Thanks to the HDMI output and USB connection, you can work directly on the BPi-R1 as you would on the Rasp Pi. The next step is to configure the device by means of bananian-hardware and then invoke bananian-config. Performance as a SwitchĪfter you have used your PC to copy the image onto a microSD card by means of dd or Win32 Disk Imager, you should boot the R1 from the card and then log in as root with the password pi. The advantage of Bananian over a system like Raspbian is that it is a dedicated server distribution. This distribution has nothing to do with the hardware manufacturer instead, it was created by Nico Isenbeck from Hamburg, Germany. The other issue relevant to this project is that OpenWrt support for WiFi functionality apparently remains unstable.īananian on the other hand involves a distribution that has been created with the A20 processor family in mind – particularly the CPU used on the BPi-R1. These unofficial versions can be found on the homepage of the manufacturer and other websites. Even though a number of versions are floating around on the Internet, OpenWrt has as yet no official images.
One disadvantage of OpenWrt is that it is still under development. The user planning to purchase an off-the-shelf router should definitely take a look at it. OpenWrt has the advantage of being well equipped for use as an operating system on a router. We did not consider Android for a variety of reasons.
The Bananian version from January 2015 serves as the foundation for this project. These distros include a Linux version based on Android with special router tools, an OpenWrt version, and the Bananian distribution.
Because the router board descends from the standard Banana Pi, all of the operating system images adapted for that computer run on the modified board however, insofar as these images do not support special hardware, the manufacturer refers users to three distributions.
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