Anyone have recent experience with the PineTab2?
Usability when running pmos or some other distro?
#pine64 #pinetab #pinetab2 #linux #tablet #rk3566 #rockchip #pmos #postmarket #postmarketos
Anyone have recent experience with the PineTab2?
Usability when running pmos or some other distro?
#pine64 #pinetab #pinetab2 #linux #tablet #rk3566 #rockchip #pmos #postmarket #postmarketos
trying once again to figure out how to enable the reset button on the NanoPC-T6 with linux mainline kernel as opposed to the vendor kernel.
My main issue in debugging this is that it seems very hard to find good info on how to find issues when it comes to stuff related (as I assume it is) to devicetrees
I can diff with dtdiff but it is a +16k lines diff so it's a but hard to make sense of
Forlinx UP4 – A 40×40 mm LCC + LGA system-on-module family with Rockchip, NXP, and Allwinner CPU options

Forlinx Embedded UP4 is a new family of pin-to-pin compatible system-on-modules currently offered with Rockchip RK3568J/RK3562J, NXP i.MX 9352, or Allwinner T527N/T536 processors. The UP4 modules measure just 40x40 mm and expose 487 pins through a hybrid LCC (Leadless Chip Carrier) and LGA (Land Grid Array) design with 1.0mm contact pitch and 1.27mm ball pitch, respectively. This should allow companies to design a single carrier board for multiple CPU variants. Forlinx UP4 specifications: SoC FET-MX9352-UP4 - NXP i.MX 9352 with 2x Arm Cortex-A55 cores @ up to 1.7 GHz, Cortex-M33 real-time core @ 250 MHz, 2D GPU only, 0.5 TOPS Arm Ethos U65 microNPU FET3568-UP4 - Rockchip RK3568B2/J with 4x Arm Cortex-A55 cores @ up to 2.0/1.8 GHz, Arm Mali-G52 MP2 3D GPU, 1 TOPS AI NPU FET3562J-UP4 - Rockchip RK3562J with 4x Arm Cortex-A53 cores @ 1.8 GHz, Arm Mali-G52-2EE 3D GPU, 1 TOPS NPU FET527N-UP4 - Allwinner T527N
NanoPC-T6 Plus brings RK3588 to compact SBC with dual 2.5GbE
IP67-rated AI security camera feature Rockchip RV1126B or RK3576/J/M SoC for commercial, industrial, and automotive applications

Back in January 2024, Firefly released the CT36L AI smart security cameras, built around the Rockchip RV1106G2 SoC with a 0.5 TOPS NPU and Power over Ethernet (PoE) support. Now, Firefly has introduced two new AI cameras, the CQ38W-1126B and CQ38W-3576, which use a similar IP67-rated enclosure but come with much more powerful processors. Both new models no longer support PoE and instead use a 12V DC input, and they also add an RS485 interface. In terms of performance, the CQ38W-1126B is built around the Rockchip RV1126B with a 3 TOPS NPU and can run small multimodal AI models. The higher-end CQ38W-3576 features an octa-core Rockchip RK3576 with a 6 TOPS NPU, making it suitable for more demanding AI workloads, including YOLO and large language models. Both cameras are available with 3MP or 5MP sensors and come in Commercial or Industrial (J-suffix) variants. The 3576 series also adds an Automotive-grade
Banana Pi BPI-OM7 3D camera kit pairs RK3588 with Orbbec Gemini 2
I got used to #patchwork when digging through #linux #kernel #patches for #rockchip. Sadly there was no patchwork for #sunxi (#allwinner stuff to say). Was.
Now there is: https://patchwork.armbian.eu/project/patchwork/list/
It's a bit sloppy hacked together but works. I hope it will be of good use, at least for myself.
RE: https://floss.social/@collabora/116396123833029760
Huge respect to @collabora
for driving mainline Linux camera & video capture support on #Rockchip #RK3588!
This upstream work unlocks stable MIPI CSI‑2, VICAP, and ISP paths—game‑changing for vision, AIoT, and edge computing devices.
ArmSoM Boards (Sige7 RK3588 /Sige5 RK3576)are fully benefit from this solid, long‑term mainline foundation.
Explore more:https://docs.armsom.org/armsom-sige5
https://docs.armsom.org/armsom-sige7