Are you curious about which factories produce the best standard ATX form factors? Understanding the top contenders can make a significant difference in your project’s success. Discovering the best options will help you make informed choices. Dive in to find out which factories stand out in quality and reliability!
Motherboard Sizes Explained: Charts & Comparisons Available – PC Guide
Product Details: Motherboard form factors including ATX, EATX, mATX, Mini-ITX, and XL-ATX.
Technical Parameters:
– ATX: 305mm x 244mm (12 x 9.6 inches)
– EATX: 305mm x 330mm (12 x 13 inches)
– mATX: 244mm x 244mm (9.6 x 9.6 inches)
– Mini-ITX: 170mm x 170mm (6.7 x 6.7 inches)
– XL-ATX: Variable dimensions, larger than EATX
Application Scenarios:
– Building a high-performance gaming PC
– Creating a compact multimedia PC
Pros:
– ATX: Complete I/O set, good VRM support
– EATX: Robust power delivery, often includes water cooling
– mATX: Compact size with decent features
– Mini-ITX: Very compact, modern features
Cons:
– ATX: Cannot fit in compact cases, more expensive
– EATX: Fewer products available, cannot fit in smaller cases
– mATX: Inferior power delivery, limited PCIe slots
– Mini-ITX: Limited I/O, not ideal for high-end components
Motherboard Form Factors Explained – thinglabs
Product Details: Motherboard form factors define the size and layout of computer motherboards, affecting compatibility with cases and components.
Technical Parameters:
– ATX: 12 x 9.6 inches, up to 7 expansion slots, up to 4 RAM slots
– Micro-ATX: 9.6 x 9.6 inches, up to 4 expansion slots, up to 4 RAM slots
Application Scenarios:
– General purpose, gaming, workstations for ATX
– Mainstream PCs, home theater PCs for Micro-ATX
Pros:
– Larger boards like ATX offer more features and upgrade options
– Micro-ATX provides a good balance of features and size
Cons:
– Mini-ITX has limited expansion options
– Micro-ATX may have fewer features compared to ATX
Motherboard Form Factors Explained – Guide to Motherboard Sizes
Product Details: Motherboard form factors: Mini-ITX, MicroATX, and ATX.
Technical Parameters:
– Mini-ITX: 17 x 17 cm, 2 RAM slots, 1 expansion slot, 0 to 1 graphics card, 2 to…
– MicroATX: 24.4 x 24.4 cm, 2 to 4 RAM slots, 2 to 4 expansion slots, 1 to 3 graph…
– ATX: 30.5 x 24.4 cm, 2 to 8 RAM slots, 4 to 7 expansion slots, 1 to 4 graphics c…
Application Scenarios:
– Budget Computer: AMD Athlon 3000G CPU with Gigabyte B450M DS3H Motherboard.
– Gaming Computer: AMD Ryzen 5 3600 CPU with Asus AM4 TUF Gaming X570-Plus Motherb…
Pros:
– All three form factors can support the same generation CPU.
– Similar back panel ports and connectors across all form factors.
Cons:
– Mini-ITX cases may not accommodate high-end graphics cards due to size constrain…
– MicroATX boards are often the cheapest, which may limit features.
PC Form Factors: Sizes and Standards – ComputerCity – GadgetMates
Product Details: PC Form Factors including Full Tower, Mid Tower, Mini Tower, and Small Form Factor (SFF) cases designed for various motherboard sizes.
Technical Parameters:
– Full Tower: 24″ × 10″ × 24″; supports ATX or E-ATX motherboards.
– Mini-ITX: 8″ × 6″ × 10″; supports Mini-ITX motherboards.
Application Scenarios:
– High-performance gaming and workstations for Full Tower cases.
– Home theater PCs and budget builds for Mini Tower and SFF cases.
Pros:
– Larger cases provide better airflow and cooling options.
– Compact cases are portable and ideal for limited spaces.
Cons:
– Smaller cases may limit component compatibility and upgrade options.
– Compact designs can lead to overheating issues due to restricted airflow.
ATX Explained: Motherboard Standard for Desktops – Electronics Hub
Product Details: ATX (Advanced Technology eXtended) is a motherboard form factor developed by Intel, standardized for compatibility with various components including power supplies and cases.
Technical Parameters:
– Size: 12 x 9.6 inches (305 x 244 mm)
– Power Connectors: 20-pin or 24-pin main power connector, additional 4-pin or 8-p…
Application Scenarios:
– Gaming builds
– Content creation systems
Pros:
– Wide compatibility with various components and peripherals
– Greater expandability with multiple expansion slots
Cons:
– Requires more physical space compared to smaller form factors
– Typically more expensive than smaller form factors
Motherboard Types: ATX, Micro ATX, and Mini ITX Explained
Product Details: Motherboard types including ATX, Micro ATX, EATX, and Mini ITX, each catering to different user needs and system requirements.
Technical Parameters:
– ATX: 305 × 244 mm, 7 expansion slots, 4 DIMM slots
– Micro-ATX: 244 × 244 mm, 4 expansion slots, 2 DIMM slots
Application Scenarios:
– Standard desktop use for ATX motherboards
– Budget builds for Micro-ATX motherboards
Pros:
– Wide compatibility with various cases and components
– Multiple options for different use cases and budgets
Cons:
– Larger form factors may not fit in compact cases
– Small form factors can be more expensive than larger ones
Tech Talk∣SilverStone
Product Details: Motherboard form factor guide outlining various ATX motherboard sizes and compatibility.
Technical Parameters:
– Standard ATX: 12 inches length, 6.7 to 9.6 inches width, 7 expansion slots.
– Mini-ITX: 6.7 inches length and width, 1 expansion slot.
Application Scenarios:
– Building standard desktop PCs.
– Creating compact systems with Mini-ITX motherboards.
Pros:
– Wide compatibility with various cases.
– Multiple form factors available for different needs.
Cons:
– Larger motherboards may not fit in smaller cases.
– Limited expansion slots in smaller form factors.
Product Details: ATX Specification Version 2.2, an open specification for motherboard and power supply design aimed at improving ease of use, support for I/O and processor technology, and reducing system costs.
Technical Parameters:
– Full size ATX board dimensions: 12″ wide by 9.6″ deep (305mm x 244mm)
– Main power connector: 24-pin header for PCI-Express support
Application Scenarios:
– Building desktop computers with ATX form factor motherboards
– Designing power supplies compatible with ATX specifications
Pros:
– Enhanced ease-of-use and accessibility for upgrades
– Reduced total system cost through integrated I/O and fewer cables
Cons:
– Compliance with specifications may limit design flexibility
– Older motherboards may not be fully compatible with newer ATX standards
The Complete Guide to PC Case Sizes – EATX vs ATX vs mATX vs mITX
Product Details: Cooler Master Q300L, Lian-LI Dynamic O-11, Fractal Design Define R6, NZXT H710, Thermaltake View 71, Thermaltake AH T600, Thermaltake Core V1, InWin A1 Plus
Technical Parameters:
– Micro ATX, ATX, E-ATX, Mini ITX
– Support for multiple fans and water cooling options
Application Scenarios:
– Budget gaming builds
– Mid-range gaming setups
– High-end gaming and production builds
– Portable or home theater PC builds
Pros:
– Good airflow and cable management
– Variety of sizes for different needs
– Compatibility with various motherboard sizes
Cons:
– Larger cases may be more expensive
– Smaller cases may have limited expansion options
Illustrated Overview of Motherboard Form Factors [ATX, ETAX, Mini-itx …
Product Details: Motherboard form factors including ATX, Micro-ATX, Mini-ITX, BTX, NLX, Extended ATX, AT, Baby AT, and XT.
Technical Parameters:
– ATX: 12 x 9.6 inches, 20- or 24-pin power connector, many expansion slots
– Micro-ATX: 9.6 x 9.6 inches, 24-pin power connector, few expansion slots
Application Scenarios:
– Gaming PCs using ATX or Micro-ATX motherboards
– Compact builds using Mini-ITX motherboards
Pros:
– ATX offers integrated I/O connectors and better cooling conditions
– Micro-ATX is ideal for small chassis while still providing advanced technologies
Cons:
– Mini-ITX has limited upgrade options due to fewer slots
– BTX was not widely adopted despite its benefits
Related Video
Comparison Table
| Company | Product Details | Pros | Cons | Website |
|---|---|---|---|---|
| Motherboard Sizes Explained: Charts & Comparisons Available – PC Guide | Motherboard form factors including ATX, EATX, mATX, Mini-ITX, and XL-ATX. | – ATX: Complete I/O set, good VRM support – EATX: Robust power delivery, often includes water cooling – mATX: Compact size with decent features – Mini… | – ATX: Cannot fit in compact cases, more expensive – EATX: Fewer products available, cannot fit in smaller cases – mATX: Inferior power delivery, limi… | www.pcguide.com |
| Motherboard Form Factors Explained – thinglabs | Motherboard form factors define the size and layout of computer motherboards, affecting compatibility with cases and components. | – Larger boards like ATX offer more features and upgrade options – Micro-ATX provides a good balance of features and size | – Mini-ITX has limited expansion options – Micro-ATX may have fewer features compared to ATX | thinglabs.io |
| Motherboard Form Factors Explained – Guide to Motherboard Sizes | Motherboard form factors: Mini-ITX, MicroATX, and ATX. | – All three form factors can support the same generation CPU. – Similar back panel ports and connectors across all form factors. | – Mini-ITX cases may not accommodate high-end graphics cards due to size constrain… – MicroATX boards are often the cheapest, which may limit featur… | www.buildcomputers.net |
| PC Form Factors: Sizes and Standards – ComputerCity – GadgetMates | PC Form Factors including Full Tower, Mid Tower, Mini Tower, and Small Form Factor (SFF) cases designed for various motherboard sizes. | – Larger cases provide better airflow and cooling options. – Compact cases are portable and ideal for limited spaces. | – Smaller cases may limit component compatibility and upgrade options. – Compact designs can lead to overheating issues due to restricted airflow. | computercity.com |
| ATX Explained: Motherboard Standard for Desktops – Electronics Hub | ATX (Advanced Technology eXtended) is a motherboard form factor developed by Intel, standardized for compatibility with various components including p… | – Wide compatibility with various components and peripherals – Greater expandability with multiple expansion slots | – Requires more physical space compared to smaller form factors – Typically more expensive than smaller form factors | www.electronicshub.org |
| Motherboard Types: ATX, Micro ATX, and Mini ITX Explained | Motherboard types including ATX, Micro ATX, EATX, and Mini ITX, each catering to different user needs and system requirements. | – Wide compatibility with various cases and components – Multiple options for different use cases and budgets | – Larger form factors may not fit in compact cases – Small form factors can be more expensive than larger ones | www.technewstoday.com |
| Tech Talk∣SilverStone | Motherboard form factor guide outlining various ATX motherboard sizes and compatibility. | – Wide compatibility with various cases. – Multiple form factors available for different needs. | – Larger motherboards may not fit in smaller cases. – Limited expansion slots in smaller form factors. | www.silverstonetek.com |
| ATX Specification Version 2.2, an open specification for motherboard and power supply design aimed at improving ease of use, support for I/O and proce… | – Enhanced ease-of-use and accessibility for upgrades – Reduced total system cost through integrated I/O and fewer cables | – Compliance with specifications may limit design flexibility – Older motherboards may not be fully compatible with newer ATX standards | cdn.instructables.com | |
| The Complete Guide to PC Case Sizes – EATX vs ATX vs mATX vs mITX | Cooler Master Q300L, Lian-LI Dynamic O-11, Fractal Design Define R6, NZXT H710, Thermaltake View 71, Thermaltake AH T600, Thermaltake Core V1, InWin A… | – Good airflow and cable management – Variety of sizes for different needs – Compatibility with various motherboard sizes | – Larger cases may be more expensive – Smaller cases may have limited expansion options | whatintech.com |
| Illustrated Overview of Motherboard Form Factors [ATX, ETAX, Mini-itx … | Motherboard form factors including ATX, Micro-ATX, Mini-ITX, BTX, NLX, Extended ATX, AT, Baby AT, and XT. | – ATX offers integrated I/O connectors and better cooling conditions – Micro-ATX is ideal for small chassis while still providing advanced technologie… | – Mini-ITX has limited upgrade options due to fewer slots – BTX was not widely adopted despite its benefits | www.meridianoutpost.com |
Frequently Asked Questions (FAQs)
What is the standard ATX form factor?
The standard ATX form factor is a motherboard specification that defines the dimensions and layout of the board, typically measuring 305mm x 244mm (12 inches x 9.6 inches). It provides standardized mounting points and power connections, making it easier to build and upgrade PCs with compatible components.
What are the benefits of using an ATX motherboard?
Using an ATX motherboard offers several advantages, including improved expandability with multiple PCIe slots, better cooling options due to larger size, and enhanced power delivery. This makes it a popular choice for gamers and professionals who need high-performance systems.
Can I use an ATX motherboard in a smaller case?
While it’s possible to use an ATX motherboard in a smaller case, it’s important to ensure the case supports ATX dimensions. If the case is too small, you may face issues with airflow, component compatibility, and installation, so always check the specifications before proceeding.
What power supply do I need for an ATX motherboard?
An ATX motherboard typically requires an ATX power supply, which comes with a 24-pin main connector and additional connectors for CPU and GPU power. Make sure the power supply provides sufficient wattage for your components to ensure stable performance.
Are there different sizes of ATX motherboards?
Yes, there are variations of the ATX form factor, including Micro ATX and Mini ATX, which are smaller in size but still maintain some compatibility. These options allow for flexibility in building compact systems while still providing essential features and expandability.