Integrated graphics are no longer a compromise — modern iGPUs match last-gen discrete cards and cost nothing extra

Published Aug 20, 2026, 4:30 PM EDT Jasmine is Software and PC Hardware Author at XDA with years of tech reporting experience ranging from AI chatbots right down to gaming hardware, she's covered just about everything. Whether it's breaking news about the latest AMD NPUs or creating video tutorials on social media platforms, Jasmine has contributed to the world of AI and tech in a variety of ways including interviewing the CEO of Razer, AMD's Director of Product Marketing and the VP of Lenovo. Passionate about gaming and PC technology, she has built countless computers, keyboards and other peripherals - knowing them inside and out. For a long time, it was assumed amongst PC enthusiasts that integrated graphics, sometimes referred to as iGPUs, were considered mere display outputs meant for web browsing, spreadsheets, and sometimes 720p low-spec media playback. That legacy reputation has changed significantly with modern silicon. With processors like AMD Ryzen's AI300 series or Intel Core's UltraLuna Lake series, integrated graphics have taken an architectural leap. Modern integrated graphics now match or outperform discrete laptop and desktop GPUs from older generations while consuming a fraction of the power. The standalone entry-level graphics card is no longer worth investing in, thanks to how far the iGPU has come. Advances in unified memory bandwidth, dedicated AI matrix cores, hardware-level ray tracing, and modern micro-architectures have turned CPU integrated graphics into capable 1080p gaming engines and media powerhouses. Hardware has advanced dramatically iGPUs have come a long way Silicon has advanced significantly over the past 10 years, driving engineering changes inside modern APUs. For example, in an AMD RDNA 3.5, there has been an expansion in compute units up to 16 CUs/1024 shaders in the Radeon 890M. This doubles texture-sampling throughput and improves primitive-batching efficiency. For those who prefer Intel processors, the Intel Xe2 Battle Mage redesigns execution units into 8 Xe2 cores with hardware ray tracing units and native XMX AI engines operating directly on the CPU package. These modern integrated graphics are far ahead of legacy versions. Older iGPUs suffered because they were suffocated by slow DDR4 system RAM. Modern LPDDR5X memory running at 7500MTS to 8533MTS provides the massive memory pipelines required to feed high-clocked integrated compute units. This memory bandwidth has caused a major breakthrough in the integrated GPU silicon. Because dies have shrunk and power efficiency has increased, TSMC's 4 nm and 3 nm process nodes let these graphics engines sustain 2.9 GHz+ clock speeds, all within small 15 W to 30 W TDP envelopes. You don't get left behind in terms of features either From ray tracing to AI upscaling What about the features that are typically on offer from GPUs? Well, despite the fact that a lot of these features, like AI upscaling, codecs, and hardware ray tracing, weren't available on iGPUs, that is no longer the case. AI-assisted upscaling like XESS and FSR3 are available on some integrated graphics. This is because integrated graphics use machine-learning upscaling. Because modern iGPUs include matrix cores, Intel XESS or AMD FSR reconstructs 1080p images from sub-native render resolutions without the heavy performance hit of legacy spatial upscalers. You also get modern codec engines like AV1 and VVC. This is because media production capabilities have increased. Integrated media blocks feature dual encoder hardware for AV1, HEVC, and H.266VVC codecs, enabling smooth 4K or 8K video editing and low-bitrate streaming without touching CPU cores or requiring a dedicated GPU. Hardware ray tracing is available on some APUs as well. There are dedicated ray tracing cores on-chip. While running heavy path tracing at 4K is pretty much out of the question, subtle ray-traced shadows and reflections in games like Cyberpunk 2077 or F1-24 are now playable at 1080p with upscaling enabled. Just because you're sporting an integrated GPU, it doesn't mean that you don't have access to a range of features that were previously exclusive to GPUs. There is a bottleneck Keep your thermals and power in mind But GPUs aren't perfect. There is a bit of a bottleneck. What is it that holds these modern GPUs back? The first factor you might notice is that they share thermals and power budgets. There is a fundamental trade-off with integrated graphics. The GPU shares its power and thermal envelope, also known as TDP, with the CPU cores. In heavily CPU-bound titles, the package throttles graphics clocks to feed processor threads, meaning it won't be able to perform as well as it typically would. System RAM allocation can also pose an issue. This is because of how a shared VRAM allocation works. Modern titles requiring 8 GB+ of VRAM mean users must allocate system memory in the BIOS or rely on dynamic allocation, making 32 GB of total system RAM the new sweet spot for APU gaming setups. Anything below this and you might notice that your system is struggling. There's also an issue for those who are sporting single-channel memory. With a lot of OEM pre-built configurations, this is the case and running a high-performance APU on single-channel memory RAM cuts memory bandwidth in half, instantly destroying up to 40% of the iGPU's graphics and performance. iGPUs are a feasible option in modern builds Don't rule them out For years, buying a PC without a dedicated graphics card meant accepting severe graphical compromises, but silicon has made a significant leap ahead in the past 10 years. Meaning that today's integrated graphics engines inside mainstream chips can handle e-sports titles, 1080p AAA gaming, video editing, and AI inference effortlessly. Based on how you're planning to use your new PC, before spending an extra $300 to $500 on an entry-level discrete GPU laptop or desktop, maybe check what's under the hood of the processor that you're already spending money on. The integrated graphics chip sitting inside your CPU might be all the GPU that you actually need.