Rugged to the extreme: Karbon 525

The OnLogic Karbon 525 is a rugged, fanless industrial computer engineered for the most demanding edge environments, particularly those requiring intensive AI or advanced graphics processing in extreme conditions. This system leverages powerful Intel® Core™ Ultra processing and features a unique isolated expansion compartment configurable with an NVIDIA MXM AI GPU, delivering unwavering performance and accelerated AI at the extreme edge.

https://www.onlogic.com/store/k525/

Rugged to the extreme: Karbon 524

The OnLogic Karbon 524 is a rugged, fanless industrial computer engineered for the most demanding edge environments requiring significant processing and accelerated graphical capabilities via PCIe expansion. This system leverages powerful Intel® Core™ Ultra processing and provides a robust platform for discrete GPUs or other PCIe-based expansion, delivering unwavering performance in extreme conditions, including those requiring automotive power.

https://www.onlogic.com/store/k524/

Rugged to the extreme: Karbon 523

The OnLogic Karbon 523 is a rugged, fanless industrial computer engineered for the most demanding edge environments requiring highly flexible and customizable I/O. This system leverages powerful Intel® Core™ Ultra processing to deliver reliable performance, while its dual ModBay expansion bays enable a wide range of additional connectivity options, even in extreme conditions or mobile applications with automotive power.

https://www.onlogic.com/store/k523/

Rugged to the extreme: Karbon 522

The OnLogic Karbon 522 is a rugged, fanless industrial computer designed for the most demanding edge environments. This system leverages powerful Intel® Core™ Ultra processing and features dual 2.5", hot-swappable storage drives, delivering reliable performance and maximum uptime in extreme conditions, including those requiring automotive power.

https://www.onlogic.com/store/k522/

Rugged to the extreme: Karbon 521

The OnLogic Karbon 521 is a rugged, low-profile industrial computer engineered to perform reliably in the most challenging edge environments. Leveraging powerful Intel® Core™ Ultra processing, this system delivers unwavering performance for industrial automation, remote deployments, and in-vehicle applications.

https://www.onlogic.com/store/k521/

cirrus7's modularity

Here's a closer look at the different sizes of nimbini, the fanless NUC from cirrus7 (with the company's mini-STX system below for reference). The physical size of nimbini is directly tied to its cooling capacity. A version designed for a higher-power CPU or heavy workloads can have more layers, and a larger overall volume to handle the increased heat. The system doesn't feature heat pipes and rely on a copper core for a truly solid state PC. We're completely sold on it.

The bigger the better

Source: LiquidHaus 

Get the iconic Noctua NH-P1 here

Passively cool everything

Courtesy of Tech Guy Beau

Monochrome is complete

This fanless Ryzen AI Max+ 395 is now complete and it's a success. Cooling a high-octane AMD processor passively is tough enough, but doing it with such style is really impressive. "I found a special condition where the APU heats up beyond 80°C. Maybe that happens at mix loads of CPU and iGPU. Anyhow in game at Cyberpunk it was similar to Eriksholm but when entering the game menu overlay of Cyberpunk temperatures of the CPU die immediately jumped up to 88°C. Tjmax of the 395 is 100°C, thanks to its mobile heritage. When leaving the menu it immediately jumped back to around 78°C. All in all the system is running within expectations I have to say."

Source: smallformfactor 

Avalue EMX-TWLP announced

We'd pay good money for this N355 motherboard. The Avalue EMX-TWLP is a Mini-ITX motherboard that features Intel's 12th generation Alder Lake-P processors. It supports multiple display outputs, including HDMI, DisplayPort, and eDP. The motherboard is designed for industrial use, with a wide operating temperature range and robust connectivity options, such as five USB ports, 2.5G LAN ports (Intel), and M.2 slots for expansion. Additionally, it supports DDR5 SO-DIMM memory, offering improved performance and power efficiency. While the heat sink seems adequate for a 15W CPU, choosing a case with good airflow will be critical for effective cooling.

Source: CNX Software