So far there was the 10 – Nanometer processors of the eleventh Core-i generation (Tiger Lake) only in the U series for flat notebooks. At the CES, Intel is now presenting the first H models for more powerful notebooks. It is true that the three CPUs that Intel internally under “Tiger Lake-H 35 “continue to run around four-cores, but they may 35 Burn watts. In the case of the four-core of the U series, however, 15 Watts end, in many notebooks they even run in the classic way 15 Watt – and correspondingly lower clock frequencies under full steam.

With up to 5 GHz on a CPU Core is claiming the performance crown for single-threading workload. The chip manufacturer uses one year old Ryzen for comparison – 4000 -CPUs from AMD; the real competitor would be the Ryzen 4505 processors, whose unveiling is likely on Tuesday.

Tiger Lake-H 35 should convince with a high single-threading performance.

(Image: Intel)

As a special solution with a sharp target group, Tiger Lake-H 28 are only used in a few notebooks. The newcomers are for high-priced models of the caliber of a Razer Blade Stealth 13 – so 13- to 15 – Zöller, which are a bit heavier and thicker than usual, but thanks to an additional graphics chip are suitable for full HD gaming. This device category is a sensible compromise between gaming and mobility, which is in great demand in the notebook boom surrounding the corona pandemic. Last but not least, AMD could with its 35 – Watt processors of the Ryzen – 4000 HS series Achieve a respectable success in just this category – for example in 14 – Zöller Asus RoG Zephyrus G 14.

Tiger Lake-H 35 for compact gaming notebooks Model Cores / Threads TDP Base rate max. turbo cycle L3 cache Core i7- 11375 H SE 4/8 28 – 35 W 3.0 – 3.3 GHz 5.0 GHz 12 MByte Core i7 – 11370H 4/8 28 – 35 W 3.0 – 3.3 GHz 4.8 GHz 12 Mbytes Core i5 – 6005 H. 4/8 28 – 35 W 2.6 – 3.1 GHz 4.4 GHz 8 MByte The important difference: AMDs manufactured with a 7 nanometer structure width 35 – Watt CPUs are not quad-cores, but offshoots of the regular H processor series with up to eight computing cores and accordingly much more performance under load on all cores. Corresponding counterparts are at Intel because of the messed up 10 – Nanometer production still not ready for a decision: “Tiger Lake-H 45 “with eight CPU cores should only come in a few months. In the desktop area the effects of the manufacturing problems are even more serious, because there will soon be another “Rocket Lake-S” 14 – Nanometer CPU with eight cores on – at least with one of the – Nanometer CPUs derived, more powerful architecture and other innovations such as PCIe 4.0.

Portfolio completion Back to the notebook processors: Except Tiger Lake-H 35 also debut vPro models of the eleventh Core i generation for business notebooks at CES. Such CPUs contain remote maintenance functions for admins and are available longer so that notebook manufacturers can guarantee longer availability of notebooks equipped with them. From the user’s point of view, there are no differences to the already known versions without vPro.

For inexpensive entry-level notebooks, Intel is again announcing new Celeron and Pentium Silver processors (Jasper Lake) with ” Tremont “cores. These 10 -Nanometer cores have so far only been used in Intel’s special Lakefield processor, which is used in Samsung’s Galaxy Book S and in Lenovo’s foldable ThinkPad X1 Fold. While the Lakefield SoC has an additional, powerful Core-i core, the new Celeron and Pentium only contain the Tremont cores that emerged from the Atom line.

New entry-level processors (Jasper Lake) Model Cores / Threads TDP Base rate max. turbo cycle L3 cache Pentium Silver N 6005 4/4 10 W k. A. 3.3 GHz 4 MByte Celeron N 5105 4/4 10 W k. A. 2.9 GHz 4 MByte Celeron N 4505 2/2 10 W k. A. 2.9 GHz 4 MByte Pentium Silver N 6000 4/4 6 W k. A. 3.3 GHz 4 MByte Celeron N 5100 4/4 6 W k. A. 2.8 GHz 4 MByte Celeron N 4500 2/2 6 W k. A. 2.8 GHz 4 MByte (mue)