Ice Lake U. Intel Ice Lake GT2 Intel's Ice Lake GT2 GPU uses the Generation 110 architecture and is made using a 10 nm+ production process at Intel Ice Lake GT2 supports DirectX 12 (Feature Level 12_1) For GPU compute applications OpenCL version 30 can be used It features 512 shading units 32 texture mapping units and 8 ROPs.
Ice Lake is Intel's codename for the 10th generation Intel Core mobile and 3rd generation Xeon Scalable server processors based on the new Sunny Cove microarchitecture Ice Lake represents an Architecture step in Intel's ProcessArchitectureOptimization model Produced on the second generation of Intel's 10 nm process 10 nm+ Ice Lake is Intel's second microarchitecture to be manufactured on the 10 nm process following the limited launch of Cannon Lake in 2018 However Intel altered their na L1 cache 80 KiB per core (32 instructions + 48 data)Max CPU clock rate 41 GHzLaunched September 2019 (availability)Product code 807K.
Intel UHD Graphics G1 (Ice Lake 32 EU) Laptop GPU
Availability and PricingArchitectureLaptop CPUsDesktop CPUsLaptops with 10nm Ice Lake CPUs launched in the summer of 2019 These include Microsoft’s Surface Laptop 3 the Razer Blade Stealth the HP Spectre x360 13 Dell’s XPS 13 and many more The “U” in the processor label translates to “ultralow power” meaning it targets a good balance of performance and battery The “Y” chips do the same but typically have lower base speeds Laptops with 14nm Comet Lake “U” and “Y” arrived in the same time frame packing more core and threads at the higher end Intel didn’t release its “H” series chips for laptops until early April 2020 followed by desktop processors later that month These latter chips now replace the entire ninthgen Coffee Lake range of desktop CPUs Intel isn’t slated to release a 10nm desktop processor until 2021 or even 2022 so we don’t expect to see Ice Lake on desktops anytime in the next year or so Comet Lake desktop processors range from $42 for lowend Celeron chips up to the tencore i910900K for a heftier $488 Meanw In many cases laptops with Comet Lake and Ice Lake compete directly with one another for user interest and dollars But they have distinctly different technologies powering them most notably when it comes to their underlying architectures Ice Lake is Intel’s first commercial 10nm line of processors — the previous Cannon Lake never went mainstream That’s the first die shrink that Intel has successfully completed in almost five years and it’s a big one The Sunny Cove architecture that powers Ice Lake CPUs opens up a number of new instructions that can significantly accelerate legacy code by encouraging parallel operation It also lowered effective access latencies and enhanced the cache over older core designs Combined with the shrink to the enhanced version of Intel’s 10nm process node that results in a big increase in singlethreaded and multithreaded performance for Ice Lake mobile CPUs over eighthgeneration Whiskey Lake chips Ice Lake also introduced Intel’s 11thgen I Intel led with the mobile market first for its 10nm processors in the form of Ice Lake The problem Both Ice Lake and Comet Lake share the same processor generation Usually you can note the processor generations by the number that leads the processor name — for example a i99900 and i910900 are from ninthgen and 10thgen respectively Because Ice Lake and Comet Lake share a generation you can’t use that number to tell the difference between them For the current mobile processor market you want to look at the end of the processor name instead Ice Lake and Comet Lake use different naming schemes to differentiate each product line For instance if the processor has a “G7” or “G5” at the end it’s a 10nm Ice Lake chip If you see an “H” “U” or “Y” at the end it’s a 14nm Comet Lake chip On a deeper level the “G5” specifically refers to Ice Lake’s “graphics” whereas the Comet Lake suffixes range from highperformance to ultralowpower Comet Lake may have more than one Intel finally launched its Comet LakeS desktop CPU family at the end of April 2020 So far there’s no mention of 10nm Ice Lake desktop chips in the near future though 10nm Alder LakeS is likely what’s on the horizon for desktops in 2022 falling under the 12thgen Intel Core banner Here in the present we now have a huge lineup of Comet LakeS chips at our disposal Because there are so many we broke the CPU family into groups Author Jon Martindale.
Ice Lake (client) Microarchitectures Intel WikiChip
Update needed for 10th Gen Intel® Core™ Processorbased “Ice Lake” systems running Intel Graphics Control Panel or Intel Graphics Command Center Adaptive tessellation is used to maintain high visual quality in games at a lower rendering cost through a mesh generation technique and is a feature supported in our graphics control panels.
Intel Comet Lake vs. Ice Lake Digital Trends
The Intel UHD Graphics G1 (Ice Lake with 32 EUs) is an integrated graphics card in the Ice Lake SoCs (10th generation core 10xxG1) for laptops It is the slowest GPU version in the Ice Lake U .
Intel Launches First 10th Gen Ice Lake Cpus With 10nm Fabrication
Update needed for 10th Gen Intel® Core™ Processorbased “Ice
Intel Ice Lake GT2 GPU Specs TechPowerUp GPU Database
Ice Lake (microprocessor) Wikipedia
ArchitectureOverviewIntegrationClock DomainsPowerDieBibliographyIce Lake comprises of Sunny Cove cores on the ring interconnect architecture along with Gen11 GPU and an improved System Agentwith a new display engine and I/O The Ice Lake system on a chip is a 10nanometer SoC that is aimed at the mainstream to premium mobile and the thinandlight market The microprocessor consists of five major components CPU cores LLC ring interconnect system agent and Gen11 graphics While a lot of what Ice Lake provides is inherited from the prior generations Intel claims that every IP on Ice Lake has been enhanced in one way or another A major enhancement in Ice Lake over the prior generation is the integration of up to four Sunny Cove cores which provide a significant uplift in IPC Those cores also bring AVX512 support for the client market Those cores along with the system agent and the GPU are linked over Intel's ring interconnect The chip is fed through a new integrated memory controller that supports quadchannel 32bit LPDDR4X memory providing bandwidths in the range of 5060 GB/s Ice Lake has a new integrated GPU which is based on their Gen11microarchitecture which provides a large improvemen Ice Lake integrates a number of additional components 1 4th Generation image processing unit 2 A new GNA neural processor 3 A new Thunderbolt I/O subsystem Ice Lake is divided into a number of clock domains each controlling the clock frequency of their respective unit in the processor All clock domains are some multiple of the [virtual] bus clock (BCLK) 1 BCLK Bus/Base Clock The system bus interface frequency (once upon a time referred to the actual FSBspeed it now serves as only a base clock reference for all other clock domains) The base clock is 100 MHz 2 Core Clock The frequency at which the core and the L1/L2caches operate at (Frequency depends on the model and is represented as a multiple of BCLK) 3 Ring Clock The frequency at which the ring interconnect and LLCoperate at Data from/to the individual cores are read/written into the L3 at a rate of 32B/cycle operating at Ring Clock frequency 4 IGP Clock The frequency at which the integrated graphics (Gen11GPU) operates at Data from/to the GPU are read/written into the LLC at a rate of 64B/cycle operating at this frequency as well 5 IPU The frequency at Dynamic Tuning 20 1 Main article Intel Dynamic Tuning System Agent 1 System Agent 11 4th Gen IPU 12 Gen11 Display 13 Thunderbolt 3 over TypeC I/O subsystem Core 1 See also Sunny Cove § Die 1 ~691 mm² die size 11 ~35 mm x ~197 mm Core group 1 See also Sunny Cove § Die 1 ~3073 mm² die size 11 ~786 mm x ~391 mm Intel 2018 Architecture DayIntel personal communication 2019.