Cat.6 UTP Cable Solid Cable 0.57mm 23AWG (LSZH)
NEXA 4-Pair U/UTP Cat6 cable has been designed to support high speed data transmission systems such as Gigabit Ethernet for mission critical LAN applications or future proofing Structured Cabling Systems. The cable is characterized to 250MHz and Powersum NEXT tested. We confirm that the cable is used in a system to maximize cabling performance, providing extended frequency response and enhanced bandwidth.
Cat.6 UTP Cable Solid Wire 0.57mm 23AWG
NEXA 4-Pair U/UTP Cat6 cable has been designed to support high speed data transmission systems such as Gigabit Ethernet for mission critical LAN applications or future proofing Structured Cabling Systems. The cable is characterized to 250MHz and Powersum NEXT tested. We conform that the cable is used in a system to maximize cabling performance, providing extended frequency response and enhanced bandwidth.
Cat6 SFTP Cable Solid Wire 0.57mm 23AWG (LSZH)
• Compliant to TIA-568.2-D Category 6A cable specifications • 23 AWG SOLID-Bare Copper Conductor • Characterized and tested up to 250MHz • 4 Pair with LSZH Outer Jacket • ROHS Compliant & UL Approval, DELTA, GHMT • Print legend contains footage marking from 305M to 001M
Cat6A SFTP Cable Solid Wire 0.57mm 23AWG (LSZH)
NEXA 4-Pair SFTP Cat6A LSZH cable has been designed to support high speed data transmission systems such as Gigabit Ethernet for mission critical LAN applications or future proofing Structured Cabling Systems. The cable is characterized to 500MHz and Powersum NEXT tested. We conform that the cable is used in a system to maximize cabling performance, providing extended frequency response and enhanced bandwidth
Cat7 SFTP Cable Solid Wire 0.57mm 23AWG (LSZH)
NEXA 4-Pair SFTP Cat7 LSZH cable has been designed to support high speed data transmission systems such as Gigabit Ethernet for mission critical LAN applications or future proofing Structured Cabling Systems. The cable is characterized to 600MHz and Powersum NEXT tested. We conform that the cable is used in a system to maximize cabling performance, providing extended frequency response and enhanced bandwidth.