Weekly Blog

There's a specific kind of buyer this chip was made for. You play AAA games seriously, you also cut video or sketch or run local AI models, and you're tired of owning two devices to do it. Until recently, "gaming tablet" meant compromise on one side or the other: enough GPU for real games meant a thick, loud machine, and a thin creative slate...

Compute units get all the attention. Every handheld spec sheet leads with the CPU core count and the GPU's CU number, and every comparison thread argues about TDP. Meanwhile, the spec that actually decides how much of that GPU you get to use sits quietly near the bottom of the page: memory bandwidth. On a handheld, that number matters more than almost anywhere else...

You put 40 hours into an RPG on your handheld during a work trip. You get home, dock the device, and everything is fine. Then six months later you upgrade to a new handheld, restore your games, and discover that one save file, the one that mattered, never synced anywhere. It lived in some AppData folder the whole time. Every Windows handheld player has...

For years, "gaming on integrated graphics" was a punchline. You could run esports titles at low settings, maybe some older AAA games at 720P, and that was the ceiling. If you wanted real frames at real resolution, you needed a discrete GPU, full stop. That assumption is now outdated. In 2026, Windows tablets run Cyberpunk 2077 at 1800P on High settings at playable framerates...

Intel spent two years rebuilding its mobile silicon from the ground up, and 2026 is the year the results landed in devices you can actually hold. A new manufacturing process, a new graphics architecture with frame generation no other iGPU has, and AI compute figures that were server talk not long ago, all of it now shipping inside portable Windows machines that game at...

For years, handheld silicon lived one tier below everything else. Laptop chips got the big core counts, desktops got the big GPUs, and handhelds got whatever fit inside 30 watts. You accepted the ceiling as part of the deal: portable meant smaller, and smaller meant slower. The Ryzen AI Max+ 395 is the chip that broke the deal. Sixteen Zen 5 cores, a 40...

Chip debates usually collapse into apples versus oranges: different devices, different screens, different batteries, different cooling, and somewhere underneath it all, two processors nobody actually isolated. This comparison is the rare exception. Two Windows gaming tablets currently ship with the same 14-inch 2.8K AMOLED, the same 85.58Wh battery, the same 12.5mm chassis and vapor-chamber cooling, and one difference that matters: one runs AMD's Ryzen...

Battery anxiety has a specific shape on a gaming device. It's not the fear of hitting zero; it's the math you run before every session: two hours of flight left, 60% charge, do I dare launch the game I actually want to play, or is this another round of solitaire at minimum brightness? Large-battery Windows tablets exist to delete that math. In 2026 the...

Every product category carries invisible rules, and Windows handhelds carried theirs for years without much argument. Around thirty watts, because small fans can only do so much. Around fifty watt-hours, because weight budgets are merciless. One fixed shape, controllers molded to the body forever. And a screen chosen to survive the battery, not to impress anyone. 2026 is the year those rules stopped being...

Hardware forums argue about chips; eyes argue about screens. You can't see a memory bus, but you notice an OLED's black levels in the first dark hallway of a horror game, and you feel 144Hz the moment you flick a camera. On a device you hold thirty centimeters from your face, the display isn't one spec among many. It's the one you live on....