FX-I630-003
USB 3.2 Gen2x1 USB-C / USB-A AOC Fiber Optic Cable – 3.00m
The FX-I630 is a 3.00m active USB 3.2 Gen2x1 hybrid cable with a unidirectional design featuring a USB-A male connector (downstream facing) and a USB-C male connector (upstream facing). It offers 10Gbps data transfer …
ManualSpecificationsCEMaster data
The FX-I630 is a 3.00m active USB 3.2 Gen2x1 hybrid cable with a unidirectional design featuring a USB-A male connector (downstream facing) and a USB-C male connector (upstream facing). It offers 10Gbps data transfer rates, uses fibre optic conductors for AV signal transmission and copper wires for power and data, and has a 6.5mm outer diameter for low attenuation and robust EMI resistance. The cable has a full metal housing, gold-plated precision contacts, requires no external power supply, and provides downward compatibility with USB 2.0 and USB 1.1.
Product familyPureLink FiberXSeriesFiberXCategoryHardwareRelease year2021Documentation as of10.11.2026 · Version 2Country of originChinaAvailable languages12 languagesDocuments✓ Manual– Datasheet– Quick start guideCECompliance
Features
- Active USB 3.2 Gen2x1 – 10Gbps data transfer, downward compatible
- Gold-plated precision contacts
- USB-A male to USB-C male connector, full metal housing
- Unidirectional Hybrid cable – Fiber for AV; copper for power and data, Ø 6.5mm
- With EMI resistance, low attenuation, no external power supply required
Scope of delivery
- 1x FiberX FX-I630 USB-C to USB-A AOC Fiber Optic Cable
- 1x User Manual DE/EN
- 1x Warning Card
Product description
The hybrid construction, consisting of fiber optic and copper conductors allows significantly longer cable lengths than conventional USB copper cables. This is enabled by transmitting the USB data via fiber optics, which are free of electromagnetic influences / interference and is only supplemented by copper wires for the transmission of power. Due to this hybrid construction, the cables of this series are available for very long cable runs between 3.00m and 50.0m, all while being able to be used in complex environments.