FireWire-kabel ShiverPeaks 77321 – 9-polige IEEE 1394b-aansluiting, hogesnelheidsdatabverbinding

ShiverPeaks 77321 FireWire cable features a 9-pin IEEE 1394b connector that provides a high-speed digital data link for audio/video equipment, external storage and professional interfaces. With support for the IEEE 1394b specification, this cable is designed to carry sustained throughput and synchronized streaming between compatible devices such as digital cameras, mixers and audio interfaces. The cable’s construction focuses on reliable signal transmission to reduce errors and maintain stable connections in studio and field environments.

Advantages

The FireWire cable delivers high-speed serial bus connectivity with reduced signal degradation thanks to shielding and precise connector contacts. Its 9-pin IEEE 1394b end enables improved data rates and enhanced device compatibility compared with older 6-pin variants, while maintaining backward interoperability where supported by equipment. The cable is suitable for continuous audio/video streaming and reliable file transfers to external drives and professional recording gear.

Suitable for

• Connecting digital video cameras to editing workstations
• Linking audio interfaces and mixers in recording setups
• Transferring data to and from external FireWire storage
• Integrating legacy FireWire peripherals into professional systems

Key specifications

• Connector type: 9-pin IEEE 1394b connector
• Protocol: IEEE 1394b (FireWire)
• Data rate: up to 800 Mbps (FireWire 800 compatible)
• Cable length: 1.0 m
• Compatible devices: cameras, audio interfaces, mixers, external drives and other FireWire-capable equipment

How to use

Connect the 9-pin IEEE 1394b plug to the FireWire port on your device and the corresponding port on the target device or interface. Ensure both devices are powered according to their manufacturer instructions before initiating data transfer or streaming. For cross-compatibility with older equipment, confirm port type and pin compatibility; some devices may require adapters or specific port arrangements to function properly. After connection, use the host device’s software or operating system file transfer/streaming utilities to manage data flow.

Recommendations

Place the cable to avoid tight bends and stress at the connector ends, and keep it away from strong electromagnetic sources to minimize interference. For critical audio or video sessions, test the connection and perform a short transfer prior to recording or streaming to verify stable throughput.