ShowMeCables 726-02 RD Category 7-rated Ethernet cable assembly features an overall braid shield around individually shielded twisted pair (S/FTP). Our 2-meter double-shielding Category 7 Ethernet cable assembly is ideal for high EMI/RFI environments. This 10gig Category 7 Ethernet cable with a PVC jacket in red is verified by IEC 60332-1, making it ideal for high-speed networks.
The RJ45 male-to-plug wiring of the Cat7-rated Ethernet cable from ShowMeCables complies with TIA specifications. Our 2-meter Cat7 Ethernet cable is compatible with up to 10-gig Cat7 or Category 6a applications and accessories. This red 726-02 RD Ethernet cable has a 30V rating and an operating temperature range of -10 to 80°C.
This S/FTP braid Ethernet cable assembly from ShowMeCables 26AWG conductors provides flexibility in a patch cable environment. The 726-02 RD Category 7 Ethernet cable is suitable for applications including shipboard, aircraft, aerospace, defense, telecommunications, voice/data networking, processing networks, and high-speed data centers. Our PVC jacketed 10gig Ethernet cable individually shielded pairs keep the overall cable diameter small.
ShowMeCables offers an excellent selection of Category 7 Ethernet cable assemblies in stock and available for worldwide same-business-day shipping. Our high-quality Cat7 Ethernet cable is available in multiple colors, lengths, and jacket types. Please contact our knowledgeable technical support and sales teams if you have questions about our 10gig Category 7 Ethernet cable or other components.
Features:
Category 7 rated cable assembly with overall braid shield around individually shielded twisted pairs (S/FTP)
IEC 60332-1 flame tested PVC jacket in red
26AWG Stranded conductors for flexibility
Compatible with up to 10gig Category 7 and Category 6a applications and accessories
30V rating with -10° to +80°C operating temperature
Applications:
10GBASE-T - 10/100/1000/10000 Ethernet
Category 7 - Category 6a, 10gig applications
IEEE 802.3an
High speed data center applications and processing networks
