MediaTek Dimensity 9500 vs Snapdragon 8 Elite Gen 6 Compared

The Snapdragon 8 Elite Gen 6 edges ahead on raw CPU and GPU clock speeds and sits on a denser 2nm process, while the Dimensity 9500 counters with a wider NPU feature set, a faster UFS 4.1 storage interface and MediaTek's own claim of a higher Geekbench 6 multi-core score. Both chips target the same late-2026/early-2027 wave of flagship Android phones, and on paper they are closer than any MediaTek-versus-Qualcomm matchup in years.

Process node: 2nm versus 3nm-class

MediaTek builds the Dimensity 9500 on what it describes as "the latest TSMC N3P process" — a refined, third-generation member of TSMC's 3nm family that trades a full node shrink for better yields and lower cost per die. Qualcomm, by contrast, moves the Snapdragon 8 Elite Gen 6 onto a 2nm process, which Qualcomm's own product page lists simply as "2nm Process Technology" without naming the foundry. A smaller, denser node generally allows higher clock speeds and better power efficiency at a given performance level, which lines up with Qualcomm's higher quoted CPU clocks below. For more on what the jump to 2nm actually changes inside a chip, see our explainer on TSMC's 2nm process and what it means for chips.

CPU: core counts and clock speeds

Both chips abandon the traditional big.LITTLE mix of high-performance and efficiency cores in favor of an all-big-core layout, but they split the eight cores differently.

The Snapdragon 8 Elite Gen 6 uses Qualcomm's custom Oryon CPU in a 2+6 configuration: two "Prime" cores clocked up to 5.0GHz, and six "Performance" cores clocked up to 4.0GHz, sharing 16MB of Oryon Flex Cache, according to Qualcomm's official product brief. This is Qualcomm's first mobile CPU to officially clear the 5GHz mark.

The Dimensity 9500 uses a third-generation "All Big Core" design built from Arm's newest cores: one C1-Ultra core running at 4.21GHz with 2MB of dedicated L2 cache, three C1-Premium cores, and four C1-Pro cores, backed by 16MB of shared L3 cache and 10MB of system-level cache (SLC). MediaTek's own launch materials credit this layout with up to 32% higher single-core and 17% higher multi-core performance over the previous-generation Dimensity 9400, with the lead core's peak-power draw cut by as much as 55%. The C1-Premium and C1-Pro clock speeds were not stated in MediaTek's press release or product page, though outlets covering the September 2025 unveiling consistently reported figures of roughly 3.5GHz and 2.7GHz respectively — treat those two numbers as launch-event reporting rather than MediaTek's own published spec sheet. For background on how Arm's core designs underpin both companies' chips, see our guide to Arm versus x86 chips.

On paper, Qualcomm's higher peak clocks (5.0GHz vs. 4.21GHz on the lead core) suggest a single-thread advantage, though real-world performance depends heavily on sustained clocks under thermal load, something neither company publishes officially.

GPU and gaming performance

Both platforms lean into hardware-accelerated ray tracing for the first time at this level of maturity.

Qualcomm pairs the Snapdragon 8 Elite Gen 6 with an Adreno GPU that adds dedicated matrix cores, an Adreno high-performance memory architecture with a Tile Memory Heap, and official support for Unreal Engine 5's Lumen Global Illumination and Nanite Virtualized Geometry systems. It supports Vulkan 1.4, OpenGL ES 3.2 and OpenCL 3.0 FP, and ships with "Game Quick Touch 3.0" for reduced touch latency.

MediaTek uses the Arm Mali-G1 Ultra MC12 GPU, which the company says delivers up to 33% higher peak GPU performance and 42% better power efficiency than the Dimensity 9400's graphics core, along with support for MegaLights in Unreal Engine 5.6 and Nanite in Unreal Engine 5.5. MediaTek specifically highlights ray-traced frame-rate interpolation up to 120fps as a headline gaming feature.

Both companies frame their GPU gains entirely in percentage terms against their own previous generation — neither publishes a cross-vendor GPU benchmark score, so direct throughput comparisons will have to wait for independent device reviews.

NPU and on-device AI

Neither Qualcomm nor MediaTek publishes a peak TOPS (trillion operations per second) figure for these chips' neural processing units, a notable shift from earlier generations where TOPS numbers were a marketing centerpiece.

Qualcomm's Hexagon NPU on the Snapdragon 8 Elite Gen 6 adds a "New Element Accelerator" to its existing scalar/vector/tensor layout — Qualcomm's spec sheet describes a "12 scalar + 8 vector + 1 tensor + 1 element configuration" — with support for INT2, INT4, INT8, INT16, FP8 and FP16 precision, including mixed precision. Qualcomm's own product brief claims a 14% NPU performance gain and 20% better AI performance-per-watt versus the Snapdragon 8 Elite Gen 5.

MediaTek's ninth-generation NPU 990, paired with a "Generative AI Engine 2.0," is credited with doubling both integer and floating-point compute versus the Dimensity 9400, support for BitNet 1.58-bit large-model processing, 100% faster output on 3-billion-parameter LLMs, 128K-token long-context processing, and what MediaTek calls the industry's first on-device 4K image generation — all while MediaTek says peak power draw for AI workloads drops by up to 56%. The Dimensity 9500 also adds a dedicated compute-in-memory "Super Efficient NPU" block MediaTek says allows select AI models to run continuously at very low power.

Memory, storage and connectivity

Qualcomm supports LPDDR5x or LPDDR5X-successor LPDDR6 memory up to 5300MHz, with density up to 24GB, paired with UFS 5.0 storage, USB 3.1 Gen 2 and a Quick Charge 5-compatible power path. Its Snapdragon X105 5G Modem-RF system supports downlink speeds up to 14.8Gbps and uplink up to 4.2Gbps, plus 3GPP Release 19 "5G Advanced" features and built-in satellite (NTN) support. Wi-Fi comes via the FastConnect 8800 system, supporting early Wi-Fi 8 draft hardware, Bluetooth 6.3, Ultra Wideband and Thread, with peak wireless throughput of 11.6Gbps.

MediaTek specifies LPDDR5X-10667 memory and four-lane UFS 4.1 storage — the industry's first 4-channel UFS 4.1 implementation, MediaTek says, doubling sequential read/write speeds and cutting AI model load times by up to 40%. Its 5G modem is a Release-17 design supporting sub-6GHz 5-carrier aggregation up to 7.4Gbps, and its Wi-Fi 7 implementation (tri-band, tri-concurrent) peaks at 7.3Gbps, paired with Bluetooth 6.0.

Qualcomm's modem and Wi-Fi numbers are higher across the board, though the Dimensity 9500's storage interface is, on paper, the newer of the two (UFS 4.1 is an existing JEDEC standard MediaTek was first to run across four lanes/channels, while UFS 5.0 on the Snapdragon side is a newer standard entirely).

Camera and display

Qualcomm's Spectra ISP on the Snapdragon 8 Elite Gen 6 uses triple 20-bit AI-ISPs, supports up to 320MP photo capture, up to 64MP triple-camera capture with zero shutter lag, 8K video at 30fps, 4K slow-motion at 120fps and 1080p slow-motion at a striking 960fps. On-device display support tops out at QHD+ at 240Hz or 4K+ at 120Hz, with external display output up to 8K at 30fps and support for HDR10, HDR10+, HDR Vivid and Dolby Vision.

MediaTek's Imagiq 1190 ISP also supports up to 320MP sensor input and up to 200MP capture, with RAW-domain pre-processing, 30fps continuous autofocus tracking and cinematic 4K60 portrait video. Display support peaks at WQHD+ at 180Hz, with a tri-port MIPI design specifically built for tri-fold phone panels — a feature Qualcomm's spec sheet does not call out.

Benchmark scores: what's confirmed and what isn't

This is where the comparison gets murkier, and where the two companies' disclosure habits diverge the most.

MediaTek has publicly cited Geekbench 6 scores for the Dimensity 9500 — commonly reported as roughly 4,007 points single-core and 11,217 points multi-core — from its own launch demonstration. These are company-reported figures, not independently verified results. Independent testing of retail phones running the chip, including coverage of the vivo X300 Pro by outlets such as Gizmochina and Beebom, has generally measured somewhat lower scores, clustering around 3,200–3,450 single-core and 9,700–10,100 multi-core — still a substantial generational jump, but noticeably below MediaTek's own demo numbers. AnTuTu scores for the chip have also circulated, though several outlets caution that AnTuTu's version 11 benchmark isn't directly comparable to version 10 results from older chips.

Qualcomm has not published raw Geekbench or AnTuTu scores for the standard Snapdragon 8 Elite Gen 6 at all. Its official materials state only percentage improvements over the Snapdragon 8 Elite Gen 5: 10% higher CPU performance, 37% better CPU power efficiency, 35% higher GPU performance, 40% better GPU power efficiency, 14% higher NPU performance and 20% better AI performance-per-watt. Benchmark leaks have circulated for Qualcomm's higher-tier Snapdragon 8 Elite Extreme Gen 6 and Snapdragon 8 Elite Gen 6 Pro variants — different silicon from the base Gen 6 chip covered here — and those numbers should not be read across to the standard Gen 6 part. As of this writing, no independent Geekbench or AnTuTu results for a retail phone running the standard Snapdragon 8 Elite Gen 6 have been published.

Full spec comparison

Which phones use each chip

The Dimensity 9500 launched first and is already shipping: MediaTek and its partners confirmed the OPPO Find X9 and Find X9 Pro, plus vivo's X300 and X300 Pro, as the first commercial devices, with MediaTek's press materials targeting "the fourth quarter of 2025" for availability. Additional Dimensity 9500 phones have continued to appear in regional markets since. Background on both companies' histories is on Wikipedia's MediaTek entry and Wikipedia's Qualcomm Snapdragon entry.

The Snapdragon 8 Elite Gen 6 arrived roughly a year later. Xiaomi has confirmed the Xiaomi 18 Pro as the first phone built on the standard Gen 6 chip (its sibling, the Xiaomi 18 Pro Max, instead uses Qualcomm's higher-tier Snapdragon 8 Elite Extreme Gen 6). Brands including iQOO, OnePlus and Honor are widely expected to follow with Gen 6-powered flagships into 2027, though exact model-to-chip assignments were still being confirmed at launch. For how the Snapdragon 8 Elite Gen 6 stacks up against a very different rival, Apple's latest silicon, see our earlier comparison, Apple A20 Pro vs Snapdragon 8 Elite Gen 6.

What next: what this means for your next phone

If you're shopping by spec sheet alone, the Snapdragon 8 Elite Gen 6 has the edge in published peak clocks, modem throughput and Wi-Fi speed, plus a newer 2nm process and UFS 5.0 storage. The Dimensity 9500 counters with a more detailed, more aggressive set of on-device AI claims, a faster-arriving retail footprint, and MediaTek's own (if unverified) benchmark numbers that would put it ahead on raw Geekbench multi-core score if they hold up outside a controlled demo.

In practice, neither chip's real-world performance is fully settled yet. The Dimensity 9500 has a year of independent device testing behind it, and those results already run meaningfully below MediaTek's launch-day claims — a reminder to treat any chipmaker's own benchmark numbers as a ceiling, not a guarantee. The Snapdragon 8 Elite Gen 6 has no independent benchmark data at all for its standard (non-Extreme, non-Pro) variant as of this writing, so buyers should wait for reviews of actual retail phones — like the Xiaomi 18 Pro — before assuming Qualcomm's percentage-improvement claims translate directly into higher raw scores than MediaTek's chip.

Worth watching: both companies' manufacturing choices. MediaTek's 3nm-class N3P node is a mature, high-yield process, while Qualcomm's jump to 2nm is the more technically aggressive bet — one that should pay off in efficiency if TSMC's 2nm yields hold up at scale.

Sources: MediaTek, Qualcomm and company product documentation. Independent benchmark figures are attributed to the outlets that reported them and have not been independently re-tested by Pandromeda.

Written byMara Lindqvist

Mara Lindqvist edits the hardware desk. She covers graphics cards, processors, memory and storage, the foundries and chip designers behind them, and what the numbers on a spec sheet mean for people choosing a PC. Specifications in her stories come from manufacturer spec pages and datasheets.

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