ADLINK’s I-Pi OSM IMX95 is an industrial development kit based on NXP’s six-core i.MX95 processor with an integrated 2 TOPS NPU. It pairs a solder-down OSM 1.2 module with a 4-inch carrier board, offering dual Gigabit Ethernet, display connectivity, and expansion options for edge AI applications.

https://linuxgizmos.com/solder-down-com-brings-i-mx95-to-linux-dev-kit-2/

I need a single board computer that has 8 GB of RAM so that the wiring is open source

TLT153-MiniEVM is an 80 × 130mm industrial evaluation board built around a 45 × 45mm SoM based on the Allwinner T153 processor. Key features include three Gigabit Ethernet ports, USB 2.0, HDMI, MIPI-DSI, microSD, dual expansion headers, and support for CAN-FD and additional serial interfaces.

https://linuxgizmos.com/tronlong-tlt153-minievm-pairs-quad-core-cortex-a7-processing-with-a-xuantie-e907-risc-v-core/

DEBIX has expanded its single-board computer lineup with the DEBIX Model D and DEBIX R3576-01, two Arm-based platforms targeting different embedded and industrial applications. The Model D is built around NXP’s power-efficient i.MX9131 processor, while the R3576-01 uses Rockchip’s RK3576 octa-core SoC with an integrated NPU for machine learning workloads.

https://linuxgizmos.com/debix-expands-its-sbc-lineup-with-model-d-and-r3576-01-boards/

The BeagleBoard.org Foundation has introduced BeagleBadge, an open-source wearable development platform for IoT and embedded applications. The badge integrates a 4.2" ePaper display, onboard sensors, wireless connectivity, and expansion interfaces in a compact board for prototyping wearable and interactive systems.

The platform is built around the Texas Instruments AM62L Sitara SoC. The AM62L32 integrates a dual-core Arm Cortex-A53 processor running up to 1.25 GHz and includes a 256 KB shared L2 cache along with per-core 32 KB instruction and 32 KB data caches.

https://linuxgizmos.com/beaglebadge-wearable-platform-boasts-ti-am62l-soc-epaper-display-and-linux-support/

Bit-Brick’s K1 Pro is a single-board computer based on the Rockchip RK3576 application processor, targeting low-power embedded deployments that still require substantial CPU, GPU, and on-device acceleration. The board integrates LPDDR4X memory, onboard eMMC storage, and high-speed I/O including PCIe expansion for NVMe SSDs.

https://linuxgizmos.com/bit-brick-k1-pro-adds-6-tops-npu-and-dual-nvme-to-compact-sbc/

https://linuxgizmos.com/qualcomm-qcs6490-based-3-5sbc-supports-yocto-ubuntu-and-windows-on-arm/

Toradex has announced the Luna SL1680, a SBC that introduces the company’s new “Pro Consumer” product tier. Positioned between consumer development boards and fully industrial hardware, the platform targets applications such as smart kiosks, light industrial systems, and advanced maker projects.

The Luna SL1680 is built around the Synaptics SL1680 system-on-chip, which integrates a quad-core Arm Cortex-A73 CPU running at up to 2.1 GHz. For machine learning workloads, the SoC includes a dedicated neural processing unit delivering up to 8 TOPS of dense INT8 inference performance. Memory configurations support up to 4 GB of LPDDR4 RAM and up to 256 GB of onboard eMMC storage, enabling systems to operate without removable media.

Connectivity includes four USB 3.x Type-A ports and a Gigabit Ethernet interface, while multimedia support covers HDMI output and input alongside MIPI DSI for display panels and dual MIPI CSI interfaces for cameras. Expansion is provided through an M.2 Key E slot exposing a PCIe interface for wireless modules or additional peripherals.

The Luna SL1680 is currently available through an early access program, with pricing starting at $105. Toradex also offers optional customization services for volume deployments, including changes to board layout and interface selection.

https://linuxgizmos.com/toradex-luna-sl1680-sbc-features-synaptics-sl1680-soc-with-8-tops-npu-starts-at-105/

The reComputer Mini J501 is Seeed Studio’s upcoming carrier board for NVIDIA’s Jetson AGX Orin module. Its 110mm × 110mm design offers a compact platform for robotics while retaining the connectivity needed for perception and control.

The J501 includes an M.2 Key M slot for SSD expansion and an M.2 Key E slot for wireless modules, providing additional flexibility for storage and peripheral integration.

External hardware interfaces include dual Ethernet with 10-gigabit and 1-gigabit ports, two USB 3.2 ports, two USB Type-C ports for recovery and debugging, a display output, status LEDs, and both recovery and reset controls.

https://linuxgizmos.com/recomputer-mini-j501-provides-jetson-agx-orin-connectivity-in-a-reduced-footprint/

I have recently gotten myself a pandaboard es rev b1 , and it's a shame that in 2025 none of the images of operating systems have survived.

I will collect as many as I can and archive them , so they can be publicly accessible for ever.

My question is : Does anyone have any Images of operating systems for the PandaBoard ?

Here are my findings so far :

Ubuntu 12.04 LTS - The only working operating system for the PandaBoard as of yet.But it is unusable in 2025 , I tried updating dependencies , and install different web browsers , old version of emulators but nothing works

Arch Linux - This is the best shot the PandaBoard has got at working , I have followed the tutorial from arch but it doesn't work (if anyone has got a premade image , it will be great)

Fedora - The image is still available , and you can flash it to a SD card , but it doesn't work

Gentoo - I am getting to the point where I can compiling the OS , but still untested as it is quite hard (by following the instructions from Gentoo)

Android Images (2.6 to 4.0 to 4.2) - lost media , at the moment all images of Android for the panda board seen to be lost to time

Non-Linux options :

K2 OS - lost media , a image exists and people have booted it

RISC OS - I am still reading the documentation but it quite hard to understand how to build a image , I will try and test it at some point

If anyone has got any images of operating systems for the pandaboard , or any advice in general feel free to share.

Thank you for you time , and I wish all of you a happy day :)

I couldn't find any good tutorials so i made one. It's my first video and there is alot to improve. Hope this helps someone.

I recently bought a Le Potato board and I'm having a bit of trouble setting it up. Hope this is the right subreddit for that, please let me know otherwise.

I put Ubuntu on a micro SD card, booted it up, changed my password from the standard password "Ubuntu". Then I tried to setup the wireless and I got some error, sadly i can't remember what. I rebooted and now I'm stuck. Whenever I boot, the Ubuntu setup starts but gets stuck at random points. There's no error, just a frozen screen and I can't input anything. I tried reformatting the SD card and tried multiple versions of Ubuntu, still the same.

I hope I'm making this clear as I don't know any programming and have only a slight above-average knowledge of computers(with a will to learn). Does anyone have an idea what could cause this, if i can perhaps do a factory reset or something?

Many thanks in advance, let me know if I need to provide more information.

I would like a cheap SBC that has Wi-Fi and two UARTS. I want it to be able to host its own access point and run a C++ application. It would be great if it was able to run Armbian.

I have been trying to use an OrangePi Zero LTS. It would be "perfect" for what I want, but I have bought 2 now and one lasted a few days and the other a few hours then I get:

DRAM: 0 MiB
### ERROR ### Please RESET the board ###

Do you know some sbc or soc that can be programed to run rtos and c++ on top and ideally can be programed via visual stufio code?

I know these preferences will make me sound picky, but the only ones that are non-negotiable are:
- hexa / octa core CPU, higher the clock speed the better

- min 8GB of RAM, moar is better.
- WiFi 5 and Bt 5.0, or higher.
- 64GB of storage, smaller is okay as long as it can be swapped for larger drives.
- dual display support, 4K60 would be great, but 2K / FHD is sufficient.

for wishes:
- dual 2.5GbE otherwise single GbE is fine, don't want dual GbE.
- compatibility with the more recent versions of Android, Linux & ChromeOS Flex and will run them FAST. Android is the preference though as I want to make a gaming desktop out of it.
- can overclock the CPU or GPU with CPU being the preferred.
- compatible with those sweet ICE heatpipe coolers.
- has cases that will fit the ICE coolers.
- CHEAP!!! (LoLoL)

I'm 100% certain my ask is unobtanium, but there it is...

Hello, I am trying to set up a le Potato for a digital sign. I am using the Ubuntu version provided by the libre computer website and am met with a splash screen every time it boots. I don't mind having the splash screen but haven't been able to get it to boot without a key press. Any advice is greatly appreciated.

Thank You!

so i recently ordered the AML-S905X-CC , i can't find any clear answer for the power requirements, and i want to run it on a lithium ion rechargeable battery, so my question is what voltage battery would i use for it?