The E-ATX motherboard is one of the most powerful motherboards on the market. However, what is it, and how does it work? In this article, I will explain to you some of the features of an E-ATX motherboard and show you what to look out for when looking for a high-quality PC component.
- What Is An E-ATX Motherboard
- What Components Make Up an E-ATX Motherboard?
- What are the different parts of an E-ATX motherboard?
- How do I install an E-ATX motherboard?
- How an E-ATX Board Works
- Some examples of motherboards that are classified as E-ATX
- What are the Benefits of an E-ATX Motherboard?
- What are the Disadvantages of an E-ATX Motherboard?
- 1. They Are Larger Than Standard Motherboards
- 2. They Require More Power
- 3. They Tend To Be More Expensive Than Standard Motherboards
- 4. They May Not Support Older Components
- Frequently Asked Questions
- Conclusion
What Is An E-ATX Motherboard
An E-ATX motherboard is specifically designed for use in ATX form factor cases. E-ATX stands for Extended ATX and features 24 extra expansion slots over the regular ATX form factor, making it ideal for high-performance systems.
This extra space allows for more powerful graphics cards, storage drives, and larger CPU coolers.
E-ATX motherboards also have unique features compared to other motherboards. For example, they often have double the number of USB 3.0 ports than regular motherboards and additional fan headers that can control multiple fans simultaneously.
These extra features make E-ATX motherboards perfect for high-end systems that need a lot of processing power and storage space.
What Components Make Up an E-ATX Motherboard?
An E-ATX motherboard comprises various components that work together to provide the necessary power and connectivity for a modern PC. These include the CPU, chipset, memory, storage devices, and peripherals.
E-ATX motherboards are typically designed for high-end desktop PCs but can also be used in mid-range and high-end gaming systems.
They offer more than enough ports and slots to keep all your hardware connected, and they often feature powerful processors and graphics cards that make them ideal for gaming or professional use.
What are the different parts of an E-ATX motherboard?
An E-ATX motherboard is the most popular ATX form factor for motherboards. It supports a maximum of eight expansion slots and has the same width as an ATX but is two inches thick.
The E-ATX form factor allows for more room in a case and makes it easier to build larger gaming rigs or systems that need extra space.
Unlike other motherboard form factors, an E-ATX motherboard has a standard-size CPU cooler hole used with all CPUs. This hole is also used for graphics cards, allowing them to be installed similarly to how they are installed on a desktop.
E-ATX boards also come with two PS2 port holes that can be used for older mice, keyboards, or other peripheral devices.
How do I install an E-ATX motherboard?
An E-ATX motherboard is a new type designed for advanced PC builds. E-ATX stands for Extended ATX, and this motherboard format offers more space on the PCB than traditional ATX boards.
This extra space is perfect for builds that require more than a single expansion card slot, such as high-end gaming rigs or triple-monitor setups.
You must find a compatible case to install an E-ATX motherboard on your PC. Most cases that support ATX or ITX boards will also support an E-ATX board. Once you have found a case that fits your needs, you can start installing your components onto the motherboard.
E-ATX motherboards are not physically different from traditional ATX boards; they occupy more space on the PCB.
This means that most of the components on an E-ATX board can be installed at either the top or bottom. However, some components, like graphics cards and power supplies, may require special attention when installed on an E-ATX board.
If you plan to upgrade your PC later, buy an E-ATX motherboard and case combo instead of upgrading each component separately. By buying everything in one package, you will avoid potential compatibility issues and save money in the long run.”
How an E-ATX Board Works
E-ATX motherboards are the most popular size for gaming PCs. They have several features that make them perfect for high-performance systems.
E-ATX boards have more than double the available PCI Express lanes of other motherboard sizes and support both SLI and Crossfire combinations.
These boards also come with more onboard storage space than other motherboards, making them great choices for builders who want to install lots of RAM and graphics cards.
Some examples of motherboards that are classified as E-ATX
E-ATX motherboards are currently the market’s biggest and most popular form factor. They are available in single-socket and dual-socket versions, making them compatible with both Intel and AMD processors.
E-ATX motherboards support up to 8 hard drives and 16 RAM slots, giving them plenty of expansion room. Another key feature of E-ATX motherboards is their size; they are considerably larger than traditional ATX motherboards, meaning you’ll have more room for your components.
What are the Benefits of an E-ATX Motherboard?
An E-ATX motherboard is a powerful, versatile motherboard made for the latest Intel X99 and AMD Ryzen processors. It has many features make it an ideal choice for gamers, overclockers, and PC builders. Some of the benefits of using an E-ATX motherboard include the following:
• Increased Flexibility – E-ATX boards are more flexible than other motherboards, making them better suited for high-end builds with multiple graphics cards or CPU sockets.
• Improved airflow – E-ATX boards have more airflow channels than standard motherboards, which helps to improve cooling performance.
• Enhanced connectivity – E-ATX boards have more ports than standard motherboards, which makes them better suited for high-performance gaming rigs. They also have more USB 3.0 ports and SATA 6Gb/s connectors, which makes transferring data quick and easy.
What are the Disadvantages of an E-ATX Motherboard?
An E-ATX motherboard is designed for ATX, and E-ATX motherboards have more expansion slots and are often considered more powerful than standard ATX motherboards. However, they also come with their own set of potential disadvantages. Here are four of the most common:
1. They Are Larger Than Standard Motherboards
Because E-ATX motherboards have more expansion slots, they tend to be larger overall than standard ATX motherboards. This can make them difficult to fit in some cases, particularly if you use a small case or want to use a smaller motherboard layout.
Additionally, because they occupy more space on your motherboard tray, you may have to buy a new one if you want to upgrade your system later.
2. They Require More Power
E-ATX motherboards typically require more power than standard motherboards, so if you’re looking to upgrade your system’s graphics card or other components that draw a lot of power, an E-ATX motherboard may not be the best option for you.
Additionally, because they tend to require more juice from your PSU, E-ATX boards may be harder to upgrade than standard ones.
3. They Tend To Be More Expensive Than Standard Motherboards
Finally, E-ATX motherboards tend to be a bit pricier than standard ones – though this tends to vary depending on which model you buy and how many additional features it includes.
4. They May Not Support Older Components
E-ATX motherboards typically support newer components than standard ones, making upgrading your system harder if you’re using older hardware.
Frequently Asked Questions
What Is An E-ATX Motherboard?
An E-ATX motherboard is a type of motherboard that is specifically designed for use in gaming and overclocking computers. These motherboards are larger than standard ATX and have more ports and slots, making them better suited for high-end gaming PCs. In addition to gaming PCs, many e-ATX boards are also used in builds that require more processing power and storage space than traditional ATX boards can provide.
What’s the Difference Between an ATX and E-ATX Motherboard?
An ATX motherboard is the most common type of motherboard in use today. These boards are designed for standard desktop and laptop computers and have several ports and slots specific to these devices. E-ATX motherboards are larger than ATX motherboards and have more ports and slots, making them better suited for high-end gaming PCs and other builds that require more processing power and storage space.
Conclusion
An E-ATX motherboard is the perfect solution for builders who need plenty of expansion slots and connectors on a single board.
This motherboard supports ATX and EPS 12V power supplies, has an integrated fan controller, and has several features that make it ideal for high-performance builds. If you’re in the market for an E-ATX motherboard, check out our selection at OCUK.
