What are the 5 Different Types of Computer Cases?

What are the 5 Different Types of Computer Cases

Full Tower, Mid Tower, Mini Tower, Desktop, and Cube Cases.


Brief Overview of Computer Cases

Computer cases, commonly referred to as chassis, serve as the shell around all the internal components of a computer. They not only provide a structured place where the motherboard, CPU, GPU, power supply, and storage devices are housed but also offer a first line of defense against external elements like dust, dirt, and accidental spills. The fundamental role of a computer case is to secure and protect the internal hardware while often also offering aesthetic appeal and various functionalities.

Here’s a quick peek into some notable aspects:

  • Material Quality: Various materials, like aluminum, steel, and plastic, are commonly used in computer case construction. Aluminum cases tend to be lightweight and have good thermal conductivity, but may come at a higher price. On the other hand, steel cases are often heavier and might offer a more rugged build at a generally lower cost. Notably, premium cases might even feature tempered glass panels to showcase the internal components, affecting both the aesthetic and the price point.
  • Size and Form Factor: The size and form factor of a computer case determine what kind of components can be fitted inside it. For instance, full-tower cases might stand over 22 inches tall, providing ample space for multiple graphics cards, several storage drives, and elaborate cooling solutions. In contrast, a mini-ITX case might be less than 8 inches tall, offering a compact, space-saving solution but with stricter limitations on component size and expansion capabilities.

What are the 5 Different Types of Computer Cases

Importance of Choosing the Right Case

Selecting the right computer case is crucial, not only from a visual and aesthetic standpoint but also regarding the performance and longevity of the components inside. A properly chosen case will ensure effective airflow, which is pivotal for maintaining optimal operating temperatures and thereby prolonging the lifespan of the internal hardware.

Significant considerations while choosing a computer case involve:

  • Cooling and Airflow: Efficient cooling is vital to prevent overheating and ensure consistent performance. The design and layout of a case influence airflow, and different cases support various cooling solutions, like air or liquid cooling systems. For high-performance setups (like gaming or content creation rigs), which often generate more heat, a case that can accommodate larger or more numerous fans and potentially a liquid cooling setup might be preferable.
  • Component Compatibility: A case needs to be compatible with the intended internal components regarding physical dimensions and port accessibility. Dimensions, clearances, and the internal layout need to align with the size of components like the GPU and CPU cooler, and also with the intended cooling setup. For instance, some cases might offer mounting points for radiators (useful for liquid cooling setups), while others might not.
  • Budget: Prices for computer cases can vary dramatically, from budget-friendly options under $50 to high-end models that might exceed $500. Establishing a budget is vital to ensure that adequate resources are allocated to other components, such as the CPU or GPU, without compromising on the quality and functionality of the case.

Full Tower Cases

Overview and Definition

Full Tower Cases stand as some of the largest options available for housing computer components. They typically measure above 22 inches in height, providing a spacious interior that can accommodate an extensive array of hardware, including larger motherboards like the E-ATX or even some server motherboards, multiple graphics cards, and numerous storage devices. Additionally, the generous space within full tower cases allows for sophisticated cooling solutions, potentially involving multiple fans and liquid cooling radiators.

Pros and Cons


  • Spacious Interior: Ample room for a wide range of components, aiding builders in avoiding spatial restrictions for components like graphics cards and coolers.
  • Cooling Efficiency: The larger size often translates to better airflow and more options for cooling solutions, such as installing larger or more fans and incorporating liquid cooling setups.
  • Expansion Possibilities: Full tower cases can usually hold more storage devices, PCI expansion cards, and sometimes even dual systems or dual power supplies.


  • Size and Weight: Their extensive size may be cumbersome in smaller workspaces and can be relatively heavy, especially when fully loaded with components.
  • Price: The sheer physical size and the additional material cost can make full tower cases more expensive, with prices sometimes exceeding $300 or more, depending on the brand and specific features.
  • Portability: Transporting a full tower case, especially to events like LAN parties, can be a daunting task due to its significant weight and dimensions.

Ideal Usage Scenarios

Full tower cases shine in scenarios where high-performance, expansion, and advanced cooling solutions are pivotal. These might include:

  • High-End Gaming: For gamers who utilize multiple GPUs, extensive cooling, and seek room for future upgrades.
  • Professional Workstations: For professionals in fields like video editing, 3D design, and data science, who need powerful systems with multiple storage drives and superior processing power.
  • Servers: Although server racks are standard for many server setups, some might opt for a full tower case for smaller-scale server applications due to their ability to host a large number of storage drives and accommodate robust hardware.

Popular Models and Manufacturers

Several brands have solidified their reputations by producing high-quality full tower cases, among them are brands like Corsair, NZXT, and Thermaltake. Their models often offer a blend of aesthetic, functionality, and expansion capabilities.

Bonito: Though not as widely recognized as some other brands, Bonito offers a range of computer cases that often blend modern aesthetics with functional designs. Their full tower offerings may not be as extensive as those of larger manufacturers but still provide viable options for builders who prioritize a sleek and contemporary visual appeal, often at a more palatable price point.

Other noteworthy models from prominent manufacturers include the Corsair Obsidian Series 900D, which is renowned for its expansive interior and versatile cooling options, and the NZXT H710i, known for its sleek, user-friendly design and integrated smart technologies. These models exemplify the blend of aesthetic appeal, spacious interiors, and cooling capabilities that define full tower cases.


Mid Tower Cases

Overview and Definition

Mid Tower Cases represent a widely adopted standard in the realm of computer builds, offering a balanced amalgamation of size, expansion capability, and cost. Ranging roughly between 17 to 21 inches in height, these cases accommodate standard ATX motherboards while providing ample space for multiple storage drives, graphics cards, and other peripherals. They balance the spatial generosity of full towers with the compactness of smaller formats, ensuring broad compatibility without demanding a substantial footprint.

Pros and Cons


  • Versatility: With a size that accommodates standard hardware components, including decently sized GPUs and multiple storage drives, mid-tower cases provide an adaptable platform for various builds.
  • Budget-Friendly: Mid-tower cases often present a palatable cost, with many reputable models available between $50 and $150, providing options for various budgetary constraints.
  • Manageable Size: Not too bulky for most desktop setups while still providing room for ample internal hardware, they often offer a good balance for those who need reasonable space without being too cumbersome.


  • Limited Ultra-High-End Customization: While spacious, they may not accommodate some of the more robust cooling setups or multiple GPU configurations found in larger full-tower setups.
  • Potential for Crowding: While generally spacious, intensive builds with numerous components might find the internal space a bit restricted, potentially complicating cable management and airflow.

Ideal Usage Scenarios

Mid Tower Cases prove their worth in a multitude of contexts due to their adaptable nature. Some instances where they might be particularly apt include:

  • Mainstream Gaming and Productivity Builds: With sufficient space for standard gaming and work components, mid-tower cases can efficiently host setups that meet the needs of the vast majority of users.
  • Streamers and Content Creators: The balanced size allows for the inclusion of necessary hardware, like dedicated GPUs for rendering and encoding without devouring an excessive amount of physical space.
  • Multi-Purpose PC Builds: For those looking to build a system that will serve various purposes – gaming, work, content creation, etc., without leaning heavily towards a particular specialization that may require unique accommodations.

Notable Models and Brands

Brands like NZXT, Corsair, and Fractal Design have made significant strides in the mid-tower case market, offering models that vary in price, design, and functionality.

  • NZXT: The NZXT H510, for example, offers a sleek and minimalistic design, with a clear tempered glass side panel, multiple pre-installed fans, and a price tag that often hovers around $70 – $100.
  • Corsair: The Corsair 4000D AIRFLOW, typically priced around $100, is lauded for its excellent air circulation and ease of building, alongside a straightforward, visually appealing design.
  • Fractal Design: Noted for blending aesthetics with functionality, the Fractal Design Meshify C provides a versatile and accommodating build space, often cited for its excellent airflow and robust build quality, generally available in the $90 – $110 price range.

Mini Tower and Small Form Factor (SFF) Cases

Overview and Definition

Mini Tower and Small Form Factor (SFF) Cases offer compact and space-efficient solutions for computer builders who need powerful systems without a bulky footprint. Mini Tower cases are typically under 17 inches in height and are designed to accommodate microATX motherboards, while SFF cases are even smaller, often designed to house mini-ITX motherboards. Both form factors cater to a growing demand for compact, efficient, and aesthetically pleasing computer build options, especially in environments where space is at a premium.

Comparing Mini Tower and SFF Cases

  • Size: Mini Tower cases, while smaller than mid and full towers, are generally larger than SFF cases, offering a bit more internal space for components and cooling solutions.
  • Component Compatibility: Mini Towers can usually accommodate a wider range of components due to their slightly larger size, whereas SFF cases may require specialized or smaller components due to their compact nature.
  • Cooling Options: Mini Towers often provide more cooling options compared to SFF cases, potentially supporting larger fans or more extensive cooling solutions.
  • Price: SFF cases, due to their specialized compact designs, can sometimes be more expensive compared to Mini Tower cases, with certain models exceeding $100 or even $200.

Different types of computer case sizes

Pros and Cons


  • Space Efficiency: Both Mini Tower and SFF cases take up minimal desk or floor space, making them ideal for compact workspaces or living areas.
  • Aesthetics: Many users appreciate the sleek and minimalistic appearance of smaller cases, which can be more discrete and integrate more seamlessly into various environments.
  • Portability: The smaller size and lighter weight of these cases make them easier to transport compared to larger alternatives.


  • Limited Upgradeability: The compact nature restricts the quantity and size of internal components, potentially limiting future upgrades.
  • Thermal Performance: Smaller cases might struggle with thermal management due to the limited space for cooling solutions and restricted airflow.
  • Higher Cost for Specific Components: Some SFF builds might require specialized components, such as SFX power supplies or low-profile coolers, which can sometimes carry a premium price.

Best Use Cases

  • Home Theater PCs (HTPCs): Their compact size makes them a preferred choice for entertainment setups, where they can discretely integrate with other AV equipment.
  • LAN Parties: Gamers who frequently travel to LAN parties might opt for Mini Tower or SFF cases due to their portability.
  • Office Environments: For workspaces where desk space is valuable, these compact cases can host capable machines without cluttering the area.
  • Living Rooms: When aiming for a subtle PC presence in a living or entertainment room, an SFF case can provide the necessary computing power without becoming an eyesore.

Examples and Leading Brands

  • Cooler Master: Known for their wide range of cases, Cooler Master’s MasterBox Q300L is a popular Mini Tower offering that balances price (often around $50) and functionality.
  • NZXT: The NZXT H210i is an SFF case that garners attention for its modern design and smart features, albeit at a slightly higher price point (frequently above $100).
  • Fractal Design: With models like the Node 202, Fractal Design delivers SFF cases that focus on delivering high-quality builds in compact forms, often priced around $80 to $100.
  • SilverStone: Specializing in compact cases, SilverStone offers models like the Sugo SG13, which is admired for its efficient use of space and reasonable pricing (often under $60).

Desktop Cases

Overview and Definition

Desktop Cases, also known as horizontal cases, lay flat on the desk and often double as a monitor stand. Historically popular with personal and office computers in the 1980s and 1990s, these cases cater to users seeking low-profile, accessible, and aesthetically subtle PC builds. They commonly accommodate microATX and mini-ITX motherboards, maintaining a focus on space efficiency and functional design. With dimensions typically hovering around 15-20 inches in width, 14-16 inches in depth, and 4-6 inches in height, they’re crafted to provide sufficient internal space while minimizing verticality to blend seamlessly into varied settings.

Pros and Cons


  • Space Conservation: Desktop cases save vertical space, often fitting into media centers, under monitors, or in other tight spots where tower cases may not.
  • Monitor Support: They can double as a stand for monitors or TVs, effectively utilizing the occupied space.
  • Ease of Access: Components and ports are typically easily accessible, simplifying processes like plugging in peripherals or upgrading hardware.


  • Limited Expansion: The streamlined size can restrict the number of components and may not accommodate larger GPUs or cooling solutions.
  • Potential Overheating: Reduced air volume and tighter compartments can elevate thermal concerns, necessitating meticulous planning for cooling solutions.
  • Aesthetic Limitations: The practical, understated designs might not cater to those seeking a more visually striking, modern aesthetic in their build.

Top 5 Cases for Mini PCs in 2022

Who Should Choose a Desktop Case?

  • HTPC Builders: Those constructing a Home Theater PC (HTPC) may gravitate towards desktop cases for their unobtrusive presence in entertainment centers.
  • Office Environments: In professional settings where functionality trumps aesthetic flair, these cases offer practical, space-saving solutions.
  • Retro Computing Enthusiasts: Builders seeking to recreate or pay homage to classic computing setups might opt for the nostalgic form factor of desktop cases.
  • Space-Limited Users: Individuals with limited space who prioritize a minimized footprint might find desktop cases an apt choice for their computing needs.

Models and Brands in the Market

  • SilverStone: Revered for its versatile case designs, SilverStone offers models like the ML03, providing a sleek, minimalist desktop case, typically available for under $100.
  • Thermaltake: With models like the Core G3, Thermaltake provides slim, attractive options that retain a modern aesthetic while still adhering to the horizontal form factor, usually pricing between $70 and $100.
  • Antec: Known for durable, reliable cases, Antec offers desktop options like the VSK2000-U3, which is often praised for its solid construction and affordability, commonly priced around $50.
  • IN WIN: Offering cases like the CE685, IN WIN provides functional, straightforward designs that cater to users seeking simplicity and reliability, with prices frequently falling under $100.

Cube Cases

Overview and Definition

Cube Cases, shaped distinctly with roughly equal width, height, and depth dimensions, present a unique and often modular approach to PC building. They are a contemporary style, with a block-like appearance that’s both compact and surprisingly versatile. The cube shape provides a fresh aesthetic, and these cases often incorporate innovative design features to maximize space efficiency while potentially allowing for powerful builds within a confined space. Dimensionally, cube cases generally hover between 12-18 inches in all three spatial aspects, presenting a genuinely cubic or box-like form.

Pros and Cons


  • Aesthetic Appeal: The non-traditional, symmetric design of cube cases often garners attention and can be a focal point of any tech space.
  • Cooling Potential: Many cube cases are designed with ample space for cooling solutions, acknowledging the reduced internal volume’s potential heat buildup.
  • Modularity: Some models feature highly modular interiors, allowing for varied component placement and enhanced customization.


  • Space Limitations: Although they can be surprisingly spacious, the physical constraints of a cube shape might limit the size and number of components, such as GPUs or cooling systems.
  • Weight Distribution: The cubic form may result in unconventional weight distribution, which might influence where and how they can be securely placed.
  • Cost: The design intricacies and aesthetic uniqueness can sometimes elevate the price, with several models exceeding the $100-$200 range.

Ideal Usage Scenarios

  • LAN Party Enthusiasts: The compact and potentially robust capabilities of cube cases can cater superbly to LAN party goers, providing portability without necessarily sacrificing power.
  • Space-Conscious Builders: If desk or floor space is a premium, a cube case consolidates the build in a compact footprint.
  • Aesthetic-Led Users: Those who prioritize a distinctive, modern aesthetic might lean into the unique appearance of cube cases.
  • Customization Aficionados: The potential modularity of many cube cases caters to those who enjoy tinkering with component placement and setup.

Which PC case should you buy

Noteworthy Models and Manufacturers

  • Corsair: The Corsair Carbide Air 540 is widely celebrated for its innovative dual-chamber design and ample cooling support, generally priced around $150.
  • Cooler Master: The HAF XB EVO from Cooler Master offers a rugged, lan-box design with impressive thermal performance, typically retailing for under $110.
  • NZXT: NZXT’s H210i smartly integrates modern features like RGB lighting and smart fan control, with prices often falling in the $120 range.
  • Thermaltake: The Core V21 showcases Thermaltake’s dedication to modularity and cooling efficiency in a cube form, generally available for around $70.

Choosing the Right Computer Case

Factors to Consider

Selecting an appropriate computer case extends beyond mere aesthetics. One should contemplate several pivotal factors to guarantee not only a smooth building experience but also optimal operational performance. Key aspects involve cooling efficiency, wherein adequate and diverse fan mounting points or pre-installed fans are critical. Moreover, considering future upgrades, ample space for potential component augmentations, and additional drives is vital. Beyond functionality, aspects like I/O port availability, dust filter presence, and cable management solutions also weigh significantly in selecting a case that aligns with user convenience and maintenance ease.

Compatibility and Sizing

The paramount step towards choosing a computer case involves ensuring component compatibility and adhering to size constraints. This mandates a meticulous examination of motherboard form factor, ensuring the case can accommodate its dimensions and mounting points. For instance, a Micro-ATX motherboard, which typically measures 9.6″ x 9.6″, necessitates a case that can structurally and spatially support it. Likewise, verifying GPU clearance is crucial, with certain high-performance GPUs, like the Nvidia RTX 3090 with a length of 12.3 inches, demanding considerable internal space. Furthermore, considerations extend to cooling solutions, ensuring that the case can house the intended air or liquid cooling setup, which can vary widely in size, with some air coolers reaching heights of over 160mm.

Aesthetic and Design Preferences

Aesthetics interplay profoundly with personal preference and environmental congruity. With the burgeoning popularity of RGB lighting, tempered glass panels, and sleek aluminum finishes, the visual appeal of the case is often a focal point of the build. For instance, the NZXT H510 Elite, priced around $150, beautifully melds a minimalist design with a striking RGB fan and strip setup, offering a subdued yet visually dynamic aesthetic. Moreover, design preferences also intertwine with functional aspects, like preferring a case with a PSU shroud for concealed cable management, or valuing a tool-less design for ease of access and adjustments. Therefore, aligning aesthetic and design preferences with functional and spatial requirements necessitates a balanced approach, wherein the external allure does not undermine internal functionality and vice versa.

What factors are critical in choosing a computer case?

Essential factors include compatibility with components, cooling efficiency, future upgrade space, and aesthetic and design preferences, such as RGB lighting and material finishes.

How important is GPU clearance in case selection?

Extremely crucial. GPUs like the Nvidia RTX 3090, which has a length of 12.3 inches, require cases with adequate space to prevent compatibility issues and ensure optimal airflow.

How does a Micro-ATX motherboard size influence case selection?

Micro-ATX motherboards, typically 9.6" x 9.6", dictate the minimal internal dimensions a case must have, impacting compatibility and determining the user’s build space.

Why do aesthetic and design preferences matter in case selection?

Aesthetics, like the RGB lighting in the NZXT H510 Elite (approximately $150), ensure the build is visually appealing and aligns with personal and environmental stylistic choices.

What is the significance of the PSU shroud in a computer case?

A PSU shroud, often found in cases aiming for a sleek design, assists in achieving a clean look by concealing cables and the power supply unit, enhancing visual appeal and aiding cable management.

How does the material of a computer case influence its quality?

Material, such as aluminum, impacts durability, aesthetics, and thermal performance, often providing a blend of lightweight structure and effective heat dissipation, ensuring longevity and operational stability.

Can large air coolers fit in all types of computer cases?

No, large air coolers, sometimes exceeding 160mm in height, require cases with sufficient clearance, predominantly found in Mid or Full Tower cases to accommodate their size and ensure effective cooling.

How does RGB lighting impact the cost and aesthetic of a computer case?

RGB lighting, especially in premium setups like those in certain NZXT models, elevates aesthetic appeal but also increases cost, with models like the H510 Elite being around $150, intertwining visual elegance with a higher price point.

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