Received an 8GB, no-wifi, lite version of the MilkV Mars CM today. With the exception of not being able to reboot, which is not related to the TPiv2, it works just like a CM4. Performance is substantially lower than a CM4, but some performance improvement might be gained by rebuilding with a RISC-V optimized toolchain. The microSD card being used was flashed on a Windows 10 machine using Balena Etcher. I'll confirm whether flashing works with the BMC locally, through the web interface and via USB. https://cdn.discordapp.com/attachments/1210100479590141972/1210100480219414548/PXL_20240222_045851980.jpg?ex=65e954e5&is=65d6dfe5&hm=599f0af4e5f37177effa8927643e4ad91963b42fad9657c737924d9274fe272b&

I am really curious how well this works in tpi2.

My guess is the JH7110 is roughly equivalent to a CM3. The JH7110 is faster than the AllWinner D1. The TH-1520 is equivalent to or faster than a CM4 with compiler optimization. The SG2380 looks quite promising. It's more of a desktop processor. Won't be available until 2H2024. It's difficult to say whether we'll see the SG2380 on a Jetson Nano-compatible SoM, let alone a CM4-style module. While RISC-V is an open ISA, manufacturers are adding custom instructions to increase performance. The problem is that code that takes advantage of these instructions isn't portable across different RISC-V chips.

does it a compute modules for turingpi2, riscv!! i want it, where i can find it!!

I am curious as well for riscv but this board is underwhelming

Here is the manufacturer's site: https://milkv.io/mars-cm Available from Arace.tech (Hong Kong) and another in mainland China.