Banana Pi BPI-WIFI6 Mini Router - TR6560 + TR5220 Wi-Fi 6 RouterThe Banana Pi BPI-WIFI6 Mini Router is a compact Wi-Fi 6 router platform based on the Triductor TR6560 and TR5220 wireless solution. The official Banana Pi shop page describes it as a mini-size Wi-Fi 6 router with a built-in high-performance dual-core ARM Cortex-A9 processor, integrated high-performance LSW and hardware NAT, and support for message forwarding up to 5Gbps. Banana Pi positions it as a low-cost router solution with dual-band Wi-Fi 6, Gigabit-class network access capability, and support for OpenWrt-based development.In the official Banana Pi forum design thread, the Banana Pi team states that the BPI-Wifi6 Mini uses the same hardware design as the BPI-Wifi6 Router, while the mini enclosure size matches the Banana Pi BPI-R3 Mini so it can share the same housing approach. Banana Pi forum posts also show 4G module testing on the mini platform. For related hardware, you can also review the BPI-Wifi6 mini Metal case.Additional technical reference: official Banana Pi BPI-WiFi6 Mini documentation.Technical Specifications Product Type Mini open-source Wi-Fi 6 router board Main Platform Triductor TR6560 + TR5220 Wi-Fi SoC solution Processor Dual-core ARM Cortex-A9 Forwarding Capability Up to 5Gbps message forwarding Integrated Switching Integrated high-performance LSW and hardware NAT PHY Integrated 5 x GE PHY Network Access 1000Mbps network access capability WAN Support Supports two WAN ports according to Banana Pi team description Wireless Bands Dual-band 2.4G 40M 2 x 2 and 5G 160M 2 x 2 DBDC Wi-Fi Wireless Standard IEEE 802.11ax, backward compatible with 802.11a / b / g / n / ac Maximum Wireless Rate Up to 3Gbps total, with 2.4G up to 573.5Mbps and 5G up to 2401.9Mbps QoS Hardware intelligent QoS support Software OpenWrt-oriented platform with Banana Pi BSP and forum support Form Factor Mini size, same housing class as Banana Pi BPI-R3 Mini Board Layout & Label Guide TR6560 Main Processing Area - The board is built around the Triductor Wi-Fi 6 router platform for forwarding and smart service handling. TR5220 Wireless Section - Handles dual-band Wi-Fi 6 operation for 2.4G and 5G wireless connectivity. Integrated GE PHY Path - Banana Pi describes an integrated 5 x GE PHY design for Gigabit-class network access. Dual WAN Support - Official Banana Pi team descriptions note support for two WAN ports on the underlying hardware design. Hardware NAT and QoS Path - The router platform is designed for low-cost but high-throughput traffic forwarding and QoS handling. Mini Enclosure Layout - Banana Pi states the mini version uses the same housing class as the BPI-R3 Mini. 4G Expansion Use Case - Banana Pi forum testing shows the mini platform being used with a Quectel EM05 4G module. Service and Cooling Considerations - As with other compact router platforms, enclosure airflow and module clearance should be checked in real deployments. Packing List 1 x Banana Pi BPI-WIFI6 Mini Router FAQQ: Which chipset does the router use?A: Banana Pi describes it as a Triductor TR6560 + TR5220 Wi-Fi 6 router solution.Q: Does it support Wi-Fi 6?A: Yes. The board supports IEEE 802.11ax and is backward compatible with 802.11a / b / g / n / ac.Q: What is the maximum wireless rate?A: Banana Pi lists up to 3Gbps total, with 2.4G up to 573.5Mbps and 5G up to 2401.9Mbps.Q: Is the mini version different from the main BPI-Wifi6 Router hardware?A: The Banana Pi team states the mini version uses the same hardware design as the BPI-Wifi6 Router, but in a mini form factor.Q: Can it share a case with another Banana Pi model?A: Banana Pi states the BPI-Wifi6 Mini is the same size as the BPI-R3 Mini and can share the same housing approach.Q: Does it support OpenWrt?A: Banana Pi markets the platform as an OpenWrt-capable router solution and publishes BSP resources and forum guidance for it.Q: Can it be used with a 4G module?A: Banana Pi forum posts show testing with a Quectel EM05 4G module on the WiFi6 Mini platform.Q: What kind of user is this router for?A: It is aimed at users who need a compact, low-cost, open-source Wi-Fi 6 router platform for learning, customization, or deployment.
