Item | Value |
Brand Name | EXC (Welcome OEM) |
Type | UTP Cat6a |
Place of Origin | Guangdong China |
Numeber of Conductors | 8 |
Color | Custom Color |
Certification | CE/ROHS/ISO9001 |
Jacket | PVC/PE |
Length | 305m/rolls |
Conductor | Cu/Bu/Cca/Ccam/Ccc/Ccs |
Package | Box |
Shield | UTP |
Conductor Diameter | 0.5-0.6mm |
Operating Temperature | -20°C-75°C |
RoHS
Fluke
ISO9001
CE
EXC Cable & Wire was established in 2006. With headquarters in Hong Kong, a Sales team in Sydney, and a factory in Shenzhen, China. Lan cables, fiber optic cables, network accessories, network rack cabinets, and other products related to network cabling systems are among the products we manufacture. OEM/ODM products can be produced according to your specifications as we are an experienced OEM/ODM producer. North America, the Middle East, Europe, and South East Asia are some of our major markets.The most distinctive difference between Cat6 and Cat6a is the data transmission speed. Both Cat6 cables and Cat6a cables can support data transmission rates to 10 Gbps. But Cat6 cables can only keep 10 Gbps to 37~55 meters (121~180 feet), and Cat6a cables can relay 10 Gbps up to 100 meters (328 feet).In general, Cat6a cables can be thicker than Cat6 cables, so they also feature thicker cable jackets and copper conductors. Compared to Cat6 cables, Cat6a cables require higher standard RJ45 connectors and keystone jacks. In addition, Cat6a cables have tighter twisted pairs than Cat6 cables.Usually, you should not bend a cable too much or it will damage the wiring and affect the performance. Bend radius means the minimum radius that a cable can be bent without damage. The bend radius mainly depends on the cable structure and materials. In general, bend radius is directly proportional to the diameter of cable. Because of the thickness and bulkiness, Cat6a cables have a larger bend radius than Cat6 cables and they can occupy more room.Cat6a has a great upgrading as it has the double bandwidth frequency as Cat6. The bandwidth frequency of Cat6a cables can reach 500 MHz, which allows for more stable data transmission and longer distances.