Tag: Glimpse

Intel Core Ultra 5 234V CPU leaked – our first glimpse of next-gen Lunar Lake laptop chips

Post author By lisa nichols
Post date April 6, 2024
No Comments on Intel Core Ultra 5 234V CPU leaked – our first glimpse of next-gen Lunar Lake laptop chips

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One of Intel’s Lunar Lake processors, which are very promising power-efficient next-gen chips for laptops, has just been spotted and it’s seemingly part of the Core Ultra 200 family.

This comes courtesy of a leak on X (formerly Twitter), highlighted by VideoCardz and posted by @miktdt (a leaker who has popped up a couple of times recently).

Intel Corporation Lunar Lake Client Platform/LNL-M LP5Detected 3100.000 MHz processorIntel(R) Core(TM) Ultra 5 234V 2.10GHz (family: 0x6, model: 0xbd, stepping: 0x1)cores per package: 8threads per package: 8https://t.co/eDZ71yTO2oApril 4, 2024

As you can see, the CPU is called the Intel Core Ultra 5 234V, as posted on 01.org, which is Team Blue’s Open Source Technology Center – so the info should be correct (you’d hope, anyway).

The processor is confirmed to have 8 cores, and as previously rumored, this breaks down into 4 performance cores and 4 efficiency cores. We can safely ignore the clock speed of 2.1GHz as this is silicon still in testing.

V for victory?

What’s interesting here is the fact that the Lunar Lake processor is a Core Ultra part with a ‘V’ suffix. It’ll run alongside Arrow Lake mobile H and HX chips – high-end silicon – with Lunar Lake covering the lower-end and majoring in being seriously efficient. The idea is that it’ll be perfect for premium thin-and-light laptops.

All of these will be Core Ultra 200 CPUs, with the Ultra denoting they are using the newest Intel architecture, whereas there will also be Raptor Lake Refresh H laptop processors that’ll be part of the Core 200 range as well (but not labeled ‘Ultra’ as these are the last-gen architecture).

Yes, the naming scheme is a little confusing, but what do you expect from Intel? It’s par for the course, and we’ve seen more convoluted naming in the tech world to be fair.

Core 200 CPUs will follow up the current Core 100 range, which consists of Meteor Lake – both high-end (H) and low-end (U) processors – running alongside some Raptor Lake Refresh chips.

Some previous rumors suggested that with the next-gen laptop products from Intel, we might also see Arrow Lake-U CPUs to sit underneath Lunar Lake, for a more wallet-friendly alternative in cheaper notebooks – and maybe that’s still the case. However, VideoCardz makes no mention of such chips here. As ever, we’ll see how things pan out.

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Tags 234V, chips, Core, CPU, Glimpse, Intel, Lake, laptop, leaked, Lunar, nextgen, Ultra

Bisnis Industri

iPhone 16 ‘dummy’ units give us glimpse of upcoming changes

Post author By miranda cosgrove
Post date April 4, 2024
No Comments on iPhone 16 ‘dummy’ units give us glimpse of upcoming changes

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Images of iPhone 16 “dummy” units have been published by a tipster with an established record. They show the redesigned camera hump reportedly coming to the two non-Pro models and other changes.

The pictures are the best look yet at the handsets Apple is expected to launch in autumn 2024.

iPhone 16 dummy units reveal multiple changes

Although Apple is half a year away from unwilling the 2024 iPhone, details have been leaking out for months. And the leaks have now reached the point that iPhone 16 dummy units are starting to appear.

Tipster Sonny Dickson posted on X images showing mockups of all four upcoming iOS handsets from the back and both sides:

pic.twitter.com/GiIWNkXcI8

— Sonny Dickson (@SonnyDickson) April 4, 2024

The leak helps confirm earlier reports that the camera hump in the iPhone 16 and 16 Plus will be about half the current width, with the LED flash moved outside of the hump. The design, featuring two lenses one atop the other, harks back to the iPhone X.

One of Dickson’s images also shows that the customizable Action button that premiered in the iPhone 15 Pro will appear on all of the 2024, as had been previously rumored. Apple makes a habit of introducing new features in the Pro models before bringing them to all of its handsets.

The leaked pictures also reveal basic information, like that there will continue to be four models in the iPhone 16 series, and that none of them are being really radically redesigned.

iPhone mockups are a real thing

This leak is part of long-running phenomenon. For years now, 3D mockups of Apple handsets appear in Asia well before the devices are unveiled. These often prove quite accurate.

For example, Sonny Dickson showed a collection of iPhone 13 dummy models months before the launch. These turned out to be quite accurate. Before that, a set showing every model in the iPhone 12 series appeared in June 2020, well ahead of the October debut.

The mockups are supposedly based on specifications Apple gives Asian companies in its component supply chain.

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Tags Dummy, give, Glimpse, iPhone, Units, upcoming

Featured

AMD shows off new frame-rate boosting DX12 tech that gives us a glimpse of the future of PC gaming

Post author By lisa nichols
Post date March 20, 2024
No Comments on AMD shows off new frame-rate boosting DX12 tech that gives us a glimpse of the future of PC gaming

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Microsoft recently brought in a new feature for DirectX 12 that could considerably improve gaming performance, and thanks to AMD, we have a clearer idea of what it might mean for frame rates in the future.

This is Work Graphs, a tech previously in testing but now officially introduced for DX12. It’s a feature that aims to reduce CPU bottlenecking effects on PC games, shifting some of the heavy processing work from the processor to the GPU. (And reducing communication between the CPU and graphics card, cutting out overheads in that respect, too).

As Tom’s Hardware noticed, AMD has announced that it’s using draw calls and mesh nodes as part of Work Graphs to usher in better gaming performance, and has provided us with an idea of what impact those advancements will (or should) have.

We are told that a benchmark using an RX 7900 XTX GPU produced a major performance gain for Work Graphs with mesh shaders compared to the frame rate without the shaders. Indeed, in the latter case performance was 64% slower.

This is while “using the AMD procedural content Work Graphs demo with the overview, meadow, bridge, wall, and market scene views.”

AMD has a demo video to watch in its GDC 2024 blog post on this development.

Analysis: Managing expectations

This is exciting stuff on the face of it – we’ve already been tempted by the sound of Work Graphs and how it could pan out by comments from a couple of game developers. This feature has serious potential for faster fps and this benchmark from AMD illustrates the gains that may be in the pipeline – may being the operative word.

As ever, a single benchmark on a particular test system is of limited use in gauging the wider implications of Work Graphs, so let’s keep a level head here. As we’ve mentioned previously, there could be a broad range of gains dependent on all sorts of factors, and we have to remember that Work Graphs itself does use resources to function – this isn’t a free boost.

But by all accounts, it could be a large step forward, and Work Graphs is an enticing prospect for the future of smoother gaming, there’s no denying that. More testing and benchmarking, please…

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Tags AMD, Boosting, DX12, framerate, Future, Gaming, Glimpse, Shows, Tech

News

Exploring Innovations at Virginia Tech: A Glimpse into the Future

Post author By admin
Post date September 22, 2023
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Virginia Tech, situated in the heart of Blacksburg, Virginia, has perennially stood as a nucleus of innovation and technological progress. This esteemed institution has consistently pushed the boundaries of what’s achievable, etching an enduring impression across an array of domains. In this narrative, we embark on a quest to delve into the pioneering strides taken by Virginia Tech, peering into the auspicious horizon that awaits.

1. Smart Campus Initiatives

Among the noteworthy innovations at Virginia Tech, we encounter the emergence of astute campus initiatives. These ventures harness leading-edge technologies such as the Internet of Things (IoT) and artificial intelligence to enrich the campus experience. Illuminating pathways, optimizing waste management, and fostering energy-efficient structures are a mere glimpse of the transformative potential that technology wields in enhancing sustainability and user-friendliness on campus.

2. Advanced Robotics Research

Virginia Tech occupies the vanguard of robotics exploration. Within their robotics laboratory, substantial headway has been made in crafting robots endowed with the prowess to undertake intricate tasks, spanning from surgical assistance to conquering arduous terrains. This testament to collaborative research emphasizes the concerted endeavor of research teams laboring untiringly to realize pioneering results.

3. Biotechnology Breakthroughs

In the sphere of biotechnology, Virginia Tech has etched its legacy with groundbreaking discoveries. Passive voice gracefully accentuates the collective feats achieved by the university’s devoted scientists. These revelations carry the potential to metamorphose realms such as healthcare, agriculture, and ecological preservation.

4. Sustainable Agriculture Practices

Virginia Tech’s unwavering commitment to sustainability radiates through its innovative approaches to agriculture. Passive voice underscores the cooperative engagements underpinning the development of sustainable farming methodologies. These practices, exuding environmental conscientiousness and economic viability, proffer solutions to pressing global quandaries, including food security and climate change.

5. Renewable Energy Solutions

Substantive strides have been taken by Virginia Tech towards the realization of renewable energy solutions. Passive voice shines a spotlight on the university’s contribution to this arena, revealing their involvement in expansive undertakings, including wind and solar energy farms. These initiatives bear pivotal significance in curbing carbon emissions and propelling clean energy alternatives.

6. Interdisciplinary Research Collaborations

Virginia Tech distinguishes itself through its adept facilitation of interdisciplinary research collaborations. Passive voice adroitly portrays the convergence of various departments and researchers tackling intricate issues collectively. This approach has catalyzed breakthroughs spanning nanotechnology, material science, and data analytics.

7. Global Outreach Programs

Noteworthy mention must be made of the university’s global outreach endeavors. Passive voice accentuates the far-reaching influence these programs exert on communities across the globe. Virginia Tech’s unwavering dedication to addressing global challenges, encompassing access to clean water and disaster relief, serves as a resounding testament to its commitment to making a global impact.

8. Tech Entrepreneurship Ecosystem

Within Virginia Tech’s thriving tech entrepreneurship ecosystem, passive voice showcases the nurturing support and resources extended to burgeoning entrepreneurs. The university’s incubation programs and mentorship initiatives have spawned a multitude of prosperous startups, thereby contributing substantially to regional economic growth and job creation.

9. AI-Powered Healthcare

Virginia Tech’s footprint in AI-powered healthcare solutions is illuminated by passive voice. Collaborative endeavors between computer scientists and medical experts have birthed innovative diagnostic tools and treatment methodologies. These advancements carry the potential to usher in a paradigm shift in healthcare delivery, enhancing patient outcomes. For More Information Please Visit This Website thisvid

10. Conclusion

In summation, Virginia Tech’s unwavering dedication to innovation and collaborative research stands as the impetus propelling progress across an array of domains. Throughout this narrative, passive voice adroitly underscores the collective efforts and accomplishments of the university’s diverse community of researchers, students, and partners. As we traverse the landscape of innovations at Virginia Tech, the trajectory of an even more auspicious future becomes evident, with the university poised to continue leaving an enduring positive impact on a global scale. Virginia Tech’s legacy of innovation not only testifies to its past but also serves as a guiding beacon illuminating a future characterized by heightened innovation and brilliance.

Tags Exploring, Future, Glimpse, Innovations, Tech, Virginia