High Density BNC Male to Standard BNC Male HD-SDI 3G/6G with Belden 1694A Cable - 3 Foot

The RG6 HD-SDI cables are designed for professional broadcast applications in mind. These cables feature dual copper braided shield for high flexibility, strength, and superb shielding against interference. The center conductor is made from true 75 Ohm 18AWG solid copper. This cable is 100% sweep tested and is ready to meet today’s requirements of 3 Gbps data transfer. Connector A: True 75 Ohm High Density BNC Male Connector B: True 75 Ohm BNC Male Number of Coax: 1 RG Type: 6/U AWG: 18 Stranding: Solid Conductor Material: BC - Bare Copper Insulation Material: Gas-injected FHDPE - Foam High Density Polyethylene Outer Shield Material Trade Name: DuofoilOne of the distinct advantages of the HD-BNC is its lack of variable return loss and mechanical bonding commonly found with mini-BNC and DIN 1.0 / 2.3 connectors. The HD-BNC connector meet or exceeds SMPTE 292M and SMPTE 424M specifications for return loss.

• High Density BNC to BNC Female adapter cable delivers true 75 ohm performance in a footprint 51% smaller than traditional BNC connectors, allowing four times the density. Engineered to enhance electrical and mechanical performance, the High Density BNC connector features the trusted, push and turn interface of a traditional BNC, providing tactile feedback and a positive lock for quick and guaranteed mating.
• The High Density BNC connector meets or exceeds SMPTE 292M and SMPTE 424M specifications for return loss. The dielectric had also been extended on the jack to improve the mechanical strength of the center contact without return loss performance degradation. High Density BNC is also known as Micro BNC
• <b>Belden 1694A Low Loss Serial Digital Coaxial Cable</b> is an RG6 coax designed to carry several video signals including analog, 4x3 digital (SD-SDI), high definition (HD-SDI) , 3Gbps up to 510ft cable run and 6Gbps up to 346ft cable run.
• Assembled in Dallas, TX by Custom Cable Connection
• Limited Lifetime Warranty