Cabo Equip USB 2.0 C para C angular 90°, M/M, 2,0 m, 100 W com chipset Emark

The Equip 128892 USB-C to C 90° angled cable with Emark chipset is a 2 m black USB 2.0 cable designed for combined charging and data transfer. It offers a maximum data rate of 0.48 Gbit/s, magnetic shielding for improved durability and performance, reversible USB-C connectors and support for up to 100 W power delivery, with the Emark chipset managing voltage and current for safe charging.

Advantages

The 90° angled connector reduces strain and improves accessibility in tight spaces or when devices are used in landscape orientation. Support for 100 W power delivery allows charging of laptops, tablets and smartphones while the Emark chipset ensures correct power negotiation. Magnetic shielding enhances signal stability and mechanical resilience, and reversible USB-C plugs simplify connection.

Suitable for

• Charging laptops, tablets and smartphones requiring up to 100 W
• Connecting peripherals such as keyboards, mice and external storage at USB 2.0 speeds
• Use with devices in tight spaces or mounted in landscape mode
• Cable routing where a right-angle plug reduces stress on ports

Key specifications

• Brand: EQUIP
• Model / MPN: 128892
• EAN: 4015867231081
• Connector type: USB-C to USB-C (reversible)
• USB version: USB 2.0 (max 0.48 Gbit/s)
• Cable length: 2 m
• Power Delivery: up to 100 W (Emark chipset)
• Colour: Black
• Weight: 0.075 kg

How to use

Plug one USB-C connector into the source device (charger, power bank or host) and the other into the target device (laptop, tablet, smartphone or peripheral). Ensure both devices support the required USB power profiles for the intended charging power. For data transfer, connect to devices that support USB 2.0; data transfer will operate at up to 0.48 Gbit/s.

Recommendations

Avoid bending the cable sharply near the angled connector; route the cable so the 90° plug relieves stress on the device port. Verify device compatibility with 100 W Power Delivery before attempting high-power charging.