Looking great, what kind of cabinets are you using?It was enclosure day.
View attachment 1463993
Using Wireworld USB cable internally in the DDC.
View attachment 1463994
MonitorPi on standoffs.
View attachment 1463995
View attachment 1463996
Clear top and spike feet added.
View attachment 1463997
Updated the LinearPi enclosure while I was at it. Ventilation for the heatsinks and binding posts for connecting to the transformer.
View attachment 1463998
View attachment 1463999
View attachment 1464000
Thanks! I used a combination of these two:Looking great, what kind of cabinets are you using?
https://www.amazon.com/gp/aw/d/B07BPMNJ6G?psc=1&ref=ppx_pop_mob_b_asin_title
https://www.amazon.com/gp/aw/d/B0B5QG83RC?psc=1&ref=ppx_pop_mob_b_asin_title
I like working with plastic because all you need is a drill, rotary tool, and a clamp. The clear acrylic is a bit more difficult to work with. Good thing you can't see the back of the finished DDC in my pictures 🙂
Hi everyone, my friend's music player consists of 2 raspberries . 😎
https://www.symphonic-mpd.com/forum/
https://www.symphonic-mpd.com/forum/
I translated this page to english and it looked like somebody was talking about some pretty insanely high sample rates over the raspberry pi's i2s bus, if I was reading correctly.
I had always thought the broadcom chipsets found in the pi's had certain inherent limitations due to the master clock and PLL frequencies. If somebody has found a way around that, it would be a game changer, assuming it wasn't jitter-plagued at the higher rates.