Radxa 6 under development

There is nothing like “full support” and that includes every electronic device, also those at x86.
When product is released we all see what is in specs, but this does not promise any software yet and usually details includes some bugs and missing support. Developers are able to get into platform and start to work with it, make software compatible, optimal for platform. It’s much better because You can either involve in project or just use it for something simpler.

Linux is not main market, android is. This is the reason for those kernels origin,

Now that’s a useless statement. How about you stop nitpicking?

I am aware. That’s what I was referring to in the very first place in my responses. I was already stating that as a known fact (because it is well-known), only without directly referring to Android.

Why do you feel such a strong, obsessive need to correct the tiniest inaccuracy? You’re visibly mistaking end-goal pragmatism for stupidity / lack of awareness of the process. Treating others like idiots by default is rude and offensive. And I wasn’t even talking to you, but mainly to the other guy.

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Believe it or not, the Rockchip is/was the most open source friendly of all SBCs despite the old kernel. TBH Samsung S5P6818 Octa-Core Cortex-A53 was (is??) the only one you could build the firmware entirely from source (100%), but of course, deprecated kernel. I took a glance at Qualcomm BSP, mainline kernel 6.6.52, but the most important part is closed source code, i think if you want the latest mainline kernel with all the board features, you need to wait for Qualcomm to release the closed source code (ko) specific to the mainline kernel version.

Which SOC Radxa 6 possibly have? Any clue? Is MediaTek that open friendly?

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I found some more RK3688 news;

A while back Radxa showed a screen shot of it featuring a 16 TOPS NPU, however there will also be a RK3688M with 32 TOPS NPU.

https://xueqiu.com/2704068488/333261184

We are also looking at a 2026 launch for the RK3688

https://xueqiu.com/7796248954/333149684?_ugc_source=ugcbaiducard

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2026 lads…

Can anyone help to translate the RK3688 info on the picture?
Thank you in advance.

  • CPU: 300K DMIPS
  • GPU: 2TFLOPS
  • NPU: 32T

4nm process

Basically, this is a 4nm version CD8180 with higher cpu freq. For your reference, the G720 MC10 of CD8180 is 2.3TFLOPS.

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Sure. There’s 2026 written. That’s a roadmap date while the other 3 dates on the picture are timestamps in hindsight.

Let’s keep in mind that Rockchip presented us with a couple of ‘roadmap dates’ along RK3588’s way. For example in early 2019 we were told: ‘Mass production is expected for Q1 2020

In reality a few production ready RK3588 SoCs were procuded at the end of 2021, for example on the SoC on ‘my’ Rock 5B was’week 52 of 2021’ silkscreened while vast majority of early SoCs on other RK3588 devices was produced in 2022.

So what to think of the 2026 number in the picture above? At least you won’t be holding anything RK3688 in your hands in 2026 and that may apply to 2027 and even 2028 as well :slight_smile:

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The old Rock 4C+ has received new Os and drivers updates recently, one would hope Radxa would build up and maintain useful compatibility layers between different generation boards, even if the N100 x4 do some actually clever hybrid mutation embedding.
The 2040 accessed by usb with a reset button needs to be tinkered!

whilst I find new, more powerful hardware nice, wider BUS bandwith, smaller design, better airflow and cooling solutions, 4K hdmi support, etc etc. I would love to see some Musical oriented integration developing. Apple has Garageband since time immemorial, and the first Apples II had Midi DIN output like the Atari ST. Old Synthesizers cant change Baud rate dynamically or receive USB_MIDI hardware modifications. Linux KxStudio is a very good Music oriented system, to see it would run well on all kinds of boards, ARM or X86, with proper Midi support from the kernel to the ports, make it work with
known DAC, ADSm ADC, is more important than a second 8K display.

A proper Pcie port for small form factor GPUs, with a BIOS option to allow external GPUs to work
with some kind of 12V extra power monitoring, that I would pay in the 100-200$ range.

It has to beat the best low end gaming PC on one side, and the best Musicians Eurorack
enthusiast, Small podcast setups, old Apple minis can still provide for a fraction of the cost
of dedicated, high end hw.

PS: please try sometime to da a MIDI baudrate test, there’s a lot of musicians also and knowing the OS can “speak” to the GPIO at the correct 38400 Baudrate is very important info for all of us… Midi Baudrate should be in the Kernel as preset in every board by default. How does the Pico sends Midi info to Windows???