Category: 4. Technology

  • Secrets Behind Honda’s Iconic Roadster Revealed

    Secrets Behind Honda’s Iconic Roadster Revealed

    Today, we regard Honda’s S2000 as one of the Japanese automaker’s most revered sports cars. The compact two-door boasts both agility, power and superb handling, making it an instant classic in the automotive world. Not least because of a naturally aspirated 2.0-liter inline-four which seemed to be able to rev for as long as you could keep your right foot planted in the corner.

    Other Trims

    That wailing sound of the four-cylinder, though, nearly never made it to the production line. When Honda lifted the covers of its new concept model at the 1995 Tokyo Auto Show, the car in front of the crowd sported an inline-five. Luckily, the right decisions were made. But here’s a look at the curious backstory of one of the best compact roadsters out there today.

    This article focuses on the SSM concept car, which Honda has showcased since 1995 at various auto shows around the globe, as a way to show the genesis of one of the most popular roadsters in the automotive scene.

    Honda’s SSM Show Stunner: Birth Of The S2000

    Key Facts To Know About The Honda S2000

    • Designed by Daisuke Sawai
    • Produced from 1999 to 2009
    • Sales topped 110,000
    • Highest-ranked model in the JD Power and Associates Vehicle Dependability Study “Premium Sports Car” class for 2004, 2006, and 2008

    The mid-1990s was a period in automotive history bursting with exuberance. With “Y2K” (the year 2000) on everyone’s lips, manufacturers turned their focus to fun cars to drive, something that would reflect the general energy and spark of the era, anticipating the changing of the century. Mercedes and BMW opened the slate with the SLK and Z3, respectively, in 1995, while Audi (TT, 1999) and Porsche (Boxster, 1996) soon followed in their tread marks. Very soon, the performance coupe and roadster would become a new, and popular, segment in the automotive world, lasting for around two decades until the market’s taste faded off.

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    You Won’t Believe What People Are Paying For The Most Hardcore Honda S2000

    Is this the peak or are we just getting started?

    Over in Japan, in the early 1990s, Honda was quietly working on its own open-top roadster project. With the help of Italian design supremos, Pininfarina, a neat roadster was penned down. It very much resembled the later production version of what we would know as the S2000, but with some distinct differences. First was the long, rakish hood. The headlights, positioned low in the nose, also stood out, as did the rather flat panes on the flanks, with minimal accent lines, and the massive diffuser at the rear.

    More curious, though, was the interior. The SSM (Sport Study Model), which made its debut at the 1995 Tokyo Auto Show, had two separate pods for the driver and passenger. Behind their heads sat big hoops, and in front of the driver was a digital binnacle, with a gear-shifter positioned high to his left. Did we mention the concept car also didn’t have any roof, cloth or otherwise, to speak of?

    Inline-5 For The Show Car

    But perhaps the most intriguing aspect for show-goers, back then, was that the sleek roadster was powered by a 2.0-liter inline-5. This was a rather new idea, with the naturally-aspirated engine red-lining at a lofty 8,000 rpm. Another thing to note was that the SSM was engineered with a steel monocoque and the dual cockpits were lined with composite panels to save weight.

    Related

    The Most Iconic Naturally-Aspirated Engines Ever Made

    These 10 engines are some of the best made without the help of forced induction.

    The concept borrowed quite a few items from the bigger NSX sports car of the same era. Like the double wishbone suspension, front and rear, made of lightweight aluminum. It also received the NSX’s F-Matic four-speed auto-box, but now with an extra cog.

    Now, today, an automatic gearbox is nothing to frown upon, as they provide quick and accurate changes. But in the 1990s, the era of sluggish torque converters, this was anathema to the sports car world. Honda did, though, provide a novelty to the ‘box in the shape of a lever behind the steering which, when pulled, would manually change up or down the gears for you.

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    The Most Power-Dense NA Roadster Is Still A Worthy Adversary To A New Mazda Miata

    Looking to buy a 2025 Mazda MX-5 Miata? How about considering a used Honda S2000 instead.

    All in all, the 1995 SSM concept car was already a piece of brilliance. It had a compact, but rather intriguing 2.0-liter inline-5, rear-wheel drive, and a perfect 50-50 weight distribution. The car world couldn’t wait for the real thing.

    The S2000: Honda’s Y2K sports car

    Specifications of the Honda S2000

    Engine

    2.0-liter Naturally Aspirated Inline-4

    Power

    237 hp

    Torque

    162 lb-ft

    0-60 mph

    5.4 seconds

    Top speed

    149 mph

    We had to wait till 1999 for Honda’s new front mid-engined sports car to come to fruition. The cleverly named S2000 – which both referred to the 2,0-liter engine size as the year 2000 – was immediately a crowd favorite and show stunner. Honda’s designer, Daisuke Sawai – the same person behind the SSM – gave more life to the concept’s flat sides and rakish nose. The S2000 lost the big diffuser, the headlights were moved up higher, and the hoops were ditched. Also, it gained a soft top. And yes, the pods were discarded for a normal interior, but with the curved dashboard still driver focused.

    But the most important change occurred under the hood. The odd five-cylinder was switched for a more conventional inline-4. The red line was also notched higher, to a wailing-high 9,000 rpm. And the NSX’s auto box was thrown out, in favor of a six-speed manual. Luckily, the front/rear double wishbone suspension setup was kept as is in the concept model.

    Thanks to the 2.0-liter’s high red-line, the 237-hp two-seater produced an astonishing power-to-engine-size ratio (119 hp per liter) of any mass-produced naturally aspirated car of the time. Features include independent double wishbone suspension, electrically assisted steering and integrated roll hoops.

    Related

    Top 10 Highest-Revving Engines In The Automotive World

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    Lots of accolades for the S2000

    The performance was sublime. The light sports car (2,809 pounds) banged out of corners without resistance, while the engine screamed all the way to the lofty red-line. Gearshifts were quick and slick, and handling was balanced and poised. No wonder the S2000 racked up the accolades, with several magazines ranking it as the best sports car at the time. It also received a Red Dot Design Award in 2001 in the “Best of the Best” category.

    Other Compact Sports Cars To Consider

    Porsche Boxster (986)

    Nearly three decades old, the original Porsche Boxster today still looks fresh and sporty in its timeless design. The air-inlets in front of the rear wheels were a novel touch, as well as the egg-headlights with their bright orange indicators sitting on each corner of the nose. The 2.7-liter flat-six was good enough for the entry models, but the one you’d really like to have is the 3.2-liter flat-six, in the Boxster S. The whirring sound of the boxer-engine was enough to make the smallest Porsche stood out, and the performance and road holding was exceptional. Plus, you’re buying into history, as the Boxster was what saved Porsche when it hit the doldrums in sales in the mid-1990s. The rest, as they say, was history.

    BMW Z4

    The earlier Z3 (1995) was the model which ran in the new segment for compact, affordable sports cars. But dynamically, as well as handling and build quality, the models you should aim for are the Z4’s of the next generation (). Starting in 2003, the car was designed by now-notorious automotive designer Chris Bangle. Known for his penchant for “flame”-designs, the Z4 actually worked excellently (visually) when viewed in low light, when the sun and shadows would play on the sculpted surfaces of his designs. The 2.5-liter models were the pick of the bunch, providing a sweet-sport for performance, handling and price.

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    The Z4 Handschalter Is Now The Best BMW On Sale

    Adding a manual transmission transformed the Z4 Roadster.

    Audi TT RS

    Audi stunned the automotive world with its classic, Bauhaus-styled design for its own stab at the new sports car segment when it unveiled its new TT concept car to the world at the 1995 Frankfurt Auto Show. When the production version came to light, in 1999, it retained much of the concept’s stunning, convex lines, most importantly on the roof, the nose and tail, and the wheel arches. It was an odd but striking design. The car itself was very much build-by-numbers, though. It rode on the Volkswagen Group’s small platform which it shared with the Golf and A3, and used the same 1.8-liter turbocharged inline-4 to drive the front wheels. You had to wait for the next generation’s (2006) specialist model, the racy TT RS, to have some real fun. The TT RS used a new 2.5-liter inline-5 with turbocharging, powering all four wheels, to really make an impact on the sports car scene.

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    This Manual 5-Cylinder Turbocharged Sports Car Is A Superb Used Buy

    You may have forgotten about it, but this little sports car deserves your attention.

    Mercedes-Benz SLK55 AMG

    Just as was the case with the TT RS, one had to wait for the second generation (2003) of Mercedes’ SLK family of roadsters to really find the true sports car in the lineup, the SLK 55 AMG. While the first generation (1995) did have a hot AMG version, this only used a 3.2-liter V6. When the second-gen was introduced, AMG put their big 5.4-liter V8 in the nose, raising performance and engine sound to the max. The SLK has always been scoffed at as being a hairdresser’s car, but in the subsequent AMG models it really had a bulldog at hand.

    Related

    Mercedes-AMG’s Porsche Boxster Rival Was A V8 Bolted To Two Seats

    When Porsche’s Boxster dominated the roadster segment, Mercedes-Benz responded with the SLK55 AMG.

    Conclusion

    With the S2000 being one of the most beloved Honda sports cars in existence, few would know that it nearly had an inline-5 under the nose, with a lower red-line. This would’ve changed the car’s character, as we’ve come to know it today. Luckily, the right decisions were made around the boardroom, and the S2000 burst onto the scene with all its peculiar characteristics we appreciate so much today. Because isn’t that what the automotive world needs today, a special sports car with its own unique character?

    Sources: Honda, Audi, BMW, Porsche

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  • DJI Mic 3 to launch with smaller than expected design modelled on DJI Mic Mini

    DJI Mic 3 to launch with smaller than expected design modelled on DJI Mic Mini

    To that end, the Mic 3 is said to measure just 14 x 28 x 29 mm and weigh 11.7 g. For comparison, the Mic 2 comes in at 22 x 31 x 46 mm and weighs 28 g. In fact, the Mic 3 is only marginally larger than the Mic Mini, which measures 16 x 26 x 27 mm and weighs 10 g.

    Specifications for the Mic 3 remain unknown for now. With that being said, Ellens believes that DJI has effectively updated its existing receiver and charging case to accommodate ‘new standards’. Presumably, full specifications and pricing will emerge before the Mic 3’s July 29 release date.

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  • iOS 26’s Biggest CarPlay Feature Was Quietly Hiding on Apple’s Website

    iOS 26’s Biggest CarPlay Feature Was Quietly Hiding on Apple’s Website

    Apple recently announced that iPhone users will soon be able to watch videos right on the CarPlay screen in supported vehicles.

    This is arguably the biggest new CarPlay feature coming with the iOS 26 update later this year, and yet Apple did not even mention it during its WWDC 2025 keynote last month. Instead, it was buried on Apple’s developer website.

    iPhone users will be able to wirelessly stream videos to the CarPlay screen using AirPlay, according to Apple. For safety reasons, video playback will only be available when the vehicle is parked, to prevent distracted driving. The connected iPhone will be able to detect when the vehicle is in motion and end playback.

    Apple says that automakers need to add support for CarPlay with AirPlay video, so it will likely take some time to roll out. It appears that the AirPlay functionality will be available for both regular CarPlay and the higher-end CarPlay Ultra, but it is unclear if it will be enabled in any existing vehicles, or if it will be limited to new vehicles.

    From the CarPlay page on Apple’s developer website:

    Video in the car

    AirPlay video in the car enables people to watch their favorite videos from iPhone right on their CarPlay display when they aren’t driving. Integrate support for CarPlay with AirPlay video to enable this feature in your car.

    This feature would be especially beneficial in electric vehicles with CarPlay, as it would provide the driver and any passengers with entertainment while they are parked at a charging station. Some electric vehicles already offer this capability natively. Tesla, for example, has long offered a Theater app that can play videos from apps like Netflix, Hulu, YouTube, and Twitch on the dashboard screen, while the vehicle is parked.

    Apple has not shared any further details or images for AirPlay video in the car. Availability of the feature might vary by country based on safety regulations.

    There were already some unapproved ways to watch videos through CarPlay, with various jailbreak tweaks and TestFlight beta apps promising to unlock such functionality. Now, it is something that Apple will officially allow.

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  • Redmi K90 Pro tipped to have Xiaomi 16-level rear cameras without the Leica logo

    Redmi K90 Pro tipped to have Xiaomi 16-level rear cameras without the Leica logo

    The K80 Pro. (Image source: Redmi)

    The Redmi K90 Pro is now rumored to launch at around the same time as its maker Xiaomi prepares to part ways with its current high-end camera partner, Leica. That might work out well for the putative high-end Android smartphone, as it might be able to benefit from the technology developed as a result of the collaboration without an effect on its price.

    The Redmi K80 Pro is an Android smartphone that launched with the same top-end Snapdragon 8 Elite SoC as the Xiaomi 15 Pro in 2024, albeit without the same reputation for class-leading rear camera hardware.

    It arises from a trend among manufacturers to collaborate with iconic photography brands: for example, Vivo competes with Xiaomi by maintaining a relationship with Zeiss in its X200 series.

    That paradigm might be coming to an end in 2025, though, with reports that OnePlus’ agreement with Hasselblad is to come to an end by the launch of the flagship 15.

    A subsequent rumor now suggests that other smartphone makers will quickly follow suit, which can be interpreted to suggest that the 16 and 16 Pro might be the first Xiaomi flagship smartphones to debut without the right to use the iconic Leica logo since the 12 series. 

    It could also be taken to mean that Xiaomi’s sub-brand Redmi could incorporate the tuning developed over the years of the partnership into the K90 Pro without going through the process of formally turning it into a ‘Leica smartphone’, estimated to involve a cost of up to $5 per unit shipped.

    That could also be good news for any successor to the Redmi K80 Ultra, a device that now technically leads the field in other areas such as haptics and audio through internal hardware upgrades.

    In the meantime, the Xiaomi 16 Ultra is still projected to launch with a Leica-branded camera hump, although it might differ from that of its class-leading predecessor in other ways.

    The Poco F7 Ultra: now available on Amazon

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  • Former Arkane Studios Founder Calls Game Pass “Unsustainable”

    Former Arkane Studios Founder Calls Game Pass “Unsustainable”

    With all the backlash towards Microsoft this week, former Arkane Studios founder Raphael Colantonio has called out Game Pass as the “elephant in the room.”

    Branding it an “unsustainable model that has been increasingly damaging the industry for a decade, subsidized by Microsoft’s ‘infinite money’,” Colantonio believes that at some point “reality has to hit.” “I don’t think Game Pass can co-exist with other models, they’ll either kill everyone else or give up.”

    Responding to Michael Douse, director of publishing on Baldur’s Gate 3, who said the “infinite money thing never made any sense,” Colantonio said, “I agree, and I’m fed up with all the BS they fed us at first like ‘Don’t worry, it doesn’t impact the sales’, only to admit years later that it totally does. ‘No s*** it does! Really?’”

    Douse did highlight how it could help provide recognition for “smaller teams with new or riskier IPs,” but preferred Sony’s “lifecycle management strategy.” Colantonio responded, “The only way Game Pass can co-exist without hurting everyone is for the back catalogue.”

    While Game Pass started with much fanfare, its subscription numbers have slowed over the years. Despite this, PC Game Pass subscriptions still grew by over 30 percent in the second quarter of fiscal year 2025. Furthermore, developers like Rebellion have noted the service’s role in making its new title Atomfall a success. Pocketpair even highlighted how it’s “very worth” having your title on Game Pass after the success of Clair Obscur: Expedition 33.

    Of course, whether the shoe will drop and developers aren’t offered as lucrative deals to bring their titles to Game Pass remains to be seen. For the time being, Microsoft shows no signs of stopping its own titles from launching on day one for the service. However, Phil Spencer said the company doesn’t want it to replace the practice of owning games. Head here for more details.



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  • New memristor-based system from China boosts AI data sorting efficiency

    New memristor-based system from China boosts AI data sorting efficiency

    In a bid to overcome shortcomings in scientific computing, Chinese scientists have unveiled a new approach to sorting data that promises both higher speed and lower energy consumption. The system combines memristors—electronic components that mimic the memory function of the human brain—with an advanced sorting algorithm to process large amounts of information more efficiently. 

    Researchers say this method could help overcome performance bottlenecks in not just computing but also artificial intelligence (AI), and hardware design, where rapidly organizing and analyzing vast datasets is essential. Beyond AI, potential applications for this technology include smart traffic systems that analyze images in real time and financial services that require quick risk assessments.

    Prototype shows memristor sorting boosts route finding and neural inference

    To demonstrate the potential of their technology, scientists from Peking University and the Chinese Institute for Brain Research created a hardware sorting prototype based on memristors. The system successfully handled tasks like route finding and neural network inference, delivering faster performance and lower energy consumption compared to traditional sorting methods, the South China Morning Post reported.

    Overall, the system achieved a 7.7-fold increase in throughput and improved energy efficiency by more than 160 times compared to conventional sorting methods. It also boosted area efficiency by over 32 times, marking a significant step towards integrating storage and computing for broader, general-purpose applications.

    In a paper published in Nature Electronics last month, the team explained that sorting remains a major performance limitation across applications ranging from artificial intelligence and databases to web search and scientific computing.

    Traditional computing systems rely on the Von Neumann architecture, which separates data storage and processing functions, typically using a central processing unit (CPU) to handle calculations.

    New insights into memristors show potential to revolutionize computing

    According to the researchers of the latest study, the conventional system has led to the Von Neumann bottleneck, which limits the speed of data transfer between memory and processing units. They explained that while sort-in-memory approaches using memristors could help overcome these limitations, current systems still depend on comparison operations, keeping sorting performance constrained.

    Unlike ordinary resistors, which simply reduce the flow of electricity in a circuit, memristors have the unique ability to remember how much electrical charge has passed through them. This memory function allows memristors to adjust their resistance based on previous activity, enabling them to act as both storage and processing components. 

    By combining these functions, memristors could eliminate the need to transfer data between separate memory and processing units, potentially leading to faster and more energy-efficient computing systems.

    The scientific team aimed to simplify sorting by removing the need for comparison units. Traditional hardware sorting relies on CPUs, GPUs, or specialised chips that compare numbers step by step using sorting algorithms. Instead, the new method uses memristors to perform iterative search-based sorting, finding minimum or maximum values without directly comparing each pair, which in turn saves both time and energy.

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  • NVIDIA's flagship GeForce RTX 5090 is over 25% slower without full PCIe bandwidth – TweakTown

    1. NVIDIA’s flagship GeForce RTX 5090 is over 25% slower without full PCIe bandwidth  TweakTown
    2. PCIe Bottlenecks Slash NVIDIA GeForce RTX 5090 Content Creation Performance by 25%  TechPowerUp
    3. Lack of PCIe bandwidth can nerf RTX 5090 by up to 25% in content creation workloads — Puget data confirms performance hit when using older generations and fewer lanes  Tom’s Hardware
    4. NVIDIA RTX 5090 Loses Over 25% Performance Without Full PCIe Bandwidth, With Noticeable Losses in Rendering Workloads  Wccftech

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  • No connection: How Android updates can turn into a health hazard

    No connection: How Android updates can turn into a health hazard

    An update to Android 16 can cause issues with some glucose monitors (Image source: Abott)

    Connection issues with Bluetooth devices or missing notifications are often just minor inconveniences. However, these can also lead to serious health problems for certain users, such as diabetics who are using a blood sugar monitor.

    A new Android version usually brings more or less significant visual changes to smartphones. Sometimes, and this isn’t necessarily a bad thing, there are various less noticeable changes deep within the operating system that users typically don’t notice. For a considerable number of users, smartphones aren’t just communication and entertainment devices, but also a hub for medical devices. Specifically, we’re talking about continuous glucose monitors (CGMs), particularly Abbott’s FreeStyle series, including the FreeStyle Libre 3 and Libre 3 Plus. After the recent release of Android 16, there’s new uncertainty as users report several issues. Abbott itself states that its smartphone app is not yet compatible with Android 16, at least officially.

    This warning doesn’t seem to be baseless or overly cautious. There are various user reports of problems, but also some positive feedback. For instance, one user reports that since the update, the app on their Google Pixel 7 has been using a lot of battery and drastically decreased the phone’s standby time. Additionally, there are reports of connection drops that couldn’t be resolved by reinstalling the app. One user mentions connection drops and sensor shutdowns, which can also turn into a financial issue. Similar reports exist for Dexcom products, such as insulin pumps that can be paired with said blood sugar monitors. Interrupted connections, especially to glucose sensors, can potentially pose a health hazard if an unnoticed drop in blood sugar levels occurs. We reported on a similar issue back in 2023.

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  • Arkham Knight sequel release window being roasted by fans already

    Rocksteady Studios has some making up to do.

    Suicide Squad: Kill The Justice League was, as we’re all well aware, an abysmal flop.

    Why Rocksteady or Warner Bros. thought it was a good idea to pivot to live-service, I do not know.

    Anyway, that’s exactly what it did and Suicide Squad was dead on arrival.

    Its final content update landed in January of this year and honestly, I’m surprised it was supported for that long.

    The good news is that it confirmed that the Suicide Squad didn’t actually kill Batman; they killed a clone.

    That means that Rocksteady can make a new single-player Batman title set within its Arkham universe, and it appears that that’s exactly what the studio is doing.

    Rumours suggest that the game may be inspired by Batman Beyond, although details are understandably thin on the ground at this moment in time.

    You may recall that a Batman Beyond inspired game was actually the plan prior to the creation of Suicide Squad, with leaked concept having previously surfaced online.

    Could Rocksteady be visiting the idea?

    Of course, fans are happy to hear the studio is on the path to being back on track, although I think it’s far too soon to say all is forgiven.

    That being said, they’re also not thrilled about the inevitable long wait that lies ahead, taking Reddit to roast the entire situation.

    “Ok. See you in nine more years,” wrote Game2Late.

    “Should have been doing that 10 years ago,” added gknight702.

    “I’ll borrow a copy of the game from my grandchildren,” said UsernameError402.

    Others were much more critical, suggesting they’d lost faith in the studio completely.

    Personally, I think Rocksteady could make a stellar comeback if it’s left to do what it does best.

    It’s true though. A new Batman title is going to take many years to develop so that’s something we all better come to terms with.

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  • GALAX GeForce RTX 5090 D Sets Insane World Records With 3650 MHz GPU Overclock & 36 Gbps GDDR7 Speeds

    GALAX GeForce RTX 5090 D Sets Insane World Records With 3650 MHz GPU Overclock & 36 Gbps GDDR7 Speeds

    GALAX’s GeForce RTX 5090 D has set a new overclocking record, obtaining new world records in 3DMark Port Royal, Unigine Superposition & GPUPI with a clock speed of 3650 MHz.

    Team OGS Overclocks The GALAX GeForce RTX 5090 D To 3650 MHz, Sets New 3DMark Port Royal World Record

    Team OGS has been known for setting world records, and this time, they have managed to set new ones with the NVIDIA GeForce RTX 5090 D, particularly from GALAX.

    For this overclocking session, Team OGS used the GALAX GeForce RTX 5090 D XOC GPU, an Intel Core i9-14900KF CPU, and the ASUS ROG Maximus Z790 APEX Encore motherboard. Stavros of Team OGS gave us some more insight on the overclocking setup and according to him, they were running an XOC BIOS which has a maximum power limit of up to 2000W. The GALAX RTX 5090 D HOF XOC features two 12V-2×6 connectors which can deliver up to 600W of power per connector. That goes up to 1200W so there is a lot of headroom left within the BIOS.

    As for the results, the GALAX GeForce RTX 5090 D was overclocked beyond 3.6 GHz in one benchmark, and over 3.5 GHz in two benchmarks. The maximum clock speed was 3650 MHz which was obtained in the GPUPI benchmark which completed in 39.434 seconds (32B Score).

    Even the memory was clocked to 36 Gbps, a 28.5% increase over the stock 28 Gbps pin speeds of the GDDR7 memory used on the RTX 5090. For reference, the stock GeForce RTX 5090 / D produces up to 1.792 TB/s bandwidth while the overclocked specs would produce up to 2.304 TB/s bandwidth. So to round up the benchmark records:

    We are glad to see overclocking teams such as OGS continue to push the boundaries of GPUs. And what’s interesting is that we have only seen the 5090 D being pushed this hard so we can expect even better OC results when these BIOS and PCBs are available with standard GeForce RTX 5090 GPUs.

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