- What Should Audio Producers Look For in a Motherboard?
- The First Step Is Choosing the Socket
- The motherboard’s quality and pricing are both intimately correlated with the chipset.
- What Chipset Do We Suggest?
- Board Dimensions
- The remaining hardware
- Comparison Table:
- ASUS ProArt Z490-CREATOR
- ASUS Prime Z490-A
- ASUS AM4 TUF Gaming X570-Plus
- Gigabyte B550M AORUS PRO-P
- Gigabyte B365M DS3H
We are discussing about Best Motherboard Sound Card .The correct motherboard that works well with the rest of your system should be chosen if you want to build a custom PC for audio production. The problem is that there are so many options, from budget-friendly motherboards to expensive models. So, which do you pick? Your financial situation, production level, and expertise will likely influence your decision.
You can construct PCs at various levels. Do you want to create a workstation for your audio production that is mid-range, high-performance, or both? The motherboard you choose should take all of these factors into account. Your decision regarding your CPU will likely affect your motherboard choice. In addition to discussing choosing the best motherboard in the following FAQ part, this post will look at the top motherboards for audio production.
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What Should Audio Producers Look For in a Motherboard?
The first and most crucial factors to consider when selecting the best audio production motherboard are your budget, level of skill, and the potential complexity of the projects you work on. For starters, you need to invest in a better and newer CPU if you are mixing several songs and effects and seriously putting the PC in a situation where it can stress you. To achieve performance parity, investing in a decent processor necessitates investing in a good motherboard. This helps determine which motherboard to choose, along with several other considerations. Below, we examine a few:
The First Step Is Choosing the Socket
The socket is undoubtedly one of the first things you should consider when choosing the correct motherboard. The motherboard’s socket differs depending on the CPU you’re using.
The more popular sockets, for instance, are as follows:
- For Intel 8th and 9th generation processors, use LGA1151.
- LGA1200: Used with Intel’s 10th and 11th generation processors.
- LGA2066: Workstation Grade for Intel Core Extreme processors from Intel
- AM4: Supports AMD Ryzen 1 to Ryzen 5 CPUs.
- AMD Workstation Grade AMD Ryzen Threadripper CPUs require sTRX4.
- The exemplary processor for the job is probably the first item you purchase when creating a PC for audio production.
- You should look for the appropriate motherboard socket based on your CPU selection.
- Chipset Determines the Motherboard’s Quality
- The motherboard’s chipset is the next and most crucial factor.
One chipset can be distinguished from another by a variety of features, including the following (among others):
- PCIe version Number of available PCIe lanes
- Configuration of PCIe slots
- Designing for phase power and VRM quality (to an extent)
- power overclocking
- Memory pathways
- SATA ports maximum
- Support for and configuration of RAID
- Configuration of the USB ports
- Support for WiFi built-in
- Both Intel and AMD have established chipset series for various use cases.
Intel Desktop Grade: H, B, and Z series of chipsets, where H is the entry-level series, B is the mid-range series, and Z is the high-performance series. X series chipsets are Intel workstation grade. These chipsets are only compatible with Core Extreme or Xeon processors on motherboards.
AMD Desktop Grade: A, B, and X series, where A is the entry-level series, B is the mid-range series, and X is the high-end series of chipsets. TRX40 chipset, AMD Workstation Grade. These are where the pricey AMD Threadripper chips are located.
What Chipset Do We Suggest?
We strongly advise purchasing either an X series AMD motherboard for audio production or a Z series Intel motherboard if you create a desktop PC. These are higher quality overall and feature a power architecture that can easily support high-performance processors. The Z and X series is again the best option if you intend to overclock or need additional PCIe lanes to accommodate more SSDs or add-in cards, among other things.
How many peripherals you can connect to your motherboard and how big your computer will depend on its size. Form factors are the measurements of motherboards. ATX, Micro ATX, and MINI ITX are the most popular sizes. The ATX form factor, which measures approximately 12 by 9.6 inches, is the largest of the main desktop form factors. Micro ATX has a size range of 9.6 x 9.6 inches, while mini ITX is the smallest with a dimension of 6.7 x 6.7 inches.
There are still more prominent form factors, such as the EATX, which often supports workstation-grade AMD Ryzen Threadripper or Intel Core Extreme processors. Of course, a smaller motherboard will give less room for expansion. For example, the tiny ITX motherboards only provide one PCIe X16 expansion slot.
The remaining hardware
If you are on a tight budget, it is advised that you restrict your motherboard spending to a manageable minimum. Your initial investment should go towards the more crucial parts, such as powerful processors or lots of RAM. You should also add SSDs because they will improve the performance of your computer. Most audio programs, including AVID Pro Tool, Logic Pro, FL Studio, etc., demand at least 4 GB of RAM and an Intel i3 or Ryzen 3 processor.
The ideal setup may only sometimes be the bare minimum. Therefore, if you are serious about designing a workstation, it is advised to have 8–16 GB of RAM or at least an Intel i5 or Ryzen 5 processor. Do you have an audio interface, or want to use the motherboard’s integrated sound card? Beginners without a specialized studio, audio production tools, or an audio interface may start out using merely the motherboard’s integrated sound card.
There are a couple of disadvantages to being aware of if you choose to go this path:
- Many pros use standalone audio interfaces instead of the motherboard’s integrated sound card because they find it less noisy.
- Sound cards—whether integrated or standalone models mounted on PCIe slots—also have few I/O connections for a typical recording studio.
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ASUS ProArt Z490-CREATOR
The majority of motherboards on the market are designed with gamers in mind. On occasion, a rare specimen made for creators, experts, and producers will come up for sale. One such motherboard specially made to serve professionals like audio producers is ASUS ProArt Z490-CREATOR. For the more recent 10th and 11th Gen Intel processors, the motherboards use an Intel LGA1200 socket. It is built on the prestigious Z490 chipset because it is a motherboard for professionals.
As a result, it makes it simple to overclock the CPU and supports RAM with higher performance. It’s essential to remember that this motherboard has a superior phase power architecture with 12+2 VRMs, making it an excellent option for the top-of-the-line Intel Core i7 or Core i9 processors. The fact that this motherboard has two Thunderbolt 3.0 ports is one of its main selling points. Additionally, it has a sufficient number of PCIe expansion slots for extra add-in cards, such as M.2 SSD expansion cards for additional high-speed storage in RAID configurations.
ASUS Prime Z490-A
This is another suggested alternative for an Intel setup if you have some money to spare for your audio workstation. This motherboard has an LGA 1200 socket and a full ATX form size, making it a mid-range motherboard. The most recent 10th and 11th-generation Intel processors use this socket. However, this motherboard’s superior build quality and premium parts make it beautiful.
This motherboard offers the most recent, high-performance Z490 chipset, the same as the one above. This chipset can use high-performance CPUs from the Intel Core i7 and Core i9 series on motherboards. Another characteristic shared by motherboards with Z series chipsets is this motherboard’s superb phase power architecture. Additionally, it provides a 12+2 phase power architecture.
As a result, it boasts the best stability possible thanks to its 12 VRMs for the processor and 2 for the RAM. In addition, this motherboard has a wide range of features, such as the highly desired thunderbolt header, which can be used to connect a thunderbolt port. Additionally, it provides the newest interfaces, including USB 3.2 Gen 2 Type C and a wide range of PCIe connectivity.
ASUS AM4 TUF Gaming X570-Plus
Next, we have a midrange motherboard, which is the best choice for most people who want to build an AMD audio system. The ASUS TUF series is known for having only the most challenging, most durable parts. From its approved military-grade chokes to its six layers of sturdy PCB design. This motherboard exudes high-quality construction from every angle.
The less sensitive the components are to system mistakes and accidental damage, the greater their quality. The X570 chipset is this motherboard’s key selling point. Currently, this is the top desktop motherboard chipset for AMD PCs. It offers the most recent PCIe v4.0 bandwidth between the CPU and the standard PCIe lanes. Compared to older PCIe 3.0-based motherboards, the transfer speed is thus theoretically doubled.
One valuable benefit is that it supports Gen 4 NVMe SSDs, which have top rates of 6.5 GB/s, as opposed to Gen 3 NVMe SSDs, which typically transmit data at a rate of 3.5 GB/s. Ultimately, this motherboard is ideal for audio production if you want to build a high-performance but affordable system.
Gigabyte B550M AORUS PRO-P
We strongly advise choosing this option if you want a midrange setup and don’t want to spend much money on a motherboard. The B550 chipset is present on this motherboard. It is between the A and X series AMD desktop chipsets in terms of functionality and cost. The fact that this delivers PCIe v4.0 CPU lanes and complies with the newer, higher PCIe bandwidth standards is crucial to keep in mind.
All Ryzen CPUs that use the AM4 socket, including the more recent Ryzen Gen 5 processors, is compatible with the motherboard. Numerous ports, including USB 3.2 Gen 2 connections, are available. This motherboard has an mATX form factor, in contrast to the motherboards mentioned above. Although it is smaller and has fewer PCIe slots, most Audio Productions systems only need a slight expansion.
One of the AMD B series’ best features is that it supports overclocking and high-speed RAM despite being a mid-range chipset series. The same Intel B series does not provide this. Therefore, we heartily endorse this if you’re searching for a capable midrange option.
Gigabyte B365M DS3H
We advise this if you don’t care much about a high-end setup and want a good motherboard for audio production. If you want to invest in a dedicated sound card or DAC and rely on something other than the built-in sound card, this motherboard is an excellent choice. This is one of the most economical mATX motherboards for 8th and 9th-generation Intel CPUs that use the Intel LGA 1151 socket. Excellent for people building on a tight budget.
This device’s built-in sound card could be better available. The budget, however, enables you to save enough money to buy a premium external or internal standalone sound card. With 1 X16 PCIE slot, 1 X4 slot, and 1 X1 slot, this device offers good expandability in all other respects. Additionally, it provides a respectable number of SATA connections, allowing you to connect numerous hard drives. Additionally, it provides one M.2 SSD slot.
This motherboard’s mATX form factor is another crucial thing to remember. You can choose a minor PC case because mATX motherboards are smaller than conventional ATX motherboards. The advantage of the minor case is that it is less expensive and enables the construction of a bit of PC. This is the ideal motherboard for audio production if you’re searching for a low-cost alternative for an Intel-based system.
A decent motherboard can help your audio production setup, but before you invest in one, you need to learn how each motherboard differs from the others. In this post, we took a quick look at some of the crucial factors to consider when selecting the best motherboard for audio production and the motherboards that have received excellent reviews in this regard.
It’s important to note that your budget and goals will directly impact the components you choose, including the motherboard. We suggest keeping things essential if you are a newbie. Alternatively, if you are a pro, consider some of the more sophisticated versions, mainly depending on the processor you choose to buy.