Alphane MoonM to [email protected] • 2 months ago12-core Zen 5 CPU beat Intel's 20-core chip and Apple's M3 Max in PassMark — Ryzen AI 9 HX 370 glides past the Core i7-14700HX and M3 Maxwww.tomshardware.comexternal-linkmessage-square4fedilinkarrow-up129arrow-down13
arrow-up126arrow-down1external-link12-core Zen 5 CPU beat Intel's 20-core chip and Apple's M3 Max in PassMark — Ryzen AI 9 HX 370 glides past the Core i7-14700HX and M3 Maxwww.tomshardware.comAlphane MoonM to [email protected] • 2 months agomessage-square4fedilink
minus-squareScratchlinkEnglish5•2 months ago<5% is within margin of error imo. Especially for a single run. Still! Even if losing by 5%, on a multi core test with 40% fewer cores is pretty nuts.
minus-square@[email protected]linkfedilink1•2 months ago5% spread in cpu power? Bet it’s lower than 0.5% or I’m missing something bizarre here.
minus-squareScratchlinkEnglish1•2 months agoI’m just trying to say that one point of reference shouldn’t be treated as hard fact. Especially if the results are close.
minus-squareAlphane MoonOPMlinkfedilink0•2 months agoWe definitely need some independent benchmarks on real world devices before making any kind of conclusions around “Strix Point”. That being said, some of the preview results do seem to suggest it’s not a complete dud and there may be a moderately decent offering here.
<5% is within margin of error imo. Especially for a single run.
Still! Even if losing by 5%, on a multi core test with 40% fewer cores is pretty nuts.
5% spread in cpu power? Bet it’s lower than 0.5% or I’m missing something bizarre here.
I’m just trying to say that one point of reference shouldn’t be treated as hard fact. Especially if the results are close.
We definitely need some independent benchmarks on real world devices before making any kind of conclusions around “Strix Point”.
That being said, some of the preview results do seem to suggest it’s not a complete dud and there may be a moderately decent offering here.