USB-A M/F 2.0 extension cable 5m transparent with ferrite core CA-USBE-12CC-0050-TR

Universal USB 2.0 Extension Cable – Reliable Connection and Signal Protection

This 5-meter USB-A to USB-A extension cable is a simple yet effective solution when a standard USB cable length is insufficient for convenient device connection. It is suitable for both office and home use, allowing you to connect your computer to a printer, scanner, external hard drive, or other peripherals. The transparent design and solid construction make the cable aesthetically pleasing and resistant to damage.

Stable Data Transmission and Minimization of Interference

A key element of this extension cable is the ferrite core. Its function is to suppress electromagnetic interference, which can negatively affect signal quality. This ensures stable and uninterrupted data transmission, which is especially important when transferring large files or using devices that require high bandwidth. The ferrite core guarantees the preservation of signal integrity along the entire length of the cable.

Solid Construction and High Quality

The extension cable is made of high-quality copper (CU) with a cross-section of AWG 30, which ensures good electrical conductivity and durability. Gold-plated contacts minimize the risk of corrosion and provide a secure connection. Additionally, the cable has a plastic braid that protects it from mechanical damage. High production standards and multi-stage quality control guarantee reliable operation and meet the expectations of even the most demanding users.

The 5-meter length provides freedom in arranging your workspace or multimedia space. The USB 2.0 standard is compatible with most USB devices on the market and offers a transmission speed of up to 480 Mb/s. The transparent housing makes it easy to identify the cable and integrate it into the surroundings. Made of copper (CU) ensures good conductivity and connection durability. Gold-plated contacts provide corrosion resistance and a stable connection. The ferrite core reduces electromagnetic interference for stable data transmission.