Are you ready to elevate your PC building game? Choosing the right extended ATX factory can make all the difference in performance and aesthetics. By comparing the top contenders, you’ll discover the best options that fit your needs. Dive in to find out which factory deserves your attention!
EATX vs ATX Motherboards: What’s The Difference and … – CG Director
Product Details: EATX (Extended ATX) and ATX motherboards are two standards for PC motherboards, with EATX being wider than ATX.
Technical Parameters:
– EATX motherboards are wider than 9.6 inches.
– ATX motherboards measure 12 x 9.6 inches.
Application Scenarios:
– Use EATX for builds requiring more RAM slots and additional PCIe slots.
– Use ATX for standard builds with a focus on cost-effectiveness and sufficient fe…
Pros:
– EATX allows for more components and features due to its larger size.
– ATX is generally more affordable and widely compatible with cases.
Cons:
– EATX lacks a strict standard, leading to potential compatibility issues with cas…
– ATX may limit expansion options compared to EATX.
ATX Vs EATX Motherboard Comparison – ElectronicsHub
Product Details: ATX and EATX motherboards are form factors used in computer systems, with ATX being the standard and EATX being an extended version offering more features.
Technical Parameters:
– ATX dimensions: 12 inches x 9.6 inches
– EATX dimensions: 12 inches x 13 inches
Application Scenarios:
– ATX is suitable for domestic and industrial computers.
– EATX is ideal for competitive gamers and professional production workers.
Pros:
– ATX offers many slots and ports for easy expansion.
– EATX provides better cooling and overclocking capabilities.
Cons:
– ATX can block airflow, leading to heat issues.
– EATX is expensive and may be overkill for casual users.
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)
Application Scenarios:
– Building a high-performance gaming PC
– Creating a compact multimedia PC
Pros:
– Standardized sizes allow for compatibility with various cases
– Larger boards typically offer better power delivery and more features
Cons:
– Larger form factors cannot fit in compact cases
– Smaller boards 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 better cooling and easier installation with integrated I/O connectors
– Micro-ATX provides a balance of size and capability for small builds
Cons:
– Mini-ITX has limited expansion and upgrade options due to its small size
– BTX was not widely adopted despite its benefits
ATX VS EATX Motherboard: What Is the Difference Between Them?
Product Details: ATX and EATX motherboards are standards for sizing motherboards, with EATX being a larger version of ATX.
Technical Parameters:
– ATX size: 12 × 9.6 in (305 × 244 mm)
– EATX size: 12 x 13 in
Application Scenarios:
– High-end gaming PCs with multiple graphics cards
– Servers requiring additional hardware
Pros:
– EATX offers more expansion slots and RAM capacity
– Better heat dissipation due to larger surface area
Cons:
– EATX motherboards are generally more expensive
– Require larger cases for installation
Motherboard Form Factors: ATX vs. E-ATX vs. XL-ATX
Product Details: Motherboard form factors: ATX, E-ATX, XL-ATX
Technical Parameters:
– ATX: 12 x 9.6 inches
– E-ATX: 12 x 13 inches
– XL-ATX: 13.5 x 10.3 inches
Application Scenarios:
– General desktop builds and gaming (ATX)
– High-performance systems and gaming (E-ATX)
– Extreme gaming rigs and professional workstations (XL-ATX)
Pros:
– ATX offers versatility and compatibility with a wide range of components.
– E-ATX provides enhanced expansion options and additional space for components.
– XL-ATX supports extreme performance demands with multiple expansion slots.
Cons:
– ATX may have limited expansion compared to larger form factors.
– E-ATX requires a compatible case with extra space.
– XL-ATX needs a specially designed case due to its larger size.
The Complete Guide to Motherboard Sizes – EATX vs ATX vs Micro ATX vs …
Product Details: Motherboard size guide covering form factors, CPU compatibility, PCI slots, SATA ports, NVMe M.2 storage, RAM slots, I/O panel features, and extra features.
Technical Parameters:
– Form Factor: E-ATX, ATX, mATX, mITX
– CPU Socket Types: LGA 1200, LGA 1700, AM4, AM5
Application Scenarios:
– Gaming builds requiring moderate to high performance
– Video editing or production setups needing extensive storage options
Pros:
– Larger motherboards offer more expansion slots and features
– Compatibility with high-speed NVMe M.2 storage for faster performance
Cons:
– Larger motherboards require bigger cases, limiting portability
– More features may lead to higher costs
Difference between EATX, ATX, Micro ATX, and Mini ITX Motherboards
Product Details: EATX (Extended ATX) motherboard is a larger variant of the standard ATX motherboard, designed to provide more functionality and expansion options.
Technical Parameters:
– Size: Larger than ATX
– Expansion Slots: Typically four or more PCI-E x16 slots
Application Scenarios:
– High-performance gaming PCs
– Workstations requiring multiple expansion cards
Pros:
– More expansion slots for additional hardware
– Better upgradability options
Cons:
– Typically more expensive than smaller boards
– Requires larger cases for installation
ATX EATX Mini-ITX DTX Motherboard Form Factors Explained
Product Details: PC Motherboard Form Factors
Technical Parameters:
– EATX: 12.0″ width, 13.0″ depth
– ATX: 12.0″ width, 9.6″ depth
– Micro-ATX: 9.6″ width, 9.6″ depth
– Mini-DTX: 8.0″ width, 6.7″ depth
– Mini-ITX: 6.7″ width, 6.7″ depth
Application Scenarios:
– Performance-oriented machines with single graphics card
– Portable gaming machines
Pros:
– Compatibility with various cases due to standardized dimensions
– Support for advanced cooling solutions
Cons:
– Confusion due to overlapping form factor labels
– Limited space for components in 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 performance needs
Cons:
– Larger form factors may not fit in compact cases
– Small form factors can be more expensive than larger ones
Related Video
Comparison Table
| Company | Product Details | Pros | Cons | Website |
|---|---|---|---|---|
| EATX vs ATX Motherboards: What’s The Difference and … – CG Director | EATX (Extended ATX) and ATX motherboards are two standards for PC motherboards, with EATX being wider than ATX. | – EATX allows for more components and features due to its larger size. – ATX is generally more affordable and widely compatible with cases. | – EATX lacks a strict standard, leading to potential compatibility issues with cas… – ATX may limit expansion options compared to EATX. | www.cgdirector.com |
| ATX Vs EATX Motherboard Comparison – ElectronicsHub | ATX and EATX motherboards are form factors used in computer systems, with ATX being the standard and EATX being an extended version offering more feat… | – ATX offers many slots and ports for easy expansion. – EATX provides better cooling and overclocking capabilities. | – ATX can block airflow, leading to heat issues. – EATX is expensive and may be overkill for casual users. | www.electronicshub.org |
| Motherboard Sizes Explained: Charts & Comparisons Available – PC Guide | Motherboard form factors including ATX, EATX, mATX, Mini-ITX, and XL-ATX. | – Standardized sizes allow for compatibility with various cases – Larger boards typically offer better power delivery and more features | – Larger form factors cannot fit in compact cases – Smaller boards may have limited expansion options | www.pcguide.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 better cooling and easier installation with integrated I/O connectors – Micro-ATX provides a balance of size and capability for small bui… | – Mini-ITX has limited expansion and upgrade options due to its small size – BTX was not widely adopted despite its benefits | www.meridianoutpost.com |
| ATX VS EATX Motherboard: What Is the Difference Between Them? | ATX and EATX motherboards are standards for sizing motherboards, with EATX being a larger version of ATX. | – EATX offers more expansion slots and RAM capacity – Better heat dissipation due to larger surface area | – EATX motherboards are generally more expensive – Require larger cases for installation | www.minitool.com |
| Motherboard Form Factors: ATX vs. E-ATX vs. XL-ATX | Motherboard form factors: ATX, E-ATX, XL-ATX | – ATX offers versatility and compatibility with a wide range of components. – E-ATX provides enhanced expansion options and additional space for compo… | – ATX may have limited expansion compared to larger form factors. – E-ATX requires a compatible case with extra space. – XL-ATX needs a specially desi… | pcmena.com |
| The Complete Guide to Motherboard Sizes – EATX vs ATX vs Micro ATX vs … | Motherboard size guide covering form factors, CPU compatibility, PCI slots, SATA ports, NVMe M.2 storage, RAM slots, I/O panel features, and extra fea… | – Larger motherboards offer more expansion slots and features – Compatibility with high-speed NVMe M.2 storage for faster performance | – Larger motherboards require bigger cases, limiting portability – More features may lead to higher costs | whatintech.com |
| Difference between EATX, ATX, Micro ATX, and Mini ITX Motherboards | EATX (Extended ATX) motherboard is a larger variant of the standard ATX motherboard, designed to provide more functionality and expansion options. | – More expansion slots for additional hardware – Better upgradability options | – Typically more expensive than smaller boards – Requires larger cases for installation | motherboardsguru.com |
| ATX EATX Mini-ITX DTX Motherboard Form Factors Explained | PC Motherboard Form Factors | – Compatibility with various cases due to standardized dimensions – Support for advanced cooling solutions | – Confusion due to overlapping form factor labels – Limited space for components in smaller form factors | pcinq.com |
| 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 performance needs | – Larger form factors may not fit in compact cases – Small form factors can be more expensive than larger ones | www.technewstoday.com |
Frequently Asked Questions (FAQs)
What is an Extended ATX form factor?
The Extended ATX (E-ATX) form factor is a motherboard size that measures 12 x 13 inches, offering more space than standard ATX boards. This extra room allows for additional features, such as more RAM slots, enhanced cooling options, and extra PCIe slots for graphics cards and other peripherals.
What are the benefits of using an E-ATX motherboard?
Using an E-ATX motherboard provides greater expandability and better thermal management. With more slots and ports, you can add additional components like GPUs, storage drives, and cooling systems, making it ideal for high-performance builds, gaming rigs, or workstations.
Will an E-ATX motherboard fit in my case?
Before purchasing an E-ATX motherboard, check your PC case specifications. Not all cases support this larger form factor. Look for cases labeled as E-ATX compatible to ensure a proper fit, as they typically have the necessary mounting points and space.
What types of power supplies work with E-ATX motherboards?
E-ATX motherboards are compatible with standard ATX power supplies. Just ensure that the power supply has enough wattage to support your components. Additionally, check for the necessary connectors, especially for high-performance setups that may require additional power.
Are E-ATX motherboards more expensive than standard ATX?
Generally, E-ATX motherboards tend to be more expensive than standard ATX boards due to their larger size and additional features. However, prices can vary widely based on brand, features, and specifications, so it’s worth comparing options to find the best fit for your budget.