The Cruxtec CAT7 10GbE Triple Shielding Ethernet Cable allows for data transmission at speeds of up to 10Gbps. Its gold-plated RJ45 connectors, oxygen-free copper conductors and SF/FTP triple shielding provides stable signal transmission and maximum protection from external Electromagnetic Interference (EMI). Featuring snag-resistant buckles, in a 1m length.
Features
Gold-Plated RJ45 Connectors with Nickel-Plated Copper Shell
It is highly conductive and durable. Shielded copper shell nickel plated protects the cable from external Electro-Magnetic Interference (EMI).
SF/FTP Triple Shielding Provides the Maximum Protection from RFI/EMI
Individual foil shielding twisted pair, overall Aluminium Magnesium braid shielding and Aluminium foil shielding.
Fluke Test Passed
The standard of quality guarantees for ethernet cable.
Oxygen Free Copper Conductor
Provides stable signal transmission, more durable and long-lasting, and is far less likely to corrode, due to the reduced oxygen content.
Press Type Buckle
Flexible and easy to use, soft, smooth and stable.
Wiring Scheme: T568B
Supports Up to 10Gbps Transmission Speed
10x compared to Cat6 ethernet cable.
Simple and Elegant Packaging
Imaginative design and new materials are the key to more sustainable.
Specifications
| Model Number |
CRUXTEC-RS7-010-WH |
| Colour |
Ivory White |
| Compliant Standard |
TIA-568-C.2-2009, ISO/IEC 11801(Ed. 2.2) |
| Suitable For |
10BASE-T, 100BASE-TX, 1000BASE-T/1000BASE-TX, 10GBaseT, PoE, PoE+ |
| Conductor Type |
BC 4 x 2 x 28 AWG (7 x 0.12 mm) OFC(Oxygen Free Copper) |
| Shielding Types |
SF/FTP Triple Shielding (individual foil shielding twisted pair, overall Aluminium Magnesium braid shielding and Aluminium foil shielding) |
| Connector |
Gold-plated RJ45, nickel-plated copper shell |
| Wiring Scheme |
T568B |
| Transfer Rate |
Up to 10Gbps |
| Bandwidth |
Up to 600MHz |
| Sheath |
PVC |
| Insulation |
HDPE |
| Outside Diameter |
6.2±0.3 mm |
| Minimum Bend Radius |
45.5 mm |
| Warranty |
Life Time |
Backed by a lifetime Cruxtec warranty.
