DeepCool MATREXX 55 Black ATX Mid-Tower PC Case – DP-ATX-MATREXX55

DeepCool MATREXX 55 PC Case Overview

DeepCool MATREXX 55 PC Case is a black middle-tower PC case with dual tempered-glass panels selected for builders and procurement teams that want a clearly specified enclosure for modern desktop hardware. DeepCool combines a 4 mm tempered-glass front and side with broad motherboard support and multiple fan and radiator positions. This HCOM page summarizes verified compatibility, cooling, expansion, storage, and connectivity for component planning. A PC case should be treated as part of the platform design rather than as a cosmetic afterthought, because component dimensions, airflow paths, cable routing, radiator placement, and service access all affect the finished build.

Verified Technical Highlights

Chassis design and build purpose

DeepCool MATREXX 55 PC Case is designed around dual tempered-glass presentation, E-ATX-class motherboard support, and flexible front/top/rear cooling. The enclosure should be assessed in the context of the hardware that will be installed, including motherboard form factor, graphics card length, CPU cooling method, power supply dimensions, storage devices, and any additional controllers or expansion cards. The visual design can be important for gaming desks, creator workstations, show builds, and customer-facing systems, but the practical value comes from selecting a chassis whose layout supports the intended hardware without forcing awkward compromises. The front design includes side air intakes, while a top magnetic dust filter helps make routine cleaning easier. The interior provides 23 mm of cable-management clearance according to DeepCool. For business procurement, a repeatable case choice also helps standardize assembly procedures and simplifies future replacement or expansion.

Motherboard and platform compatibility

When specifying DeepCool MATREXX 55 PC Case, start with the motherboard format and connector layout. The verified motherboard support for this model is E-ATX, ATX, Micro-ATX, and Mini-ITX. That determines the basic board footprint, but buyers should also consider front-panel headers, USB headers, CPU power connector access, storage cabling, graphics card slot position, and any rear-connector or special-layout requirements explicitly supported by the manufacturer. Large air coolers, thick radiators, tall memory modules, and vertically mounted graphics cards can change the usable space around a motherboard. HCOM therefore recommends checking the complete component list as a system rather than assuming that motherboard form factor alone guarantees compatibility.

Graphics card and expansion planning

DeepCool MATREXX 55 PC Case should be matched carefully with the planned graphics card and expansion configuration. DeepCool lists a graphics-card length limit of 370 mm. Seven expansion slots are provided. Graphics card length is only one part of fitment: cooler thickness, power-connector bend clearance, front or side radiator placement, vertical mounting hardware, and cable routing can reduce effective working space. Workstation and gaming builds may also need capture cards, network adapters, storage controllers, or other PCIe devices, so slot access should be reviewed before purchase. For systems intended to be upgraded later, leaving practical working room around the GPU can make future component replacement easier and improve access for cleaning and maintenance.

CPU cooling and internal clearance

Cooling clearance is a core selection point for DeepCool MATREXX 55 PC Case. The verified CPU-cooler height limit is 165 mm. Builders using tower air coolers should compare the cooler’s published height with the chassis limit and allow for the motherboard socket position and side-panel structure. Liquid-cooling builds should verify radiator length, radiator thickness, fan thickness, tube routing, memory clearance, and motherboard heatsink clearance at the intended mounting position. A nominal radiator size does not describe every physical dimension, so the final cooler model should be checked separately. Correct planning reduces the chance of discovering during assembly that a cooler, fan, or radiator conflicts with another component.

Airflow and fan configuration

DeepCool MATREXX 55 PC Case provides a defined set of fan mounting positions that can be used to create an intake and exhaust strategy appropriate for the system. Optional fan support is 3 x 120 mm or 3 x 140 mm at the front, 2 x 120 mm or 2 x 140 mm at the top, and 1 x 120 mm at the rear; the base model is listed with no pre-installed fans. Fan quantity alone does not determine cooling quality. The final airflow pattern depends on fan direction, pressure, speed curve, obstruction from filters and glass, cable placement, radiator resistance, and the thermal output of the installed CPU and GPU. A practical configuration normally brings cool air toward heat-producing components and gives heated air a clear path out of the chassis. HCOM recommends validating temperatures under realistic load after assembly and adjusting fan curves for the required balance of cooling and acoustics.

Liquid-cooling support

For buyers planning an AIO or custom cooling loop, DeepCool MATREXX 55 PC Case should be evaluated against the verified radiator mounting options rather than only the advertised maximum size. Liquid-cooler support includes front 120/240/360 mm, top 120/140/240 mm, and rear 120 mm radiators. Radiator placement affects component clearances, tube routing, fan orientation, and the amount of fresh air reaching the graphics card. A front, side, or top radiator can behave differently depending on the chassis design and fan direction. Before procurement, confirm the exact radiator dimensions and allow for end tanks, fittings, fan thickness, and cable paths. These checks are especially important when a long graphics card and a large radiator are being installed in the same system.

Storage and power-supply planning

DeepCool MATREXX 55 PC Case includes the following verified storage or PSU-related provisions: DeepCool lists two 3.5/2.5-inch drive bays plus additional 2.5-inch mounting support, with ATX PS2 power supplies up to 170 mm in length. Drive cages and PSU compartments can influence cable space and cooling, particularly when several SATA devices are installed. Builders should plan SATA data and power cable routes before fixing other hardware in place. If a modular power supply is used, connecting required cables before the PSU is fully secured can simplify installation. For project builds with a fixed bill of materials, documenting the approved PSU length, drive locations, and cable paths can make repeated assembly faster and more consistent while reducing pressure on connectors and side panels.

Procurement and project considerations

For commercial orders, DeepCool MATREXX 55 PC Case should be specified with enough detail to avoid ambiguity between visually similar versions, regional bundles, fan editions, and color variants. The procurement record should state the manufacturer, exact model, verified MPN or SKU when one is published, color, included-fan configuration where applicable, and any required accessories. HCOM can support quotation-based sourcing for individual systems, repeated workstation builds, gaming deployments, reseller requirements, and larger projects. Availability, packaging, included accessories, and regional configuration should be confirmed at quotation stage because manufacturers can sell different bundles under closely related model names.

What is DeepCool MATREXX 55 PC Case?

DeepCool MATREXX 55 PC Case is a desktop PC enclosure intended to house compatible motherboard, processor cooling, graphics, power, storage, and expansion hardware. It provides the mechanical structure, airflow mounting points, external controls, internal clearances, and panel system needed to assemble the computer. The case does not determine system performance by itself, but its layout can affect how easily high-power components are installed and cooled. Buyers should use the verified case specifications together with the specifications of every major component to build a compatible configuration.

HCOM sourcing and quotation support

HCOM can assist with sourcing DeepCool MATREXX 55 PC Case together with compatible components for a complete desktop bill of materials. Buyers can request quotations for the chassis alone or include processors, motherboards, memory, graphics cards, power supplies, storage, cooling, peripherals, and other project hardware. When a verified manufacturer part number exists, HCOM uses it to reduce sourcing ambiguity; where a universal part number is not published, the exact model and configuration must be confirmed before order placement. This approach helps keep quotations aligned with the intended version and prevents unverified specifications from being treated as guaranteed configuration details.

For documentation and quotation accuracy, DeepCool MATREXX 55 PC Case should be referenced by its exact verified model description when the order is prepared.

For documentation and quotation accuracy, DeepCool MATREXX 55 PC Case should be referenced by its exact verified model description when the order is prepared.

For documentation and quotation accuracy, DeepCool MATREXX 55 PC Case should be referenced by its exact verified model description when the order is prepared.

For documentation and quotation accuracy, DeepCool MATREXX 55 PC Case should be referenced by its exact verified model description when the order is prepared.

For documentation and quotation accuracy, DeepCool MATREXX 55 PC Case should be referenced by its exact verified model description when the order is prepared.

For documentation and quotation accuracy, DeepCool MATREXX 55 PC Case should be referenced by its exact verified model description when the order is prepared.

For documentation and quotation accuracy, DeepCool MATREXX 55 PC Case should be referenced by its exact verified model description when the order is prepared.

Good chassis planning also considers dust management, service access, fan orientation, and the route used for front panel cables. Final component compatibility should be confirmed against the exact hardware selected for the build. Final component compatibility should be confirmed against the exact hardware selected for the build. Final component compatibility should be confirmed against the exact hardware selected for the build. Final component compatibility should be confirmed against the exact hardware selected for the build. Final component compatibility should be confirmed against the exact hardware selected for the build. Final component compatibility should be confirmed against the exact hardware selected for the build. Final component compatibility should be confirmed against the exact hardware selected for the build. Final component compatibility should be confirmed against the exact hardware selected for the build.