11 Ice Lake models Mobile First in the 10 era are officially unveiled with updated switching method and surprising scale innovations
Intel is very proud of their Tenth Core processor generation, which is the first to include Processors Manufactured in the latest 10 nm process with new cores and graphics cores in a new architecture, and decided not to wait even for the exhibition IFA In September to showcase their achievement to the world.
11 Processors Mobile from the U and Y families are now fully exposed, with the names, frequencies, power envelopes and even the prices intended for manufacturers who want to incorporate them in their products - so we can all understand what exactly awaits us in the coming months, towards the end of the civil year, on various computer store shelves .
Numbering method of Intel Keep on relying on Core i5, Core i3 andCore i7 (and so on Core i9 In some cases, as is well known) both for the U and even the smaller and more economical Y models, with four digits to accompany them and define the performance level and power envelope of the product - and next to them the letter G with another number after it that will stand out more clearly Than in the past on the built-in graphics processing power. In other words, G1 will indicate the use of the most basic graphics core with 32 processing units within it (in old 9.5 generation architecture, instead of new 11 generation architecture), G4 will indicate Core Improved graphics with 48 processing units while the G7 is the symbol for the leading built-in graphics cores with 64 processing units - with more numbers likely to join the party as time goes on.
ModelCore i7-1068G7 is the only 28 watt power shell in the Ice Lake generation, currently, and will provide four physical processing cores (and 8 logical cores with HyperThreading technology) at a base frequency of 2.3GHz, a turbo frequency of 4.1GHz for a single core And a turbo frequency of up to 3.6GHz for all four cores, memory 3MB L8 cache - and graphical G7 core with 64 execution units (EU) at frequencies up to 1.1GHz. The price of the processor has not been revealed, but is expected to stand at about $ 500 and be used for premium mobiles that claim to provide maximum performance in as limited a shell as possible.
5 Processors Others in the U family will offer a basic 15-watt power envelope, in addition to working mode in an enlarged 25-watt power envelope that computer makers can choose if they decide that their cooling system will allow it - and among these is a model Core i7 One-core, three-core square Core i5 (with major differences in their graphical capabilities) and also a model Core One i3 that will provide a pair of physical processing cores and 4 logical processing cores along with its 32-unit UHD Graphics core. Prices - from $ 426 toCore i7 leading to 281 dollars toCore The basic i3, quite similar to what we've seen in the era ofWhiskey Lake.
The last five models belong to the Y family, with the 9 watt or 12 watt power casing depending on the manufacturer's choice and adaptation to work with arrays Cooling Silent Passive - This time it will be possible to differentiate between them and the more powerful U models using the fourth digit in the name of the processor, which will be 0 in the Y versions and 5 in the U versions.
Family Processors This will offer us a model Core Single i7 with four core physical processing, model pair Core i5 quad-core and another model pair Core i3 double-core, with everyone interested in specifying the modelCore i5-1030G4 whose cores will operate at an extremely low basic frequency of 0.7GHz only (with the capability of reaching up to 3.2GHz at maximum turbo mode for all cores together).
Reducing the working frequencies of the first Ice Lake processors along with the improvement in processing capabilities creates a very interesting contrast - and we are already eager to examine the commercial models that will be based on these materials compared to the computers already sold in stores with Whiskey Lake processors or processors. RYZEN From the portable U family, both in terms of absolute performance and in terms of their efficiency and battery consumption. At the moment it does not seem that there will be an unequivocal answer here - a lot will depend on the quality of the application of the computer manufacturers themselves.
Now everything seems ready to implement the promise of Intel For the first 10 nm products to be seen in stores in the last quarter of 2019 - now what is interesting is that the leaks revealed to us the company's plans to also introduce generation processors Mobile Updated based on the (very) old 14 nm architecture under the name Comet Lake. How will all this selection fit together for consumers? Hope to find out soon.