Microchip USB Redriver Makes It Easier to Extend Your Reach

As automotive, industrial, embedded and medical systems continue to process more data at higher speeds, designers are facing a growing challenge: maintaining reliable USB connectivity over longer distances while also delivering power to remote devices. Standard USB implementations can struggle with signal degradation, data errors and performance loss as cable lengths increase—especially in electrically noisy or harsh operating environments.

Our USB redriver solutions help designers extend high-speed USB connectivity while maintaining reliable performance, simplifying system integration and supporting simultaneous power delivery across extended cable reach.

Overcoming USB Distance Limitations

Modern systems often require components to be located farther apart than standard USB connections were originally designed to support. Automotive infotainment systems, ADAS cameras, machine vision equipment, industrial automation platforms and emerging medical imaging systems such as endoscopes all depend on reliable high-speed data transmission across increasingly distributed architectures.

In many of these applications, designers also need to deliver both data and power through a single extended connection to simplify cabling, reduce system complexity and support compact remote devices.

As USB cable lengths increase, signal quality can degrade, resulting in:

• Reduced data reliability
• Connection instability
• EMI-related performance issues
• System downtime and troubleshooting challenges
• Reduced power delivery efficiency over longer cable runs

Maintaining signal integrity while supporting reliable power distribution becomes critical for dependable system operation.

Reliable High-Speed Performance Over Longer Distances

Our USB redriver devices help extend USB 3.2 Gen 1 connectivity well beyond traditional distance limits while supporting reliable signal performance. Integrated equalization technology compensates for signal loss across longer channels, helping preserve data integrity without adding unnecessary design complexity.

With a compact single-chip architecture, designers can simplify implementation while enabling long-distance USB communication and simultaneous power delivery across demanding applications.

Key benefits include:

• Reliable high-speed USB connectivity over extended distances
• Support for simultaneous data and power delivery
• Simplified system integration
• Robust operation in harsh environments
• Flexible support for a variety of cable and connector implementations
• Improved system reliability and uptime

Designed for Automotive, Industrial and Medical Applications

In automotive systems, reliable USB connectivity is essential for infotainment systems, digital cockpits, ADAS modules and in-vehicle cameras. Automotive-grade solutions help support dependable operation in environments exposed to temperature extremes, vibration and electrical noise.

Industrial and embedded systems also require stable high-speed communication for machine vision, robotics, automation equipment and remote sensors. Extending USB reach while maintaining performance can help improve deployment flexibility and reduce operational disruptions.

Medical applications are also rapidly adopting extended USB connectivity solutions. Endoscopy systems, diagnostic imaging platforms and portable medical devices require reliable high-speed data transmission and compact cabling architectures. The ability to simultaneously deliver power and data over extended distances can help simplify system design, reduce cable bulk and improve flexibility in space-constrained medical environments.

Simplifying Next-Generation Embedded Designs

As embedded systems become more distributed and data-intensive, maintaining reliable connectivity across longer distances is becoming increasingly important. Our USB redriver solutions help designers overcome traditional USB limitations while reducing integration complexity and supporting scalable system architectures.

By enabling reliable long-distance USB communication and simultaneous power delivery, designers can create more flexible, robust and future-ready systems for automotive, industrial, medical and embedded applications.

Explore our USB redriver solutions on our web page.