Microsoft [MSFT] Windows 7 isn’t due out until the 22nd of October, Ars Technica are reporting that details have been revealed of Windows 8 that it will come with 128-bit support.
The information was found on the LinkedIn profile of Robert Morgan who is a senior research and development engineer at Microsoft, the information has now been removed from his profile.
Details of the 128-Bit Architecture
The revelation of 128-bit support in Windows 8 is a significant leap from the current 64-bit architecture. This advancement suggests that Microsoft is looking to future-proof its operating systems by ensuring they can handle more complex computations and larger amounts of data. The 128-bit architecture would theoretically allow for an exponentially larger address space, which could be beneficial for high-performance computing applications, large-scale simulations, and advanced scientific research.
Working in high security department for research and development involving strategic planning for medium and longterm projects. Research & Development projects including 128bit architecture compatibility with the Windows 8 kernel and Windows 9 project plan. Forming relationships with major partners: Intel, AMD, HP, and IBM.
Robert Morgan is working to get IA-128 working backwards with full binary compatibility on the existing IA-64 instructions in the hardware simulation to work for Windows 8 and definitely Windows 9.
Implications for the Future
The move to 128-bit architecture is not just about increasing the address space. It also involves significant changes in how data is processed and managed. For instance, with 128-bit, encryption and security features could be enhanced, providing a more secure environment for users. Additionally, this could lead to improvements in virtual reality (VR) and augmented reality (AR) applications, which require substantial computational power and memory.
Moreover, the collaboration with major industry players like Intel, AMD, HP, and IBM indicates that Microsoft is not working in isolation. These partnerships are crucial for ensuring that the hardware and software ecosystems are in sync, allowing for seamless integration and performance optimization.
Robert Morgan’s role in this development highlights the strategic importance of backward compatibility. Ensuring that the new 128-bit systems can run existing 64-bit applications without issues is vital for user adoption. This backward compatibility means that businesses and consumers can transition to the new architecture without losing access to their current software and data.
Head on over to Ars Technica for more details.
via Gadget Venue
Image Credit: TFTS
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