Quectel 5G RedCap EVB kit

Tired of waiting for a reliable platform to test your 5G RedCap modules? The Quectel 5G RedCap EVB kit gives you a ready-to-use board that connects your module to a PC and to the network. It is built for engineers who need fast, accurate results without building hardware from scratch. If you struggle with long development cycles, this kit removes the guesswork and lets you focus on your application.

Quectel 5G RedCap EVB kit

The kit solves the common problem of missing test hardware for 5G RedCap development. Without a proper board, engineers waste time wiring signals, writing drivers, and debugging basic connectivity. This matters because every hour of delay adds cost to a project and can push a product past its market window. The Quectel 5G RedCap EVB kit provides a complete evaluation board that includes USB, UART, audio, SIM, and SD interfaces, plus status LEDs. It supports the RG255AA, RG255C and RG255G-GL modules, so you can plug in the exact part you are designing for and start testing immediately.

Benefits

• Fast start - board is ready out of the box, no soldering required.
• All needed interfaces are built in, so you can connect USB, UART, audio and SIM quickly.
• Status LEDs show power, network and data flow, making debugging simple.
• Supports multiple Quectel RedCap modules, letting you test different versions with one kit.
• Compact design fits on any bench, saving space in a crowded lab.

Usages

Use the kit when you design IoT devices that need 5G connectivity, such as smart meters, industrial sensors, or wearable health monitors. Connect the board to a PC, load your firmware, and run real-world traffic over a 5G network. It also works for academic projects that explore reduced-capability NR, and for OEMs that need to validate module performance before mass production.

Key Features

• RF type: 5G RedCap (Reduced Capability NR).
• Compatible with RG255AA, RG255C, RG255G-GL modules.
• USB and USB-to-UART interfaces for easy PC connection.
• Audio jack and (U)SIM slot for voice and data testing.
• SD card slot for storage and firmware updates.
• Additional Wi-Fi TE-A, PHY TE-A, and SLIC TE-A interfaces.
• Supported antenna connectors for flexible RF setup.
• Status LEDs indicate power, network, and data activity.
• Compact board size fits standard lab racks.
• RoHS compliant and built for reliable long-term use.

Specifications