AMD Ryzen 9 7950HX3D processor was observed in an Asus ROG Strix the strongest laptop. Will the 3D V-Cache propel this device to the top of every list of the greatest laptops, or will it merely transform it into a desktop with a reduced form factor?
Thanks to the 3D V-Cache technology, some of AMD’s most powerful CPUs have massive quantities of cache. If the rumors are true, the technology has not yet made its way to laptops, despite its success in desktops.
However, there are indications that this is about to change. So far, neither AMD nor Asus has taken any action to corroborate this, so hold your enthusiasm until we receive an official statement.
Let’s indulge in some wonderful speculation for the time being. The chip first appeared on Weibo, a Chinese platform, and has since been removed; however, @9550pro on Twitter has conserved a screenshot of it.
The AMD Ryzen 9 7945HX3D is a strongest laptop processor with 16 cores, 32 threads, and 128MB L3 cache.
Tom’s Hardware also uncovered a product listing for the unreleased Asus ROG Strix in addition to the image. It is a 17-inch 1440p laptop equipped with Nvidia’s most powerful GPU, the RTX 4090, and 32GB of DDR5 RAM. The amount of CPU cache listed in the specs as 64MB is likely an error, as the 7950X3D includes 128MB of total cache
This laptop will be costly, which comes as no surprise. It costs 3,904 British pounds, which is approximately $5,000. Obviously, it is impossible to predict how much it will cost in the United States if and when it becomes available there.
This is a Dragon Range processor, and according to Tom’s Hardware, it will be a desktop-class CPU housed in a significantly smaller laptop chassis. Depending on the ultimate power usage of the processor, the device may be far more of a portable desktop than a laptop; its battery life is likely to be quite short.
Without a doubt, the Ryzen 9 7945HX3D coupled with an RTX 4090 will provide unrivalled performance in laptops. However, it is difficult to tell whether the combination of limited space and such strong components could result in thermal throttling. Given that it is a 17-inch model rumoured to weigh less than 7 pounds, Asus has likely taken this into account to make the laptop quite substantial.
If the rumors are true, it is probable that this laptop will be released this year, so we might find out more about it in the future.
History of AMD strongest laptop processor makers:
Advanced Micro Chips, Inc., or AMD, is a multinational corporation that specializes in the production of semiconductor chips that are utilized in the processing of computers. In addition to producing flash memories, graphic processors, motherboards, and a number of other components required in consumer electronics products, the company also manufactures consumer electronics itself. The corporation is a significant provider of microprocessors, which are also known as computer chips. AMD’s headquarter is based in
Santa Clara, the state of California,
In 1969, seven other people, including Walter Jeremiah “Jerry” Sanders, who had previously worked as an executive at Fairchild Semiconductor Corporation, established AMD. The year 1970 marked the debut of the company’s initial offering, and the following year it went public.
Around the middle of the 1970s, the business started manufacturing computer chips. The company began producing computer chips as a secondary source of supply, but quickly realized the importance of quality control and began seeing consistent expansion. The year 1982 marked the beginning of the company’s supply of second-source circuits for Intel Corporation.
Intel Corporation was the manufacturer of the microprocessor that was utilized in IBM personal computers (PCs). 1986 was the year that the arrangement with Intel came to an end. In 1991, Advanced Micro Devices (AMD) introduced the Am386 microprocessor family.
This chip was a reverse-engineered version of Intel’s next-generation 32-bit 386 CPU and was compatible with it. Following this, a protracted legal struggle occurred, which was ultimately resolved by a judgment in favor of AMD issued by the United States Supreme Court in the year 1994. In the same year, Compaq Computer Corporation entered into a contract with AMD to provide processors for its PCs that were compatible with Intel.
In 1996, Advanced Micro Devices (AMD) bought the microprocessor startup NexGen and began diversifying its business away from the market for Intel-compatible chips.
In the year 2000, AMD debuted the Athlon CPU, which was developed specifically to be compatible with the Windows operating system produced by Microsoft Corporation. With the introduction of its Athlon processor, Advanced Micro Devices (AMD) became the first firm to develop a microprocessor with a speed of one gigahertz (GHz), which established AMD as a significant rival in the market for chips. Another product that demonstrated the corporation’s ability to build high-end chips was introduced by the company in 2003; this one was known as the Opteron chip. In 2006, AMD acquired ATI Technologies, a company that made visual graphics cards that could be installed in personal computers.
In 2008, AMD revealed that it intended to divide the firm in two, with one division focusing on the design of microprocessors and the other on their production. This declaration came after it was reported that two companies located in Abu Dhabi, the Advanced Tech Investment Company and the Mubadala Development Company, would purchase a majority position in AMD, subject to clearance from the company’s shareholders as well as the governments of the United States and Germany.
Intel was fined a record €1.06 billion (£948 million; $1.45 billion) by the European Commission in 2009 for engaging in anticompetitive practices that breached the European Union’s antitrust regulations.
These practices had been brought to the commission’s attention by AMD, which had filed a series of complaints against Intel. These practices allegedly included financially compensating and offering rebates to manufacturers and retailers who preferred its computing chips over those made by AMD, along with paying manufacturers to postpone or cancel the launching of goods utilising AMD’s chips.
In addition, these practices also entailed economically compensating and offering rebates to manufacturers who liked its computer chips over those of AMD.
In 2014, the company underwent a restructuring that resulted in the division of the business into two divisions: computing and graphics, which manufactured processors for personal computers; and enterprise, embedded, and semi-custom, that manufactured CPUs with a higher level of specialization.
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