#Processing_Power

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These are Lenovo models based on Core Ultra 5 125H and Core Ultra 7 155H While Intel is only going to introduce Meteor Lake processors in mid-December, some stores have already begun adding laptops with such CPUs to their assortment. For now, of course, virtually.  [caption id="attachment_77792" align="aligncenter" width="780"] Intel Core Ultra[/caption] For example, one of the stores in Bulgaria listed two Lenovo Yoga Pro 7 models with a CPU Core Ultra 5 125H and a Core Ultra 7 155H. They are asking for almost 1400 and 1600 dollars respectively.  The first laptops with Intel Core Ultra appeared in the online store at prices starting from $1,400 [caption id="attachment_77793" align="aligncenter" width="518"] Intel Core Ultra[/caption] The laptops themselves seem to be equipped quite well. The presence of 32 GB of RAM, a 1 TB SSD, and a 14-inch 3K screen with a frequency of 120 Hz is indicated. But at the same time, we do not yet fully understand the performance of the new Intel CPUs and their energy efficiency, so it is impossible to evaluate the indicated prices relative to other models on the market. 

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They will be released at the end of the year Intel has announced that Meteor Lake processors will be released at the end of December. At the same time, Intel nominally announced these CPUs. We have not yet been told about the parameters and models, but we have been given a more complete overview of the architectures, features, and technologies. [caption id="attachment_57388" align="aligncenter" width="701"] Intel Core processors[/caption] Intel says the release of Meteor Lake marks the start of a new era for the company as it moves away from the Intel 7 node and begins deploying its 3D EUV lithograph Foveros packaging for the client mobile platform. Meteor Lake is an extremely important product for Intel, and at the same time, it is new in literally everything. This is the new Intel 4 technical process, the chipset layout used by the company for the first time in this segment, and a disaggregated configuration, which means the use of chipsets created using different technical processes. Let us remember that the Intel 4 process technology will be used for the processor chipset, and the GPU is generally produced by TSMC. 15th generation Intel Core processors introduced. Meteor Lake, like the previous several generations of Intel CPUs, contains in the configuration large P-cores, in this case based on the Redwood Cove architecture, and small E-cores on the Crestmont architecture. An unusual feature is the two small cores integrated into the SoC chipset, which Intel calls a Low Power Island. These new LP E-cores are designed to allow light workloads and processes to be offloaded from a more power-hungry compute cluster and moved entirely to a more power-efficient cluster in the SoC. That is these two cores will be used only separately for non-resource-intensive tasks, although this remains to be verified. Other important additions include Intel's first Neural Processing Unit (NPU). Another interesting feature is that each chipset, or tile as Intel itself calls it, has its power controller, which should make the CPU more energy efficient. There are four tiles in total: CPU, GPU, SoC, and I/O tile. However, Intel only produces the CPU tile and the I/O tile. The GPU is manufactured at TSMC facilities using the N5 process technology, and the SoC tile is produced using the N6 process technology. The company also says that the new CPUs have better instructions executed per clock than the current line, but there are no details. Also, Intel has not yet said anything about cache memory sizes. Let's remember that Intel says that Meteor Lake processors will be released on December 14. But these are mobile CPUs, so it’s not very clear in what form they will hit the market that day. It may be possible to buy a laptop with such a processor only at the beginning of 2024.

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MediaTek's 3nm Chipset: A Game-Changer in Semiconductor Tech In a groundbreaking collaboration with TSMC, MediaTek has unveiled its cutting-edge 3nm chipset, set to redefine the world of mobile processing. With its official release slated for 2024, this development promises a significant leap in performance and efficiency. Let's delve into the details. A Quantum Leap in Processing Power [caption id="attachment_52816" align="aligncenter" width="1200"] MediaTek's 3nm Chipset[/caption] The Shift from 4nm to 3nm MediaTek's previous flagship processor, the Dimensity 9000, was based on a 4nm architecture. However, the move to 3nm represents more than just a numerical shift. It's a monumental leap forward. Dr. Cliff Hou, Senior Vice President of TSMC, highlights that this new technology offers an astounding 18% boost in processing speed and a remarkable 32% reduction in power consumption compared to the latest processors. This translates to faster and more energy-efficient devices. Unprecedented Transistor Density The shift to 3nm technology also brings a whopping 60% increase in transistor density. This enhancement in logic performance paves the way for mobile devices to handle complex tasks effortlessly, setting new standards for efficiency and capability. The Release Timeline  Patience for Innovation While the advancements are thrilling, we'll need to exercise some patience. The official launch and mass production of MediaTek's 3nm chipset is scheduled for 2024. This means that consumers can expect MediaTek's cutting-edge technology to become available around that time. Competition Heats Up  Apple's Head Start MediaTek isn't alone in the race for 3nm technology. Apple is gearing up to launch the iPhone 15 Pro and iPhone 15 Pro Max equipped with the A17 Bionic chipset, also based on 3nm architecture. This one-year head start could give Apple a competitive edge in the smartphone market.  Qualcomm's Ambitions Qualcomm, another industry heavyweight, is not lagging. Reports suggest that Qualcomm plans to produce its Snapdragon 8 Gen 4 processor using 3nm technology, with production split between Samsung and TSMC. The Future Beckons  Mobile Processing Redefined As we approach the era of 3nm chipsets, leaders like MediaTek, Apple, and Qualcomm are poised to revolutionize mobile computing. The competition is fierce, but the future of mobile processing looks incredibly promising. FAQs to MediaTek's 3nm Chipset When will MediaTek's 3nm chipset be available to consumers? MediaTek's 3nm chipset is set for mass production and official launch in 2024. What advantages does the shift to 3nm technology offer in terms of processing power and efficiency? The move to 3nm promises an 18% increase in processing speed and a 32% reduction in power consumption, making devices faster and more energy-efficient. How will Apple and Qualcomm utilize 3nm technology in their processors? Apple is launching the iPhone 15 Pro series with the A17 Bionic chipset based on 3nm architecture. Qualcomm plans to use 3nm technology for its Snapdragon 8 Gen 4 processor.