Actual availability in regimes that restrict what hardware consumers may buy is of course very open.

LPDDR6 is a next-generation DRAM technology designed to deliver higher memory bandwidth and better power efficiency in mobile devices. Faster data access for the CPU/GPU/NPU could improve on-device AI, gaming, and multitasking.

The bigger story: CXMT moving LPDDR6 into mass production marks a significant step forward for China’s position in the advanced DRAM race.

blurring the lines between hw and sw discussion, i think this post warrants good discussion about the future of HW with the DRAM pricing nightmare as is.

These tests are typical usecases automated to simulate real world usage (and not a benchmark per say).

From Geekerwan's post, automatic BiliBili ML translation:

"The first energy efficiency test of the legendary toothpaste king suspected of being sanctioned across the ocean—the Tensor G6 powered by the Google Pixel 11! A 2026 product, using TSMC's 3nm process to achieve the CPU level of the 8Gen3 and the GPU level of the 8Gen2, truly eye-opening"

I think this question is related to hardware, since keyboards operate using circuits and CPU interrupts, as far as I know.

I recently commissioned Claude to build a keylogger because i've noticed for some time that many fighting games don't allow me to execute special, desperation, or hidden moves, even though I've performed them correctly.

I'm curious about why this happens. A simple or complex explanation is welcome. The situations are like: "If I press the 'o' key, then I can't press the 'L' key if I'm already pressing another group of keys." Is there any way to discover the key mapping or circuitry of my laptop keyboard without having to disassemble it? Is there any way to temporarily allow more simultaneous key presses?