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Best GPU for Fortnite 240Hz

For one of the highest refresh rates you need some power behind it so what GPU do you need?

Fortnite is now an older game but that doesn’t mean it’s not a popular choice of game. So there is still plenty of gamers out there that are trying to play it. So what is the best GPU for Fortnite 240Hz?

When it comes to running the game, the recommended system requirements only ask for a GTX 960 or an R9 280. Whilst the minimum only asks for an intel HD 4000, or Vega 8, it’s not a hard game to run at a minimum.

However, for anything more you need some power behind it. So for the epic quality, preset specs require an RTX 3070 or RX 6700 XT. And running it at high frame rates also requires plenty of power behind it like the epic settings so what is the best pick?

Best GPU for Fortnite 240Hz

For absolute top-of-the-line performance then your best bet is the RTX 4090. The top spot of any graphics card, it has all the power across the board. Not only for framerates but also for resolutions.

As the initial launch for the RTX 4000 series, it brings new architecture to the world. And all the raw power holds nothing back. meaning no compromises between quality and performance. So you can easily run a 240 Hz display while it still looks good.

You can expect to reach the 200 mark even at the highest settings and that’s with the most powerful card. So it is the best card to dial in for that refresh rate.

ASUS ROG Strix RTX 4090 OC

Core Clock Speed

2,640 MHz boost

CUDA Cores

16,384

Memory Size

24GB GDDR6X

Dimensions

357.6 x 149.3 x 70.1mm

PSU Required

1000W

TDP

450W

Best budget GPU for Fortnite 240Hz

Now for something more affordable, it’s best to look at the previous generation. And in that department, the best budget GPU is the RX 6950 XT.

The top end of the AMDs lineup for that is now on the discount pile as the new RDNA 3 cards come out. So it can be a better time to get one. And although epic settings might not be on the table for high framerates there’s certainly plenty of power there already.

MSI Radeon RX 6950 XT GAMING X TRIO

Core Clock Speed

1,925MHz base, 2,454MHz boost, 2,244 game

Stream Processors

5,120

Memory Size

16GB GDDR6

Dimensions

325 x 140 x 55 mm

PSU Required

850W

Best GPU for Fortnite 240Hz FAQs

What is the best GPU for Fortnite 240Hz?

Now running high framerates requires some serious firepower. Especially in an Esports game that has varied quality and performance possibilities. So the best GPU for Fortnite 240Hz is the ASUS ROG Strix RTX 4090 OC or even the MSI Radeon RX 6950 XT GAMING X TRIO. These offer top-end performance to get the most out of the game. Especially to get the highest framerates to match the 240Hz refresh rate.

What GPU do you need to run Fortnite?

For the minimum requirements, you need a GPU with 2GB of VRAM at least and that supports DirectX11. The offered-up GPUs in this range are the GTX 960 and R9 280. Whilst for the epic quality presets, you want 4GB or higher. Equating to a GTX 1080 or RX 5700 XT or equivalent.

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How To Get Fortnite For Android On Samsung Devices.

If you own one of the following Samsung devices, S7/Edge, S8/+, S9/+, Note 8, Note 9, Tab S3, and Tab S4, you can now download and play Fortnite. Unfortunately, as Epic Games has decided to bypass the Play Store you’ll need to follow a different path to install the game, so follow along as we show you how to install Fortnite on your Samsung device.

How to Play PUBG Mobile With a Controller.

As the rumors suggested Epic Games has decided to completely skip the Google Play Store for the release of Fortnite on Android. The simple reason for this was to avoid Google’s 30% cut of profits, which is a valid point on Epics part. Sadly though this has made the installation process a little more complicated for end users, though the process isn’t as hard as you may think. So without further adieu let’s begin.

How Do You Install Fortnite on Android? Easy!

To begin, the first thing you need to do is head on over to the Fortnite website using your Samsung device: chúng tôi Once you get to the main page tap the Samsung button and you will be redirected to the Fortnite section of the Galaxy App Store.

Once you are there, simply tap the Install button to download the installation files.

I would suggest making sure you do this on a WiFi connection as the game is quite large and will devastate your mobile data plan. In total the main game is a little over 1gb. When the file finishes downloading it should automatically launch the installer. When it does, tap the Install button and Fortnite for Android will begin downloading. (Remember to use WiFi if you don’t have an unlimited mobile data plan)

During the process you will have to accept a variety of different permissions, including storage, if you fail to accept any requests, you won’t be able to download Fortnite. When it finishes tap Launch. If you are feeling lonely because none of your friends own a Samsung device, they can sign up for the Fortnite Android Beta using the link below. 

Alternatively, if they don’t want to wait for the official Fortnite Beta invite, they can get access now using the methods shown in our Fortnite Non-Samsung Device Installation guide.

All of the Currently Compatible Fortnite Android Beta Devices.

Samsung Galaxy: S7 / S7 Edge, S8 / S8+, S9 / S9+, Note 8, Note 9, Tab S3, Tab S4 Google: Pixel / Pixel XL, Pixel 2 / Pixel 2 XL, Asus: ROG Phone, Zenfone 4 Pro, 5Z, V Essential: PH-1 Huawei: Honor 10, Honor Play, Mate 10 / Pro, Mate RS, Nova 3, P20 / Pro, V10 LG: G5, G6, G7 ThinQ, V20, V30 / V30+ Nokia: 8 OnePlus: 5 / 5T, 6 Razer: Phone Xiaomi: Blackshark, Mi 5 / 5S / 5S Plus, 6 / 6 Plus, Mi 8 / 8 Explorer / 8SE, Mi Mix, Mi Mix 2, Mi Mix 2S, Mi Note 2 ZTE: Axon 7 / 7s, Axon M, Nubia / Z17 / Z17s, Nubia Z11

How To Fix Gpu Memory Leak Issues For Windows Games

How to Fix GPU Memory Leak Issues for Windows Games GPU memory leaks are connected to the graphics card VRAM memory

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You might need to fix these errors, such as the Out of video memory issue, by adjusting the paging filing settings.

Lowering certain graphical settings for games can ease GPU memory spike issues.

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INSTALL BY CLICKING THE DOWNLOAD FILE

Try Outbyte Driver Updater to resolve driver issues entirely:

This software will simplify the process by both searching and updating your drivers to prevent various malfunctions and enhance your PC stability. Check all your drivers now in 3 easy steps:

Download Outbyte Driver Updater.

Launch it on your PC to find all the problematic drivers.

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Memory leak issues are not entirely uncommon on Windows PCs. When there’s a memory leak, software packages utilize excessive memory. Different types of memory leaks can arise for standard system RAM and graphics cards’ VRAM. Such leaks can have a notable impact on PC performance.

What’s VRAM? What are GPU memory leaks?

A GPU memory leak is one that more specifically pertains to graphics cards’ VRAM. Such leaks typically arise because games and other graphics-intensive software don’t correctly release memory. Consequently, VRAM utilization can reach up to, and even eclipse, 100 percent for affected programs.

Such GPU memory leaks most commonly arise for Windows games, which are the most graphics-intensive software. When games utilize almost all available VRAM, notable frame rate drops can occur. Such frame rate drops result in stuttering and slow gameplay.

In the worst cases, GPU memory leaks can crash games. For example, the Out of video memory error is a widely reported one for games. When that issue arises, games crash when starting; and the error message shown directly below pops up.

Such issues will more commonly arise on PCs equipped with lower-specification graphics cards. The less VRAM a graphics card has, the more likely games will outstrip available VRAM when GPU leaks occur. Therefore, lowering graphical settings can often reduce the impact of GPU memory leaks.

Expert tip:

How can I fix GPU memory leaks in Windows? 1. Reduce in-game graphical settings

This resolution is primarily for fixing GPU memory leaks that don’t crash games. When a game doesn’t start up because of a VRAM issue, try adjusting graphical settings outside it as outlined in the next resolution.

2. Reduce your graphics card’s graphical settings NVIDIA AMD 3. Run Steam games on DirectX 12

You can also adjust in-game DirectX settings for many games. If you don’t need to fix GPU memory leaks for Steam games, try selecting DirectX 12 via in-game graphical options.

4. Increase virtual memory allocation

However, the Update Driver utility isn’t always entirely reliable for updating drivers. So, it might also be worth running a scan with a third-party driver updater utility.

This driver updater software will better identify if your graphics card has an outdated driver and enable you to update it.

Ensure your system performs smoothly and avoids all GPU driver errors by using a complete driver update assistant, namely Outbyte Driver Updater, that will do the job for you. Here’s how to safely update your drivers:

Download and install the Outbyte Driver Updater app.

Launch the software and wait for the app to detect all incompatible drivers.

Now, it will show you a list of all faulty drivers to select the ones to Update or Ignore.

Restart your PC to ensure the applied changes.

OutByte

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6. Clean-boot Windows

If your graphics card has only a small amount of VRAM, it might be a good idea to get a new graphics card. GPU memory leaks aren’t necessarily hardware issues, but a graphics card will less likely run out of VRAM for games when it has more of it. However, give the resolutions above a try first.

The potential resolutions above might make games’ GPU memory leaks arise for somewhat more playable. To resolve standard system RAM leaks for software, check out our Memory leaks in Windows 10 guide.

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Some driver-related issues can be solved faster by using a tailored driver solution. If you’re still having problems with your drivers, simply install OutByte Driver Updater and get it up and running immediately. Thus, let it update all drivers and fix other PC issues in no time!

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Gigabyte M27Q X Review: Lush Color In A 240Hz Monitor

Pros

Massive color gamut and great color accuracy 

Excellent motion clarity at 240Hz 

Value pricing for a 1440p 240Hz monitor 

Cons

Unimpressive build quality 

Stand only adjusts for height and tilt 

KVM feature is not impressive 

Our Verdict

Gigabyte’s M27Q X doesn’t look like much out of the box, but this 1440p/240Hz IPS panel delivers a superb gaming experience where it counts, with excellent motion clarity and stunning image quality.

There’s plenty of 27-inch gaming monitors to choose from, but one category remains slim: 27-inch displays with 1440p resolution and a 240Hz refresh rate. While roughly a dozen are now available, most are costly. The Gigabyte M27Q X tries to bring 1440p and 240Hz to a more palatable price. 

Note: This review is part of our ongoing roundup of the best gaming monitors. Go there to learn more about competing products, what to look for in a gaming monitor, and buying recommendations.

Gigabyte M27Q X: The specs 

Resolution and refresh rate are the headline features here, but a few others stand out. The monitor uses AMD FreeSync Premium Pro for adaptive sync and is not officially G-Sync compatible (though it did work with G-Sync in my testing). The monitor also supports HDR and is VESA DisplayHDR 400 certified.  

Display size: 27-inch 

Native resolution: 2560×1440 

Panel type: IPS edge-lit LED backlight 

Refresh rate: 240Hz 

Adaptive sync: AMD FreeSync Premium Pro 

Ports: 2x HDMI 2.0, 1x DisplayPort 1.4, 1x USB-C with DisplayPort Alternate Mode and Power Delivery up to 18 watts, 2x USB-A, 1x headphone 

Stand adjustment: Height, tilt 

VESA mount: Yes 

Speakers: 2-watt stereo speakers 

HDR: VESA DisplayHDR 400 

Price: $499.99 

Carrying an MSRP of $499.99, and generally priced at or near its that price online, the Gigabyte M27Q X is not exactly affordable, but a good value for its feature set. Acer’s Nitro ED271U and Optix MAG274QRX are in the same price range, but premium alternatives like the Alienware AW2721D and Asus ROG Swift PG279QM are several hundred dollars more expensive.  

Gigabyte M27Q X: Design

The M27Q X’s build quality falls firmly in budget territory. It has a simple, matte black plastic shell that seems thinner and more flexible than alternatives from Dell and BenQ, though it’s about on par with LG Ultragear monitors.  

It’s not much to look at, either. The M27Q X doesn’t go for a bold gamer look, yet also doesn’t pass as a ho-hum home office monitor. Display bezels are of modest size on the top and sides, while the bottom has a small plastic chin. Around back the monitor is plain, with just a hint of plastic etching to set it apart.  

The lack of swivel could more disappointing than the inability to rotate the screen 90 degrees, depending on your work habits.

Matt Smith / Foundry

The stand adjusts for height and tilt but doesn’t swivel and can’t pivot 90 degrees for use in portrait orientation. This is unusual for a 27-inch monitor that retails around $500, as most in that price range (and even lower) offer these features. A 100x100mm VESA mount is available for attaching a third-party monitor arm or stand with greater flexibility.  

Gigabyte M27Q X: Features and menu

A buffet of image-quality options are packed in the Gigabyte M27Q X’s menus. These include precise gamma presets, several color temperature modes, and a dedicated sRGB mode, plus multiple gaming-centric options such as a black equalizer. The monitor’s numerous image-quality options will be useful to content creators who want to calibrate the display. 

Accessing the options is a chore because of Gigabyte’s deep and confusing menu structure. Options are often several layers deeper than they need to be and some features have names that aren’t obvious. For example, I know Smart OD means “Smart Overdrive” and references pixel response times, but I’m guessing most users will be puzzled as to what this setting does and why it’s on by default.  

Gigabyte’s marketing for this monitor emphasizes its “KVM” button. It’s a button that flips between input over USB-C or an upstream USB 3.0 port. It’s handy, though held back by the USB-C port’s meager 18 watts of Power Delivery and the slim number of available USB ports overall. This is no substitute for a more feature-rich USB-C hub monitor. 

A pair of 2-watt speakers are included in the Gigabyte M27Q X and provide acceptable sound quality. External speakers remain a big improvement, but you can rely on the built-in speakers in a pinch.  

Navigating the M27Q X’s menus can be confusing.

Matt Smith / Foundry

Gigabyte M27Q X: SDR performance

The Gigabyte M27Q X is not an attractive or feature-rich monitor for the price, but what it lacks in design it makes up for in image quality. This is a rich and vivid monitor. 

SDR brightness comes in at 461 nits, which is certainly towards the high end of what can be expected from a monitor in SDR mode. The extremely high brightness, combined with the matte display coating, means you’ll have no trouble using the M27Q X even opposite a sunlit window. In most rooms you’ll need to turn down brightness significantly—unless you enjoy roasting your retinas. 

Matt Smith / Foundry

The contrast ratio came in at 1140:1. This is not an ideal result when compared to an OLED or Mini-LED display but, as evident on the graph, it’s good compared to most IPS panel gaming monitors. However, the M27Q X leans heavily on brightness to hit this ratio, and does not achieve black levels notably deeper than other standard IPS monitors.  

Matt Smith / Foundry

Color gamut is exceptional. There’s full sRGB coverage here, plus 96 percent of DCI-P3 and 98 percent of AdobeRGB. The Gigabyte M27Q X beats all 27-inch displays I’ve tested that are in the gaming monitor category, including the older Alienware AW2721D, which I already thought impressive. This is an area where the M27Q X punches way above its price.  

Matt Smith / Foundry

There’s more good news with color accuracy, which is wonderfully strong straight out of the box. The Gigabyte M27Q X isn’t just superb for a gaming monitor, it’s great for any monitor in any category, period.  

Great color accuracy, combined with the extremely broad color gamut, gives the M27Q X a vivid, lush, oversaturated vibe.  

Matt Smith / Foundry

This is not applicable in most games, as most rely on the more limited sRGB color gamut, but players may prefer how the M27Q X looks. It’s an eye-catching display and especially stands out in colorful, punchy titles such as Valorant or Final Fantasy XIV.  

This is also a good monitor for content creators. The Gigabyte M27Q X has a wider color gamut and better out-of-box color accuracy than Asus’ ProArt PA249CV, a comparable professional display.  

mentioned in this article

Asus ProArt PA279CV

Best Prices Today:

However, the Asus ProArt PA249CV is a 4K display, while the M27Q X is only a 1440p monitor. This is a problem for those working with 4K video or other high-resolution content. It lacks the resolution and sharpness some will desire. It’s less of a problem in games, where the monitor’s pixel density is high enough to make games with halfway decent anti-aliasing look sharp.  

Gigabyte M27Q X: HDR performance

The Gigabyte M27Q X is already a bright display in SDR, but turning on HDR kicks up brightness to a brilliant 518 nits. This is an extremely high brightness for a gaming monitor and it does add some drama to HDR games.  

That’s where the good news ends. The M27Q X lacks the contrast needed to make HDR games stand out and doesn’t have dynamic backlight. Dark scenes with bright objects can appear hazy because the monitor must ramp up the entire display’s brightness to illuminate even small objects.  

Bottom line: Don’t buy the M27Q X for the HDR experience. It’s better than not having HDR at all—but only a bit.  

Gigabyte M27Q X: Motion clarity

I thought my Gigabyte M27Q X sample might be defective when I fired up my first game. Quick camera movement caused obvious, bright halos around any high-contrast objects, and busy textures looked like they were passed through a sharpening filtering.  

The problem? Gigabyte ships the M27Q X with the Smart OD (Overdrive) feature turned on. This amps up pixel response times, which can reduce blur, but causes a problem called overshoot. Overshoot happens when pixel response is too aggressive and flies past the intended color.  

Luckily, the problem is easy to fix. Just turn off Smart OD. Once off, you can enjoy the full benefits of a fast IPS panel with a 240Hz refresh rate. Motion clarity is strong, with good detail in fast-moving objects, and the 240Hz refresh rate is butter-smooth if your video card is quick enough to handle games at 240 frames per second (or something close to it). 

The Gigabyte M27Q X officially supports AMD FreeSync Premium Pro. It’s not G-Sync certified, but it did work with G-Sync via my Nvidia GTX 1080 Ti graphics card, with no noticeable issues.  

Gigabyte M27Q X: Final thoughts

Gigabyte’s M27Q X is a great 1440p gaming monitor. Although expensive for a 27-inch monitor, it’s among the least expensive 1440p/240Hz options available right now. The fact that it delivers bright, vivid image quality only sweetens the deal.  

The M27Q X is held back by an unimpressive design, a sub-par stand, and confusing menus. But most gamers buy gaming monitors to, well, game—and that’s where this monitor excels.  

Nvidia Will Buy Arm For Up To $40 Billion, Combining Smartphone, Gpu Powerhouses

Nvidia agreed to purchase Arm for up to $40 billion in cash and stock, the companies said Sunday night. This mammoth deal in the chip industry is expected to bolster AI and GPU powerhouse Nvidia’s chip portfolio, even as it’s sure to attract antitrust attention in the smartphone market.

The deal has been approved by the boards of all three companies—Arm, Nvidia and Softbank—though it’s subject to regulatory approval in China, the United Kingdom, the European Union and the United States.

“AI is the most powerful technology force of our time and has launched a new wave of computing,” said Jensen Huang, founder and chief executive of Nvidia, in a statement. “In the years ahead, trillions of computers running AI will create a new internet-of-things that is thousands of times larger than today’s internet-of-people. Our combination will create a company fabulously positioned for the age of AI.”

Arm plus Nvidia equals AI?

Nvidia, which sees itself as an AI company as much or more than a leading supplier of GPUs to the PC industry, said the combination of the two companies will accelerate the transition of artificial intelligence to the edge, where Arm-powered CPUs and sensors will navigate, control, and otherwise accelerate the flow of data among smart devices. Adding Arm will also allow Nvidia to push the Arm architecture further into the data center, Huang said in a later conference call with analysts.

Essentially, Huang said, Nvidia plans to make its own technology available to the millions of developers who are already engaging with ARM. “The first obvious thing to make available through ARM’s vast network is our GPU and our accelerated computing architecture,” Huang said. “Our AI computing is a world class, and the processor, the algorithms, the compiler, the applications for  the world’s industries, could be incredibly valuable. So those would be very obvious places to start.”

Can Arm remain neutral under Nvidia?

But the traditional roles of both companies are what makes the deal so potent. The transaction combines two of the leading names in the chip business: Nvidia, which dominates the standalone GPU business, and Arm, which designs the processors in virtually every smartphone on the market. Nvidia’s chips powered 80 percent of the standalone PC graphics card market in the second quarter of 2023, according to Jon Peddie Research.  Arm licenses its designs to companies like Apple, Samsung, and Qualcomm, which create their own derivatives based on Arm’s original designs. According to Nvidia, Arm has shipped 180 billion chips to date via its licensees.

It’s this aspect which will likely raise antitrust protests from other chip companies, including Apple and Qualcomm, as it will give Nvidia dominant market positions in two arguably unrelated chip industries. 

Analysts: What the deal means

Analysts said that the Nvidia-Arm deal will have profound implications both in the short term but for years to come.

“This is one of the most impactful acquisitions to occur in the semiconductor industry for a very long time,” said Bob O’Donnell,  president, founder and chief analyst at TECHnalysis Research. “Most of the impact will take a while for most people to notice, but it’s likely going to have an immediate impact on the strategic thinking of big players like Apple and Qualcomm. If, as they suggest, Nvidia maintains Arm as a separate entity that will certainly help, but Apple is likely having some serious conversations right now about their planned transition to Arm-based CPUs.”

“From an Nvidia perspective, it’s a fantastic strategy because it positions them very strongly in a number of areas and finally gives them the CPU IP that they’ve wanted for so long,” O’Donnell added.

“Softbank investment has enabled Arm’s thrusts in the datacenter, automotive, IoT and NPU markets,” Moorhead added. “I believe the Nvidia adder can only make it stronger as long as it sticks with its commitment to let Arm do what they do best, which is creating and licensing IP in a globally-neutral way which it is committing.”

Nvidia also said that it will invest in a state-of-the-art, Arm-powered AI supercomputer, training facilities for developers, and a startup incubator, all at Arm’s Cambridge headquarters. It will contain Arm CPUs, Nvidia GPUs, and data-processing units from its Mellanox subsidiary, it said. 

Updated at 11:58 PM with additional details from Huang’s call with analysts.

Apple Is Developing Its Own Gpu Chips

In a bombshell press release issued Monday, UK chip designer Imagination Technologies said Apple told it that it would end a fruitful deal to use Imagination’s blueprints for customized graphics cores in its own A-series chips powering iPhone, iPad, iPod touch, Apple Watch and Apple TV devices.

Apparently, the Cupertino company is now looking to create independent GPU designs that could be ready in about two year’s time. Shares of Imagination immediately plunged over 70 percent to their lowest level since the financial crisis in 2009, wiping over $625 million off the company’s market value.

Apple is Imagination’s biggest customer: more than half of the UK company’s revenues come from Apple, as per The Financial Times. Imagination says Apple’s “asserted that it has been working on a separate, independent graphics design in order to control its products and will be reducing its future reliance on Imagination’s technology.”

In other words, Imagination will not be eligible for future royalty payments under the current license and royalty agreement. “There are no parties with whom the Group has contractual or other arrangements which are essential to the business of the Group except the contract with Apple Inc,” according to Imagination’s 2024 annual report.

Surprisingly, Imagination claims Apple cannot develop bespoke mobile GPUs from scratch without violating its patents, intellectual property and confidential information. The company believe it would be “extremely challenging” to design a brand new GPU architecture from basics without infringing its intellectual property rights.

Accordingly, Imagination does not accept Apple’s assertions.

The wording of Imagination’s statement suggests Apple’s decision to ditch their technology took them by surprise, indicating that the breakup between the two companies is poised to get messy.

Since 2008, Apple’s been using customized versions of Imagination’s PowerVR designs under a licensing agreement. Imagination’s solutions power GPU cores in Apple’s A-series chips found inside iPhone, iPad, iPod touch, Apple Watch and Apple TV devices which are sold to hundreds of millions of people around the world, paying the UK company an estimated $75+ million per year in licensing fees.

Apple currently owns 8.48 percent of Imagination shares and is its third-largest shareholder. It’s unclear whether or not Apple will seek to sell their shareholding in light of today’s development.

To replace lost Apple revenues, Imagination will need many design wins at other vendors. However, that would “take time and any near term beat from the Apple supercycle over the next twelve months will be overshadowed by this looming overhang,” Neil Campling, analyst at Northern Trust, told City A.M.

“And, if Apple believes there is essentially a work around made possible, then other smartphone designers will be evaluating the same,” Campaign added. Apple was reportedly interested in acquiring Imagination but ultimately decided against it.

Instead, it’s hired key talent away from the Hertfordshire-based company, including former COO John Metcalfe, Imagination’s 20-year veteran. Metcalfe has been working as a senior director at Apple since last July, his LinkedIn profile shows.

In October 2024, Apple hired Imagination’s VP of Hardware Engineering to be a director based in the United Kingdom. More than two-dozen engineers and managers have quit Imagination and gone on to work at Apple over the past two years.

In addition to developing mobile GPUs that companies like Apple and others license for use in their own system-on-a-chip designs, the UK company is behind Pure digital radios and also creates and licenses processor designs for video processing and communications.

Imagination was founded in 1985 and employs about 1,700 people, as per its website.

Source: Imagination Technologies

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