Now an engineering machine equipped with Intel Core Ultra 5 135H processor has appeared in the Geekbench benchmark database, let’s take a look.

This is the second Ultra 5 chip to appear so far, the other being the Core Ultra 5 125H. Core Ultra 135H belongs to the Meteor Lake series and uses a 14-core and 18-thread configuration, including 4 P cores, 8 E cores and 2 LP E cores.

Data shows that this processor can provide 18 MB of L3 cache, with a base frequency of 3.60 GHz and an acceleration frequency of above 4.4 GHz. This machine is equipped with 16 GB LPDDR5 memory and runs Windows 11.

This machine has been tested twice, with Geekbench 5 scoring a maximum of 1144 points in single-core and 9587 points in multi-core. For comparison, the AMD Ryzen 5 7640HS processor Geekbench 5 scores are around 1802 and 7768 points; the Core i5-13500H is around 1718 and 10420 points.

In other words, although the single-core score of this processor is much lower than the R5 7640HS and Core i5-13500H CPU, the multi-core score is actually ahead of the R5 7640HS. It is worth mentioning that this processor did not reach the upper frequency limit during testing.

The currently known information about the Meteor Lake series Core Ultra processors:

Intel said that the Intel Core Ultra processor, code-named Meteor Lake, is a turning point in Intel’s client processor roadmap: for the first time, the processor uses the client die design of Foveros packaging technology. In addition to the significant improvements in the performance-to-power ratio of NPU and Intel 4 process nodes, this processor also brings independent graphics-level performance by integrating Intel Sharp graphics.

Thanks to the advanced Foveros 3D packaging technology, Meteor Lake adopts a separated module architecture, dividing the entire processor into functional partitions of computing module, IO module, SoC module, and graphics module, bringing a 40-year revolution in Intel client SoC Sexual architecture changes.

The processor adopts a 3D high-performance hybrid architecture composed of performance cores (Redwood Cove), energy efficiency cores (Crestmont) and low-power energy-efficiency cores. Intel said it has achieved an excellent energy consumption ratio in the history of PC processors and has integrated neural processing for the first time. Network processing units (NPUs) are integrated into PC processors to accelerate the popularization of artificial intelligence. An introduction to 4 unique modules of Meteor Lake:

 Compute module (Compute Tile): adopts the latest generation of energy-efficiency core and performance core micro-architecture and enhanced functions. This module uses the new generation Intel 4 process technology and has achieved significant progress in energy consumption ratio.

 SoC module (SoC Tile): Innovative low-power island design integrates a neural network processing unit (NPU), bringing energy-efficient AI function performance to the PC, and is compatible with standardized program interfaces such as OpenVINO to facilitate AI development and The application is popular. The new low-power energy efficiency core further optimizes the balance between energy saving and performance. The SoC module also integrates the memory controller, media codec processing and display unit, supporting 8K HDR and AV1 codecs as well as HDMI 2.1 and Display Port 2.1 standards. Wi-Fi and Bluetooth are also supported, including Wi-Fi 6E.

 Graphics module (GPU Tile): This processor integrates Intel Sharp graphics architecture, which can provide independent graphics card-level performance in the integrated graphics card and supports ray tracing and Intel XeSS. With a jump in graphics capabilities and improved energy efficiency, Meteor Lake delivers outstanding performance per watt.

 IO module (IO Tile): Contains industry-leading connectivity, integrating Thunderbolt 4 and PCIe Gen 5.0.

According to previous reports, Intel Core Ultra mobile processors will use a new core display, upgraded from Xe LP to Xe LPG, which will double the performance per watt of the previous generation Iris Xe core display.

According to the whistleblower “Moore’s Law Is Dead”, Intel’s Ultra 1st generation Core mobile processor uses up to 8 Xe cores and uses a new low-power graphics IP. The core display has 33% more graphics cores than the previous generation, and the power consumption and chip area efficiency optimization, supporting the complete DX12 Ultimate API.

In addition, the new generation of core graphics has a higher frequency, and the frequency at the same voltage can directly hit more than 2GHz. It is expected that the performance of the flagship core display model of the Core Ultra mobile processor can reach up to the AMD Radeon 780M core display level.

 The 7W processor has the highest specifications of 1 large core + 8 small cores, and the core display is up to 4Xe cores.

 The 9W processor has the highest specifications of 2 large cores + 8 small cores, and the core display is up to 4Xe cores.

 The 15W processor has the highest specifications of 4 large cores + 8 small cores, and the core display is up to 8Xe cores.

 The 28W processor has the highest specifications of 6 large cores + 8 small cores, and the core display is up to 8Xe cores.

 The 45W processor has the highest specifications of 6 large cores + 8 small cores, and the core display is up to 8Xe cores.

In the Meteor Lake series of processors, Intel has introduced a low-power computing island for the first time, with built-in dual “Low Power E-cores”, suitable for light loads. The low-power island design is located in the SoC module (SoC Tile) of the new generation processor, with two new low-power energy efficiency cores built-in to further optimize the balance between energy saving and performance.

The part of the Intel SoC module other than the IO Complex is named the low-power island, which includes components such as the media module, display engine, NPU, and IPI in addition to the low-power E core.

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Intel said that after the introduction of the AI power management system, the battery life performance can be increased by 15%, and more importantly, the response mechanism of the laptop is optimized to interact with the user faster.

Intel said that the core of the AI power management system is dynamic voltage and frequency sampling (DVFS) technology, which can continuously learn by itself, continuously optimize power switching according to user habits, and reduce power consumption to extend battery life.

Meteor Lake will be the first significant client architecture to introduce AI-accelerated core VPUs for low-power AI inference tasks. Although Intel has made some disclosures about the Meteor Lake architecture, specific details about SKUs, core counts, clock speeds, and performance targeting are still to be revealed.

It was reported in June this year that Intel announced a major upgrade of the Core brand, splitting it into a new Intel Core Ultra for flagships and an Intel Core processor brand for mainstream products. Intel said that the upcoming Meteor Lake processor is a revolutionary generation of products, starting with this product, the brand will enable a new naming method.

The post Intel’s AI power management system boosts Meteor Lake CPU endurance by 15% appeared first on TechGoing.

As the first Intel 4 (formerly 7nm) based product, Meteor Lake is likely to debut on laptops, followed by a handful of desktop products, but it could also be the first to launch a model for desktops.

Two new laptops have appeared in SiSoftware’s score database, showing an unknown Genuine Intel (R) 0000 chip, one with a 14-core, 3.26GHz, 7x 2MB L2, 16MB L3 design, and the other with a 16-core design, apparently a Meteor Lake hybrid architecture. processor.

Meteor Lake will be a small-chip design that will leverage the Redwood Cove performance core (P-core) to handle heavy workloads while using the energy-efficient Cresmont efficiency core (E-core) for simpler tasks to maximize performance without sacrificing power.

It is also possible that Meteor Lake will feature a third type of core, the rumoured LP e-core. Intel patents suggest that the SoC portion will contain two additional Cresmont cores, which appear to be manufactured using a slightly older process node.

Meteor Lake has four modules: graphics, SoC, CPU and IOE, while the LP e core is located within the SoC layer and is the functional equivalent of the I / O Die (IOD) in AMD Ryzen processors.

According to previously leaked documents, Meteor Lake will support “Low-power island CPU offload”, which means that the LP e core may work in idle or sleep mode to handle service processes. In other words, it will help reduce the power consumption of the laptop.

Meteor Lake, like the previous hybrid chips, will look good on paper parameters due to the overall high core count.

The first Meteor Lake sample revealed today contains 14 cores and probably follows the 4P + 8E design, while the second Meteor Lake sample features 16 cores and should follow the previous 6P + 8E layout, while both ES processors contain two LP E cores, after all, the SoC part is the same.

The data shows that the 14-core Meteor Lake chip has 14 MB of L2 cache and 16 MB of tertiary cache at 3.26 GHz, most likely the recently leaked Core Ultra 5 1003H, while the 16-core model appears to have 18 MB of L2 cache and 24 MB of tertiary cache, with a base frequency of 3.07 GHz and an accelerated frequency of 4.2 GHz.

The first Meteor Lake sample appears to have 14 cores and probably adheres to a 4P + 8E design, while the second Meteor Lake sample has 16 cores and should adhere to a 6P + 8E layout. The remaining two cores in the two engineering example (ES) processors are from LP e cores. The 14-core Meteor Lake chip reportedly has 14MB of L2 cache and 16MB of L2 cache. The processor is likely to be the recently leaked Core Ultra 5 1003H. On the other hand, the 16-core version appears to have 18mb of L2 cache and 24MB of L2 cache and 24MB of L2 cache. It has a base clock of 3.07 GHz and an enhanced clock of 4.2 GHz.

Unfortunately, sissoftware does not give the L4 cache (ADM or Adamantine) for Meteor Lake. Although Intel’s patent does not specifically mention Meteor Lake, early Linux patches have indicated that Intel will provide ADM designs for this generation of 7nm processors.

It’s worth noting that Intel will be hosting a series of Vision 2023 regional events this month, the first of which will be held in Orlando from May 8-10, followed by Taipei (May 24-25), Shanghai (May 30-31) and Amsterdam (June 13-14). 14 June).

The post New Intel Meteor Lake processors unveiled at SiSoftware, to be released later this year appeared first on TechGoing.

According to material previously shared by Intel, the next generation of Meteor Lake will use Intel 4 process and external processes, and for the first time introduce a “Tile” design with integrated CPU, SOC, core graphics and IOE chips.

According to information shared by @OneRaichu, Intel’s Meteor Lake CPUs are based on the Redwood Cove and Crestmont architectures, and with the new generation of EUV-based Intel 4 (formerly 7nm) and TSMC 5nm (core graphics), its performance and efficiency are expected to increase significantly, at least the performance-to-power ratio is targeted to At least the performance-to-power ratio is targeted to reach 1.5 times the level of the 13th generation Raptor Lake.

In addition, since the new tGPU or Tiled-GPU architecture will include the new Xe GPU core, he believes that the core graphics (128EU above 2.0GHz) of the 14th generation processors could reach the original (96EU) performance level of 2x, and will also enhance the support for DirectX 12 Ultimate and XeSS.

Intel’s 14th generation Meteor Lake CPUs will feature a new P-core and E-core architecture and the CPU itself will also incorporate several other IP parts to make up the entire chip. If you look at the P-core and E-core data alone, the new generation of Meteor Lake may usher in significant progress in terms of performance, and laptop battery life is expected to be greatly improved.

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