GMKtec Evo-X2 VS Minisforum M1 Pro

Both the GMKtec Evo-X2 and the Minisforum M1 Pro ship with 2000GB NVMe SSD storage, so neither holds an advantage in capacity or storage technology — users of both systems get fast, ample local storage out of the box.

Where these two machines diverge dramatically is in their physical footprint. The M1 Pro is a genuinely compact mini PC, measuring 126 × 52.5 × 128 mm and occupying just 846.72 cm³ of space. The Evo-X2, by contrast, spans 384 × 94 × 252 mm and consumes roughly 9096 cm³ — making it more than ten times larger by volume. In practical terms, the M1 Pro can tuck behind a monitor, sit in a drawer, or fit in a bag with ease, while the Evo-X2 is a full-sized desktop tower that demands dedicated desk real estate.

For general form-factor considerations, the Minisforum M1 Pro has a decisive edge: it delivers the same storage capacity in a chassis that is an order of magnitude smaller. If space efficiency and portability are priorities, the M1 Pro wins outright in this category. The Evo-X2's larger chassis, however, may hint at greater internal expandability or cooling headroom — factors worth examining in other spec groups.

The core architecture gap here is significant. The GMKtec Evo-X2 fields a 16-core, 32-thread CPU with simultaneous multithreading enabled, paired with a generous 64 MB L3 cache. The Minisforum M1 Pro counters with a hybrid 14-core design (6 performance + 8 efficiency cores) producing only 16 threads and no multithreading support, backed by a much smaller 24 MB L3 cache. In practice, this means the Evo-X2 can handle heavily parallelized workloads — video encoding, 3D rendering, large compilation jobs — far more comfortably, while the M1 Pro's thread count limits its ceiling in those scenarios.

The M1 Pro does claw back some ground in two areas: a marginally higher turbo clock of 5.4 GHz versus 5.1 GHz on the Evo-X2, and a lower TDP of 45W compared to 55W. The turbo advantage is slim and unlikely to be felt in everyday tasks, but the power efficiency gap is more meaningful — the M1 Pro should run cooler and quieter under light-to-moderate loads, which aligns with its compact chassis. Notably, the M1 Pro is rated to a higher junction temperature of 110 °C versus the Evo-X2's 100 °C, suggesting its thermal management is tuned for a tighter thermal envelope.

For CPU performance, the GMKtec Evo-X2 holds a clear and substantial advantage: double the threads, a much larger cache, and higher sustained throughput make it the stronger processor for demanding or multi-tasked workloads. The M1 Pro's efficiency and slightly higher peak clock speed are real, but they do not offset the raw processing headroom the Evo-X2 brings to the table.

Raw graphics horsepower decisively favors the GMKtec Evo-X2. It carries 2560 shading units against the Minisforum M1 Pro's 1024 — a 2.5× advantage — while also doubling the M1 Pro's render output units (64 vs. 32 ROPs) and matching that ratio in texture mapping units (160 vs. 64 TMUs). Combine this with a significantly higher GPU turbo of 2900 MHz versus 2350 MHz, and the Evo-X2's integrated GPU is in a different league for graphics-intensive tasks: light gaming, GPU-accelerated creative applications, and multi-display rendering will all run noticeably smoother.

The M1 Pro counters with a couple of forward-looking advantages. Its PCIe 5 interface (versus PCIe 4 on the Evo-X2) offers greater theoretical bandwidth headroom for future peripherals, and its 3 nm fabrication node is a generation ahead of the Evo-X2's 4 nm — meaning the M1 Pro's GPU achieves its output more efficiently per transistor. It also supports DirectX 12 Ultimate, unlocking hardware ray tracing and mesh shader features that standard DirectX 12 does not guarantee. In practice, though, with far fewer shading units and lower peak clocks, the M1 Pro cannot take full advantage of those API features in any demanding scenario.

On graphics, the GMKtec Evo-X2 is the clear winner. The M1 Pro's process node and PCIe 5 support are meaningful on paper, but they cannot compensate for having less than half the GPU compute resources. Users who care about graphics performance — even at the integrated-GPU level — will find the Evo-X2 substantially more capable.

Both systems run DDR5 memory, which is the meaningful baseline they share — DDR5 brings higher bandwidth and improved power efficiency over the previous generation, benefiting both machines equally. The differences lie in capacity and speed. The GMKtec Evo-X2 ships with a substantial 128 GB of RAM running at 8000 MHz, while the Minisforum M1 Pro offers 64 GB at 6400 MHz — half the capacity and a notably lower clock rate.

In real-world terms, the capacity gap matters most for power users: virtual machine stacks, large in-memory datasets, professional video editing timelines, and heavy multi-application workloads all benefit directly from more RAM. At 64 GB, the M1 Pro is still generous for the vast majority of use cases, but it will hit a ceiling that the Evo-X2 simply does not face. The speed difference — 8000 MHz vs. 6400 MHz — is a secondary factor, but faster memory meaningfully feeds the integrated GPU and CPU with data more quickly, which compounds the Evo-X2's graphics and processing advantages noted in other categories.

The GMKtec Evo-X2 wins this category on both fronts. Double the RAM capacity and a 25% faster memory clock make it the stronger choice for memory-intensive workloads, with no offsetting advantage on the M1 Pro's side within this spec group.

Wireless connectivity is a genuine tie: both machines support Wi-Fi 7 and Bluetooth 5.4, putting them on equal footing for cutting-edge wireless peripherals, low-latency audio, and future-ready networking. The wired high-speed story is similarly matched — each offers two Thunderbolt 4 ports, two USB4 40Gbps ports, a DisplayPort output, and a single RJ45 ethernet jack. For docking, external GPU enclosures, or fast storage, users of either system are equally well served.

The meaningful divergence emerges in two areas. First, port count: the GMKtec Evo-X2 provides three USB 3.2 Gen 2 Type-A ports versus the Minisforum M1 Pro's two, plus an extra USB 2.0 port, giving it more simultaneous peripheral capacity — a practical advantage on a desktop that tends to accumulate keyboards, mice, hubs, and drives. Second, and more significantly, the Evo-X2 ships with HDMI 2.1 while the M1 Pro is limited to HDMI 1.1. HDMI 2.1 supports up to 4K at 120Hz or 8K output, whereas HDMI 1.1 is a legacy standard capped at much lower resolutions and refresh rates — a stark gap for anyone connecting a modern display via HDMI.

The GMKtec Evo-X2 takes this category. The shared high-speed port parity is real, but the Evo-X2's additional USB-A ports and especially its HDMI 2.1 output make it notably more versatile for modern display setups and day-to-day peripheral management.

The benchmark results tell a nuanced story that cuts across two different performance dimensions. In multi-core throughput, the GMKtec Evo-X2 pulls ahead decisively: its PassMark multi-core score of 54021 is roughly 59% higher than the M1 Pro's 33969, and this gap is consistent with the thread-count advantage established in the CPU specs. For workloads that scale across cores — rendering, transcoding, data processing — the Evo-X2 is measurably faster in practice, not just on paper.

Single-core performance, however, flips the script. The Minisforum M1 Pro scores 4472 on PassMark single-core and 2897 on Geekbench 6 single-core, edging out the Evo-X2's 4142 and 2774 respectively. These margins are modest — roughly 8% in PassMark and 4% in Geekbench — but they are consistent across both test suites. Since many everyday applications, games, and latency-sensitive tasks rely heavily on single-thread speed, the M1 Pro's responsiveness in those scenarios is a legitimate counterpoint. The multi-core Geekbench 6 scores, at 17698 versus 17173, are essentially tied, suggesting the gap narrows when the workload is moderately rather than maximally parallelized.

A notable footnote: the Evo-X2's overclocked PassMark score climbs to 57021, while the M1 Pro's barely moves to 34411 — indicating the Evo-X2 has meaningful headroom under tuning while the M1 Pro does not. Overall, the GMKtec Evo-X2 wins on aggregate throughput and scalability, but users whose workflows are primarily single-threaded will find the Minisforum M1 Pro holds its own competitively.

A few under-the-hood differences here carry real weight. The GMKtec Evo-X2 uses a 4-channel memory architecture versus the Minisforum M1 Pro's 2-channel setup — doubling the memory bandwidth available to the CPU and GPU. This directly amplifies the performance advantages already seen in benchmarks and graphics specs, as more data can flow simultaneously to the processor. Critically, the Evo-X2 also supports ECC memory, which automatically detects and corrects single-bit memory errors. For professional, scientific, or business-critical workloads where data integrity matters, this is a significant differentiator that the M1 Pro simply cannot offer.

The M1 Pro counters with two notable advantages. It employs big.LITTLE technology, pairing performance and efficiency cores to dynamically allocate workloads — a design that helps it balance responsiveness with power draw, which suits its compact, efficiency-oriented profile. Its warranty period is also 2 years versus the Evo-X2's 1 year, offering buyers twice the covered support window and a lower long-term ownership risk. The M1 Pro's maximum supported RAM speed of 8400 MHz also edges out the Evo-X2's 8000 MHz ceiling, though this is a marginal difference in practice.

This category splits depending on the buyer's priorities. For reliability-focused or professional deployments, the GMKtec Evo-X2 wins on ECC support and memory bandwidth. For everyday users who value long-term peace of mind and efficient core scheduling, the Minisforum M1 Pro's 2-year warranty and big.LITTLE architecture make it the more attractive proposition.