1. Introduction The NanoPi R6S (as “R6S”) is an open-sourced mini IoT gateway device with two 2.5G and one Gbps Ethernet ports, designed and developed by FriendlyElec.1 The R6S is built on RK3588S, which has Quad-core ARM Cortex-A76(up to 2.4GHz) and quad-core Cortex-A55 CPU (up to 1.8GHz), and 8GB LPDDR4X RAM at 2133MHz. It has 32GB eMMC and supports an SD card or disk drive through USB 3.0 port. And the charming points are the three Ethernet ports.

These experimental images are NOT official releases. It’s a proof of concept that OPNsense is workable for aarch64. Use at your own risk. Since version 22, OPNsense is now based on FreeBSD 13. Therefore, all the devices on this wiki page shall all work under good development. Images for Raspberry Pi 4 and NanoPi R4S are built here. The OPNsense-${VER}-vm-aarch64.vmdk image works for ESXi and QEMU. The OPNsense-${VER}-arm-aarch64-RPI.img image works for Raspberry Pi 3b, 3b+ and 4b, while the OPNsense-${VER}-arm-aarch64-R4S.

These experimental images are NOT official releases. It’s a proof of concept that OPNsense is workable for aarch64. Use at your own risk. As of version 22, OPNsense is now based on FreeBSD 13. Therefore, all the devices on this wiki page shall all work under good development. Raspberry Pi 4 and NanoPi R4S are added here. The OPNsense-${VER}-OpenSSL-vm-aarch64.vmdk image works for ESXi and QEMU. The OPNsense-${VER}-OpenSSL-arm-aarch64-RPI.img image works for Raspberry Pi 3b, 3b+ and 4b, while the OPNsense-${VER}-OpenSSL-arm-aarch64-R4S.

These experimental images are NOT official releases. It’s a proof of concept that OPNsense is workable for aarch64. Use at your own risks. Read this issue before the first reboot. The OPNsense-${VER}-OpenSSL-vm-aarch64.vmdk image works for ESXi and QEMU. The OPNsense-${VER}-OpenSSL-arm-aarch64-RPI3.img image works for RPI3b and RPI3b+ (RPI4 is tested not working yet bootable with a dirty image now). 1 IntroductionThe OPNsense images for aarch64 are built on FreeBSD aarch64 using the tools1.