# Qualcomm Takes on the iPhone 18 Pro With Its Most ‘Extreme’ Chip Yet > Source: > Published: 2026-09-22 20:00:41+00:00 Qualcomm isn’t just taking potshots at Apple’s latest high-end Android phone chip; it’s firing howizers into the iPhone’s general vicinity since this is Qualcomm at its most “extreme” (cue the guitar riff). That means two new chips to reclaim the title of best-performing mobile processor, or at least take the lonely throne as best for AI-centric smartphones. At Qualcomm’s annual Snapdragon Summit event (full disclosure: travel and lodging were paid by Qualcomm, and Gizmodo did not guarantee any coverage as a condition of accepting the trip), the company showcased its new mobile offers with the promise they’re more than simply the fastest ones yet. There are two chips sitting prominently in the chipmaker’s mobile arsenal, the Snapdragon 8 Elite Gen 6 and the Snapdragon 8 Elite Extreme Gen 6. Like with last year’s [Snapdragon X2 Elite and X2 Elite Extreme](https://gizmodo.com/qualcomm-snapdragon-x2-elite-cpu-bury-intel-attempt-2000662956) laptop-level chips, the “Exreme” version is the one you really want. It’s from here that things start to get technical. Both processors now hit a [touted 5Ghz clock speed](https://www.qualcomm.com/news/onq/2026/08/oryon-cpu-5ghz-flexcache) with their higher-performing “Prime” cores, up from a super-speedy 4.6GHz on the previous-gen [Snapdragon 8 Elite Gen 5](https://gizmodo.com/qualcomm-snapdragon-8-elite-gen-5-cpu-gpu-features-2000662143). The regular “Performance” cores sit at a 4Ghz frequency. The CPU cores are sitting adjacent to a 16MB “Oryon Flex Cache.” This is a shared memory pool between cores that allows the Prime cores to soak up all available memory for high-intensity workloads. This may lead to better sustained performance when editing video or gaming. On its face, it seems like a plenty-powerful processor, though there’s stiff competition. [Apple’s iPhone 18 Pro](https://gizmodo.com/iphone-18-pro-and-18-pro-max-review-apple-is-just-flexing-now-2000812130) is built around the [new A20 Pro chip](https://gizmodo.com/iphone-18-and-18-pro-max-2000808878), a chip we found to be extremely capable in our own testing. Despite that, performance benchmarks are rarely the most exciting thing. The A20 Pro silicon is built on a 2nm processor, and that means better efficiency leading to better sustained performance and battery life. Now it’s Qualcomm’s turn to bat up with its own 2nm chip. The new “Extreme” and non-”Extreme” variants are built on a reorganization of Qualcomm’s Oryon CPU cores and a [re-architected Adrena GPU](https://www.qualcomm.com/news/onq/2026/09/adreno-neural-fusion-ai-rendering). So what makes the “Extreme” version more tubular than the base model? If you guessed “supposed AI capabilities,” congratulations, here’s a cookie. The “Extreme” chip’s GPU is now more aligned to AI processing with dedicated AI matrix cores that are supposed to run 30B+ parameter models directly on-device—i.e., mid-sized AI models like Qwen-3 Coder. Of course, we’ll have to see it to believe it. The higher-end processor now features what Qualcomm calls “Neural Fusion,” which is supposed to give AI tasks a streamlined pipeline. That’s supposed to include AI workloads like super sampling (think Nvidia’s [DLSS](https://gizmodo.com/first-leak-of-nvidias-dlss-5-apparently-makes-games-look-and-run-worse-2000804311)) and frame generation (stuffing fake frames in between rendered frames) as a boost without overly taxing the graphics processing unit. In addition, the Snapdragon 8 Elite Extreme Gen 6 is getting a deprecated pool of 18MB memory to help it run these on-device AI models. Qualcomm claims its new GPU pipeline leads to 40% better power savings when running upscaling features when gaming than its previous-gen chip. It’s all a little front-loaded to AI, but there are other reasons to care about the next generation of flagship phones from the likes of Samsung, Xioami, and even Motorola. Xiaomi plans to debut a Xiaomi 18 Pro Max with the “Extreme” chip this week, while the regular “Pro” will maintain the regular Snapdragon 8 Elite Gen 6. The old souls at Moto are also showcasing their [Motorola Signature 27](https://gizmodo.com/motorola-signature-27-snapdragon-8-elite-extreme-gen-6-2000814847) for the first time, which is the first to feature the Snapdragon 8 Elite Extreme Gen 6. And there may be a reason to pay attention if you really love phone photography. For the first time, you’ll start to see “Extreme” Qualcomm-based Android phones able to support video recording up to 8K resolutions at 60 fps. The chip can even do 4K at 240 fps for some slick slo-mo shots. Qualcomm’s higher-end processor can also finally run the Advance Professional Video (APV) codec, which may come in handy for those looking to edit footage directly from their phones. Alongside [Qualcomm’s usual Hexagon NPU](https://www.qualcomm.com/news/onq/2026/09/hexagon-npu-agentic-ai-architecture) (neural processing unit built for background AI tasks), the Gen 6 processors also feature a special so-called “Sensing Hub” directly on-chip. It features its own two “micro NPUs” built specifically for all the so-called agentic AI that needs to remember your life events and habits. The Sensing Hub is meant to learn from your messages, emails, and phone conversations to get details about your life. If that sounds a little creepy, Qualcomm promises that information is being processed on-device. Still, no matter if the device is actually capable of running low-end coding models, it’s still going to rely on cloud servers for the extra processing needed to become your pocketable self-spy bot. Qualcomm obviously wants to shape the next generation of phones around AI in all its forms. Either way, most people on the Android side of the fence will get more use out of the efficiency upgrades than any coding agent or chatbot.