Deep Dive Analysis

Navigating MediaTek's Dimensity 7000-Series SoCs

Navigating MediaTek's Dimensity 7000 series can be confusing. Is the newer Dimensity 7400X automatically better than the 7350? Where does the popular 7030 fit in? If you're scratching your head, you're not alone—because in this lineup, higher numbers don't always mean more power.

Last Updated: September 7, 2025

We're cutting through the marketing noise. This ultimate 2025 guide dives deep into the architecture, benchmarks, and real-world performance of six key Dimensity chips: the 7030, 7025, 7020, 7400X, 7360, and the surprising 7350. Using interactive charts and in-depth analysis of their CPU, gaming, and AI capabilities, we'll show you which processor truly reigns supreme for your needs, revealing a winner you might not expect.

A Tale of Two Generations

The 6nm Workhorses

Dimensity 7020, 7025, 7030

✓Built on the mature and cost-effective TSMC N6 process.
✓Uses Armv8.2 architecture with Cortex-A78 performance cores.

The 4nm Powerhouses

Dimensity 7350, 7360, 7400X

✓Fabricated on the cutting-edge TSMC 4nm process for superior efficiency.
✓Features advanced architectures, including the next-gen Armv9 in the 7350.

Comparative Specification Overview

Use the filters below to compare specific chipsets side-by-side. The table is scrollable horizontally on smaller screens.

Feature	Dimensity 7020	Dimensity 7025	Dimensity 7030	Dimensity 7350	Dimensity 7360	Dimensity 7400X

Performance Analysis: Benchmarks

Synthetic benchmarks provide a quantifiable look at how these chips stack up. The data reveals the significant performance leap of the 4nm generation.

AnTuTu v10 (Overall Performance)

Geekbench 6 (Single-Core CPU)

Geekbench 6 (Multi-Core CPU)

3DMark Wild Life Extreme (GPU)

Architectural Deep Dive: What Armv9 Really Means

The most significant leap in this lineup is the move from the Armv8.2 architecture to Armv9 in the Dimensity 7350. This isn't just an incremental update; it's a fundamental redesign focused on security, AI, and raw performance.

Cortex-A78 & A55 (Armv8.2)

Found in: 7020, 7025, 7030, 7360, 7400X

Proven Performance: The Cortex-A78 is a highly refined and powerful CPU, delivering excellent sustained performance.
Classic Efficiency: The Cortex-A55 handles background tasks with minimal power drain.

Cortex-A715 & A510 (Armv9)

Found in: Dimensity 7350

Smarter Speed: The Cortex-A715 boosts IPC (Instructions Per Clock), doing more work each cycle and offering 20% better power efficiency than the A78.
Modern Efficiency: The Cortex-A510 provides a massive 35% performance uplift over the A55, making the entire user experience feel snappier.

GPU & Gaming In-Depth

Gaming performance isn't just about raw scores; it's about the underlying graphics architecture. The Mali-G615/G610 GPUs in the 4nm chips are based on Arm's modern Valhall architecture, enabling features like Variable Rate Shading (VRS) to boost frame rates. The Dimensity 7350 stands out with its four-core (MC4) GPU, giving it a distinct advantage in graphical power over the dual-core setups in the 7360/7400X, as reflected in its superior 3DMark score.

For the Creator: Imaging and Video Deep Dive

A chipset's prowess in content creation is defined by its Image Signal Processor (ISP) working with the AI-powered NPU. This is where the 4nm generation shines, enabling features like real-time 4K HDR video recording, which balances the brightest highlights and darkest shadows in every single frame for stunning, vibrant footage.

The 4nm Advantage: Power Efficiency & Battery Life

The move from a 6nm to a 4nm manufacturing process provides a fundamental improvement in power efficiency. A smaller process node means transistors are smaller and closer together, reducing power leakage. This translates to tangible gains in battery life, especially during sustained tasks like gaming, where the 4nm chips can be up to 25% more efficient.

Decoding MediaTek: A Note on Naming Strategy

It's tempting to assume a linear progression of power, but MediaTek's strategy is more nuanced. The most important number is often the second one. The '0' in 70xx denotes the older 6nm generation based on Armv8.2. The '3' and '4' in 73xx/74xx signify the newer 4nm generation. This is why the Dimensity 7350 outperforms the higher-numbered 7030. Prioritize the generation and core architecture over the model number to get a true sense of a chip's capabilities.

Verdict: Which Dimensity Chip Should You Choose?

After a thorough analysis, it's clear that the Dimensity 7350 stands out as the most compelling option, introducing next-gen architecture and class-leading performance. Here are our final recommendations based on your needs.

🥇For the Gamer & Performance Seeker

Dimensity 7350

The undisputed leader in single-core CPU and gaming performance thanks to its 3.0GHz Armv9 cores and quad-core GPU. Its advanced 4nm process also makes it the most power-efficient. This is the most forward-looking chip in the lineup.

🥈For the Multitasker & Early Adopter

Dimensity 7400X / 7360

With four performance cores, these chips excel at multi-threaded tasks. The 7400X's dual-display support makes it the definitive choice for mid-range foldables, a crucial and growing niche.

🥉For the Value Seeker with Premium Needs

Dimensity 7030

The star of the 6nm lineup. It offers a strong blend of performance and features, but its unique selling point is the inclusion of mmWave 5G support, a premium feature that makes it a connectivity powerhouse for its class.