Qualcomm today introduced two new flagship mobile chips instead of its usual single release. These processors will power many of next year’s top Android phones, including likely entries in Samsung’s Galaxy S27 family and flagship models from manufacturers such as Xiaomi and OnePlus. Expect improved capabilities across performance, power efficiency, AI processing, camera capture, and wireless connectivity — and also a higher price tag for devices that use them. Component costs for premium phone chips have been rising for years, and Qualcomm’s own chip pricing has reportedly increased in recent months, driven largely by climbing memory costs. Those cost increases often end up reflected in handset prices.
Two Chips Instead of One
Both new Qualcomm chips are manufactured on TSMC’s 2nm process node, which lets more transistors fit into the same area. That translates to greater computational density and improved energy efficiency compared with older process technologies. At the heart of each design sits Qualcomm’s custom Oryon CPU architecture, arranged as two high-performance cores supported by six efficiency cores. The main cores reach peak speeds up to 5.0GHz, placing these chips among the fastest mobile processors Qualcomm has produced.
AI workloads are handled by Qualcomm’s Hexagon neural processing unit (NPU). The higher-end “Extreme” variant is paired with a new Hexagon Element Accelerator and receives significantly more of the fast shared memory the AI engine uses while working. Qualcomm says this combination enables on-device execution of large AI models, including models with more than 30 billion parameters. Running these models locally reduces reliance on cloud processing and can lower latency while increasing privacy for AI-driven features.
The Extreme SKU further integrates dedicated AI processing cores within the GPU and reserves an extra 18MB of dedicated high-speed memory for gaming. Those GPU and memory enhancements are intended to improve real-time image enhancement and smooth gameplay, sharpening visuals and maintaining frame stability during demanding mobile games.
Camera and video capabilities get a clear upgrade as well. Qualcomm claims the Extreme chip supports video capture and processing at levels suitable for professional editing workflows. It can record at 8K resolution at 60 frames per second and capture super slow-motion video at 4K. Both chips also adopt the VVC (Versatile Video Coding) format, a modern video codec that reduces file sizes without compromising visual quality, making it easier to store and share high-resolution footage.
On the connectivity front, the new processors pair Qualcomm’s X105 5G modem with the FastConnect 8800 subsystem for Wi-Fi and Bluetooth, aiming to deliver strong cellular speeds alongside advanced wireless networking features and low-latency local connections for accessories and cloud sync.
What This Means for Your Next Phone
Qualcomm has not confirmed which manufacturer will use these chips first, though industry reporting points to Samsung, Xiaomi, and OnePlus as likely early adopters. Devices featuring these processors are expected to arrive in late 2026 and into 2027. The standard variant — often referred to in market coverage as the Snapdragon 8 Elite Gen 6 — will likely appear in mainstream flagship devices, while the Extreme model is expected to be reserved for premium “Ultra” tier phones that prioritize maximum performance and advanced camera or AI features.
For shoppers, spotting either chipset name on a spec sheet will indicate a top-tier Android experience. The everyday benefits may be subtle at first — faster app launches, smoother multitasking, and better battery life under similar workloads — but the differences become notable when using demanding AI features locally on the device, advanced computational photography modes, or graphically intense games. Be prepared, however, for higher price tags on phones that use these premium components, since increased chip costs are a major contributor to final retail pricing.
Overall, Qualcomm’s dual-chip rollout signals a renewed focus on on-device AI and specialized hardware to support next-generation mobile features. If you prioritize mobile AI, high-end gaming, or cutting-edge camera and video capabilities, devices built around these new chips are likely to offer the most compelling experiences, albeit at a premium.