Here are the chips in the dish: https://twitter.com/VirtuallyNathan/status/1331709138276024320 There's a bunch of the black ones, some sort of RF chip, and one of the heat-spreader capped ones. Parts seem to be custom, nothing I could find online. The Dish acts as the modem, so any router can be used. How were you testing? With their router? Without? On Tue, May 18, 2021 at 8:23 AM Nathan Owens wrote: > Here ya go: https://fcc.report/FCC-ID/2AWHPR201/4805890 > There's at least one teardown video, but the FCC pics are better. > > Qualcomm IPQ4018, can run OpenWrt 19.07.7, or the latest 21.02.1 RC > branch. > > --Nathan > > On Tue, May 18, 2021 at 8:20 AM Dave Taht wrote: > >> I would really like someone to disassemble, and take photographs of >> the chipset and design of the starlink provided "router", >> which is proving to be such a disaster, and put those up somewhere. >> Youtube videos seem to be popular... we could do a >> kvetchy one of those? >> >> I have really goofed in that my visit to the starlink site I'd assumed >> the dishy was all there was! At one level I'm deliriously happy >> that that router can be junked, and with a decent OS, ipv6 etc can be >> enabled, as well as many other interesting local >> networking services. At another level I'm grumpy as to have to throw >> out all the bufferbloat related testing to date. >> >> In my dream world, the dishy would do ethernet flow control at a >> "single transmit upstream buffer" granularity, below 4ms, and >> emit pause frames that an fq_codel upstream could deal with, but that >> still is not enough, accurate parsing of the dishy's actual link rates >> up and down would allow for controlling the sch_cake queues tighter. >> >> -- >> Latest Podcast: >> https://www.linkedin.com/feed/update/urn:li:activity:6791014284936785920/ >> >> Dave Täht CTO, TekLibre, LLC >> _______________________________________________ >> Starlink mailing list >> Starlink@lists.bufferbloat.net >> https://lists.bufferbloat.net/listinfo/starlink >> >