When it comes to pc processing units, probabilities are you’ve used one of Intel’s processors. After 10 generations of profitable processors, Intel Core is now releasing its new 11th Gen processor, which is reachable for preorder today.

These new Intel processors promise to decorate computing performance, give a boost to graphics and display, and provide finer tuning options. Here’s the entirety we understand about them, inclusive of what you can assume with the 11th Gen Intel Core processor experience.

Key Features

  • New processor core architecture
  • Improved overclocking capabilities
  • Intel Deep Learning Boost
  • GNA 2.0
  • Multiple display with high refresh rate
  • UHD graphics with Intel X architecture
  • Adaptive Boost technology
  • Faster encoding and decoding 
  • Expanded WiFi connection
  • Better DDR4 speeds
  • USB 3.2 Gen 2×2
  • Thunderbolt 4 connectivity
  • Optane Memory H20
  • 20 CPU PCIe 4.0 lanes
11th Gen Intel Core Processor

Enhanced performance and fine-tuning

The latest Intel processor creates effectiveness throughout hardware and software. Intel Deep Learning Boost and Gaussian Neural Accelerator 2.0 (GNA 2.0) increase AI abilities to increase the performance of “deep-learning workloads” whilst suppressing background noise.

The built-in USB 3.2 Gen 2×2 nearly doubles the bandwidth of information transfers and Thunderbolt 4 ensures dependable connectivity. The 11th Gen processors come with 20 CPU PCIe 4.0 lanes, permitting faster connections between PCIe devices and greater throughput.

The 11th Gen Intel Core processors have the most base frequency of 3.5GHz, 3.6GHz, and 3.9GHZ for the i9, i7, and i5, respectively. But if you’re searching to get extra speed out of your 11th Gen processor.

Intel offers a number of overclocking features which include Intel Performance Maximizer, Intel Extreme Tuning Utility, and Intel Extreme Memory Profile. If you appear to have an unlocked processor, you have to get admission to per-core hyperthreading, enhanced voltage frequency control, and PCIe overclocking.

Gaming, graphics, creation, and display

If you’re building your personal pc for gaming or content material creation, the 11th Gen Intel Core processor may additionally be the way to go. The Intel X graphics architecture gives seamless graphics in UHD resolution (3840×2160).

The 11th Gen processor can aid up to three separate displays running 60Hz refresh rate simultaneously, which, as well-known gamers know, is the baseline refresh rate for an easy gaming experience.

And with Intel Adaptive Boost Technology, All Core Turbo frequency is kicked up so gaming is further enhanced. If you on occasion stream your gaming feed, the latest Intel processor can deal with each gaming and the video feed efficiently.

When it comes to content creation, consisting of video editing, graphic design, music production, and more, the 11th Gen Intel Core Processor makes use of 12bit HEVC/VP9 decoding and E2E compression for media; that means you can import and export media rapidly and in excellent quality. DDR4 speeds and memory have additionally been accelerated to amplify media modifying and multitasking speeds.

New CPU Means a New Chipset

Right along with a new CPU, we’re getting a new motherboard family. Those of you with Z490, Q470, and H470 boards with 10th Gen chips have an improve path to Rocket Lake regardless, whilst anyone else will want a new LGA1200 CPU and motherboard. Alder Lake on LGA1700 is expected to change Rocket Lake so the new family of 500-series boards will probably have no upgrade path.

There are a few caveats to this slide. Wi-Fi 6E, 2.5Gbit Ethernet, and TB4 are supported, now not “supported.” Specifically, they’re supported if and solely if your motherboard manufacturer bothered to pay for the extra hardware required to turn the feature on. Wi-Fi support requires an RF module whilst TB4 and 2.5Gbit ethernet require their personal respective PHYs.

Formal PCIe four support
Doubled chipset bandwidth in some cases. Z590 + 11th Gen Intel Core Processor make use of an x8 PCIe 3.0 connection, whilst different CPUs use x4
Native support for USB 3.2 Gen 2×2

Memory Clock and Controller Changes

One main change to the memory subsystem is the introduction of DRAM controller ratios. AMD added this feature with Zen 2 when it allowed for the memory controller and Infinity Fabric to be clocked at half of the DRAM clock. This allowed for theoretically greater memory OCs, even though in exercise walking the cloth and memory controller at the half clock frequently hurts overall performance extra than faster RAM helps it.

Intel is solely certifying DDR4-3200 clock speeds for 1:1 operation on its Core i9 family. Other CPUs are supposed to run at 1:1 ratios solely at DDR4-2933 and above. Presumably, fans have the potential to override these presets and specify 1:1 gearing for DDR4-3200 and above.

One old feature making a return this generation is memory overclocking aid on the H570 and B560 motherboard platforms, in addition to the enthusiast-oriented Z590. H510 will now not help this functionality.

There is a range of overclocking-friendly changes going in, along with AVX-512 offsets and the alternative to disable it altogether. Extreme overclockers with subzero cooling will have the choice to swap between two exceptional memory multipliers except rebooting, permitting the OS to switch between them.

This is being touted as a way to wreck overclocking records, however honestly, I’m a lot greater involvement in the opportunity of the usage of it to check DRAM balance in extra mundane circumstances. Intel additionally now approves for per-core Hyper-Threading and individual core frequency adjustments on Z590 motherboards.

None of these upgrades adjustments the fact that overclocking is in pretty sorry shape. Any headroom is going to come from CPUs like the Core i5-11600K, which has a relatively low all-core of 4.6GHz, in contrast with 4.8GHz for the Core i5-10600K.

TDP and Pricing

Here are Intel’s price sheets for RKL, covering the Core i9/i7/i5 families:

Some of the upper-end CPUs are getting price increases. The Core i9-11900K’s $539 official price is greater than the $500 on the Core i9-10900K, whilst the Core i7-11700K selections up a $25 price extend over official MSRP in 1K units for the Core i7-10700K. The Core i5-11600K, however, is about $10 less expensive than its predecessor.

Intel will keep the greater prices that distinguish it from AMD at the pinnacle of the product stack, however, there’s an extensive vary of Core i7 and Core i5 CPUs covering a range of price points.

If you do now not care about onboard graphics, Intel’s “F” and “KF” CPUs provide a small discount in exchange for no integrated video. Readers eying lower-power TDP CPUs must be conscious that making these chips work at decrease power frequently requires forcing the motherboard to use Intel’s programmed TDP and Turbo values as a substitute for the motherboard defaults. By default, a lot of 65W CPUs will use simply as much power as their 125W counterparts.

Intel has decreased the base frequency of some RKL CPUs by using 100-200MHz in contrast with their counterparts in 10th Gen, even as some boost frequencies are 100-200MHz higher. Intel derives its TDP values from its base clocks, so the discounts indicate that Rocket Lake consumes greater power than Comet Lake at an identical frequency. The Core i9-11900T has a base clock of 1.5GHz and a TDP of 35W, whilst the Core i9-10900T has a base clock of 1.9GHz and the identical 35W TDP.

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