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Sometimes, Claude decides that he doesn't need an assembler...

Claude, port gr-fosphor to Android. 30min later...

fosphor-cl: [+] Available device: 0:0 <ARM> Mali-G715 r0p0
fosphor-cl: [+] Selected device: Mali-G715 r0p0
fosphor : [+] GL_RENDERER: Mali-G715
fosphor : [+] GL_VERSION: OpenGL ES 3.2 v1.r54p2-00eac0.c8c70f02abaa302607998c919face0f4

Crazy times we live in..

Currently playing with Semtech SX1250 as SDR. 2 bit I/Q output @ 32 MHz. Has anyone already played with this chip? I know of https://github.com/M17-Project/SX1255_HAT-hw - but the SX1250 is newer and has a much broader freq range (150M - 960M).
The first time I've seen GPLv1 licensed code in the wild so far...
I've implemented bit-banged 100 Mbit/s Ethernet UDP transmission on the RP2040/RP2350. That is sufficient to transfer the data of the internal ADC overclocked to 5 MSPS and digitize some IF signal...
Following up on my previous post, I'm pleased to release hsdaoh-rp2350, which includes an example application that streams the samples of a 12-bit ADC out of a Pico2 at 40 MS/s (or more!): https://github.com/steve-m/hsdaoh-rp2350
GitHub - steve-m/hsdaoh-rp2350: High Speed Data Acquisition over HDMI - RP2350 HSTX implementation

High Speed Data Acquisition over HDMI - RP2350 HSTX implementation - steve-m/hsdaoh-rp2350

GitHub
First success with porting hsdaoh to the RP2350 HSTX: Streaming out 72 MByte/s from the Pico2 via HDMI to a $5 MS2130 capture dongle. Time to hook up an ADC!