Thermal Grizzly, together with overclocking legend Roman “der8auer” Hartung and Elmor Labs, has launched a professional open-air test bench called the der8enchtable. Most importantly, it integrates an active PCB for fan, pump, storage, and USB management, making fast component swaps easier for reviewers, creators, and extreme overclockers. In addition, this innovative solution is designed to accelerate testing while keeping setups tidy and efficient.
Because technology innovations are evolving, the der8enchtable stands out for its balance between practicality and performance, bringing together decades of industry insight with modern design elements. Its engineering excellence has garnered attention from reputable sources such as Tom’s Hardware and TechSpot among others.
What is the der8enchtable?
The der8enchtable is not just another bench; it is a modular, open-air benchtable engineered for rapid hardware testing and everyday tinkering. Unlike a basic tray, it features an active PCB that centralizes power, cooling, and I/O, therefore significantly reducing cable clutter and simplifying setup times. This design philosophy allows for effortless component swaps which is ideal for high-precision testing and overclocking tasks.
Besides that, the der8enchtable initially was used internally in lab environments, which ensured its reliability in high-demand scenarios. Because it was developed with rigorous testing in mind, it now offers consistent performance to enthusiasts worldwide. It was notably showcased at Computex 2025, where its functional design clearly resonated with PC tinkerers and technical reviewers.
Key features at a glance
Most importantly, the bench is equipped with an active PCB featuring dedicated controls that make hardware adjustments straightforward. This PCB has three distinct fan zones, each furnished with 3 × 4‑pin headers, plus a dedicated pump zone with 2 × 4‑pin headers. Because every header supports up to 3A, individual fusing ensures that speeds can be controlled either manually or handed off to the motherboard, as detailed on Tom’s Hardware.
In addition, the der8enchtable offers integrated storage and media functionality. There are 2 onboard SATA ports along with 2 extra SATA outputs, plus mounting for 2 × 2.5‑inch SSDs and 4 microSD slots, thereby assisting rapid OS changes and capturing media. Moreover, front-of-bench connectivity featuring USB 2.0 Type-A and Type-C ports makes peripheral integration a breeze, underscoring its future-proof design.
Who is it for?
Because the der8enchtable streamlines and organizes testing, it is a must-have for anyone who regularly tests hardware. Fast hardware testers, content creators, and professional reviewers will enjoy reduced cable management and enhanced repeatability of thermal and power tests. Most importantly, overclockers benefit from quick access to the socket area and concentrated power delivery, ensuring performance metrics can be measured accurately.
Furthermore, this bench is ideal for repair shops and enthusiasts who require a dedicated testing station. Its design supports constant tweaks, and professionals can easily reconfigure the setup for various testing scenarios. Therefore, the der8enchtable is built to cater to environments where efficiency and reliability are key.
Design philosophy: function first
The design approach embraces a function-first mentality rather than mere aesthetics. Because the primary focus is on utility, every element has a purpose. Fixed fan headers, individually fused rails, and a motherboard hand-off system prevent miswiring, ensuring stable operation even under fluctuating thermal loads. This approach has been highlighted by industry experts such as Ground News and described extensively on various tech platforms.
Moreover, the centralized PCB consolidates data and power, making it easier to swap components without the hassle of re-routing cables. This practical organization is especially useful when experimenting with different cooling loops and configurations. Therefore, functionality is maximized to meet the high demands of repeated and precise hardware assessments.
Hands-on advantages for daily work
Because efficiency is paramount, the benchtable is designed with rapid testing in mind. Users can assign fan headers per zone and replicate profiles between setups, ensuring that each test run is both controlled and reliable. Most importantly, having predefined zones allows for apples-to-apples comparisons during thermal testing.
Besides that, the benchtable offers rapid OS and media swaps through its microSD card slots. This convenience is a lifesaver during diagnostic sessions or benchmarking events where quick recovery is essential. The overall result is a cleaner lab ergonomics setup, significantly reducing wiring clutter and enhancing the clarity of the workspace.
Build, expand, and accessorize
The der8enchtable is built to support standard desktop motherboards while accommodating a wide range of cooling hardware. Its metal uprights and mounting points allow for a diverse assortment of radiator sizes and air cooler designs, which is particularly useful for users with evolving testing needs. This versatility makes it easy to expand your test bench as your hardware collection grows.
In addition, the PCIe support frame and robust standoffs prevent heavy GPUs from destabilizing during repeated swaps. Collaborations with industry leaders like Elmor Labs ensure that measurement stability and firmware-level details are engineered to perfection. Because of these details, the bench maintains a professional edge that separates it from traditional cases.
Price, availability, and manufacturing
According to independent coverage, the der8enchtable is priced at €229.90 (TG‑D8‑001) and is available through Thermal Grizzly’s online store and select partners. Because the product is developed in-house in Germany with CNC machining, there is a strong emphasis on quality, tolerances, and long-term reliability, as noted by IgorsLab.
Most importantly, the pricing strategy reflects both the product’s high-end design and its intended professional market. Therefore, users looking for a dedicated testing solution will find the der8enchtable to be an excellent investment for ensuring consistent, reproducible results in demanding setups.
How it compares to a traditional case
Because of its open design, the der8enchtable facilitates rapid access to core components such as the CPU socket, DIMM slots, M.2, and PCIe slots. This level of accessibility saves hours on setup and teardown each week. Most importantly, the open-air design enables standardized airflow and pump profiles, which are challenging to achieve in typical closed cases.
Furthermore, its modular structure offers significant versatility when handling large GPUs and cooling systems. While traditional cases prioritize shielding from dust and noise, the der8enchtable is optimized for controlled laboratory environments. Therefore, although not suitable for long-term home setups, its targeted design pays off in professional and testing scenarios.
Best practices for setting up your der8enchtable
Because proper setup can greatly enhance performance, it is vital to map fan zones efficiently to intake, exhaust, and radiator groups. Labeling each header during the initial setup is recommended for maintaining consistency over multiple test runs. Most importantly, these guidelines help prevent configuration errors, ensuring repeatable results every time.
Moreover, use the dedicated pump zone for D5/DCC or AIO pumps and establish a baseline performance curve before introducing high-demand components like CPUs or GPUs. Besides that, keeping spare microSD cards and arranging SATA cables neatly further optimizes the workflow and minimizes potential downtime.
Who should buy—and who should wait
Because the der8enchtable delivers unparalleled speed and repeatability, it is the ideal choice for benchmarkers, build filmers, repair shop technicians, and custom cooling enthusiasts. Its advantages in consistency and rapid setups provide an edge that conventional cases simply cannot match. Most importantly, if you value efficiency in repeated testing procedures, this bench is tailored for you.
However, if your primary need is a quiet, dust-protected environment, then a traditional case might be more appropriate. Because the der8enchtable is designed with an open-air concept, it is best suited for controlled lab environments rather than household use. Therefore, prospective buyers should weigh their specific requirements carefully before making an investment.
Final take
In conclusion, the der8enchtable elevates the concept of the benchtable by integrating an active PCB, pro‑grade cooling control mechanisms, convenient storage options, and robust mounting solutions. Most importantly, its design reflects the practical needs of professionals who rigorously test hardware on a daily basis. Because of its innovative features, it offers both enhanced repeatability and improved ergonomics over traditional setups.
Therefore, the vanquished trade-offs in cable management, airflow uniformity, and testing speed make the der8enchtable a revolutionary step forward. As highlighted by multiple reputable sources such as Tom’s Hardware and TechSpot, this product truly redefines the benchmark testing landscape for modern computing enthusiasts.