Whilst that’s a nice slogan, in Electronics “open source” doesn’t mean anywhere as much as it does in Software because it’s generally just knowing which components go into the circuit, which is but a fraction of the work (laying out the board is a massive chunk of work, in some cases most of it, and at high enough clock speeds circuit design is an art in itself).
Mind you, I like the Orange Pi and Banana Pi guys, and the idea of an SBC designed for being an open source router is pretty appealing, though nowadays maybe pfSense would be a better choice than OpenWrt.
Finally this thing having only 2 ethernet ports + WiFi makes it little more than a regular $70+ SBC board + a box - something easy enough to put together by any technically inclined person - which isn’t exactly exciting.
Whilst that’s a nice slogan, in Electronics “open source” doesn’t mean anywhere as much as it does in Software because it’s generally just knowing which components go into the circuit, which is but a fraction of the work (laying out the board is a massive chunk of work, in some cases most of it, and at high enough clock speeds circuit design is an art in itself).
Mind you, I like the Orange Pi and Banana Pi guys, and the idea of an SBC designed for being an open source router is pretty appealing, though nowadays maybe pfSense would be a better choice than OpenWrt.
Finally this thing having only 2 ethernet ports + WiFi makes it little more than a regular $70+ SBC board + a box - something easy enough to put together by any technically inclined person - which isn’t exactly exciting.
Open hardware (by oshwa definition) would include the board layout
I heard pfSense had a hard time with wireless radios, and that’s where OpenWrt shines comparably. Is that not true?