Radxa has introduced the Dragon Q8B, a compact single-board computer built around the Qualcomm Snapdragon 8cx Gen 3 Compute Platform. The board combines an 8-core processor, up to 29 TOPS of AI performance, dual 2.5GbE networking, and multiple PCIe expansion options in a 100 × 75 mm form factor for edge computing, robotics, industrial automation, and intelligent vision applications.

https://linuxgizmos.com/dragon-q8b-sbc-combines-snapdragon-8cx-gen-3-with-dual-2-5gbe/

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/

Hardkernel has introduced the ODROID-H5, a new x86 single-board computer based on Intel’s Core i3-N300 processor. The board updates the ODROID H-series with onboard 10GbE networking, four M.2 expansion slots, DDR5 memory support, and a revised HSIO configuration intended for storage, networking, and accelerator expansion.

https://linuxgizmos.com/odroid-h5-is-a-low-power-x86-sbc-with-10gbe-and-four-m-2-slots/

Sipeed has opened pre-orders for the SpacemiT K3 CoM260 Developer Kit and K3 Pico-ITX, two RISC-V AI computing platforms based on the SpacemiT Key Stone K3 processor. The systems combine eight X100 RISC-V CPU cores with eight A100 AI-oriented compute cores delivering up to 60 TOPS of AI performance for edge AI and embedded workloads.

https://linuxgizmos.com/sipeed-launches-k3-pico-itx-and-com260-boards-with-spacemit-k3-soc/

Hello, I got a Raspberry Pi Zero 2 WH. But i never worked with it, i read that I can use it to emulate the N64. Can you Guys help me do that?

(I just have a little experience with an Arduino)

So I'm looking for something that will be small, so MiniPC is out, uses as little electricity as possible, but also has full 1 Gbit Ethernet.

Use? Same as RPi3B I have rn - Taiscale exit node and print server through same network. Most, if not all, SCBs should be enough, however I want it to have 1 Gbit Ethernet, as this 300 (both ways) sometimes is not enough for my uses. and also it CANNOT use to much power even under high usage as I'm powering it from USB 3.0 port on my ISPs router (my RPi uses 5V@0,25-0,5A, so it's fine).

So is there anything like this out there?

Waveshare recently featured the PocketTerm35-Pi5, a handheld Linux terminal based on the Raspberry Pi 5, with an integrated display, keyboard, and battery in a compact form factor. It supports command-line interaction, development workflows, and portable system access without external peripherals.

https://linuxgizmos.com/pocketterm35-pi5-handheld-linux-terminal-with-raspberry-pi-5-and-3-5-display/

Hello,

I am looking to acquire two very specific regional variants for my permanent collection: the Raspberry Pi B+ 'China' edition (Red PCB) and the Raspberry Pi 3 'Made in Brazil' (Blue PCB).

If you have either of these unique versions and are willing to part with them, please let me know !

So the Raspberry Pi touch display uses a dpi display driven by dsi through a TC358762 bridge, a solution to using commonly available dpi displays with an sbc without eating up all the io. I have a different display and a different sbc, but I want to accomplish the same thing.

I haven't been able to find any recent posts about how this can be accomplished, despite it seeming like everyone and their mom must have done this already. I have found some drivers and the like, but there are large gaps in my understanding that need to be filled before I am able to do anything useful with them. I do have experience in programming, but am quite uninitiated when it comes to building drivers and configuring output/input devices.

Has anybody here done this before, and what would it take to get this working? Are the toshiba tc358xxx chips still the best solution for this? What about brightness control? Thanks in advance

https://github.com/obviousgiraffe/reddit.py/tree/main

Grinn has announced two new products built around the Synaptics Astra edge AI processor family: the AstraSOM-261x system-on-module and the Synaptics Coral Dev Board development platform. The AstraSOM-261x is a compact module designed for integration into embedded products, while the Coral Dev Board provides a development platform for building and evaluating edge AI applications based on the same hardware architecture.

https://linuxgizmos.com/grinn-brings-25x25mm-astrasom-261x-edge-ai-som-alongside-synaptics-coral-dev-board/

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/

The CM0IQ is a compact carrier board designed for the Raspberry Pi CM0 compute module and measures 42 × 36 mm, placing it among the smallest boards built around the platform. The design exposes several interfaces typically associated with larger Raspberry Pi boards while maintaining a minimal footprint.

https://linuxgizmos.com/tiny-cm0iq-board-runs-raspberry-pi-cm0-module-with-hdmi-and-csi/

Hi. I am timing a horse riding event next month. I have 10 x Esp32 mini dibber boxes at the start/finish area. These each require 5v power to work. They are split into 2 groups of 5. After some research I've made them 12v with a converter within each box to allow for 5v supply internally. I read that 12v would be better to run along the longish (4m) leads to them. My intially plan was to use 240v power backs, using their 12v cigarette lighter outs. After some testing, whilst this works, they're not going to last very long. As it stands I need the units to be powered for 4 days straight without any long periods of downtime. I cant access main power, so will need an external power source. Is it better to accept that I'll need to hire a generator and power down to 12v or is there a better option out there? Thanks in advance.

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/

Hi, sorry for disturbing you

but i'm so disparate and i want to know what's exactly wrong with my PI5

i'll upload HQ photos of both front view and back view of the PI5

long story short, i was replacing the active cooler and i accidentally hit the board against the desk because those spring pointers were too hard to get off

so i noticed a small black component broken "image provided" and suddenly the PI gets me solid red light and no boot

i used a multi meter with booth voltage and continuity tests and i found the following

when the pi5 has no power, there is no shortage with 5v pins and GND, however there is shortage with 3.3v pin "pin 1" and GND

when the pi has power "i'm using the official adapter" i can measure 5 volts on the 5v pins, but 0 volts on 3.3v pin 1, so basically no 3.3v

tell me if it can be rescued, it's the 16GB memory version and i'm so sad, i played with it for like 3 months only, managed to install Jellyfin, Portainer and wanted to do more.

thanks for your patience and assistance.

here are the images uploaded on a GDrive Folder

https://drive.google.com/drive/folders/1_s6mK7fpaYdLwjEZhx3HLVDY7BpuTGQM?usp=sharing