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LIAN LI O11D MINI V2 | Compact ATX Mid-Tower vs SunFounder Pironman 5-MAX Raspberry Pi 5 Case Dual NVMe M.2

Updated July 2026 — LIAN LI O11D MINI V2 | Compact ATX Mid-Tower leads on gpu support and fan size.

The LIAN LI O11D MINI V2 is a stylish and versatile choice for traditional PC builds, while the Pironman 5-MAX excels in specialized features for Raspberry Pi users.

Why LIAN LI O11D MINI V2 | Compact ATX Mid-Tower is better

Price

LIAN LI O11D MINI V2 is cheaper at $89.99.

Design

Pillar-less tempered glass panels provide a modern aesthetic.

Compatibility

Supports a wider range of motherboards including ATX.

Why SunFounder Pironman 5-MAX Raspberry Pi 5 Case Dual NVMe M.2 is better

Specialization

Designed specifically for Raspberry Pi 5 with advanced features.

Cooling

Includes a powerful PWM tower cooler and dual RGB fans.

Storage

Features dual NVMe M.2 slots with RAID support.

Overall score

LIAN LI O11D MINI V2 | Compact ATX Mid-Tower
88
SunFounder Pironman 5-MAX Raspberry Pi 5 Case Dual NVMe M.2
82

Specifications

SpecLIAN LI O11D MINI V2 | Compact ATX Mid-TowerSunFounder Pironman 5-MAX Raspberry Pi 5 Case Dual NVMe M.2
MaterialAluminum/GlassPlastic/Metal
Cooling TypeAirflowAirflow
Motherboard SizeATX/M-ATXRaspberry Pi
RGB LightingNoYes
Cable ManagementExcellentGood

Dimension comparison

LIAN LI O11D MINI V2 | Compact ATX Mid-TowerSunFounder Pironman 5-MAX Raspberry Pi 5 Case Dual NVMe M.2

Design and Aesthetics

The LIAN LI O11D MINI V2 features a modern and sleek design with pillar-less tempered glass panels, offering an unobstructed view of its internal components. In contrast, the Pironman 5-MAX Raspberry Pi 5 Case is designed with dual transparent panels that not only enhance its aesthetics but also improve airflow and display vibrant RGB lighting. The O11D MINI V2 is tailored for traditional PC builds, while the Pironman 5-MAX embraces the Raspberry Pi ecosystem, making it more specialized for those looking to maximize their Pi's potential.

Cooling Performance

Cooling is a critical factor in any PC case, and both the LIAN LI O11D MINI V2 and Pironman 5-MAX excel in this area. The O11D MINI V2 features a 10° slanted bottom design that enhances cold air intake and improves GPU cooling performance. On the other hand, the Pironman 5-MAX is equipped with a powerful PWM tower cooler and dual RGB fans, making it well-suited for both the Raspberry Pi 5 and dual NVMe SSDs. This advanced cooling system is crucial for maintaining optimal performance during heavy workloads.

Compatibility

When it comes to compatibility, the LIAN LI O11D MINI V2 supports a variety of motherboards including standard ATX, M-ATX, and Mini-ITX, making it a versatile choice for different builds. The case is optimized for ATX Back-Connect motherboards, ensuring that it can accommodate larger setups. Conversely, the Pironman 5-MAX is specifically designed for the Raspberry Pi 5 and includes dual NVMe M.2 slots, making it ideal for users focused on enhancing Raspberry Pi capabilities. It’s clear that the O11D MINI V2 is geared towards traditional PC builders, while the Pironman 5-MAX targets Raspberry Pi enthusiasts.

Price Point

The LIAN LI O11D MINI V2 is priced at $89.99, while the Pironman 5-MAX comes in at $94.99. This means that the O11D MINI V2 is about 5.5% cheaper than its counterpart. While the price difference might seem minimal, it can be significant for budget-conscious consumers. The O11D MINI V2 provides a competitive offering for those building a mid-tower PC without breaking the bank, whereas the Pironman 5-MAX justifies its higher price point with specialized features for Raspberry Pi users.

Features and Functionality

In terms of features, the LIAN LI O11D MINI V2 shines with its optimized airflow system and cable management solutions. It includes horizontal and vertical GPU anti-sag brackets to support heavy graphics cards, ensuring a neat and organized build. The Pironman 5-MAX, however, stands out with its dual NVMe M.2 slots and RAID 0/1 support, which is particularly beneficial for users looking to enhance storage capabilities. This case also features a smart OLED display that provides real-time system insights, adding a layer of functionality that the O11D MINI V2 lacks.

Target Audience

The target audience for these two cases varies significantly. The LIAN LI O11D MINI V2 is aimed at PC builders looking for a compact yet elegant solution for their mid-tower builds, suitable for gaming or general use. It is designed for those who prioritize aesthetics and airflow in a traditional desktop setup. On the other hand, the Pironman 5-MAX appeals to tech-savvy users who want to leverage the Raspberry Pi 5 for advanced applications such as NAS systems or AI projects. Each case serves a unique segment of the market, reflecting their individual designs and functionalities.

Build Quality

Both cases boast high-quality construction, but they cater to different needs. The LIAN LI O11D MINI V2 is built with a robust structure that supports full-sized ATX power supplies while maintaining a compact footprint, ensuring durability and stability for high-performance builds. Conversely, the Pironman 5-MAX is engineered for the Raspberry Pi 5, featuring a design that accommodates its specific cooling and performance needs. The materials and construction techniques used in both cases reflect their intended applications, with each case providing excellent build quality relative to its purpose.

Which should you buy?

Deciding between the LIAN LI O11D MINI V2 and the Pironman 5-MAX largely depends on your specific needs and intended use. If you're looking for a stylish, compact mid-tower case for a standard PC build, the LIAN LI O11D MINI V2 is an excellent choice, especially with its lower price of $89.99. However, if you are a Raspberry Pi enthusiast aiming to maximize your Pi's capabilities with features like dual NVMe support and an OLED display, the Pironman 5-MAX at $94.99 offers specialized functionality that can elevate your projects. Ultimately, each case serves its audience well, making your choice a reflection of your priorities in performance and design.