GMKtec EVO T2S Mini PC brings Intel Core Ultra X7 358H power to a compact desktop
The GMKtec EVO T2S is a high-end Mini PC built for users who want serious desktop-class capability in a small, modern chassis. Priced at $2,099, this compact system targets productivity users, creators, multitaskers, AI enthusiasts, and gamers who need strong performance without moving to a full-size tower PC.
GMKtec has spent years building compact computers based on Intel and AMD mobile platforms, and the EVO T2S shows how far Mini PCs have come. It follows the earlier EVO T1, but upgrades the overall experience with a newer Intel Core Ultra processor, faster integrated graphics, strong AI hardware, rich connectivity, and a premium design that feels more like an enthusiast desktop than a basic office box.
At the heart of the GMKtec EVO T2S is Intel’s Core Ultra X7 358H, a high-performance processor from the Core Ultra Series 3 lineup. This chip uses a 16-core configuration made up of 4 performance cores, 8 efficiency cores, and 4 low-power efficiency cores. The result is a balanced processor designed to handle demanding workloads while staying efficient enough for a compact chassis.
The Core Ultra X7 358H runs at a base frequency of 1.9 GHz and can boost up to 4.8 GHz on its performance cores. The efficiency cores operate from 1.5 GHz to 3.5 GHz, while the low-power efficiency cores can boost up to 3.3 GHz. It also includes 18 MB of L3 cache and 21 MB of L2 cache. The default power rating sits at 25W, while maximum turbo power can reach 80W, although the EVO T2S is tuned around practical Mini PC power limits.
One of the biggest highlights is the integrated Intel Arc B390 GPU. This graphics solution is based on Intel’s newer Xe3 architecture and includes 12 Xe cores clocked up to 2.50 GHz. For a Mini PC without a dedicated graphics card, this is a major advantage. It supports modern graphics APIs, newer ray tracing hardware, AI-enhanced features, and Intel XeSS Multi Frame Generation, giving the EVO T2S much stronger gaming and creator potential than many older integrated GPU systems.
The system is also ready for local AI workloads. The Core Ultra X7 358H includes Intel’s updated NPU5, rated at up to 50 TOPS for INT8 AI performance. Combined with the GPU’s AI capabilities, the platform is designed for modern AI software, local language models, image-generation tools, AI-assisted productivity, and supported Windows AI features. For users who want to experiment with AI without relying entirely on cloud processing, this Mini PC has the hardware foundation to do it.
Memory is another strong point. The EVO T2S ships with 64 GB of LPDDR5X memory running at 8533 MT/s. This gives the system plenty of bandwidth for multitasking, content creation, and AI workloads. The memory is soldered, so buyers should choose carefully before purchasing, as it cannot be upgraded later.
Storage options include a 1 TB PCIe Gen 4 x4 SSD, while another configuration includes an 853 GB AI-focused SSD using Phison aiDAPTIV+ technology. The AI SSD option is tuned for local large language model workloads and is designed to improve performance in supported AI tasks. While memory is fixed, storage remains flexible. Inside the system are two M.2 slots, and the EVO T2S can support up to two 8 TB drives, giving users room for large game libraries, media projects, datasets, and professional files.
Connectivity is one of the areas where the GMKtec EVO T2S feels especially premium. The front includes USB Type-A ports, USB4 Type-C, a 3.5 mm audio jack, a power button, and a reset button. The rear adds even more, including 2.5 GbE LAN, 10 GbE LAN, additional USB ports, another USB4 Type-C port, DisplayPort, HDMI, OCuLink, a second audio jack, a Kensington lock slot, and DC power input.
The inclusion of OCuLink is particularly important for advanced users. It allows the Mini PC to connect to external GPU solutions with better bandwidth than many typical external graphics setups. This means the EVO T2S can serve as a compact workstation today and potentially scale into a much stronger gaming or rendering machine with external GPU support.
Display support is also generous thanks to HDMI, DisplayPort, and USB4 outputs. This makes the EVO T2S suitable for multi-monitor desks, creator setups, trading stations, productivity workspaces, and entertainment systems.
The BIOS has also been improved compared to earlier GMKtec systems. It offers more control over power behavior and includes a simple power limit selector. Users can choose between High Performance mode at 54W, Balanced mode at 45W, and Quiet mode at 35W. These profiles make it easier to tune the Mini PC depending on whether performance, noise, or efficiency matters most.
There are deeper tuning options as well, although the system appears to cap practical CPU power around 60W after saving and rebooting. That limit makes sense for a compact system, as it helps keep temperatures and acoustics under control while still allowing the Core Ultra X7 358H to perform strongly.
The EVO T2S also makes a strong first impression with its packaging and design. The Mini PC arrives in a clean silver box with a simple GMKtec logo. Inside are the Mini PC, user documentation, power adapter, power cable, and HDMI cable. The included power adapter provides 148.2W, giving the system enough headroom for its high-performance components and connected devices.
Visually, the GMKtec EVO T2S stands out from many plain Mini PCs. It uses a stylish dual-tone design with a metallic champagne-gold front cover and a chassis built around an outer plastic shell with an internal aluminum frame. It looks premium without being overly flashy, making it suitable for both office and home setups.
Cooling has clearly been considered carefully. The chassis includes multiple exhaust areas, including vents near the top frame, rear I/O, and bottom section. These help move heat out of the compact enclosure during heavy workloads.
Inside, the cooling system uses two fans. One is a 92 mm fan that helps cool the rear-side components, including storage and memory areas. The other is a blower-style fan focused on cooling the Intel Core Ultra X7 358H processor. This dual-fan layout helps the EVO T2S maintain performance in a small footprint, especially during sustained CPU, GPU, or AI workloads.
The Mini PC can also be positioned vertically thanks to rubber feet on the side, giving users more flexibility when setting it up on a crowded desk. This is useful for users who want a powerful system but have limited space.
Performance-wise, the EVO T2S is positioned as a major step forward for compact PCs. In CPU testing, it comes surprisingly close to systems using the previous Core Ultra 9 285H, despite that chip having higher clocks, more aggressive power limits, and more performance-focused specifications. That makes the Core Ultra X7 358H an impressive fit for this Mini PC, especially when balanced against thermals and power consumption.
For everyday use, the system should feel extremely responsive. Web browsing with many tabs, office work, video calls, media playback, file compression, coding, photo editing, and general multitasking are all well within its comfort zone. With 64 GB of fast LPDDR5X memory, users can keep many applications open at once without quickly running into memory limits.
For creators, the EVO T2S offers enough CPU and GPU performance for photo editing, video editing, light 3D work, streaming, and media encoding. The newer Intel Arc integrated graphics and updated media engines make it a capable choice for compact creator desks. It is not a replacement for a large workstation with a high-end dedicated GPU, but for its size, it offers a compelling amount of power.
For gaming, expectations should be realistic but optimistic. The Arc B390 iGPU is a major improvement over older integrated graphics, and support for newer upscaling and frame-generation technologies can help in supported games. Esports titles and lighter games should run well, while more demanding games may require tuned settings and lower resolutions. Users who want more graphics power can take advantage of the OCuLink port for an external GPU setup.
For AI users, the EVO T2S is one of GMKtec’s most interesting compact systems. The combination of a modern Intel NPU, Arc GPU AI performance, 64 GB of memory, and optional AI-focused SSD gives it a strong foundation for local AI experimentation. Users working with supported LLM tools, AI image workflows, productivity assistants, and on-device inference will find this system far more capable than entry-level Mini PCs.
The biggest limitation is upgradeability. Since the LPDDR5X memory is soldered, the 64 GB configuration is fixed. Fortunately, 64 GB is already generous for most users. Storage, however, is upgradeable through the two M.2 slots, and that adds long-term flexibility.
Overall, the GMKtec EVO T2S is a powerful premium Mini PC built for users who want compact size without sacrificing modern performance. Its Intel Core Ultra X7 358H processor, Arc B390 graphics, dedicated NPU, 64 GB of fast memory, dual M.2 storage support, 10 GbE networking, USB4, and OCuLink make it a versatile machine for productivity, AI, content creation, and gaming.
At $2,099, it is clearly not an entry-level Mini PC. It is aimed at enthusiasts and professionals who need strong computing power in a small form factor. For buyers who value performance density, modern connectivity, local AI capability, and a polished design, the GMKtec EVO T2S is one of the most feature-packed Mini PCs in its class.GMKtec NucBox EVO T2S Mini PC review: Core Ultra X7 358H delivers strong CPU, AI, and integrated GPU performance
The GMKtec NucBox EVO T2S is shaping up to be one of the more interesting high-performance mini PCs for users who want desktop-class responsiveness in a compact form factor. Powered by the Intel Core Ultra X7 358H running at 60W, the system targets creators, office users, AI enthusiasts, and anyone looking for a small PC that can handle more than basic everyday tasks.
Across productivity, rendering, AI, and synthetic GPU testing, the EVO T2S shows that Intel’s latest Core Ultra platform can compete strongly with both previous Intel chips and AMD Ryzen AI mini PCs. It may not always sit at the very top of every chart, but its balance of CPU performance, AI acceleration, and software support makes it a capable all-rounder.
In Blender, the GMKtec EVO T2S performs very close to systems equipped with the Core Ultra 9 285H. That is a strong result considering the different power targets and clock behavior. AMD Ryzen-based systems, especially those using Ryzen AI MAX+ and Ryzen AI 9 HX-class chips, continue to deliver excellent performance across rendering workloads, but the Core Ultra X7 358H keeps the EVO T2S competitive.
Single-core performance is slightly lower than the Core Ultra 9 285H in some tests, mainly due to lower operating clock speeds. However, the EVO T2S makes up ground in multi-threaded workloads, where the Core Ultra X7 358H scales well and delivers fast performance for heavier tasks such as rendering, compression, multitasking, and content creation.
Cinebench 2024 and Cinebench 2026 show a similar pattern. The EVO T2S may trail higher-clocked chips in single-core runs, but it remains strong in multi-core testing. For users who rely on software that uses multiple CPU cores, this mini PC has enough processing power to feel much larger than its compact chassis suggests.
Geekbench 6 is another strong area for the Core Ultra X7 358H. In this benchmark, the EVO T2S delivers excellent single-core results while also pulling ahead in multi-core workloads. This makes it well-suited for general computing, code compilation, office work, browser-heavy multitasking, and creator applications that benefit from both fast single-threaded and multi-threaded performance.
Office performance is one of the standout areas for the GMKtec NucBox EVO T2S. The Core Ultra X7 358H proves to be extremely responsive across common office applications. Whether working with large spreadsheets, presentations, documents, web apps, or multiple productivity tools at the same time, the system offers the kind of speed that makes daily work feel smooth and immediate.
WinRAR performance is also impressive. The EVO T2S sits comfortably ahead of the Core Ultra 9 285H-based comparison system in compression testing. Faster memory configurations, especially setups using 9000 MT/s or higher speeds, could improve results even further. This matters for users who frequently handle large compressed files, software packages, game archives, or project backups.
The system was also tested across SPECViewPerf workloads, which focus on professional visualization performance. While exact results vary depending on the workload, the EVO T2S shows that its hardware is not limited to casual use. It can support professional applications that involve 3D modeling, CAD-style workflows, visualization, and other GPU-assisted productivity tasks.
AI performance is one of the biggest highlights of the GMKtec NucBox EVO T2S. With Intel’s latest CPU, GPU, and NPU combination, the machine performs strongly in synthetic AI benchmarks. Geekbench AI shows the system competing well against several AMD Ryzen AI-based mini PCs, while UL Procyon testing highlights the benefit of Intel’s dedicated AI accelerators.
The combination of GPU and NPU resources gives the EVO T2S up to 180 TOPS of AI compute, giving it serious potential for local AI tasks. This is especially important as more users move toward running AI workloads directly on their own systems instead of depending only on cloud services.
In UL Procyon, Intel’s AI acceleration hardware shows a clear advantage in several workloads. The EVO T2S benefits from being able to use different compute engines depending on the task, including the NPU and integrated GPU. This flexibility helps improve performance in AI inference, image generation, language model acceleration, and other machine learning workloads.
GMKtec also adds practical AI software to the system. The mini PC comes with tools such as OpenClaw, Herdsman AI, and GMKtec’s AI PC software. These applications are designed to help users explore local AI features without needing to build everything from scratch.
The AI PC software includes access to model options such as Qwen, DeepSeek, and Llama, giving users a convenient way to experiment with large language models. GMKtec’s Claw software also includes agent-style AI workflows, which can be useful for productivity, automation, research, and general assistance tasks. Available software and services may vary by region, but the overall focus is clear: this mini PC is designed to be more than just a traditional Windows machine.
Local AI testing with LM Studio also produced encouraging results. Models such as DeepSeek R1 Distill based on Qwen 7B and Qwen 14B ran well, and larger 30B to 45B-class models were usable depending on configuration and available memory. For users who want to reduce reliance on paid cloud AI tools, the EVO T2S offers a practical local alternative.
GPU performance is another important part of the EVO T2S story. Before looking at gaming, synthetic GPU performance helps explain what the integrated graphics can do. Intel Arc and AMD Radeon integrated GPUs use very different architectures, so raw FLOPS numbers do not always translate directly into real-world performance. A Radeon iGPU may show higher theoretical compute in some cases, but actual performance depends on drivers, memory bandwidth, software optimization, and workload type.
The Intel Arc graphics inside the Core Ultra X7 358H give the EVO T2S enough graphics power for media work, light creative workloads, AI acceleration, and casual gaming. It is not meant to replace a full desktop graphics card, but for a compact mini PC, the level of integrated GPU performance is impressive.
Overall, the GMKtec NucBox EVO T2S stands out as a fast and versatile mini PC. Its Core Ultra X7 358H processor performs well in CPU benchmarks, its AI hardware is genuinely useful, and its integrated graphics add flexibility for creative and visual workloads. AMD Ryzen AI systems remain very competitive, especially in rendering and certain multi-threaded tests, but the EVO T2S offers a strong mix of speed, efficiency, AI capability, and compact design.
For users looking for a powerful mini PC for office work, content creation, local AI experiments, software development, multitasking, and everyday productivity, the GMKtec NucBox EVO T2S is a compelling option. It brings high-end features into a small footprint and shows how far modern mini PCs have come.GMKtec NucBox EVO T2S Mini PC Review: Arc B390 Delivers a Major Integrated Graphics Upgrade
The GMKtec NucBox EVO T2S is shaping up to be one of the more exciting mini PCs for users who want strong gaming performance without stepping into full desktop territory. Its biggest upgrade over the previous EVO T1 is the new Intel Arc B390 integrated GPU, and the performance jump is immediately noticeable across synthetic benchmarks, 1080p gaming, 1440p testing, and even emulation.
For compact PC buyers, the EVO T2S offers a compelling mix: powerful integrated graphics, efficient power behavior, strong CPU performance, and enough gaming capability to handle modern titles at high-definition settings. It is not simply a small productivity machine; it is a genuine mini gaming PC candidate.
The Arc B390 iGPU is the star of the EVO T2S
The most important improvement in the GMKtec EVO T2S comes from the Arc B390 integrated graphics. Compared with the EVO T1 and its Arc 140T graphics, the EVO T2S delivers close to a 2x performance uplift in several GPU-focused tests.
In 3DMark SpeedWay, which focuses heavily on modern graphics features, the Arc B390 shows a dramatic lead over the EVO T1. This makes the T2S a much more capable option for users interested in newer games, ray tracing workloads, and graphics-heavy applications.
The performance story continues in 3DMark Steel Nomad, where the EVO T2S again delivers almost twice the performance of the older model. Since Steel Nomad reflects non-ray-traced graphics performance, this result is important for real-world gaming, where many popular titles still rely heavily on traditional rasterization.
In 3DMark Port Royal, the Arc B390 also performs impressively. It is around twice as fast as several competing integrated graphics options, with only the Radeon 8060S in the GMKtec EVO X2 sitting in a higher tier. This gives the EVO T2S a clear advantage over mini PCs using Radeon 890M graphics in ray tracing-focused scenarios.
Time Spy is another strong result for the EVO T2S. The graphics performance is solid, but the CPU score is especially notable, even surpassing the Ryzen AI MAX+ 395 in this specific test. That makes the T2S attractive not only for gaming, but also for workloads that benefit from strong processor performance.
Fire Strike also shows that Intel’s integrated graphics can still perform well in older DirectX 11 workloads. This matters because many popular games continue to use DX11, and strong performance here helps ensure smoother gameplay across a wide game library.
Finally, in 3DMark Night Raid, the Arc B390 approaches the 50,000-point range, showing that the EVO T2S has more than enough performance for lighter games, esports titles, and everyday graphics tasks.
1080p gaming performance is surprisingly strong
After the synthetic benchmarks, the GMKtec NucBox EVO T2S continues to impress in real games. At 1080p, the mini PC proves that modern integrated graphics can now deliver a very playable experience in demanding titles when paired with smart settings and upscaling.
Cyberpunk 2077 was tested at 1080p using the Medium preset with balanced XeSS or FSR upscaling. This is a demanding title, yet the EVO T2S delivers a strong showing for a compact system powered by integrated graphics. The Arc B390 sits well ahead of lower-tier iGPUs and competes confidently with other premium mini PC solutions.
Forza Horizon 5 was tested at 1080p with the Medium preset and quality upscaling. This game is known for being visually rich while still scaling well across hardware, and the EVO T2S handles it smoothly. It offers the kind of performance that makes racing games feel responsive and enjoyable without needing a dedicated graphics card.
F1 24 was tested at 1080p using the High preset. The EVO T2S again performs well, showing that the Arc B390 can handle fast-paced racing games where consistent frame rates matter. For players who enjoy racing titles, this is a meaningful result.
Horizon Zero Dawn was tested using the “Favor Quality” preset with FSR 2 set to Balanced. The EVO T2S remains competitive here, delivering a good balance between image quality and frame rate. This is exactly where a strong integrated GPU becomes valuable: allowing users to enjoy visually impressive games without a large desktop tower.
Metro Exodus is another standout. Running at the High preset with ray tracing set to normal and no upscaling, the EVO T2S delivers more than 50 FPS. That is an impressive achievement for integrated graphics, especially in a game known for being demanding.
The Callisto Protocol also runs decently on the EVO T2S with the tested settings. While entry-level integrated GPUs struggle to stay near 30 FPS even with frame generation enabled, the Arc B390 performs noticeably better. This shows that the EVO T2S has enough graphics horsepower to make heavier titles playable with the right configuration.
1440p gaming is possible with smart settings
The EVO T2S is primarily strongest as a 1080p gaming mini PC, but it can also handle 1440p gaming in selected titles when upscaling and frame generation are used effectively.
Several games were tested at 1440p using a mix of XeSS, FSR, and frame generation. Titles included Cyberpunk 2077 with RT High and XeSS Quality plus frame generation, Doom The Dark Ages at High with XeSS Balanced, Death Stranding 2 at High with XeSS Quality plus frame generation, F1 24 at Ultra High with XeSS Quality, Forza Horizon at Ultra settings with XeSS, Horizon Zero Dawn at Ultimate Quality, Resident Evil Requiem at High with XeSS Quality, and The Callisto Protocol maxed with FSR Quality.
The key takeaway is that 1440p gaming is no longer unrealistic for a powerful integrated GPU. With XeSS 3 supporting multi-frame generation up to 4x in compatible games, the EVO T2S can push frame rates even higher in supported titles.
Another highlight is power efficiency. During 1440p gaming, the Arc B390 iGPU consumed only around 20 to 22 watts. That is lower than the 30 to 40 watts seen from the Radeon 8060S in similar conditions. For a mini PC, this matters a lot. Lower GPU power draw can mean less heat, quieter operation, and better efficiency during longer gaming sessions.
Emulation performance is another strong point
The GMKtec EVO T2S also performs well in emulation. Using RPCS3, a popular PlayStation 3 emulator, games such as Demon’s Souls and God of War 3 were tested at 1440p with the frame rate unlocked to 60 FPS.
The system handled both games well. GPU power consumption during emulation stayed around 10 to 15 watts, while total package power remained under 40 watts. This makes the EVO T2S a very attractive option for users who want a compact emulation PC capable of running older console titles at enhanced resolutions.
For retro gaming fans and emulator users, this combination of CPU strength, iGPU performance, and low power consumption gives the EVO T2S a clear practical advantage.
Power consumption and thermals
Power and temperatures are crucial in any mini PC, especially one aimed at gaming and heavy workloads. Compact systems have limited internal space, so efficient cooling and controlled power behavior are essential.
The EVO T2S runs its Core Ultra X7 358H configuration at around 60W, placing it below some 70W mini PCs while still delivering very strong performance. Compared with systems such as the GMKtec EVO T1, Beelink SER9, Geekom A9 MAX, and GMKtec K13, the EVO T2S lands in a strong position for users who want high performance without excessive power use.
Thermal behavior also appears well managed. The system is designed to sustain demanding workloads while keeping temperatures under control. That is especially important for gaming, emulation, and longer productivity sessions where sustained performance matters more than short benchmark bursts.
A compact gaming PC with real potential
The GMKtec NucBox EVO T2S is a major step forward for integrated graphics performance in mini PCs. The Intel Arc B390 iGPU gives it a clear advantage over older Arc-based models and allows it to compete strongly against other premium integrated graphics solutions.
Its biggest strengths are 1080p gaming, impressive synthetic benchmark gains, efficient 1440p performance with upscaling, capable emulation, and strong CPU results. The EVO T2S is not trying to replace a high-end desktop gaming PC, but for its size and power class, it delivers an impressive experience.
For buyers looking for a compact PC for gaming, emulation, media, productivity, and everyday use, the GMKtec NucBox EVO T2S deserves serious attention. With the Arc B390, GMKtec has created a mini PC that feels like a meaningful upgrade rather than a small refresh.GMKtec NucBox EVO T2S Review: A Powerful Mini PC Built for AI, Gaming, and Heavy Productivity
The GMKtec NucBox EVO T2S is a compact desktop that tries to deliver high-end performance without taking over your desk. Powered by Intel’s Panther Lake processor, this Mini PC blends strong CPU performance, impressive integrated graphics, local AI acceleration, and a surprisingly rich set of expansion options into a sleek and quiet system.
Panther Lake has already made a strong first impression in larger systems, but seeing it inside a Mini PC makes the chip even more interesting. The EVO T2S shows how far compact PCs have come, especially for users who want a small machine that can handle multitasking, content creation, gaming, and AI workloads without relying on a bulky desktop tower.
In CPU performance, the Panther Lake chip inside the EVO T2S builds nicely on Intel’s Core Series 2 platform. It combines the efficiency improvements seen in Lunar Lake with the performance-focused approach of Arrow Lake, resulting in a processor that feels capable across a wide range of workloads.
The chip still features 16 cores and 16 threads, but what stands out is how well it performs despite having fewer performance cores than some competing designs. In many benchmark scenarios, the X7 358H configuration is not only competitive but can pull ahead in multi-threaded workloads. For everyday use, that means fast app launches, smooth multitasking, and enough power for heavier tasks such as video editing, compiling, rendering, and productivity workflows.
The integrated GPU is one of the biggest highlights of the EVO T2S. Intel’s Arc B390 graphics deliver a major leap over previous Xe2 solutions and compete strongly against AMD’s RDNA 3.5-based integrated graphics. While AMD’s Radeon 8060S remains a very powerful option, it typically draws more power, averaging around 35W to 40W in GPU-heavy scenarios.
By comparison, the Arc B390 averages closer to 20W while still delivering strong performance. That makes the EVO T2S especially appealing for users who care about efficiency, thermals, and noise. You get solid graphics performance without turning the Mini PC into a loud or power-hungry machine.
For light to moderate gaming, the EVO T2S is far more capable than older Mini PCs with basic integrated graphics. It can handle esports titles, indie games, and many modern games at reasonable settings. Intel’s software ecosystem also helps, especially with support for features like XeSS upscaling and improved ray tracing capabilities in supported workloads.
AI performance is another key selling point. The EVO T2S includes an NPU that can handle local AI tasks without always needing to send workloads to cloud-based services. For users working with AI tools, this can reduce reliance on paid subscriptions and improve privacy by keeping more processing on the device.
The system can run models up to around 35 billion parameters with relative ease. Larger 60B to 70B parameter models may be more challenging, but for mainstream users, creators, developers, and even many advanced AI users, the EVO T2S offers enough local AI performance to be genuinely useful.
GMKtec also adds value through bundled software such as GMKtec Claw and AI PC utilities. These apps may not appeal to everyone, but they can be useful for users who want a more guided experience when managing AI features and system performance.
Memory is another strong point. The EVO T2S comes with 64GB of LPDDR5X memory, which is excellent for heavy multitasking, creative workloads, virtual machines, AI applications, and large browser sessions. The only thing that would make it better is a configuration using faster 9600 MT/s memory, which could help extract even more performance from the integrated GPU.
Storage and connectivity are also impressive for a Mini PC. The EVO T2S includes dual NVMe slots, giving users room to expand high-speed storage. It also features dual LAN ports, dual USB4 ports, and an OCuLink connector. That last addition is especially important for enthusiasts, as it allows support for external GPU setups and other high-bandwidth accessories.
This makes the EVO T2S more flexible than many compact desktops. It is not just a sealed box with limited upgrade potential. Instead, it gives power users room to build a more capable workstation or gaming setup around a small central system.
Noise output is another area where the EVO T2S performs well. Despite its strong performance, it remains surprisingly quiet under typical workloads. That makes it a good fit for home offices, studios, living rooms, and shared workspaces where loud fans can become distracting.
The design also deserves credit. The EVO T2S has a clean, modern look that fits well on a desk without looking overly aggressive. It has the kind of compact and stylish appearance expected from a premium Mini PC, while still offering enough ports and cooling capability to support demanding use.
Pricing is where the EVO T2S becomes more complicated. The base configuration, which includes 64GB of LPDDR5X memory and a 1TB Gen4 x4 SSD, retails for around $2,099. That is a high price for a Mini PC, even one with this level of performance and features.
Part of the pricing pressure comes from memory costs, but buyers will still compare it closely against AMD Ryzen AI PRO systems. For example, GMKtec’s own EVO X2 with a Ryzen AI MAX+ 395 and 64GB of memory sells in a similar price range. That system may be more attractive for users focused heavily on AI workloads or those who want extra GPU power.
However, the EVO T2S has its own advantages. Intel’s software support is strong, particularly for graphics technologies, ray tracing support, XeSS, and creator-focused workloads. Users working with engines such as Unreal Engine or similar content creation platforms may find Intel’s ecosystem beneficial.
The biggest strengths of the EVO T2S are its strong overall performance, very capable integrated graphics, efficient operation, low noise levels, excellent connectivity, dual NVMe support, dual USB4 ports, dual LAN, OCuLink expansion, and attractive design.
The main drawbacks are the high price, strong competition from similarly priced Ryzen AI systems, and the fact that the preloaded AI apps may not be useful for every buyer.
GMKtec is also expected to offer an X9 388H configuration of the EVO T2S in the future, which should make the performance gap between the EVO T2S and the EVO X2 even smaller. That could make the Intel-based model an even stronger option for users who want a compact PC with high-end productivity, gaming, and AI capabilities.
Overall, the GMKtec NucBox EVO T2S is a powerful and feature-rich Mini PC built for demanding users. It is expensive, but it also delivers a premium mix of CPU performance, efficient integrated graphics, AI acceleration, quiet operation, and excellent expandability. For professionals, creators, enthusiasts, and AI-focused users who want serious performance in a compact form factor, the EVO T2S is one of the most interesting Mini PCs in its class.
