The Cat5e Riser Cable is an excellent choice for everyday networking needs. It provides reliable and efficient performance. Therefore, you can get supporting data rates suitable for most applications.
Unshielded Twisted Pair with 1000 Ft Length
With its unshielded twisted pair (UTP) design, it’s a practical solution for both residential and commercial installations, ensuring you stay connected at all times. In addition to that, the 1000 ft. length gives you the flexibility to configure your network without hassle.
Solid Bare Copper Conductors for Top Notch Performance
The Cat5e riser cable is a cost-effective solution that is ideal for home and office networks. This cable supports up to 1 Gbps for efficient data transmission. Riser-rated for vertical spaces makes this cable easy to install, ensuring compliance with safety regulations during installation. Made from solid bare copper, this cable offers better conductivity and signal strength over long distances.
Choosing a selection results in a full page refresh.
Opens in a new window.
Description
Description
The Cat5e Riser Cable is an excellent choice for everyday networking needs. It provides reliable and efficient performance. Therefore, you can get supporting data rates suitable for most applications.
Unshielded Twisted Pair with 1000 Ft Length
With its unshielded twisted pair (UTP) design, it’s a practical solution for both residential and commercial installations, ensuring you stay connected at all times. In addition to that, the 1000 ft. length gives you the flexibility to configure your network without hassle.
Solid Bare Copper Conductors for Top Notch Performance
The Cat5e riser cable is a cost-effective solution that is ideal for home and office networks. This cable supports up to 1 Gbps for efficient data transmission. Riser-rated for vertical spaces makes this cable easy to install, ensuring compliance with safety regulations during installation. Made from solid bare copper, this cable offers better conductivity and signal strength over long distances.
