SOMMER CABLE V8GX-0300-SW-SW video patch kábel 4K SC-Vector PLUS 0,8/3,7 DZ BNC/BNC čierny 3,00 m

The SOMMER CABLE V8GX-0300-SW-SW is a professional video patch cable designed for high-performance broadcast and studio applications. Part of the SC-Vector PLUS series, this cable supports 4K UHD resolution and is compatible with 12G-SDI signals, ensuring reliable transmission of uncompressed video over long distances. With double shielding and gold-plated BNC connectors, it delivers excellent signal integrity and minimal loss.

Advantages

This cable offers superior shielding against electromagnetic interference, thanks to its double shielding consisting of a copper braid and AL/PT foil. The oxygen-free copper conductor ensures low signal loss, while the gas-injected PE dielectric maintains consistent impedance. The robust PVC jacket provides durability and flexibility, making it ideal for permanent installations or portable setups.

Suitable for

• Broadcast studios and production trucks
• Professional video editing suites
• Live event and stage video systems
• SDI/HD-SDI/3G-SDI/6G-SDI/12G-SDI connections
• High-resolution 4K video transmission

Key specifications

• Product Type: Video Patch Cable
• Cable Series: SOMMER CABLE SC-Vector PLUS
• Resolution Support: Up to 4K UHD (12G-SDI Compatible)
• Connector Type (End 1): BNC Male
• Connector Type (End 2): BNC Male
• Cable Length: 3.00 m
• Cable Color: Black
• Impedance: 75 Ohm
• Conductor Material: Oxygen-Free Copper (OFC)
• Conductor Diameter: 0.8 mm (AWG 20)
• Dielectric Material: Gas-injected PE
• Dielectric Diameter: 3.7 mm
• Shielding: Double Shielded (Copper Braid + AL/PT Foil)
• Outer Diameter: 6.0 mm
• Jacket Material: PVC
• Connector Plating: Gold-plated contacts
• Minimum Bend Radius (Static): 30 mm
• Operating Temperature: -30°C to +70°C
• Signal Loss: Low Loss

Recommendations

For optimal performance in demanding video environments, pair this cable with SOMMER CABLE connectors and accessories. Ensure proper cable management to maintain bend radius and avoid signal degradation.