-Extenders. Connection to the T-Extender is made through RJ-45 modular connectors or 4-wire screw down barrier strips. Both types of connectors are standard on the T-Extender.

DCB-T_Ext_APP

The T-Extender is powered by a small wall-mount transformer, and is used for connections between T-1 equipment such as PBXs, T-1 multiplexers, T-1 line drivers, T-1 local multiplexers or any other T-1 equipment requiring long customer owned cable runs. T-Extenders can be used to connect this equipment across a campus, between floors of a high-rise office building or between office buildings with underground cable connections.

T-Extenders can also be used to extend the distance between any T-1 equipment (DSU, channel bank, router, etc.).

The T-Extenders are best used in pairs. If you have a T1 CSU that is limited to 655 feet, connected to a device limited to 655 feet, and you put the T-Extender at one end, the T-Extender will drive the extra distance. However, the far end device will still be limited to 655 feet and will not likely have sufficient “drive” to reach the far end. The T1 transmitted signal is the issue addressed by the T-Extender, so in this case, the line would be error-prone or possibly only work in one direction.

T-Extender T-1 Line repeater for up to 5000 feet
9500095 Customer to demarc RJ45 cable
9500099 Customer to customer T1 RJ45 crossover cable
9502122 Additional RJ adapter
5003011 Additional screw terminal adapter
9902095 19″ rack shelf for 1 to 3 T-extenders

NOTE : Cable should be Category 3, 2 twisted pair, shielded.
DO NOT use Category 5 cable.
Proper operation cannot be guaranteed if Category 5 cable is used.

Using CAT5 or CAT6, the transmit and receive pairs are not shielded from each other, making Near End Cross Talk likely. If you can use 2 separate cables of CAT5 or CAT6, putting the TX pair in one and the RX pair in another, that would help greatly.  The key, is proper sheilding of the pairs.

If this is an issue in your application, or if you need to extend your T1 greater distances, we recommend a different product:

DCB_T-Extender_Man

Patton 2115 T1 Extender

T1 T-Extender Signal Level Repeater for Cell Sites

Fiber T1 Extender

Copper Network Extenders

CL1101_unit

Extend your IP or T1 Network over Copper with Patton
CopperLink Ethernet Extenders and T1 Extenders

Patton Electronics’ CopperLink product line been enormously successful over the past 19 years — and Patton keeps innovating for faster speeds over longer distances with more features.

There are lots of CopperLink models featured below. Some models below are end-of-life, others are new and just released.  We can cut through any confusion and help you decide which current product is the best most cost effective solution for your specific distance and bandwidth requirements.  And if you’re in a hurry, we stock most current models and take orders right over the phone.

Patton 2110 Ethernet Booster
Patton 2115 T1 Extender

Patton 2158 2158A Early 10 Mbps Ethernet Extender
Patton 2168 2168A Early 16 Mbps Ethernet Extenders
Patton 2150 10 Mbps Ethernet Extender
Patton 2151 16 Mbps Ethernet Extender

Patton 2156 2.3 Mbps Long Range Ethernet Extender
Patton 2157 5.7 Mbps Long Ranger Ethernet Extender
Patton 2157R Ruggedized 2157

Patton 2160 Bonded Pair Long Range Extenders
Patton 2161 2-pair bonded Long Range Ethernet Extender
Patton 2162 4-pair bonded Long Range Ethernet Extender

Patton 2172 50 Mbps Extenders
Patton 2172R Ruggedized 2172
Patton 2173 50 Mbps Extenders
Patton 2173R Ruggedized 2173
Patton 2174 100 Mbps 4 Ethernet Ports

Patton CL1101 PoE Ethernet Extender
Patton CL1101E/IP67 Rugged Waterproof PoE Ethernet Extenders
Pattton CL1151E Dante Extender
Patton CL1211 168 Mbps Extenders
Patton CL1212 168 Mbps Extenders 2 Eth Ports
Patton CL1212E Ruggedized
Patton CL1214 168 Mbps Extenders 4 Eth Ports
Patton CL1214E Ruggedized CL1214
Patton CL1311R Long Range Ruggedized
Patton CL1314 Long Range 4 Eth Ports
Patton CL1314MDE Multi-Drop Eth Ext
Patton CL1314R Ruggedized CL1314
Patton CL2300 Long Range Bonded Pair Eth Extender
Patton CL2300E Ruggedized CL2300
Patton CL2302 2-pair bonded Long Range
Patton CL2304 4-pair bonded Long Range

Patton CL4324 24-Port Local Aggregator for Long Range Patton Extenders

Patton FP1004E FiberPlex Fiber Ethernet Extenders

Ethernet extension allows users to expand their Ethernet connections beyond the 328-foot (100-meter) Ethernet distance limitations. Ethernet extenders can establish long-range, high-speed data communication links between geographically separated LANs or LAN devices. Ethernet extenders are often employed to connect workgroups on different floors within a building.

Please call us.  We are Patton’s leading distributor of CopperLink products.  We can help you.

How to Extend a T1 Demarc

How Do I Extend a T1 Demarc?

What do you do in those situations where a T1 demarc, or the T1 demarcation point, is located too far away from the T1 equipment it needs to connect to?

If the distance between the demarc and the T1 equipment is beyond the standard length of 655 feet — then you need use T1 Repeaters, or T1 Extenders to effectively move or extend the T1 demarc.

This solution is much cheaper than relocating the demarc and, using the Patton 2115 units, only needs 1 twisted pair.  Here are the products we recommend:

DCE/Copper-T T1 Extenders over 4 wires
Patton 2115 T1 Extenders over 2 wires
DCE/Fiber-T T1 Extenders over Fiber Optic Cable

We’d be happy to evaluate your application and provide the best cost-effective solution.

DCE Fiber-T-2PK Fiber T1 Extender Kit

Here is the DCE/FIBER-T-2PK
The 2-Pack kit of the DCE Fiber-T T1 Extender units.


Fiber SC, Multimode, 2Km T1 Extenders

Now you can extend a line / smart-jack to your T1 equipment over simple multimode fiber.

Put one DCE Fiber T1 Extender at each end of your fiber run, and you are in business.

These will extend a T1 line using multimode fiber up to 2Km (1.3mi) distance.

These units are equipped with dual SC type optical connectors

T1/E1 RJ-45 (USOC RJ-48C) to Fiber converter
User selectable line code setting, Far End Fault (FEF) setting, Loop back test, Unframed (transparent clear channel) , Support AMI or B8ZS/HDB3 line codes

Extend T1 Over Fiber

Standards: T1: ITU-T G.703, G.704, AT&T TR-62411, ANSI T1.403
Interfaces: RJ48c 100ohm balanced T1 connector and dual SC 155M fiber port
Operating wavelength: 1310nm multimode
Operating distance: 2Km on 62.5/125um fiber, works also on 50/125um fiber
Optical connector: SC dual type (versions with ST or FC optical connectors are available on request)
Front LEDs: Power, Fiber Link, T1 Link, Test mode
Power: External 90-260V AC switching adapter 9VDC@1A with NEMA1-15(2 blades only), US type main plug
Temperature: 0 — 50°C (Operating); 0 — 70°C (Storage)
Humidity: 20 — 80% non condensing (Operating); 0 — 90% (Storage)
Consumption: less than 5W
Dimensions(WxDxH): 85.6mm x 122.6mm x 20mm
Weight: 310g (without AC adapter)
Compliance: CE, FCC Class A
MTBF: 65,000 hours
DCE/FiberT-2PK 2-Pack Fiber T1 Extenders

(Single Mode Fiber units available)

Please note you may need to install a T-1 cross over cable if the remote device is DTE interface.  Our techs can help you with any installation questions you may have while in the field.

T1 Solutions

DCE_Quad_Fiber_T1_Extender

Simple T1 Bridging

How to Extend a T1 Demarc

Extend 8, 12, or 16 T1 Circuits

Extend T1 Over Fiber

How to Increase T1 Signal Levels

Extend T1 Over Copper

The T1 is a full-duplex digital signal composed of 24 separate voice and/or data channels (telcos use the term “trunk,” hence “T1”) multiplexed into one circuit.

T1’s still play an essential part in connectivity.  They are still an essential feature for connectivity for many locations worldwide.   Furthermore, T1 lines are incredibly reliable

Extend 8, 12, or 16 T1 Circuits

QuadFiber-T Rack Mount

DCE_QuadFiber_Rack

Fiber Optic Multiplexer Modular Design Rack Type

Extend 4, 8, 12, or 16 T1’s Using our QuadFiberT modules in a rack

The DCE/QuadFiber-T/E is a 1U half 19″ stand-alone or rack mountable T1/E1 Extender featuring a point-to-point multiplexer for 4*E1 or 4*T1 (selectable) transmissions over a single fiber optic link. Its half-rack format makes it ideal for low cost multiplexing applications that require up to 4-channel.

All channels provide completely transparent transmission of E1 or T1 regardless of frame mode, clock source or timeslot assignment. Available in eit her AC or DC models, the AC supplies operate from 100~240VAC while DC supplies operate from 18~72VDC. A wide range of transceiver selection provides fiber connection with SC, FC or ST type connectors in multimode or single mode and at distance from 2 to 120km as well as BiDi (single fiber) at distances of 20, 40, 60, or 80km.

Please call with information on your application.  We will quote the units depending on how many T1’s you need to extend, whether you need management, what kind of fiber you are using, and what power supply you need.