Here you’ll find everything you need to learn about digital software technology, development trends and beyond
AI motherboard design has quietly become one of the biggest shifts in PC hardware in 2026. The motherboard itself rarely gets the spotlight, but that’s changing. For decades, a motherboard was simply the passive board holding everything together. That is
AI workstations have quietly become the most important purchase decision for developers and creators building serious AI-powered work in 2026. A laptop that handled coding and design just fine two years ago now buckles the moment a local model runs out of
Processing-in-Memory (PIM) offers a new way to solve this long-standing problem. Instead of repeatedly transferring data between memory and the processor, PIM allows certain computations to take place directly inside or very close to the memory itself. By reducing unnecessary
AI-powered BIOS is bringing a decades-old piece of technology into the modern era. For most of computing history, BIOS firmware quietly handled basic startup tasks and stayed out of the spotlight. Now, AI-powered BIOS systems actively monitor hardware, optimize performance, and catch security threats before the
Neuromorphic chips are finally moving from research labs into real products in 2026. Unlike traditional processors, neuromorphic chips are designed to mimic how neurons and synapses work inside the human brain, processing information in a fundamentally different way. In this post, we’ll explain
AI coprocessors are about to look very different from the NPUs sitting inside today’s laptops and phones. While neural processing units handle current AI workloads reasonably well, engineers are already designing the next generation of AI coprocessors built for far heavier tasks. In
