Category 6 cable shall exceed IEC 61156-5 and ANSI/TIA-568.2-ECategory 6 component standards. The conductors shall be 23 AWGconstruction with HDPE insulation. The copper conductors shall betwisted in pairs, with all four pairs separated by a cross-divider andcovered by a flame-retardant PVC (CMR) jacket.

Category 6 cable shall exceed IEC 61156-5 and ANSI/TIA-568.2-ECategory 6 component standards. The conductors shall be 23 AWGconstruction with HDPE insulation. The copper conductors shall betwisted in pairs, with all four pairs separated by a cross-divider andcovered by a flame-retardant PVC (CMR) jacket.

Category 6 cable shall exceed IEC 61156-5 and ANSI/TIA-568.2-ECategory 6 component standards. The conductors shall be 23 AWGconstruction with HDPE insulation. The copper conductors shall betwisted in pairs, with all four pairs separated by a cross-divider andcovered by a flame-retardant PVC (CMR) jacket.

Category 6 cable shall exceed IEC 61156-5 and ANSI/TIA-568.2-ECategory 6 component standards. The conductors shall be 23 AWGconstruction with HDPE insulation. The copper conductors shall betwisted in pairs, with all four pairs separated by a cross-divider andcovered by a flame-retardant PVC (CMR) jacket.

Category 6 cable shall exceed IEC 61156-5 and ANSI/TIA-568.2-ECategory 6 component standards. The conductors shall be 23 AWGconstruction with HDPE insulation. The copper conductors shall betwisted in pairs, with all four pairs separated by a cross-divider andcovered by a flame-retardant PVC (CMR) jacket.

Category 6 cable shall exceed IEC 61156-5 and ANSI/TIA-568.2-ECategory 6 component standards. The conductors shall be 23 AWGconstruction with HDPE insulation. The copper conductors shall betwisted in pairs, with all four pairs separated by a cross-divider andcovered by a flame-retardant PVC (CMR) jacket.

Category 6 cable shall exceed IEC 61156-5 and ANSI/TIA-568.2-ECategory 6 component standards. The conductors shall be 23 AWGconstruction with HDPE insulation. The copper conductors shall betwisted in pairs, with all four pairs separated by a cross-divider andcovered by a flame-retardant PVC (CMR) jacket.

Category 6A/Class EA cable shall be constructed of 23 AWG copper conductors with Foam PE and HDPE insulation. The copper conductors shall be twisted in pairs and separated by a tape-style divider. All four pairs shall be surrounded by a metallic Vari-MaTriX tape and a flame retardant jacket. The Vari-MaTriX tape shall minimize the cable diameter and suppress the effects of alien crosstalk while retaining UTP electromagnetic interference immunity.

Category 6A/Class EA cable shall be constructed of 23 AWG copper conductors with Foam PE and HDPE insulation. The copper conductors shall be twisted in pairs and separated by a tape-style divider. All four pairs shall be surrounded by a metallic Vari-MaTriX tape and a flame retardant jacket. The Vari-MaTriX tape shall minimize the cable diameter and suppress the effects of alien crosstalk while retaining UTP electromagnetic interference immunity.

The TX6™ Cat 6 U/UTP Riser copper cable is constructed of 23 AWG copper conductors with HDPE insulation. The copper conductors shall be twisted in pairs and separated by a cross divider. All four pairs shall be covered by a flame retardant PVC (CMR), Black jacket. Packaged 1000 ft./305m in an easy payout carton.

Category 6 UTP cable shall meet ANSI/TIA-568.2-E and IEC 61156-5Category 6 component standards. The conductors shall be 24 AWGcopper insulated with HDPE polymer. The copper conductors shall betwisted in pairs, separated by a cross divider and covered by a lowsmoke zero halogen or flame retardant PVC (CMR) jacket.

Category 6 UTP cable shall meet ANSI/TIA-568.2-E and IEC 61156-5Category 6 component standards. The conductors shall be 24 AWGcopper insulated with HDPE polymer. The copper conductors shall betwisted in pairs, separated by a cross divider and covered by a lowsmoke zero halogen or flame retardant PVC (CMR) jacket.