Perhaps even higher throughput can be achieved with a different device. Our test was performed between APU3 with wle600vx and Samsung Galaxy S7 smartphone. In our tests, we get 520+Mbit/s which is the highest throughput we have seen on any commercial or open-source device. Theoretically, you should be able to get 867Mbit/s on this connection.
OPENWRT SCHEDULE WIFI ACCESS FOR MAC FULL
This configured the card in the full 802.11ac mode with a full 80MHz channel. Some of the above channels may not be permitted in your country.
Make sure to set the country code to your country. Most of these channels are a bad choice because they overlap on two or more standard channels.įor 80MHz width, the good channels are: 36, 52, 100, 116, 132, 149.įor 40Mhz width, we have twice as many "good" channels: 36, 44, 52, 60, 100, 108, 116, 124, 132, 140, 149, 157. OpenWRT allows the user to choose many different channels for wireless networks.
OPENWRT SCHEDULE WIFI ACCESS FOR MAC INSTALL
In the same manner, install drivers and firmware for your network cards. In the web interface, go to System->Software and search for " hostapd". Install hostapd and firmware drivers for your network card(s) Please see openWRT/LEDE installation instructions for APU boards. We cover the installation steps in separate article. Step by step instructionsĬompared to pfSense and IPFire, it's much, much easier to configure Access point in OpenWRT. If you want to run a reliable and high-performance WiFi access point, OpenWRT is the best solution. IPFire supports 802.11ac only partially, with much worse performance. PfSense and OPNSense don't support the 802.11ac mode yet. It has a full 802.11a/b/g/n/ac support out of the box. OpenWRT is currently the best operating system for running high-throughput, open-source WiFi access points. OpenWRT AccessPoint / WiFi configuration tutorial
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