Shulou(Shulou.com)11/24 Report--

Thank CTOnews.com netizens soft media Xinyou 1933769 for the clue delivery! CTOnews.com, October 16, at the Intel ON Technology Innovation Summit, Intel announced that the first generation of Core Ultra processors codenamed Meteor Lake will be available on December 14. The first batch of notebooks equipped with Core Ultra mobile processors are expected to be launched at the end of the year, with a large number of shipments expected around the Spring Festival.

Now that an engineering machine with Intel Core Ultra 5135H processor appears in the Geekbench benchmark database, let's take a look at it.

This is the second Ultra 5 chip that has appeared so far, and the other is the Core Ultra 5 125H. Core Ultra 135H belongs to the Meteor Lake series and is configured with 14 cores and 18 threads, including 4 P cores, 8 E cores and 2 LP E cores.

The data show that the processor can provide a level 3 cache of 18 MB, with a base frequency of 3.60 GHz and an acceleration rate of more than 4.4 GHz. The machine is equipped with 16 GB LPDDR5 of memory and runs Windows 11.

The machine ran twice, with the highest score of 1144 for Geekbench 5 and 9587 for multi-core. For comparison, the AMD Ryzen 5 7640HS processor Geekbench 5 runs around 1802 and 7768, while Core i5-13500H runs around 1718 and 10420.

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

CTOnews.com summarizes the known information about the current Meteor Lake Series Core Ultra processors:

Sku process configuration Thread Frequency L3TDPUltra 9 185HIntel 468Thread 2 (16) 223.8 / 5.1GHz24 MB15-28WUltra 7 165HIntel 468Th2 (16) 223.8 / 5.0GHz24 MB15-28WUltra 7 155HIntel 468Thread 2 (16) 223.8 / 4.8GHz24 MB15-28WUltra 5 135HIntel 448Thread 2 (14) 183.6 / TBD20 MB15-28WUltra 5 125HIntel 448Thread 2 (14) 183.6 / 4.5GHz20 MB15-28W

Intel said the Intel Core Ultra processor, codenamed Meteor Lake, was a turning point in Intel's client processor roadmap: it adopted a client-side core design based on Foveros encapsulation technology for the first time. In addition to the significant improvements in the performance and power consumption ratio of NPU and Intel 4 process nodes, the processor also brings standalone graphics card-level performance by integrating Intel sharp graphics cards.

Thanks to the advanced Foveros 3D packaging technology, Meteor Lake adopts a separate module architecture, which divides the entire processor into functional partitions of computing modules, IO modules, SoC modules and graphics modules, bringing about revolutionary architectural changes in Intel client SoC in the past 40 years.

The processor uses a 3D high-performance hybrid architecture consisting of performance cores (Redwood Cove) and energy efficiency cores (Crestmont) and low power efficiency cores. Intel says it has achieved an excellent energy consumption ratio in the history of PC processors and integrated neural network processing units (NPU) into PC processors for the first time, accelerating the popularity of artificial intelligence. Brief introduction of 4 unique modules of Meteor Lake attached to CTOnews.com:

Computing module (Compute Tile): uses the latest generation of energy efficiency core and performance core micro-architecture and enhanced functions. The module adopts a new generation of Intel 4 process technology, which has made great progress in energy consumption ratio.

SoC module (SoC Tile): innovative low power island design, integrated with neural network processing unit (NPU), brings energy-efficient AI performance to PC, and is compatible with standardized program interfaces such as OpenVINO, which is convenient for AI development and application popularization. The new low power consumption energy efficiency core further optimizes the balance between energy saving and performance. The SoC module also integrates a memory controller, media codec processing and display unit, and supports 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's sharp graphics architecture and provides independent graphics-level performance in integrated graphics cards, supporting RayTracing and Intel XeSS. With the jump in graphics capabilities and higher energy efficiency performance, Meteor Lake is able to provide excellent performance per watt.

IO module (IO Tile): contains industry-leading connectivity and integrates Thunderbolt 4 and PCIe Gen 5.0.

According to IT House, the Intel Core Ultra mobile processor will use a new core display, upgrading from Xe LP to Xe LPG, doubling the performance per watt compared to the previous generation of Iris Xe.

According to the whistleblower "Moore's Law Is Dead", the Intel Ultra 1 mobile processor uses a maximum of 8 Xe core, uses a new low-power graphics IP, shows 33% more graphics core than the previous generation, and optimizes power consumption and chip area efficiency to support complete DX12 Ultimate API.

In addition, the new generation of nuclear display has a higher frequency, and the frequency at the same voltage can directly impact above the 2GHz. The flagship core Ultra mobile processor is expected to have the highest performance of the AMD Radeon 780m core display.

The 7W processor is the highest specification of 1 large core + 8 small core, and shows the highest 4Xe core.

The 9W processor is the highest specification of 2 large cores + 8 small cores and shows the highest 4Xe core.

The 15W processor is the highest specification of 4 large cores + 8 small cores, and shows the highest 8Xe core.

The 28W processor is the highest specification of 6 large cores + 8 small cores, and shows the highest 8Xe core.

The 45W processor is the highest specification of 6 large cores + 8 small cores and shows the highest 8Xe core.

Among the Meteor Lake series processors, Intel introduced a low-power computing island for the first time, with dual "low-power energy efficiency cores" (Low Power E-cores) built into it, which is 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 efficiency cores built into it to further optimize the balance between energy saving and performance.

In addition to IO Complex, the part of Intel SoC module is named low power island, in addition to low power E core, there are media module, display engine, NPU, IPI and other components.

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