High Yield

@highyield.bsky.social

Tech YouTuber. Everything silicon. https://high-yield.net/

Imagine it's 2026 and you are looking to build a new PC. Let's see... AM4 - check. DDR4 - check. 5800X3D - check. RTX 3060 - check. And some say time travel is impossible🤔

In the Windows Task Manager, under "details", you can see if apps are running natively (Arm64) or with a wrapper (x86/x64). Interestingly, the only non-native apps are "MicrosoftEdgeUpdate.exe", "OfficeClickToRun.exe" and "AsusOLEDShifter.exe".

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The A19 Pro is hidden in a secret compartment on the iPhone Air logic board. But with ac lot of convincing I was able to get to it. Will this chip power the MacBook Neo 2?

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Taking apart newer iPhone logic boards requires you to heat up the PCB, because RF and SoC boards are a sandwich fused together with solder. It takes >150C and some patience. But the results are great 😍

The new Intel Core Ultra 5 250K Plus is surprisingly good, with great gaming & productivity performance and efficiency. Increasing the Foveros d2d clk really helped a lot. ARL is actually good now. If only it wasn't the last gen for Socket 1851... (benchmarks by @computerbase.de)

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At what point is the #MacBookNeo too powerful? Would a A19 Pro with 12GB be too close to the Air? Or do you think premium features (Force Touch trackpad, backlight keyboard, better screen, MagSafe, etc.) are enough differentiation?

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The new Apple MacBook Neo is powered by the A18 Pro, a mobile chip that is packaged using TSMC InFO-PoP. The DRAM sits on top of the SoC, it's a single, closed package. That's why the MBN comes with the same amount of 8GB DRAM as the iPhone 16 Pro. Same chip, same package.

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Microsoft's new Maia 200 is a massive chip with ~825mm² die size, that's close to the reticle limit! N3P is a guess, but I doubt Microsoft is using N3E in 2026. My initial analysis👇

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