Gaming on Integrated Graphics: How Laptops Run Cyberpunk 2077 and Elden Ring
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1. AMD: From Consoles to Ultimate APUs
AMD's graphics journey has evolved from being the "eternal second" to one of the industry's leaders through sheer persistence. It all started back in 2011 with the concept of APU (Accelerated Processing Unit) when the company decided to combine its ATI acquisitions with processors. For a long time, these were "budget" solutions, and the power of integrated Vega graphics cards was only enough to run YouTube videos at 1080p and play games from 20 years ago. But everything changed in 2019 when AMD's experience met Valve's ambitions, and together they embarked on the development of the portable console Steam Deck.
Six years later, AMD hardware forms the foundation of almost all portable consoles (from Steam Deck to ROG Ally), and the company has gained a much more significant role in the laptop market. The breakthrough occurred in 2024 when affordable laptops with Hawk Point (Zen 4) processors and integrated Radeon 700M (RDNA 3) graphics flooded the market, erasing the boundary between office laptops and entry-level gaming laptops. Just think: a chip that doesn't require separate cooling and memory was delivering console-like 30 FPS in Cyberpunk 2077 and Elden Ring in true Full HD. Granted, on minimum graphics settings and using the FSR upscaler, but still, when did you ever see something like this?
If we look at the modern lineup of integrated GPUs, the situation is as follows: we safely exclude the lower-end Radeon models (0020/0040) — they are still basic level for document work and esports games on low settings. However, the mid-range (0060) and top segments (0080/0090) deserve attention. The brand-new and ridiculously powerful Radeon 8050S/8060S are not considered yet as immediately after release they are only installed in rare and quite expensive gaming laptops like Asus ROG Flow Z 13.
1.1 Radeon 760M
The Radeon 760M is your "entry ticket" into modern graphics. Equipped with 8 compute units (CU), this model provides an optimal balance between power and energy efficiency, making it the ideal solution for slim business laptops needing a bit more than just Excel. Despite its "built-in" status, it supports all modern technologies, including dynamic scaling FSR and hardware ray tracing. Although ray tracing is largely a checkbox feature here, it lacks power for such use.
Now let's briefly review its gaming capabilities. For experiment integrity, there will be no upscalers or frame generation.
Results in games (1080p, without upscalers):
- GTA 5 ― 62 FPS (medium graphics settings)
- The Witcher 3 ― 45 FPS (medium graphics settings)
- Elden Ring ― 32 FPS (low graphics settings)
- Cyberpunk 2077 ― 23 FPS (low graphics settings)
- Red Dead Redemption 2 ― 25 FPS (low graphics settings)
- Hades 2 ― 100+ FPS (1080p, medium graphics settings)
1.2 Radeon 780M
The Radeon 780M is the "gold standard" and the most popular integrated solution of the last two years. With 12 CU units, it has become the basis for an entire generation of portables. This chip proved that heavy AAA titles could be enjoyed with pleasant visuals on integrated graphics. It is extremely sensitive to RAM speed, so when paired with fast LPDDR5x it works wonders.
Results in games (1080p, without upscalers):
- GTA 5 ― 57 FPS (high graphics settings)
- The Witcher 3 ― 64 FPS (high graphics settings)
- Cyberpunk 2077 ― 34 FPS (medium graphics settings)
- Red Dead Redemption 2 ― 36 FPS (medium graphics settings)
- Lies Of P ― 54 FPS (medium graphics settings)
- Baldur’s Gate 3 ― 37 FPS (low graphics settings)
- Elden Ring ― 42 FPS (medium graphics settings)
1.3 Radeon 890M
After transitioning to the Zen 5 architecture, the new leader among integrated AMD solutions became the Radeon 890M, which in terms of power came very close to discrete graphics cards like the GeForce RTX 3050. With rare exceptions, it handles quite heavy modern games on medium settings with ease, and sometimes higher settings when using FSR and frame generation. But now let's look at the results without the "enhancers' magic."
Results in games (1080p, without upscalers):
- God of War Ragnarok — 43 FPS (medium graphics settings)
- Hogwarts Legacy — 41 FPS (medium graphics settings)
- Cyberpunk 2077 ― 44 FPS (medium graphics settings)
- Baldur’s Gate 3 ― 39 FPS (medium graphics settings)
- Elden Ring ― 53 FPS (medium graphics settings)
- Armored Core 6 ― 45 FPS (medium graphics settings)
2. Intel: A Big Comeback for the "Blues"
For many years, Intel's graphics history was a sad joke about "Solitaire" and "Minesweeper." While AMD slowly captured the portable market, Intel HD Graphics remained the domain of office machines, whose main task was to display an image on the monitor rather than frame rates. But after a kick from competitors and losing once strong market positions in laptops, Intel went all-in in 2024.
By this time, Intel already had (painful though it may be) experience developing discrete Intel Arc graphics cards, so there was nothing radically new to invent; it was just about adapting everything wisely. The release of the first "integrated" graphics with the Xe2 architecture immediately put Intel in the front rows, and the brewing competition between the Intel Xe3 and AMD Strix Halo architectures promises to raise the performance bar even higher.
In addition to this, Intel actively develops both hardware and software. Their XeSS upscaler (similar to DLSS and FSR) delivers an image in many games that's almost indistinguishable from the native resolution, and Intel has been improving its multi-frame generation technology, similar to DLSS 4.
2.1 Arc 140V
Arc 140V became a symbol of Intel's new philosophy of "maximum performance per watt." This GPU was created for ultra-thin ultrabooks with Core Ultra 2 (Lunar Lake) processors, designed to run on battery all day while allowing the owner to run something serious in the evening. One of its main features is the LPDDR5x memory soldered onto the processor substrate, which eliminated unnecessary delays and allowed the integrated graphics to operate at peak performance.
Results in games (1080p, without upscalers):
- GTA 5 — 58 FPS (high graphics settings)
- Cyberpunk 2077 — 28 FPS (low graphics settings)
- Spider-Man Remastered — 35 FPS (medium graphics settings)
- Hades 2 — 110+ FPS (medium graphics settings)
- Shadow of the Tomb Raider — 42 FPS (medium graphics settings)
- Forza Horizon 5 — 54 FPS (medium graphics settings)
2.2 Arc B390
Released in early 2026, the Arc B390 was Intel's response to AMD's dominance in the integrated graphics segment. If the previous 140V was about elegance and efficiency, the Arc B390 integrated into the Core Ultra Series 3 (Panther Lake) processors (Battlemage Xe3 architecture) speaks the language of "brute force." At CES 2026, Intel representatives promised nearly double the advantage over the Radeon 890M, but it later turned out these numbers were only achievable with XeSS 3 enabled and the new "4x Frame Gen" technology. In an honest race, the Arc B390 outperforms AMD's recent flagship by an average of 30-35%, which is still impressive. And with the "pedal to the metal" mode with a 45+ Watt TDP, this integrated solution comes close to the performance level of the mobile GeForce RTX 4050.
Results in games (1080p, without upscalers):
- Cyberpunk 2077 — 57 FPS (medium graphics settings)
- Baldur’s Gate 3 — 54 FPS (medium graphics settings)
- Elden Ring — 61 FPS (medium graphics settings)
- God of War Ragnarok — 56 FPS (medium graphics settings)
- Hogwarts Legacy — 50 FPS (medium graphics settings)
- Red Dead Redemption 2 — 58 FPS (medium graphics settings)
3. Apple: Finally a Breakthrough
Despite the critics' skepticism, after breaking ties with Intel, Apple literally kicked down the doors into the processor market. It turned out that the tiny single-chip Apple Silicone processors could outperform the top competitors' processors in performance while consuming much less energy and producing less heat. However, with integrated graphics, Apple initially struggled, and the ice only began to crack with the release of the fourth-generation Apple M processors.
3.1 Apple M4
In manufacturing the M4, the company followed a familiar path, leveraging the advantage of unified memory for both the processor and graphics card, optimizing GPU cores, implementing dynamic caching, and covering it all with the MetalFX upscaler. As a result, the base MacBook Pro with a 10-core M4 processor can rival discrete graphics cards like the GeForce RTX 3060 (in native projects without an emulator) and copes well with many AAA hits of recent years at 1080p resolution with medium, and sometimes even maximum, graphics settings.
Results in games (1080p, without MetalFX):
- Cyberpunk 2077 — 42 FPS (high settings)
- Lies of P — 50 FPS (high settings)
- Baldur’s Gate 3 — 47 FPS (medium settings)
- Resident Evil Village — 55 FPS (high settings)
- Death Stranding — 58 FPS (medium settings, 1080p)
As for game availability on Mac, 2025 saw a notable improvement. The releases of Cyberpunk 2077, Assassin's Creed Shadows, Control, and Hades 2 on MacOS clearly demonstrated that Apple's closed ecosystem is gradually transforming into a full-fledged gaming platform. And with the release of Apple Game Porting Toolkit 3.0 and the evolution of the CrossOver emulator, MacOS users gained access to a vast number of Windows games.
4. What to Consider Before Choosing a Laptop for Gaming with Integrated Graphics
It is important to note that this is more about getting acquainted with the capabilities than a serious test. The FPS figures presented above are averaged and may vary depending on the specific laptop, hardware configuration, TDP (more on that later), power connection, and other factors.
TDP (Thermal Design Power) Decides Everything
The same chip in different laptops can deliver radically different FPS, as manufacturers limit its appetite for a thinner body: a 20-watt limit will force the graphics card to work at half capacity, whereas a full 45 watts will allow it to "breathe" at full power and deliver the claimed numbers.
Modest Battery Life
In games on powerful "integrated" graphics, don't expect miracles from the battery — in gaming mode, especially in demanding games, the load on the hardware increases many times, and battery life usually drops to 2-4 hours.
RAM = Video Memory
Integrated solutions don't have their own resources; they "eat up" a portion of the total RAM, so for gaming, don't even consider laptops with less than 16 GB of RAM. Any savings on volume or memory frequency (MHz) will weigh down the integrated graphics card.
Upscaling is Not an Option but a Necessity
For powerful graphics cards, upscaling and frame generation technologies like FSR, XeSS, MetalFX, and the free Lossless Scaling are more of a nice bonus, but for integrated graphics, they are vital. In heavy new games, even the most powerful chips can't always deliver true Full HD, and often the use of "smart" algorithms is the only way to achieve smooth gameplay without stuttering and lagging.
5. Conclusion
Officially logging that the era of pointless "placeholders" is officially over. Now, this is a fully functional alternative to entry-level discrete graphics cards, which, according to Steam statistics, are used by most gamers. Quality integrated graphics backed by upscaling and frame generation allow for comfortable play of most gaming hits on low or medium graphics settings with a rather pleasant frame rate. And while mid-tier cards like the RTX 4060 are still in a different weight class, the latest results of the Radeon 8060S, Intel Arc B390, and Apple M5 clearly show that the gap is rapidly closing, and who knows what "integrated" graphics will be capable of in a couple of years.
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