How Qualcomm and MediaTek Are Using GPU Binning to Create Cheaper Flagship Chips

Qualcomm and MediaTek are both using GPU binning — selling otherwise identical flagship chips with partially disabled GPU cores at lower prices — to create cheaper "flagship-class" SKUs for OEMs. This strategy has intensified as soaring memory, foundry, and component costs push smartphone bill-of-materials (BOM) up by 10–30% across the industry .

Instead of developing separate mid-range silicon, both companies now ship the same die with a trimmed GPU — leaving the CPU, NPU, and modem fully intact — so OEMs can offer a "flagship" badge at a noticeably lower price point without sacrificing core processing or AI performance.

How each company is doing it

Qualcomm — Snapdragon 8 Elite Gen 5 V Series

Qualcomm's official documentation confirms a binned variant of its 2026 flagship, the Snapdragon 8 Elite Gen 5 V Series (model SM8850-1-AB). This chip cuts the Adreno 840 GPU from 3 slices to 2 slices running at 1.2 GHz, while leaving the CPU, NPU, modem, and memory support completely unchanged .

Early testing by Xiaomi shows roughly a 10% AnTuTu performance gap versus the full chip, and the Redmi K100 Pro is the first device to use it . This lets OEMs like Xiaomi/Redmi offer a "flagship" device at a lower price point without sacrificing CPU or AI performance.

MediaTek — Dimensity 9500s and GPU core binning

MediaTek is binning GPUs both across chip tiers and within the same chip tier. A vivo device (V2573A) spotted on Geekbench carries the Dimensity 9500's CPU but only 11 GPU cores instead of the standard 12-core Mali-G1-Ultra .

MediaTek already ships the Dimensity 9500s (a strategically binned variant of the Dimensity 9500) in two GPU configurations: the Redmi Turbo 5 Max gets the full 12-core Mali Immortalis-G925 MC12, while the Poco X8 Pro Max uses an 11-core MC11 variant .

In all cases, the CPU, NPU, and modem remain fully functional — only the GPU takes the reduction .

What's driving the strategy

Rising memory costs are the single biggest pressure point

Samsung, SK Hynix, and Micron — three companies that collectively supply more than 95% of the world's DRAM — have systematically reallocated production capacity away from consumer-grade mobile memory toward high-bandwidth memory (HBM) for AI accelerators . This supply crunch has pushed memory prices sharply higher.

Qualcomm CEO Cristiano Amon confirmed the company can no longer absorb rising input costs, announcing double-digit percentage price increases on all chips shipped after September 1, 2026 . “It’s a temporary, short-term thing we are addressing with price increases,” Amon said .

Foundry and manufacturing cost increases

TSMC has told customers it will raise contract prices by up to 10% starting next year, citing AI-driven demand that outstrips supply — directly impacting every chip Qualcomm and MediaTek fab . Combined with pricier advanced nodes (including 2nm N2P), overall smartphone BOM costs have risen 10–30% during 2025–2026 .

Apple's binning playbook as a template

Apple has used GPU binning profitably since the original iPad — selling binned A-series chips in non-Pro iPhones and iPads while recovering more usable die per wafer . Industry observers note that Android chipmakers' slower adoption of this strategy has cost them millions in lost value recovery, and they are now aggressively catching up . According to Prof. Kim Yong-seok of Gachon University’s Semiconductor Education Institute, “Apple effectively addresses yield issues by using chip binning while also designing its chips to be cheaper to produce” .

Aggressive price competition between Qualcomm and MediaTek

MediaTek's upcoming 2nm Dimensity 9600 Pro is rumored at $216, nearly 30% cheaper than Qualcomm's Snapdragon 8 Elite Gen 6 Pro at $300+ . GPU binning allows both firms to offer a "flagship" badge at mid-premium prices — crucial as MediaTek pressures Qualcomm from below on value while Qualcomm pushes prices upward on its full-fat SKUs .

What it means for smartphone buyers

For consumers, GPU binning means you can buy a phone with a flagship-class CPU and AI engine for less money — but you will get measurably lower graphics performance. The gap is relatively small (roughly 10% on AnTuTu for Qualcomm's binned variant), so for most non-gaming tasks the difference is negligible. But for heavy mobile gaming or GPU-intensive workloads, the full-fat chip remains the better choice.

The strategy also means more phones will carry "flagship" branding at mid-range prices — the Snapdragon 8 Elite Gen 5 V Series and Dimensity 9500s are already appearing in devices from Xiaomi, Redmi, Poco, and vivo. As component costs continue to climb, expect even more binned variants across the Android ecosystem.