DINIC USB 4 Type-C Cable with Angled Connector: High Performance in a Compact Form
The DINIC USB 4 Type-C Cable is the quintessential connectivity tool, elevating your productivity and digital efficiency to new heights. Combining advanced data transfer with high power delivery capability, this cable is a must-have for anyone seeking high performance in a sleek and smart design.
Key Features at a Glance:
- Ultra-Fast Data Transfer: Experience lightning-fast data transfer rates up to 40 Gbps - perfect for quick, efficient work and rapid file transfers.
- High-Power Charging: With Power Delivery 3.0 and a charging capacity of up to 240W (48V/5A), this cable provides strong and reliable power supply to your devices.
- Crystal-Clear Image Resolution: Immerse yourself in a world of Ultra High Definition with 8K/60 Hz resolution – ideal for demanding gaming and professional graphics applications.
- Thunderbolt™ 4 Compatibility: Perfectly adapted to the latest Thunderbolt technology, ensuring maximum versatility and connectivity options.
- Ergonomic Design: Equipped with a straight and a 90° angled connector, this cable is ideal for tight spaces, preventing cable breakage and minimizing wear.
Technical Details:
- Connectors: USB4 Type-C, with a straight and a 90° angled connector, aluminum housing, gold-plated contacts, triple shielding.
- Length: 1 meter for maximum flexibility and versatility.
- Color: Elegant black/silver – a perfect match for any device.
- Materials: High-conductivity copper, twisted pair structure, durable PVC with nylon/cotton braiding.
- Temperature Resistance: Operating temperature from -10°C to 50°C, storage temperature from -20°C to 60°C.
- Packaging: Stylish and protective DINIC Retail box.
Unique Advantage of the Angled Connector:
The 90° angled connector is a true game changer for tight space conditions. It allows for flexible and secure cable routing, reduces mechanical stress at the connection point, and thus extends the cable's lifespan. Ideal for use behind desks, in media cabinets, or other space-constrained environments.