Microsoft's Acquisition of Bethesda: A Shift in Strategy?
In recent news, Microsoft has acquired Bethesda Softworks, a renowned game development studio behind iconic franchises like Doom, Fallout, and Elder Scrolls. As the acquisition process comes to a close, it appears that Microsoft is shifting its strategy towards building an industry-leading first-party studios team.
Spencer Stahl, head of Xbox Gaming, acknowledged this shift in his statement about the acquisition, stating that "this is the next step in building an industry-leading first-party studios team." He noted that Microsoft has committed to supporting existing exclusive contracts like Deathloop and Ghostwire: Tokyo for the PS5, ensuring a smooth transition for players. However, he also hinted at future plans, saying that "games for other systems will still be supported."
The Xbox community can expect a significant boost in terms of exclusive titles, as Bethesda's renowned franchises will now become part of Microsoft's portfolio. This move is reminiscent of Nintendo's successful approach to creating first-party exclusives, which has helped make its consoles highly sought after by gamers.
In related news, Microsoft has made several Bethesda games available on Xbox Game Pass, including titles from the Doom, Fallout, and Elder Scrolls franchises. This move highlights Microsoft's commitment to providing a robust game library for its subscribers, as well as showcasing its growing investment in first-party development.
Puget Systems' Sales Data Reveals AMD's Rise
In other news, Puget Systems, a custom PC builder specializing in high-end workstations and servers, has released some intriguing sales data. According to the company, AMD CPUs now account for more than 50% of machines built at their facility. This represents a significant increase, as Puget had previously dropped AMD from its build operations in 2015.
Puget notes that this shift towards AMD can be attributed to several factors, including the release of Ryzen 3000 processors. The company's data suggests that Intel utilization remained relatively stable until around October 2017, before AMD started gaining ground. By 2020, AMD had reached over 50% market share, marking a significant turnaround.
The increase in AMD usage can be attributed to the success of Ryzen Threadripper, which has been popular among professionals and content creators who require high-performance components. Puget Systems acknowledges that Fusion's market tends to focus on professional users, making it more likely for them to opt for AMD-based systems.
GAA FETT: The Future of Transistors
In recent years, the industry has been exploring new materials and technologies to improve transistor performance and reduce power consumption. GAA FETT (Gate-All-Around Fluxible Electron Transport) is one such technology that aims to replace traditional FinFET transistors.
Samsung recently showcased its work on MBC (Multi-Bridge Channel) PhET, a variant of the GAA FETT design. The company's research demonstrates the potential benefits of using nano-sheets as a flexible and adjustable width material for transistors. By doing so, Samsung was able to reduce voltage requirements in SRAM cells by 230 millivolts.
The MBC PhET technology has several advantages over traditional FinFET designs, including improved flexibility and scalability. Samsung plans to integrate this technology into its 3-nanometer production process, marking a significant step forward for the industry.
International Solid State Circuits Virtual Conference
In other news, Samsung's Vice President shared insights on the company's research at the International Solid State Circuits Virtual Conference. The VP noted that the new GAA PhET transistors will provide high-speed, low-power, and small-area designs, similar to those achieved with FinFETs.
The use of nano-sheets in MBC PhET allows for more flexibility in channel width, enabling Samsung to create customized designs for specific applications. This flexibility is particularly important for SRAM cells, where voltage requirements are critical.
As the industry continues to explore new materials and technologies, it will be interesting to see how GAA FETT and other innovations shape the future of computing hardware.