Argon Forty Argon ONE V5 M.2 NVMe Case for Raspberry Pi 5 | vs Rosewill 3U Server Chassis Rackmount Case, 6X 3.5
Updated August 2026 — Rosewill 3U Server Chassis Rackmount Case, 6X 3.5 leads on weight and height.
The Argon ONE V5 is a compact and efficient case for Raspberry Pi users, while the Rosewill 3U is a robust server chassis for professionals. Choose based on your specific needs.
Why Argon Forty Argon ONE V5 M.2 NVMe Case for Raspberry Pi 5 | is better
Price
Argon ONE is significantly cheaper.
Cooling
Active and passive cooling in Argon ONE.
Design
Sleek aluminum finish of Argon ONE.
Why Rosewill 3U Server Chassis Rackmount Case, 6X 3.5 is better
Storage
Rosewill has 6 HDD bays.
Expansion
E-ATX compatibility in Rosewill.
Cooling
Quiet operation with 80mm fans in Rosewill.
Overall score
Specifications
| Spec | Argon Forty Argon ONE V5 M.2 NVMe Case for Raspberry Pi 5 | | Rosewill 3U Server Chassis Rackmount Case, 6X 3.5 |
|---|---|---|
| Cooling Type | Active + Passive | Quiet Airflow |
| HDMI Ports | 2 | 0 |
| HDD Bays | 0 | 6 |
| Expansion Slots | 0 | 4 |
| USB Type | USB 2.0 | USB 3.0 |
Dimension comparison
Overview of the Argon ONE V5 M.2 NVMe Case
The Argon ONE V5 M.2 NVMe Case for Raspberry Pi 5 is a specialized product designed for Raspberry Pi enthusiasts. Priced at $49.99, it offers robust cooling solutions, including a built-in 30mm PWM fan for active cooling and cast aluminum construction for passive cooling. This makes it ideal for high-performance scenarios. The case also features dual HDMI ports, enabling dual display setups, which is a significant advantage for multitaskers or for those who enjoy media playback on a larger scale.
Overview of the Rosewill 3U Server Chassis Rackmount Case
On the other hand, the Rosewill 3U Server Chassis Rackmount Case is priced at $129.99, making it about 160% more expensive than the Argon ONE. This server chassis is designed for larger setups, featuring six internal 3.5-inch HDD bays and compatibility with E-ATX motherboards. It also includes two pre-installed 80mm PWM fans that provide quiet cooling, making it suitable for environments where noise levels need to be kept to a minimum.
Design and Build Quality
In terms of design, the Argon ONE boasts a sleek aluminum finish that not only looks good but also acts as a heatsink. This dual functionality ensures that the Raspberry Pi 5 remains cool under pressure. The Argon ONE's design also includes features like a built-in DAC for audio output and additional USB ports, enhancing its utility for various applications.
Conversely, the Rosewill chassis is crafted for functionality over aesthetics. Its spacious interior allows for significant expansion, with four PCI expansion slots. The chassis is built to house multiple hard drives, making it a go-to option for users needing robust storage capabilities. While it may not have the sleek appearance of the Argon ONE, its design is practical for server setups.
Cooling Solutions
Cooling solutions are a focal point in both products, but they cater to different needs. The Argon ONE incorporates a combination of active and passive cooling methods, featuring a 30mm PWM fan for dynamic thermal management. This is crucial for users who may engage in intensive tasks on their Raspberry Pi 5, ensuring optimal performance without overheating.
In contrast, the Rosewill server chassis focuses on airflow with its two 80mm fans. These fans are designed for quiet operation while still maintaining effective cooling for the six HDD bays. This makes the Rosewill an excellent choice for those who require a reliable server case that operates quietly in a professional environment.
Connectivity Options
The Argon ONE provides extensive connectivity options, featuring dual HDMI ports for high-resolution dual displays, which is particularly beneficial for media consumption or multitasking. It also includes front-facing USB 2.0 ports for easier access to peripherals, enhancing its convenience for everyday use.
The Rosewill chassis, however, offers two USB 3.0 ports, which are faster than the USB 2.0 ports on the Argon ONE. This makes transferring data more efficient, especially when dealing with larger files that are common in server environments. Additionally, the front panel LED indicators on the Rosewill chassis allow for quick visual assessments of power and HDD status, adding a layer of user-friendliness.
Target Audience
The Argon ONE is tailored for Raspberry Pi 5 users who require a compact, efficient, and aesthetically pleasing case. Its features cater to hobbyists, developers, and those involved in IoT projects. The built-in DAC and USB expansion options make it a versatile choice for users looking to maximize their Raspberry Pi’s potential.
In contrast, the Rosewill server chassis is aimed at professionals needing a reliable and expandable server solution. Its spacious design and compatibility with E-ATX motherboards make it suitable for server farms, data storage, or any application requiring robust hardware capabilities. This case is perfect for users who prioritize expansion and quiet operation.
Price Comparison
The Argon ONE V5 M.2 NVMe Case is priced at $49.99, whereas the Rosewill 3U Server Chassis is available for $129.99. This places the Argon ONE at about 62% lower in price compared to the Rosewill. For users on a budget or those who require a simple solution for their Raspberry Pi projects, the Argon ONE provides excellent value for money. However, for users needing extensive storage and expansion capabilities, the higher investment in the Rosewill may be justified.
Which should you buy?
Choosing between the Argon ONE V5 M.2 NVMe Case and the Rosewill 3U Server Chassis ultimately depends on your specific needs. If you're a Raspberry Pi enthusiast looking for an efficient, compact cooling solution with extensive connectivity, the Argon ONE is the clear choice. Conversely, if you require a more substantial chassis for server applications with robust storage capabilities, the Rosewill offers the features necessary for a professional environment. Each case excels in its respective domain, making your decision hinge on whether you prioritize performance and versatility or expansion and quiet operation.

