Supra CAT8 Flame Retardant Ethernet Cable
In stock
Features
| Brand Color | None |
|---|---|
| Warranty The length of time your product is protected by warranty | Limited Lifetime |
| Product Type | Other |
Tech Specs
- Standard: Cat 8 Cable
- Signal Direction:
- Application Examples: Ethernet >40Gb
- Cable: 4 pair, Cat 8 S/STP PIMF
- Cross Area: 0.23 / 26mm 2/AWG
- Wire Material: Flex, Stranded 7 x OFC
- Insulation: PE Foam
- Inner Screen Coverage: Aluminium. Band & Braid, 100%
- Jacket: PE FRHF
- Ext. Size: 6mm
- Flame retardancy: Yes, E30
- Weight: 45(g/m)
- Resistance: 145 (Ohm/km)
- C: 43 (pF/m)
- Bandwidth: 2000 MHz
- Skew@100MHz: 5ns/100m
- Imp. Z: 100 Ohm
- Velo Factor: 0.8c
Description
Supra CAT8 Flame Retardant Ethernet Cable is an advanced cable that supports up to 40GBASE-T over a single cable. It works exceptionally well in providing a deeper bass and improved details from your audio equipment, resulting in better sound quality and imagery.
Improved Performance
This flame retardant cable is backwards compatible with standard Cat 6A. Supra CAT8 is terminated with an improved version of the popular RJ45 in order to support the extreme performance that this cable provides. It boosts the performance 4 times from Cat 6A with a bandwidth of 2000 MHz.
Correct Data Carrier
The Supra Cat 8 Ethernet cable is an excellent solution to TCP/IP and UDP applications where the accuracy of data information is critical, e.g gaming, high quality music streaming, data centres, 4K/8K video streamings and in-building installations. A larger bandwidth of 2000 Mhz means a reduction in the amount of incorrect data being sent or not corrected in time. This factor helps when trying to avoid stuttering a or video loss in streaming applications.
Low Interference
The Super Cat 8 features a double shielded design that improves resistance to interference resulting in less data loss which can be detrimental to applications. The large copper cross-section makes this cable highly suitable for PoE (Power over Ethernet) applications as it has less voltage drops and higher power.