The modern creative studio requires a delicate balance of spatial efficiency and raw computational muscle. As desk space becomes increasingly crowded with expansive color-accurate monitors, advanced graphics tablets, and localized 3D printers, the traditional monolithic desktop tower is rapidly falling out of favor. Enter the mini PC—effectively a high-performance laptop minus the battery and integrated screen. These diminutive machines offer a compelling proposition for modern professionals: they consume minimal power, maintain a tiny physical footprint, and deliver remarkable multi-core performance.
However, they traditionally struggle with one critical bottleneck: graphics processing power. Rather than housing discrete, power-hungry GPUs from Nvidia or AMD, most mini PCs rely on integrated graphics solutions built directly into the central processing unit.
The Geekom IT13 Max arrives in this competitive landscape as an Intel-powered contender aimed squarely at office environments and light creative workflows. Retailing at £999 in the UK and $1,399 in the US, it positions itself as a premium compact workstation. Yet, while it excels in physical connectivity and space-saving versatility, an analysis of its underlying architecture reveals a machine held back by a reliance on first-generation technology, soldered memory limitations, and an integrated graphics engine that struggles under the weight of modern AI-driven creative tools.
Main Facts and Core Specifications
To understand where the Geekom IT13 Max sits in the hierarchy of modern desktop alternatives, one must examine its hardware sheet. At its core lies the Intel Core Ultra 9 185H processor—a Meteor Lake chip featuring 16 cores and 22 threads, capable of reaching a turbo frequency of 5.1GHz. This is coupled with an integrated Intel Arc graphics processor and an Intel AI Boost NPU (Neural Processing Unit) capable of delivering roughly 35 total TOPS (Tera Operations Per Second) for localized artificial intelligence tasks.
In terms of memory and storage, the IT13 Max is strictly confined. It is available in two configurations: a 1TB SSD variant paired with 16GB of RAM, and a higher-tier model featuring a 500GB SSD and 24GB of LPDDR5 RAM. Crucially, the memory is soldered directly onto the motherboard, meaning users cannot upgrade their RAM post-purchase. Storage, however, is more flexible; alongside the primary drive, an internal M.2 expansion slot allows for an extra SSD to be added, complemented by a side-mounted SD card slot.
Connectivity is arguably the machine’s strongest suit. The chassis is packed with ports, including:
- 2 x USB4 ports (with support for Power Delivery input and external GPU docks)
- 5 x USB 3.2 Gen 2 Type-A ports
- 1 x USB 2.0 port
- 2 x HDMI 2.0 outputs (capable of driving up to four 4K displays or a single 8K display)
- Dual 2.5GbE Ethernet networking ports
- Wi-Fi 7 and Bluetooth 5.4 wireless capabilities
- 1 x 3.5mm audio jack
Measuring a modest 132 x 132 x 50mm and weighing in at 840g, the unit is easily tucked away behind a desk or mounted directly to the rear of a monitor using the included VESA bracket.
Chronology and Hardware Evolution
The architectural choices underpinning the Geekom IT13 Max tell an interesting story about component lifecycle management in the mini PC sector. The Intel Core Ultra 9 185H processor driving this machine was initially released in the final quarter of 2023. While it was a formidable first-generation Core Ultra chip—finding a home in several high-profile ultraportable laptops and mobile workstations throughout 2024—it has since been systematically overtaken by second- and third-generation silicon iterations.
By the time the IT13 Max hit the test bench, the computing landscape had already shifted toward faster, more efficient architectures equipped with significantly more potent integrated graphics engines. Geekom itself has begun integrating second-generation Ultra 9 chips into alternatives like the IT15, while competing manufacturers have explored advanced AMD Ryzen AI 9 processors, such as those found in the Geekom A9 Max.
Consequently, reviewing the IT13 Max feels somewhat like examining a mature product line at the tail end of its architectural cycle. While the 16-core Meteor Lake processor retains enough multi-threaded muscle for general productivity and basic document rendering, its integrated Arc graphics lag behind newer iterations, directly impacting the machine’s longevity in professional creative environments.
Supporting Data and Benchmark Performance
To evaluate the IT13 Max’s viability for creative professionals across disciplines, expert reviewers subject the machine to a rigorous suite of industry-standard benchmarking software. These evaluations span single-core and multi-core CPU capabilities, localized AI rendering, video upscaling, and application-specific tasks in the Adobe Creative Cloud suite.
Geekbench and Cinebench Scores
In Geekbench, which tests both single- and multi-core CPU responsiveness alongside AI tasks, the Core Ultra 9 185H holds its ground. Thanks to Intel’s retention of Hyper-Threading on performance cores for this generation, the 16-core configuration handles simultaneous threading capably. In the Cinebench 2024 multi-core rendering test, the IT13 Max actually outpaces machines like the MacBook Air M5—purely by virtue of having a higher physical core count—and matches other laptops powered by the exact same CPU.
Creative App Performance (PugetBench)
The real surprise comes in the PugetBench for Photoshop benchmark. Despite relying on integrated graphics and a restricted 24GB RAM pool, the IT13 Max sits comfortably between high-end portable machines equipped with dedicated GPUs, such as the HP Omen Max 16 and the ASUS ProArt P16. It even manages to edge out specialized creative laptops in pure Photoshop execution times, likely aided by the stable thermal performance afforded by its thicker, well-ventilated chassis.
The Bottlenecks: Video and AI
However, the moment benchmarks shift toward video editing (Adobe Premiere Pro), heavy 3D rendering (Cinema 4D and Redshift), or intensive AI image generation (Stable Diffusion via UL Procyon), the system visibly stumbles. Topaz Video AI tests highlight the limitations of the older integrated graphics core, and batch image resizing operations expose the constraints of the 24GB RAM cap. Modern creative software increasingly offloads complex processing onto dedicated GPU shaders and expansive VRAM allocations; the IT13 Max’s unified, limited memory pool makes these intensive tasks a slow and labored process.
Official Recommendations and Setup Quirks
Unboxing the Geekom IT13 Max reveals a few design choices that distinguish it from standard consumer desktops. Notably, Geekom covers the chassis in stickers bearing a rather unusual warning: do not connect the machine to the internet during initial Windows 11 setup.
For a consumer-facing Windows machine, this is an irregular directive. It forces the user to establish a local Windows account rather than signing straight into a Microsoft profile. While this might raise eyebrows among casual buyers, it presents an unexpected advantage for enterprise, industrial, or security-conscious environments where users want to deploy an "air-gapped" workstation completely isolated from external networks while still running Windows applications.
Furthermore, physical design considerations extend to the underside of the unit. Removing the baseplate provides access to an internal four-pin RS–232 and RS–485 serial header routing system, allowing technicians to connect the mini PC directly to factory machinery, building automation networks, or CNC controllers. This hints at an industrial pedigree beneath the sleek office exterior.
Implications for Creatives: Who Is It For?
For office workers, copywriters, accountants, and students, the Geekom IT13 Max is an exceptionally capable machine. It flies through multi-tab web browsing, word processing, spreadsheet management, and even light 2D design work in Photoshop and InDesign without missing a beat. The inclusion of dual 2.5GbE ports and Wi-Fi 7 ensures future-proof network speeds, while the abundance of USB ports means users will rarely find themselves reaching for a separate USB hub.
However, for professional graphic designers, video editors, and 3D artists, the implications are more sobering. The three factors holding the IT13 Max back—its last-generation CPU architecture, a hard ceiling of 24GB of RAM, and an integrated GPU—mean it is fundamentally underpowered for heavy, modern creative workloads.
With creative applications increasingly leaning on real-time GPU acceleration, generative AI tools, and massive asset caching, a system with soldered 24GB RAM and no upgrade path represents a risky investment for long-term professional use. At a price point of £999/$1,399, buyers find themselves directly competing with Apple’s M4 Mac Mini (which offers comparable pricing, though smaller base storage) or alternative Windows machines that offer dedicated graphics cards or fully expandable memory slots.
Verdict Summary
- Design: 4/5 — Small, unobtrusive, highly functional port layout, and VESA mount friendly.
- Features: 4/5 — Generous USB connectivity, dual Ethernet, Wi-Fi 7, and an internal M.2 storage expansion slot.
- Performance: 3/5 — Hindered by first-generation silicon, soldered 24GB RAM, and an integrated Arc GPU.
- Value: 3/5 — Competitively priced against Apple, but users requiring heavy creative performance should shop around for dedicated GPU alternatives.
