5G is the next-generation wireless technology, and we’ve got you covered. This kit includes everything you need to take the first step into the future of communication. The worldwide 5G Sub-6GHz coverage gets you going with high throughput. The kit has everything you need for a low-cost way to experiment with the advancement in communication. It supports M.2 modem cards that are available worldwide. With an enclosure, RF cables, and antennas, the kit is ready to use, providing developers with a great opportunity to explore 5G soon!
- Indoor plastic project enclosure
- Mounting Bracket inside Enclosure for Raspberry Pi and Peripheral electronics
- Raspberry Pi 5G HAT
- M.2 5G Modem (Optional) – Quectel RM50xQ or Telit FN980
- 4x LTE/5G High-Performance Antenna – SMA Connector
- 5x Adapter Cable for Modem to SMA Antenna Connection
- USB 3.0 Bridge for Raspberry Pi to Modem Carrier HAT
- Cooling Fan
- 5V DC – 3A Type-C Power Supply with Universal Plug – Interchangeable
Sixfab 5G Development Kit is an easy way to get started with 5G technology for IoT/eMBB (enhanced Mobile Broadband) applications. It comes with everything you need to connect and test your idea using a real-world 5G infrastructure. The modem carrier HAT can work as a standalone 5G dongle. That makes the 5G kit compatible via USB cable with NVIDIA Jetson Nano Developer Kit, Beaglebone, Asus Thinkerboard, NXP i.MX 8 architectures and also personal computers. Recent drivers support Windows 10 and Linux, please check the modem datasheets for the details.
The 5G New Radio (NR) or also known as 5G Sub-6GHz as well as 5G mmWave adopting the 3GPP Rel-15 LTE technology, compatible modems support both standalone (SA) and non-standalone (NSA) modes. That enables you to develop next-generation wireless applications and proves your concepts of 5G networks. The kit is a comprehensive 5G toolset to develop, optimize and test your MTC/M2M projects. The 5G network is optimized for high-performance and bandwidth-intensive products like routers and IoT gateways, indoor and outdoor CPE, high-quality video streaming, real-time sensor data broadcasting, critical implementations with low-latency connection, high-speed mobile 5G hotspot, etc.