This cable meets the stringent requirements. Easily transfer files and data between two computers by using this cable to connect and create a peer-to-peer network. You can also use the crossover cable to connect network switches and hubs without an uplink port to other switches and hubs. For voice/data/video distribution, this cable will handle bandwidth-intensive application. Drastically reduces both impedance and structural return loss (SRL). Constructed from high quality cable and a shortened body plug, this design minimizes Near-End Crosstalk (NEXT) levels. This patch cable provides the necessary throughput and is able to handle up to Gigabit Ethernet speeds.
This cable meets the stringent requirements. Easily transfer files and data between two computers by using this cable to connect and create a peer-to-peer network. You can also use the crossover cable to connect network switches and hubs without an uplink port to other switches and hubs. For voice/data/video distribution, this cable will handle bandwidth-intensive application. Drastically reduces both impedance and structural return loss (SRL). Constructed from high quality cable and a shortened body plug, this design minimizes Near-End Crosstalk (NEXT) levels. This patch cable provides the necessary throughput and is able to handle up to Gigabit Ethernet speeds.
This cable meets the stringent requirements. Easily transfer files and data between two computers by using this cable to connect and create a peer-to-peer network. You can also use the crossover cable to connect network switches and hubs without an uplink port to other switches and hubs. For voice/data/video distribution, this cable will handle bandwidth-intensive application. Drastically reduces both impedance and structural return loss (SRL). Constructed from high quality cable and a shortened body plug, this design minimizes Near-End Crosstalk (NEXT) levels. This patch cable provides the necessary throughput and is able to handle up to Gigabit Ethernet speeds.
This cable meets the stringent requirements. Easily transfer files and data between two computers by using this cable to connect and create a peer-to-peer network. You can also use the crossover cable to connect network switches and hubs without an uplink port to other switches and hubs. For voice/data/video distribution, this cable will handle bandwidth-intensive application. Drastically reduces both impedance and structural return loss (SRL). Constructed from high quality cable and a shortened body plug, this design minimizes Near-End Crosstalk (NEXT) levels. This patch cable provides the necessary throughput and is able to handle up to Gigabit Ethernet speeds.
This cable meets the stringent requirements. Easily transfer files and data between two computers by using this cable to connect and create a peer-to-peer network. You can also use the crossover cable to connect network switches and hubs without an uplink port to other switches and hubs. For voice/data/video distribution, this cable will handle bandwidth-intensive application. Drastically reduces both impedance and structural return loss (SRL). Constructed from high quality cable and a shortened body plug, this design minimizes Near-End Crosstalk (NEXT) levels. This patch cable provides the necessary throughput and is able to handle up to Gigabit Ethernet speeds.
This cable meets the stringent requirements. Easily transfer files and data between two computers by using this cable to connect and create a peer-to-peer network. You can also use the crossover cable to connect network switches and hubs without an uplink port to other switches and hubs. For voice/data/video distribution, this cable will handle bandwidth-intensive application. Drastically reduces both impedance and structural return loss (SRL). Constructed from high quality cable and a shortened body plug, this design minimizes Near-End Crosstalk (NEXT) levels. This patch cable provides the necessary throughput and is able to handle up to Gigabit Ethernet speeds.