Intel’s 10nm Tiger Lake H Mobility CPUs Decimate AMD’s 5900 HX Mobility Flagship In Benchmarks

Intel’s 10nm Tiger Lake H Mobility CPUs Decimate AMD’s 5900 HX Mobility Flagship In Benchmarks

3 years ago
Anonymous $OlGJJXacOb

https://wccftech.com/intels-10nm-tiger-lake-h-mobility-cpus-decimate-amds-5900-hx-mobility-flagship-in-benchmarks/

Intel had already launched the first iteration of Tiger Lake some time ago on the 10nm SuperFin process and it was a work of art. It had a single-core score in Cinebench that was the only x86 processor to beat the Apple M1 but had one major flaw: it was limited to just 4 cores. Now, the company has rolled out an 8-core version, dubbed Tiger Lake H on its mature 10nm process and the results are spectacular. After spending almost a decade on 14nm, Intel finally has powerful mainstream processors out on a sub 14nm process.

Before we get to the interesting stuff, Intel is launching a total of 5 consumer SKUs right now. Three of them are eight cores (with 16 threads) and two of them are six cores (with 12 threads). Intel has managed to retain a surprising amount of clock speed from the uber-mature 14nm process. The H series has a TDP envelope of 45W and is built for the laptop class we call luggables although the TDP is configurable down to 35W for energy-conscious vendors.  Unfortunately, Intel hasn't scaled up graphics horsepower along with the compute and users will still get 128 EUs of Xe Graphics in the package.

Intel’s 10nm Tiger Lake H Mobility CPUs Decimate AMD’s 5900 HX Mobility Flagship In Benchmarks

May 11, 2021, 12:18pm UTC
https://wccftech.com/intels-10nm-tiger-lake-h-mobility-cpus-decimate-amds-5900-hx-mobility-flagship-in-benchmarks/ > Intel had already launched the first iteration of Tiger Lake some time ago on the 10nm SuperFin process and it was a work of art. It had a single-core score in Cinebench that was the only x86 processor to beat the Apple M1 but had one major flaw: it was limited to just 4 cores. Now, the company has rolled out an 8-core version, dubbed Tiger Lake H on its mature 10nm process and the results are spectacular. After spending almost a decade on 14nm, Intel finally has powerful mainstream processors out on a sub 14nm process. > Before we get to the interesting stuff, Intel is launching a total of 5 consumer SKUs right now. Three of them are eight cores (with 16 threads) and two of them are six cores (with 12 threads). Intel has managed to retain a surprising amount of clock speed from the uber-mature 14nm process. The H series has a TDP envelope of 45W and is built for the laptop class we call luggables although the TDP is configurable down to 35W for energy-conscious vendors.  Unfortunately, Intel hasn't scaled up graphics horsepower along with the compute and users will still get 128 EUs of Xe Graphics in the package.