Equip USB 2.0 C to C 90° angled Cable, M/M, 3.0m, 100W with Emark chispet

The Equip 128893 USB-C to C 90° angled cable with Emark chipset is a 3.0 m USB 2.0 cable designed for charging and connecting USB-C devices. It supports USB 2.0 data transfer speeds up to 0.48 Gbit/s, offers up to 100 W power delivery managed by an Emark chipset, and has reversible USB-C connectors. The cable is magnetically shielded and comes in black, making it suitable for use in confined spaces or when a right-angle connector improves ergonomics.

Advantages

The 90° angled connectors reduce stress on ports and cables in tight setups and when devices are used in landscape orientation. The Emark chipset ensures safe power delivery by negotiating voltage and current for compatible chargers and devices. Reversible USB-C plugs simplify connection, and magnetic shielding improves signal stability for reliable USB 2.0 data transfer and charging.

Suitable for

• Charging laptops, tablets and smartphones up to 100 W
• Connecting peripherals such as keyboards, mice and external drives at USB 2.0 speeds
• Use in tight spaces, behind furniture or in vehicle interiors where a right-angle plug is advantageous

Key specifications

• Connector 1: USB-C
• Connector 2: USB-C
• USB version: USB 2.0 (up to 0.48 Gbit/s)
• Cable length: 3.0 m
• Maximum power delivery: 100 W (with Emark chipset)
• Color: Black
• Weight: 0.11 kg

How to use

Connect one USB-C end to a compatible power adapter or host device and the other end to the device you wish to charge or to a peripheral you wish to connect. Ensure both connected devices support the required power and data profiles; the Emark chipset will negotiate appropriate power delivery up to 100 W. Orient the angled connector to match your setup to reduce mechanical strain on the ports.

Recommendations

Use appropriate 100 W-capable chargers and power sources for high-power charging. Avoid sharp bends near the connectors and do not expose the cable to liquids or excessive heat. For optimal data performance, keep cable runs away from strong electromagnetic sources despite the magnetic shielding.