• Customized Cat6 Snagless Unshielded (U/UTP) Ethernet Network Patch Cable
  • Customized Cat6 Snagless Unshielded (U/UTP) Ethernet Network Patch Cable
  • Customized Cat6 Snagless Unshielded (U/UTP) Ethernet Network Patch Cable
  • Customized Cat6 Snagless Unshielded (U/UTP) Ethernet Network Patch Cable

Customized Cat6 Snagless Unshielded (U/UTP) Ethernet Network Patch Cable

Customized Cat6 Snagless Unshielded (U/UTP) Ethernet Network Patch Cable

Customized Cat6 UTP patch cable features unshielded twisted pair stranded copper cable with a high performance modular plug at each end. Snagless design protects the locking clips on the RJ45 connectors from being damaged or snapped off during installation.

● Product origin: China

● Delivery time: 7 -10 workdays

  • Customized Cat6 Snagless Unshielded (U/UTP) Ethernet Network Patch Cable
  • Customized Cat6 Snagless Unshielded (U/UTP) Ethernet Network Patch Cable

Description

Customized Cat6 Snagless Unshielded (U/UTP) Ethernet Network Patch Cable

Key attributes

It exceeds the performance of the Cat6 Ethernet network cable standard and offers the cost-effective solution for indoor Gigabit Ethernet data center applications, supporting up to 1000Mbps and 550MHz within 100 meters of cable. Stranded copper patch cable can be used with a longer flex-life. The cable supports PoE to save you the expense and effort of powering PoE devices individually. You can also install PoE devices in locations distant from power outlets, such as high on walls, ceilings or poles.


Description

Specification

Cable Type Cat6 Snagless Shielding Type Unshielded (UTP)
Cable jacket PVC/PVC CM/PVC CMP/LSZH Gauge (AWG) 23/24/28
Data Rate Support 1000Base-T and Maximum to 10GBase-T Maximum (Tested) Frequency 550MHz
Conductor Type Stranded Pure Bare Copper Connectors RJ45 (Male)
PoE Compatibility PoE/PoE+/PoE++ Wire Scheme T568B, Straight
Operating Temperature -20 to 75°C (-4 to 167°F) Installation Temperature -10 to 50°C (-14 to 122°F)

Features and Benefits

  • Up to 550MHz with 1G/10G-T Speed, Support PoE/PoE+/PoE++ (IEEE 802.3af/at/bt)
  • Variety of Cable Colors and Lengths to Meet Individual Requirements and System Flexibility
  • Exceed ANSI/TIA-568.2-D Category 6 and ISO 11801 Class E Standards
  • Strain Relief and a Flexible Boot Simplify Moves, Additions and Changes
  • 24K 50μ'' Gold-plated Contacts, Resistant to Oxidation, Stable Transmission, Frequent Plugging and Unplugging, Longer Lifespan
  • >99.95% Oxygen-free Copper Conductors with Stable Transmission Performance

FAQ

Q1: What are the differences between Cat5e, Cat6, and Cat6a? Which one should an enterprise choose?
A1: Cat5e supports speeds of up to 1Gb and is suitable for standard office networks; Cat6 supports 10Gb (over short distances) and offers superior interference resistance; Cat6a provides 10Gb transmission over a full distance of 100 meters, making it ideal for server rooms and high-density environments. For general enterprise office networks, Cat6 is typically sufficient.

Q2: Can Cat6 network cables support 10Gbps? What is the maximum distance?
A2: Cat6 can support 10Gb, but the transmission distance is recommended to be kept within 55 meters; exceeding this limit may result in signal attenuation.

Q3: Which should enterprises choose: "Pure Copper" or "CCA" network cables?
A3: Pure Copper cables offer superior conductivity and durability, making them suitable for long-term enterprise cabling installations; CCA (Copper-Clad Aluminum) cables are inexpensive but suffer from poorer performance and durability, and are therefore not recommended for critical network applications.

Q4: Does the length of a network cable affect network speed?
A4: Cat5e supports a maximum length of 100 meters, while Cat6 supports 10Gbps over a maximum distance of 55 meters. Exceeding these standard lengths may lead to signal attenuation and a reduction in network speed.

Q5: Is it important to ensure compatibility between network cables, switches, and routers?
A5: It is extremely important. The category rating of the network cable should match the speed capabilities of the connected devices; otherwise, the network will be unable to achieve its full performance potential.