It wasn't long ago where the phrase "integrated GPU" would evoke a rolling of the eyes and flashbacks to performance levels that struggled to even power dragging a windows across the screen. However, if you haven't been paying attention, you might have missed that iGPUs have been improving by leaps and bounds.
I'd even go as far as saying that the latest generation of iGPUs are so good, that for most people, most of the time, a dedicated GPU probably isn't worth it anymore.
Integrated graphics have crossed a real performance threshold
Setting aside gamers for now (but I will get to you, I promise) what sort of dedicated GPUs do mainstream computer owners use? These are usually cards like the RTX 4050 or Radeon 7600S in laptops, or similar silicon in desktop systems. These chips have more than enough horsepower for advanced GPU-accelerated desktop features. They are perfectly good for professional and productivity apps that can use 3D acceleration, or use GPU processors to speed up some other type of task.
These chips are even good for contemporary PC gaming at resolutions like 1080p and medium settings, which must make plenty of corporate employees pretty happy late night in their hotel rooms when at a conference.
What about gamers? Some of the most popular entry-level "serious" cards are the RTX 4060 (and its laptop variant), the Radeon RX 6600 XT, and so on. These GPUs are pretty much inline with current-generation consoles too, which means they deliver pretty great mainstream gaming experiences.
Now that we have some sort of ballpark for the mainstream dedicated GPU market, the revelation here is that new iGPUs and even those of the previous generation meet and even exceed these dedicated GPUs in some cases. This means that if your needs would have been served by this class of dedicated GPU, you probably don't need one anymore.
AMD APUs quietly cover most real-world GPU needs
I have to give credit where credit is due. AMD did wonders for integrated graphics with its APU (Accelerated Processing Unit) chips which combined entry-level or mid-range CPUs with powerful GPUs into a single package. The first AMD APUs launched all the way back in 2011, and it meant that you could even do entry-level 3D gaming without a dedicated GPU. However, these APUs were still nowhere near the performance of even the cheapest dedicated GPUs, so people weren't exactly in a position to ditch them.
AMD kept plugging away at this, but it was the PlayStation 4 and Xbox One consoles that really proved the concept. Both of these devices contained what was effectively an AMD APU, with a powerful GPU capable of next-generation gaming. Indeed, when these consoles launched, most PC gamers would have dedicated cards weaker than the console's integrated solution. Today, current-generation consoles still use an integrated solution, providing performance equivalent to mainstream gaming PCs.
In 2025, AMD released integrated mobile chips for laptops and tablets containing its RX 8060S GPU . This little firecracker sits somewhere between a laptop RTX 4060 and 4070 in real-world performance. That's in exactly the same performance league as current-generation consoles.
Intel Panther Lake changes the iGPU conversation
In 2026, Intel launched Panther Lake with its Core Ultra Series 3 mobile chips. One of these chip variants has a 12-unit GPU based on Intel's Arc technology. This iGPU pegs pretty close to the RTX 4050 GPU that's popular in thin-and-light laptops which need decent 3D performance.
It's not just about raw power either. Intel's chips have access to AI-powered upscaling and frame generation. Just like an RTX 4050 does. Letting them really punch above their weight.
A dedicated GPU adds cost and complexity most users don't benefit from
Sydney Louw Butler / How-To Geek
So why does this matter? These chips matter mainly for compact laptops and mini PCs. When you have a laptop with a dedicated GPU, the internal design is significantly more complex and therefore expensive. You need a separate cooling solution for the GPU, a separate pool of memory, a separate dedicated section of circuit board, and so on.
This means there are potential cost, heat, power, and size savings to be had by integrating everything into a single package. Also, while it's still a niche market, it does open up even more potential in the handheld PC market.
The smart question is "do you need a GPU?"
Most dedicated GPUs that are sold come from this lower-end of the market. GPUs like the RTX 4050 and RTX 4060 and their AMD equivalents sell in much larger numbers than mid-range and high-end components. In something like a mini PC or laptop, you can't upgrade the GPU either way, so it shouldn't matter to you whether your GPU is dedicated or integrated, as long as there's no performance penalty.
In fact, since your VRAM is now also your RAM, making it variable, these iGPUs actually have an advantage in games and AI applications over cards like the RTX 4050, which only has 6GB of VRAM. Usually this brings up questions of bandwidth, but modern DDR5 has plenty of bandwidth, and we're targeting resolutions like 1080p and 1440p, which these chips have shown they can handle with aplomb.
By creating these powerful integrated solutions, Intel and AMD are set to effectively wipe out the entry-level GPU segment for laptops and mini-PCs. It also means that when you buy your next mobile computer, you'll have to change your thinking when it comes to iGPUs. Perhaps more importantly, when AMD and Intel bring this new generation of iGPUs to desktop PCs, it could make those entry-level cards obsolete in that market segment too.
