Cavo USB Kramer Electronics CA–U32/FF–10 USB 3.2 Gen 2 3 m USB-C nero

The Kramer Electronics CA–U32/FF–10 is a 3 m USB Type‑C to USB Type‑C active cable (USB 3.2 Gen‑2) that combines high‑speed data transfer, video support and power delivery in a single connection. Designed with a low‑profile reversible USB‑C connector and an integrated K‑lock mechanism, the cable provides reliable physical retention and convenient reversible insertion for professional and desktop environments.

Advantages

This USB 3.2 Gen‑2 cable supports up to 10 Gbps data throughput when connected to compatible USB 3.2 hosts and devices, enables video transmission up to 4K@60, and supports power delivery up to 100 W for charging or powering devices. The built‑in K‑lock secures the connector in place to reduce accidental disconnections while maintaining the reversible convenience of USB‑C.

Suitable for

• High‑speed data transfer between computers and peripherals
• Connecting displays or docking stations that require 4K@60 video
• Charging laptops, tablets and other USB‑C devices (up to 100 W)
• Professional AV setups and workstations where connector retention is important

Key specifications

• Connector type: USB Type‑C to USB Type‑C
• USB version: USB 3.2 Gen‑2 (SuperSpeed+), up to 10 Gbps
• Video support: up to 4K@60
• Power delivery: up to 100 W
• Cable length: 3 m
• Color: Black

How to use

Connect one end of the CA–U32/FF–10 cable to a USB‑C port on your host (computer, docking station or charger) and the other end to a USB‑C device or peripheral. Ensure both host and device support the required USB 3.2 Gen‑2 features to achieve 10 Gbps transfer rates and 4K@60 video. The reversible Type‑C connector allows insertion in either orientation; engage the integrated K‑lock to secure the connection if physical retention is needed.

Recommendations

For maximum performance, use with devices and hosts that explicitly support USB 3.2 Gen‑2 and the specified power delivery profile. Avoid excessive bending near the connector and route the cable to prevent strain on the K‑lock mechanism.