ALAMENGDA V500 Mini Portable M-ATX/ITX Computer Case vs Fractal Design Node 304 - Black - Mini Cube Compact Computer Case - Small form f
Updated August 2026 — The Fractal Design Node 304 offers superior build quality and cooling options, making it a better choice for most users, while the ALAMENGDA V500 is a budget-friendly option with modern connectivity.
The Fractal Design Node 304 offers superior build quality and cooling options, making it a better choice for most users, while the ALAMENGDA V500 is a budget-friendly option with modern connectivity.
Why ALAMENGDA V500 Mini Portable M-ATX/ITX Computer Case is better
lower price
ALAMENGDA V500 is £37.99
lightweight
ALAMENGDA V500 is more portable
Type-C port
ALAMENGDA V500 includes a Type-C port
Why Fractal Design Node 304 - Black - Mini Cube Compact Computer Case - Small form f is better
build quality
Fractal Design Node 304 has an aluminum front panel
cooling options
Fractal Design Node 304 includes three fans
storage capacity
Fractal Design Node 304 supports up to six hard drives
Overall score
Specifications
| Spec | ALAMENGDA V500 Mini Portable M-ATX/ITX Computer Case | Fractal Design Node 304 - Black - Mini Cube Compact Computer Case - Small form f |
|---|---|---|
| Motherboard Support | M-ATX/ITX | Mini ITX |
| Front Ports | USB 3.0, Type-C | USB 3.0 |
| Cooling Support | 3 fans | 3 fans + water cooling |
| Power Supply | 150mm | ATX |
| Graphics Card | 320mm | 320mm |
Dimension comparison
Overview of ALAMENGDA V500 and Fractal Design Node 304
The ALAMENGDA V500 Mini Portable Computer Case and the Fractal Design Node 304 are both compact options aimed at users seeking efficient solutions for small form factor builds. The ALAMENGDA V500 is priced at £37.99, making it a budget-friendly choice, while the Fractal Design Node 304 retails at £79.99, positioning it in the mid-range segment. Each case offers unique features that cater to different user preferences and requirements.
Design and Aesthetics
In terms of design, the Fractal Design Node 304 boasts a minimalistic look with an elegant aluminium front panel, showcasing Scandinavian design principles. This aesthetic can appeal to users who prioritise style alongside functionality. In contrast, the ALAMENGDA V500 features acrylic side panels that require peeling off a protective film to reveal transparency. This design choice may attract those who appreciate a more modern and industrial appearance but might also come with concerns over durability compared to the Node 304’s sturdy aluminium finish.
Build Quality and Materials
The Fractal Design Node 304 is noted for its robust build quality, primarily due to its aluminium front panel which adds to its overall durability. On the other hand, the ALAMENGDA V500 is constructed with acrylic side panels, which, while visually appealing, may not offer the same level of resilience. Users looking for a long-lasting case might lean towards the Node 304, while those prioritising lightweight and portability might favour the ALAMENGDA V500.
Compatibility and Space
When considering compatibility, the ALAMENGDA V500 supports M-ATX and ITX motherboards, and it provides ample room for one hard disk and two SSDs. However, users must note that the hard disk and fans cannot be installed simultaneously in certain configurations. The Fractal Design Node 304, meanwhile, accommodates a more versatile setup with the capacity for up to six hard drives, making it a superior choice for users requiring extensive storage solutions. Additionally, the Node 304 supports ATX power supplies, further enhancing its compatibility with a wider range of components.
Cooling Solutions
Cooling options differ significantly between the two cases. The ALAMENGDA V500 comes equipped with provisions for multiple fans, including two 120mm fans on the top panel and one 90mm fan on the rear, though users must be cautious of conflicting installations with hard disks. The Fractal Design Node 304 excels in this aspect by including three Silent Series R2 hydraulic bearing fans, ensuring quiet operation and effective airflow. It also supports tower CPU coolers and single-fan water cooling systems, making it a better choice for those who prioritise thermal performance in their builds.
Front Connectivity
Front connectivity features are another area where the two cases diverge. The ALAMENGDA V500 includes one USB 3.0 and one Type-C port, offering modern connectivity options for users. In contrast, the Fractal Design Node 304 is equipped with a USB 3.0 front port as well, catering to fast file transfers. While both cases offer essential connectivity, the ALAMENGDA V500’s inclusion of a Type-C port may appeal more to users with newer devices that utilise this standard.
User Experience and Assembly
User experience can vary significantly between the two cases. The ALAMENGDA V500's assembly process may require users to peel off protective films from the acrylic panels, which could be seen as an inconvenience. Additionally, the layout could present challenges in managing cable connections due to its compact size. Conversely, the Fractal Design Node 304 offers a more modular interior that simplifies assembly and cable management, making it an attractive option for those who may not be as experienced in building PCs.
Which should you buy?
Deciding between the ALAMENGDA V500 and the Fractal Design Node 304 ultimately depends on your specific needs and preferences. If you're looking for a budget-friendly case with modern connectivity options and a lightweight design, the ALAMENGDA V500 at £37.99 might be the right choice for you. However, if you value build quality, superior cooling solutions, and extensive storage capabilities, the Fractal Design Node 304, priced at £79.99, offers these advantages in spades. Consider your priorities in terms of aesthetics, compatibility, and cooling performance to make the best choice for your next build.
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