Argon Forty Argon ONE V5 M.2 NVMe Case for Raspberry Pi 5 | vs JOYJOM Open Air PC Case, PC Test Bench PC Case, ATX Open
Updated August 2026 — Argon Forty Argon ONE V5 M.2 NVMe Case for Raspberry Pi 5 | leads on features and cooling.
The Argon ONE V5 M.2 NVMe Case offers superior features and build quality compared to the Open Air PC Case. For Raspberry Pi users, it is the clear choice.
Why Argon Forty Argon ONE V5 M.2 NVMe Case for Raspberry Pi 5 | is better
Cooling
Active and passive cooling solutions
Connectivity
Dual HDMI ports and USB expansion
Build Quality
Crafted from cast aluminum for durability
Why JOYJOM Open Air PC Case, PC Test Bench PC Case, ATX Open is better
Price
Significantly cheaper option
Simplicity
Straightforward assembly for beginners
Compatibility
Supports various motherboard types
Overall score
Specifications
| Spec | Argon Forty Argon ONE V5 M.2 NVMe Case for Raspberry Pi 5 | | JOYJOM Open Air PC Case, PC Test Bench PC Case, ATX Open |
|---|---|---|
| Cooling Type | Active + Passive | Natural |
| HDMI Ports | 2 | 0 |
| USB Ports | 2 | 0 |
| Material | Aluminum | SPCC Steel |
| Compatibility | Raspberry Pi 5 | ATX, Micro ATX, ITX |
Dimension comparison
Overview of the Argon ONE V5 M.2 NVMe Case and Open Air PC Case
The Argon ONE V5 M.2 NVMe Case for Raspberry Pi 5 is a premium choice for those seeking high performance and extensive features. In contrast, the Open Air PC Case is a budget-friendly option designed for DIY enthusiasts and general PC building. Priced at $49.99, the Argon ONE V5 offers advanced cooling solutions and compatibility with various peripherals, while the Open Air PC Case is available for only $15.99, making it about 68% cheaper.
Design and Build Quality
The Argon ONE V5 boasts a sophisticated design, crafted from cast aluminum that doubles as a heatsink for passive cooling. This premium material not only enhances durability but also ensures efficient thermal management. On the other hand, the Open Air PC Case is constructed from 0.8mm SPCC steel and features a black sandblasted paint finish. While both cases are designed for functionality, the Argon ONE V5 offers a more refined aesthetic and superior build quality, making it a better choice for those who prioritize both style and performance.
Cooling Capabilities
Cooling is a critical factor for maintaining optimal performance in PC builds. The Argon ONE V5 excels in this area with its built-in 30mm PWM fan that provides active cooling alongside its passive cooling design. This ensures that the Raspberry Pi 5 operates efficiently even during intense workloads. In contrast, the Open Air PC Case relies on natural airflow, which may not be as effective under heavy loads. For users looking for enhanced thermal management, the Argon ONE V5 is clearly the superior option.
Connectivity Options
Connectivity features significantly impact the overall user experience. The Argon ONE V5 stands out with dual HDMI ports, allowing for dual display setups at high resolutions, along with two additional front-facing USB 2.0 ports for easy access to peripherals. It also includes a built-in DAC with 3.5mm audio jacks, providing excellent audio quality for multimedia applications. In comparison, the Open Air PC Case does not offer such extensive connectivity options, focusing instead on basic support for standard components. This makes the Argon ONE V5 the better choice for users who need versatile connectivity.
Compatibility with Components
Compatibility is another important aspect when choosing a PC case. The Argon ONE V5 is designed specifically for the Raspberry Pi 5, featuring a built-in NVMe PCIe slot for high-speed storage and compatibility with various Raspberry Pi HATs. This makes it suitable for advanced projects, including IoT applications and media centers. Conversely, the Open Air PC Case supports a wider range of motherboard types (ATX, Micro ATX, ITX), but lacks the specialized features that cater to Raspberry Pi users. Therefore, the choice largely depends on the intended use case.
Intended Use Cases
The Argon ONE V5 is particularly well-suited for users looking to maximize the performance of their Raspberry Pi 5. Its advanced features and design facilitate complex projects, making it ideal for developers and tech enthusiasts. Meanwhile, the Open Air PC Case serves as an accessible option for those wanting to build a standard PC setup without breaking the bank. Its affordability at $15.99 allows for a cost-effective solution, although it may not cater to users seeking specialized functionality.
Price Comparison
When it comes to price, the Argon ONE V5 is priced at $49.99, which may be considered high for some users, especially when compared to the Open Air PC Case’s price of just $15.99. This represents a difference of about $34, or approximately 68%. While the Argon ONE V5 justifies its higher price through its advanced features and superior build quality, the Open Air PC Case offers significant savings for those on a budget.
User Experience
User experience can vary significantly between these two cases. The Argon ONE V5 is designed for a seamless integration with Raspberry Pi, providing features that enhance usability, such as built-in cooling solutions and multiple connectivity options. In contrast, the Open Air PC Case offers a straightforward assembly process, making it user-friendly for beginners but lacking the refined features that advanced users may desire. Ultimately, the Argon ONE V5 enhances the experience for Raspberry Pi users, while the Open Air PC Case caters to general DIY PC builders.
Which should you buy?
Ultimately, the choice between the Argon ONE V5 M.2 NVMe Case and the Open Air PC Case hinges on your specific needs and budget. If you are a Raspberry Pi 5 user looking for a robust, feature-rich case that provides excellent cooling and connectivity, the Argon ONE V5 is worth its price at $49.99. However, if you are seeking a more affordable option for general PC building without the need for specialized features, the Open Air PC Case at $15.99 is a practical choice. Consider what features are most important to you and how you plan to use your setup before making a decision.

