Best motherboard compatibility for ATX

Best motherboard compatibility for ATX As we move forward in time, we seek to improve our environment and work or entertainment tools. At the end of the last century, many companies expanded their technological knowledge to provide their users with new forms of navigation, such as motherboard for ATX. IBM was a pioneer with the release of its AT motherboard, which in many ways dominated the standardization levels of the form factor of computers. Meanwhile, their clones saw fit to create components that could fit into that motherboard design. But it wasn't until 1995 that things got even better, thanks to the launch of the ATX motherboard developing a form evolution of Baby AT, in order to improve the functionality of current input and output devices, as well as reduce the total cost of the system.

Here are the best motherboards for ATX

A good connoisseur of motherboards analyzes one by one the elements that make up the brain of a computer. Here we are going to present the Best ATX motherboard, an improved version of its predecessor, the IBM AT form factor.

1. Gigabyte X570 Aorus Xtreme

This is one of Gigabyte's most award-winning models for AMD's AM4 socket. Allows you to connect up to 3 NVMe SSD, all cooled by heat sink. It features a thermal reactive armor design with finned array heat sink, direct touch heat pipe, and nanocarbon base plate. Its four RAM slots support memory DIMMs running up to 4400 MHz and up to a quantity of 128 Gb. It includes the Smart Fan 5 which in turn has multiple temperature sensors, hybrid fan heads with Fan Stop and noise detection. This ATX form factor has a Gigabit network card up to 10 Gbit and another type Gigabit Ethernet.

2. Asus Rog Zenith Extreme Alpha

It was designed to take command. Helps to release all 32-core AMD Threadripper processor power, this, while keeping thermals under control with smart cooling. In addition, it contains a specially designed SOC heatsink for the high power of the CPU. It is ideal for high-end gamers and overclockers who equip themselves with this Asus model to be the leader of their group. Allows expansion of 2 M.2 SSDs, accompanied by two heat sinks to prevent throttling. This motherboard for ATX has eight slots for DDR4 RAM memory up to 3600 MHz, for a maximum of 256 GB. It has a built-in 10 Gigabit Ethernet card and can be connect up to three graphics cards to each other and can be connected via Bluetooth. Its design is also arranged for high-performance networks that incorporate the Aquantia 10G LAN, Intel gigabit LAN and ASUS LANGuard and GameFirst V technologies. Allows for complete customization with 1.3" LiveDash OLED lighting and ASUS Aura Sync RGB via two directional headers and one RGB header.

3.ASRock Z390 Taichi Ultimate

It is a model compatible with the AMD CrossFireX and NVIDIA SLI technologies for two graphics cards. Above the third PCIe x16 slot it is, electrically, a x4 actually. Designed to bring out the best in XNUMXth Gen Intel Core processors. Its robust VRM design offers extreme overclocking potential, cooler gaming temperatures, and enhanced system stability for any heavy computing activity. Its components are also robust and it has a completely smooth 12-phase power delivery to the CPU. With this ATX motherboard you can handle your own RGB polychrome lighting (built-in and addressable) that allows the motherboard to connect to compatible LED devices. At the same time, you can sync RGB LED fixtures with fixtures to create your own lighting effects.

4. Asus Rog Strix X299-E Gaming II

Su Storage has three M.2 slots, two for SATA and NVMe SSD interchangeably, while the third only supports NVMe SSD. It offers 12 power stages with ProCol II power connector, as well as high-quality shocks and durable capacitors to support Multi-Core processors. Personalization is unmatched, thanks to Oled and Asus exclusive aura sync RGB lighting, that includes headers Addressable Gen 2 RGB and RGB. It is a motherboard ready to be used in the latest Intel Core X-series processors to maximize connectivity and speed with up to three M.2 and USB 3 drives. It provides support for AMD CrossFireX and NVIDIA SLI technologies for three running graphics cards in parallel. It has a 2.5 GbE model as a network card, such as a WiFi 6 AX200 and Bluetooth 5.0 wireless connectivity.

5. Gigabyte TRX40 Aorus Xtremen

The concept of its design is innovative, sophisticated thermal, cutting-edge aesthetics and functionality. With next-generation network connectivity and Hi-Fi level audio system. The motherboard for ATX requires better CPU power design to unleash the full potential of the XNUMXrd Gen Threadripper ADM Ryzen CPU. It is always important that a Flagship product is future proof so your system is up to date with the latest technology. In that sense, TRX40 provides all network, storage and WiFi connectivity of the latest generation that keeps it always up to date. It has two RJ45 connectors for your 10GbE Gigabit Ethernet network card. Its thermal design ensures CPU, chipset, SSD stability and low temperature under full load application and games.

Intel innovation

The motherboard for ATX is the most standardized in the industry and is where the largest niche in the market is. In it you can find plenty of connectivity options, that includes PCI-Express sockets for various graphics cards and up to eight sockets for RAM memory. These motherboards were produced by Intel with the aim of taking its predecessor AT off the market once and for all. Its characteristics include the possibility of exchanging connected parts and has a software disconnection system, allowing system shutdown without physical intervention. Another of the characteristics of this board is the type of connector to the power supply, which is 24 contacts allowing a single way of connection which avoids errors as with AT sources and an additional one called P4, with four contacts. The rear of the tower underwent some changes. ATX-powered towers allowed each motherboard manufacturer to place the ports on a rectangular panel on the back of the system in a more or less standardized configuration. All of this, through a general number of patterns depending on which ports on the motherboard are offered internally. He panel of this model ATX motherboard you can remove and install an insertable panel, also known as I / O board or backplate, it has an optimized arrangement for each motherboard and can be swapped when a motherboard swap occurs.

PS / 2 standard

Among the advances that the motherboard presented for ATX compared to AT is the adoption of the PS/2 standard for keyboards and mice, so they can be connected independently. However, today many motherboards are ditching the use of PS/2 connectors in favor of USB ports. The connectors with older technologies are also lagging behind, favoring more modern ports such as SDPF audio, FireWire, DVI/HDMI/DisplayPort, additional USB ports, wireless network terminals, among others. For compatibility reasons, the panels and the tower in general of the standard ATX motherboard have a design that allows an AT motherboard to be installed in an ATX tower and both form factors worked the same time for two years, when AT motherboards were a thing of the past.

For Gaming

Intel developed this ATX motherboard in a simple context but with motherboard format elements Gaming. It is the most used to configure all types of desktop computers. It has dimensions of 305x244mm, but there are manufacturers that have chosen to make them wider, although without changing the location of the anchor holes. Typically, this motherboard model has three PCIe x16 slots and one or two PCIe x1 slots, however in the new models the decision was made to replace the latter with M.2 slots. Also this type of motherboard usually have four slots for RAM memory.

Difference between AT motherboard and ATX motherboard

The form factor for some PC motherboards have improved compared to its predecessor. Of course, AT and ATX cannot be the exception so let's mention some of the differences found between them, which has allowed the absolute replacement of one over the other. The ATX enable 90 degree temperature microprocessor and slots, as well as better wiring organization and automatic shutdown. It was created in 1995, a year after AT, and continued to dominate for at least 10+ years. With the advent of ATX motherboards, the use of SDRAM memories, the AGP slot for graphics cards and the PS/2 standard began. About the power supply, the ATX are safer, because the AT are turned off only by pressing the shutdown button, while the ATX is turned off when the motherboard and the operating system decide. With the AT had 12 connectors or pins, in ATX there are 20 pins. With the output of the boards for P-4 775, the ATX connectors were updated, incorporating four more pins, one for each voltage. After that, power connectors for SATA drives were added to the molexes.

Evolution in dimensions

Unquestionably one of the Most impressive changes or improvements was the dimension of the ATX motherboard. They are smaller than the AT's making way for the right place for the drive bays. Its size is 304 x 244 mm. Some ATX cases allow MicroATX boards to fit as well, as it measures 244 x 244mm. Other dimensions of this type of motherboard can be found: eATX: 30,5cm × 33cm peak; sATX: 30,5cm x 24,4cm; mATX: ATX-28; 28,4 cm x 20,8 cm; Micro ATX-24: 24.4cm x 24.4cm and Mini ITX: 22,9cm x 19,1cm. It is understandable that manufacturers seek to improve the product they launch on the market, not only to keep up with the changes that time suggests, but also to innovate and demonstrate the technological capabilities of a computer and of the users themselves. Today's devices work perfectly with the ATX form factor thanks to compatibility with some of the devices on the market. The motherboards for ATX are the ones that are most coupled to the new generation processors, they also allow the coupling of compatible elements and the integration of insertable panel. The interchangeability of the connected parts was one of the points that made it the most standardized motherboard.

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