C2G 83106 User Manual

4

NETWORKING SOLUTIONS

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1 

White/Blue 

5 

   

Blue 

4 

2 

White/Orange 

3 

   

Orange 

6 

3 

White/Green 

1 

   

Green 

2 

4 

White/Brown 

7 

   

Brown 

8 

For your high speed Single-Mode fibre applications
Get the performance you demand at an affordable price with 9/125 Single-Mode Fibre Patch Cables from Cables To Go. Perfect for high bandwidth applications requiring 

high transmission rates over longer distances. These cables provide cost-effective solutions for use with today’s high speed networks and flexibility to grow with tomorrow’s 

higher bandwidth requirements.
•  Cost-effective solution providing higher bandwidth and supporting longer distances

•  Perfect for use in Gigabit Ethernet applications

•  Flexibility to grow with tomorrow’s higher bandwidth needs

•  Lifetime warranty against defects of materials and workmanship

•  Buffer material: PVC

•  Buffer OD: 900 µm

•  Jacket material: PVC (OFNR-rated)

•  Jacket OD: 3.0mm

•  Jacket colour: Yellow

85351

•  Attenuation @1310 nm: 1.0 dB/km

•  Attenuation @1550 nm: 0.75 dB/km

•  Maximum tensile load: 100 N/cm

•  Loaded min. bend radius: 5cm

•  Unloaded min. bend radius: 3cm

•  Crush resistance: 750 N/cm

•  Impact resistance: 1000 cycles

•  Flex resistance: 5000 cycles

550MHz high bandwidth network cable with a snagless design
More room for your information to travel at faster speeds. Designed to handle the high bandwidth needs of transferring video, sound and data, Cat6 is the next generation 

of network cables. The moulded, snagless boot prevents unwanted cable snags during installation and provides strain-relief. A perfect replacement for your Cat5E cable 

when it no longer is able to meet system requirements. Cat6 550 Mhz Snagless Patch Cables from Cables To Go are available in a variety of colours to easily colour-code 

your network installation.

Unparalleled performance for peer-to-peer and crossover applications
Cat6 Crossover Cables from Cables To Go are perfect for distributing data, voice, video and connecting network switches and hubs without an uplink port to other switches 

and hubs. 550MHz rated patch cables ensure that you always have the necessary throughput to handle bandwidth-intensive applications. 

Note: These cables are for 10/100 Ethernet only and will not work for gigabit ethernet as only two pairs of this cable are crossed. Our new moulded, snag-free clip prevents unwanted cable snags during 

installation and doesn’t impair the ability to insert and remove the connector from the port. It also provides extraordinary strain-relief, so that the cable is not damaged.

83365

83556

•  Moulded, snag-free boot prevents cable snags while providing easy insertion 

and extraction from network ports

•  Crossed pin configuration allows you to connect two computers peer-to-peer 

without the need for a hub or switch

•  Each cable is fully tested and quality inspected, ensuring all EIA/TIA Cat 6 TIA/

EIA- 568-B-2.1

•  Drastically reduces both impedance and structural return loss (SRL) as compared 

to standard 100Mhz wire, which ensures error-free transmission

•  Constructed with high quality cable and a shortened body plug, this design will 

keep Near-End Crosstalk (NEXT) levels to a minimum

•  Connector: 50-micron gold plated RJ-45 Male to Male

•  Conductor: 24AWG Stranded Copper

•  Jacket: PVC

1m Duplex 9/125 Single-Mode Fibre Cable  85351  85367  85383  85399  85415  85431
2m Duplex 9/125 Single-Mode Fibre Cable  85352  85368  85384  85400  85416  85432
3m Duplex 9/125 Single-Mode Fibre Cable  85353  85369  85385  85401  85417  85433
5m Duplex 9/125 Single-Mode Fibre Cable  85354  85370  85386  85402  85418  85434
7m Duplex 9/125 Single-Mode Fibre Cable  85355  85371  85387  85403  85419  85435
10m Duplex 9/125 Single-Mode Fibre Cable  85356  85372  85388  85404  85420  85436

.5m Cat6 550MHz Snagless Patch Cable 

83365  83385  83405  83425  83445  83465  83485

1m Cat6 550MHz Snagless Patch Cable 

83366  83386  83406  83426  83446  83466  83486

1.5m Cat6 550MHz Snagless Patch Cable  83367  83387  83407  83427  83447  83467  83487
2m Cat6 550MHz Snagless Patch Cable 

83368  83388  83408  83428  83448  83468  83488

3m Cat6 550MHz Snagless Patch Cable 

83369  83389  83409  83429  83449  83469  83489

5m Cat6 550MHz Snagless Patch Cable 

83370  83390  83410  83430  83450  83470  83490

7m Cat6 550MHz Snagless Patch Cable 

83371  83391  83411  83431  83451  83471  83491

10m Cat6 550MHz Snagless Patch Cable  83372  83392  83412  83432  83452  83472  83492
15m Cat6 550MHz Snagless Patch Cable  83373  83393  83413  83433  83453  83473  83493
20m Cat6 550MHz Snagless Patch Cable  83374  83394  83414  83434  83454  83474  83494

.5m Cat6 Crossover Patch Cable 

83505  83522  83539  83556

1m Cat6 Crossover Patch Cable 

83506  83523  83540  83557

1.5m Cat6 Crossover Patch Cable  83507  83524  83541  83558
2m Cat6 Crossover Patch Cable 

83508  83525  83542  83559

3m Cat6 Crossover Patch Cable 

83509  83526  83543  83560

5m Cat6 Crossover Patch Cable 

83510  83527  83544  83561

7m Cat6 Crossover Patch Cable 

83511  83528  83545  83562

1  

White/Blue 

5 

   

Blue 

4 

2  

White/Orange 

1 

   

Orange 

2 

3  

White/Green 

3 

   

Green 

6 

4  

White/Brown 

7 

   

Brown 

8 

•  Gigabit 1000 BASE-T; 100 BASE-T; 10 BASE-T (IEEE 802.3)

•  4/16 Mbps Token Ring (IEEE 802.5); 100 VG-AnyLAN

•  100 Mbps TP-PMD (ANSI X3T9.5); 55/155 Mbps ATM

•  Connector: 50-micron gold plated RJ-45 Male to Male

•  Conductor: 24AWG Stranded Copper

•  Jacket: PVC

EIA/TIA 568A and 568B specifies the Pin designation for 

Category  5  cabling.  While  the  original  specification  was 

known as 568A, it later became known as a wiring scheme 

along  with  568B.  The  only  difference  between  the  two 

configurations is the placement of the second (white/orange, 

orange) and third pairs (white/green, green).
Either wiring scheme may be used during installation. Although 

568B is more common, there is no difference in performance. 

What is critical, however, is that the same wiring scheme is 

used throughout the network. If 568B is used at the wall plate, 

then it must also be used at the patch panel. Failure to do so 

will cause the network switch to not communicate properly. 

Although there are four pairs, only two (white/orange, orange; 

white/green, green) are used to transmit and receive.