The best motherboard for music production is required if you are creating an audio track for any purpose. As we always say, the motherboard is the main part of your computer and defines how your computer will operate.
- Memory and storage: Audio files are large, difficult to compress, and difficult to stream from disk. Audio takes up a lot of space, both on disk and in RAM, and the aforementioned reliance on live playback and production means that memory limitations can cause bottlenecks.
- Audio output: When working with audio, you definitely need the excellent audio output to deliver the exact sound you are looking for. Therefore, when buying a motherboard, keep in mind that you need a card with quality audio output.
- Warranty: Something that can mark the purchase is the product warranty. When buying a plate, you should look for the warranty that comes with the plate, as the warranty guarantees that your product will work for a certain period of time.
In this article, we’re going to shed some light on some of the best music production motherboards you can find on the market today.
|GIGABYTE Z390 Designare Motherboard||
|ASUS AM4 TUF X570-Plus Motherboard||
|Gigabyte B550M AORUS PRO-P Motherboard||
|GIGABYTE B365M DS3H Motherboard||
|MSI B450 Tomahawk Max Motherboard||
|GIGABYTE GA-A320M MOTHERBOARD||
The Gigabyte Z390 Designare is an ATX motherboard that can literally do everything from high-quality audio production to competitive gaming. In addition, this motherboard shows great compatibility with all 8th and 9th generation Intel processors, including Pentium, Celeron, i3, i5, i7, and i9, thanks to the LGA 1151 socket.
On the RAM side, this motherboard can accommodate up to 64GB of DDR4 SDRAM. One of the main selling points of this motherboard is its compatibility with Thunderbolt 3.0. Unfortunately, this is no longer an exclusive feature of Mac devices. PC enthusiasts also benefit from a motherboard like the Z390 Designare.
Thunderbolt 3.0 should not be confused with USB-C ports, as they are not the same. This brilliant piece of electronic genius offers 2 Thunderbolt 3.0 ports, 4x Gen-1 USB 3.1, 2x Gen-2 USB 3.1, and 2x USB 2.0.
With these connectivity options at your disposal, you can connect as many music-related devices as possible for efficient music production. However, please note that this motherboard cannot support 10th generation processing units.
However, you don’t need a 10th-generation processor to ensure smooth music production. An eighth or ninth-generation processor is more than capable. If you want a more accommodating motherboard, you should pay close attention to the next product on our list.
Going back to the Z390 Designare, this motherboard has a 12 + 1 Power Phase VRM solution with DrMOS. In addition, it is equipped with an advanced thermal design that incorporates a direct contact heat pipe to keep the temperature at bay.
Last but not least, the card features Bluetooth 5.0 technology, allowing you to connect even more devices wirelessly.
- Brand Gigabyte
- Memory Speed 4400 MHz
- Supports 9th and 8th Gen
- Advanced thermal design
- LGA 1151 CPU socket
- 12 + 1 VRM solution
- Bluetooth 5.0 technology
- Thunderbolt 3.0 ports
- Dual-channel DDR4
- Listing at an excellent price
- Has full Thunderbolt 3 ports
- Its Display Port has 1.4 for 8K pass-through
- Efficient VRM thermal performance
- Overclocking performance is not so up to the mark
- It doesn’t have multi-Giga Ethernet
Looking for an inexpensive motherboard with which you can create the ultimate AMD setup for producing music? The ASUS AM4 TUF X570-Plug is an ideal mid-range ATX motherboard for your needs. Like the previous ASUS motherboard, this unit uses only high-quality components in its construction, ensuring long-lasting and reliable performance.
The AM4 TUF X570-Plus uses a unique audio codec resulting from collaboration between Realtek and ASUS, and that is the Realtek S1200A codec. The signal-to-noise ratio for the line input is 103 dB and 108 dB for the stereo line output. As a result, the sound quality is perfect for music production and games.
It’s also worth noting that this motherboard has dedicated custom DTS built-in audio. It’s not as fancy as dedicated sound cards, but it’s flawless enough for efficient music production. The AM4 TUF X570-Plus also has a shielded audio controller with a TUF cover so that it is not affected by outside noise.
In addition, there is an optical S / PDIF that you will find very useful with Dolby. There are also two PCIe 4.0 M.2 slots that support up to type 22110. They also support NVMe SSD RAID to ensure smoother performance.
One of the things that set ASUS motherboards apart from other major motherboard brands is their fairly comprehensive cooling systems which generally consist of a VRM heatsink, an active PCH heatsink, and hybrid fan headers with Fan technology.
Xpert 4 and M.2 heat sinks. This is the exact configuration the AM4 TUF X570-Plus has, plus a 6-layer PCB with military-grade chokes. If we talk about more characteristics, it includes USB 3.2 Gen-2 Type A and C connectivity, built-in Wi-Fi, Bluetooth 5.0.
Overall, this unit certainly delivers the products in terms of value for money. However, if you’re interested in X-series motherboards, check out other best X570 motherboards, as well as the best X470 motherboards.
- Brand ASUS
- Memory Speed 2133 MHz
- Series TUF GAMING X570-PLUS
- Graphics Card Interface PCI-E
- AMD AM4 CPU socket
- 12 + 2 VRM solution
- Wi-Fi and Bluetooth 5.0
- Realtek S1200A codec
- Aura Sync RGB lighting
- It has both Wi-Fi and Bluetooth facility
- Exclusive and highly efficient codec
- TUF covers the audio driver
- Construction is very durable and strong
- Listing at an affordable price
- It doesn’t have a USB 3.1 Gen-2 port
- I could definitely use a PCIe x1 port
Gigabyte is a brand that we all love for its quality and price. The company makes some of the best motherboards globally and makes them at a meager price that you cannot imagine.
If you have a budget problem but want a good board for your work, you have come to the right place. It has everything you need to work on your next big audio project and all for a very moderate price. You don’t think we’re looking for you on your own.
Let’s review your specifications and decide if they are good or bad. The processor is the main thing that makes everything work. All processing is done in the central processing unit, and if you are running software that requires fast processing, you need strong support from your motherboard.
This Gigabyte card has an AM4 socket, and, as the name suggests, it is compatible with AMD processors. In addition, the socket can support 3rd generation AMD Ryzen 5000 series processors. They are fast processors and can boost your work.
System memory is essential, and on most motherboards, it is always the same. Almost all motherboards in the moderate price range have the same amount of support for system memory.
Each DIMM slot on this motherboard is capable of supporting 32 GB of system memory. It also supports dual-channel architecture for RAM. Unfortunately, this is an m-ATX motherboard, which means that you are limited in the area of the expansion slots.
M-ATX cards are smaller and therefore have less space, thanks to some expansion slots. However, storage is critical when working on projects like these. You need a lot of space to store your data, and it is up to your motherboard to decide how many devices it can support.
This mother has many USB ports. It has a total of 16 USB ports, and that’s a lot. It has 2 USB 3.2 Gen 2, 4 USB 3.2 Gen 1, and 4 USB 2.0 on the rear I / O panel. Thanks to the internal connectors, the motherboard has 2 USB 3.2 Gen 1 ports and 2 USB 2.0 ports.
To provide a high-quality display, it has 2 graphics output ports. In addition, it has 1 HDMI 2.1 port and 1 display port 1.4. The HDMI ports support a maximum resolution of 4096 x 2160 at 60 Hz, and the display port supports a maximum resolution of 5120 x 2880 at 60 Hz.
The card has excellent audio quality. 7.1 channel ALC 1200 high definition audio codec and S / PDIF out port provide users with high-quality sound. Give good user satisfaction. If you want to work online on your audio, it has 2.5GbE LAAN, which gives you fast internet connectivity.
- Gigabyte Brand
- Supports AMD 3rd Gen Ryzen and 3rd
- Dual Channel ECC/ Non-ECC Unbuffered DDR4
- Advanced Thermal Design
- CPU socket AM4 socket
- DDR4 RAM technology
- PCI-E graphics card interface
- Available memory slots 4
- Ryzen Compatible 3rd Gen AMD Processors
- Extensive connectivity options are available
- There is a good quality-price relation
- OC limits due to hardware and software implementation
- The main M.2 is placed under the graphics card slot, which is the hottest place and inaccessible without removing the graphics card.
This is the Gigabyte motherboard we have on our list to build the best motherboard for audio production. They are best for your audio production because they are inexpensive and have excellent sound quality. If you are new to this area, choose Gigabyte.
This motherboard is a great product made by this brand. It has a quality and an affordable price that makes it super ideal for a beginner. You can easily purchase it from the market at meager rates. Let’s review the specifications so you can know the qualities of this product.
It has an LGA 1151 socket to support the PC’s central processing unit. The LGA 1151 socket backs up Intel processors. It can support Intel 9th and 8th, Gen Core, Pentium, and Celeron processors. In addition, the card has a fast socket that can support the latest high-end processors.
These processors can be handy in your daily tasks. The card has 4 DIMM slots. These DIMM slots can support a maximum of 64 GB of DDR4 system memory. All the other cards on our list support dual memory than this card, but this is also sufficient for your work.
It also supports the dua architecture for system memory, which improves the speed of system memory. This is an m-ATX motherboard, and it has some expansion slots. Little compared to motherboards, but this slot is enough to make it work for you.
It has 3 PCIe slots and 1 PCIe 3.0 x16 slot 1 PCIe 3.0 x4 slot, and 1 PCIe 3.0 x1 slot. These slots work fast and can push your cards to the limit. It has 6 SATA 6GBps ports and M.2 slot with an M key. The slot can support SATA and PCIe storage devices. Storage device support is sufficient for audio production use.
For USB connectivity, it has 12 ports that are enough. This Gigabyte card has 4 USB 3.2 Gen 1 ports and 2 USB 2.0 ports on the rear I / O panel, and through internal connectors, the card has 2 USB 3.2 Gen 1 ports and 4 USB 2.0 ports.
It has 3 ports for 3 displays at the and 1 D-Sub port that has a maximum resolution of 1920 x 1200 @ 60Hz. In addition, the DVI-D port supports 1920 x 1200 @ 60Hz resolution, and the HDMI 1.4 port supports 4096 x 2160 @ 30Hz resolution.
The audio support is excellent for the motherboard, and it has an ALC887 high definition audio codec with S / PDIF output that provides the audio quality that the user needs. Furthermore, with a 2.5 GB E-LAN chip, the card offers fast Internet connectivity for online audio editing.
- Gigabyte Brand
- LGA 1151 CPU socket
- DDR4 RAM technology
- Chipset Type Intel B365
- Memory speed 2666 MHz
- Windows 8.1, Windows 8, Windows 10 platform
- B365M DS3H Series
- 64GB memory storage capacity
- RAM Maximum size 64 GB
- PCI-E graphics card interface
- Offers 64GB memory storage capacity that stores all important files/documents
- Supports 9th and 8th Generation Intel Core Processors
- It has high-quality audio capacitors and protection against audio noise.
- Not compatible with Windows 7
Another one of those motherboards that can do it all is the MSI B450 Tomahawk Max. We have already explained how this is one of the best server motherboards, but it is also suitable for music production and games.
What’s great about this versatile motherboard is that it’s one of the most affordable units on the list, making it perfect for novice music producers. In addition, the B450 Tomahawk Max supports 1st, 2nd, and 3rd generation AMD Ryzen processors.
It also has Radeon Vega graphics. On the RAM side, it supports DDR4 memory with a maximum capacity of 64GB. In addition, the card has robust components that ensure its durability and reliability when tackling resource-intensive tasks.
The units mentioned above are accented with various shades of blue, silver, and other prominent colors. At the same time, the aesthetic of the Tomahawk Max is based solely on shades of black, which some people find very attractive.
The board may seem drab compared to other alternatives, but it packs a pretty serious punch. In addition, it is equipped with an extended heat sink that guarantees thermal efficiency even when it houses the most powerful processors.
One of the reasons this motherboard is ideal for music production is that it has audio amplification capabilities that will dramatically enhance your listening experience, whether you are producing music or enjoying competitive music games.
The card also has a dedicated sound card and amplifier, plus high-quality audio capacitors. All of these audio-related components are physically isolated from the circuitry so that the signal is not altered in any way.
The board has a 4 + 2 phase power supply design that does a great job of seamlessly supplying power to the CPU and RAM. It is also equipped with a multitude of radiators that provide efficient cooling so that all components continue to function efficiently. Overall, a great budget motherboard.
- Brand MSI
- AMD AM4 CPU socket
- 4 + 2 VRM Solution
- AMD B450 chipset
- Audio amplification technology
- USB Type-C port
- Supports 1st, 2nd, and 3rd Gen
- Supports DDR4 memory
- Premium layout and digital power design
- Superior performance for the price B450 chip for 3rd Gen RyzenTurbo M.2 and USB connectivity
- Equipped with 6 different fan heads
- Complete cooling system
- No independent control for RGB lights
- Could use secondary M.2 connector
This is the less expensive motherboard we have on our list. This is the fourth motherboard made by Gigabyte that we feature here on our list. It is its quality and low price that make it unique. The card has everything you need for audio editing and processing.
It can also be useful for editing videos and photos. First, let’s take a look at the specs for this great board. The card has an AM4 plug. This means that it is compatible with AMD processors. AMD always wins in making some of the fastest processors out there that gamers love a lot.
The socket supports 1st, 2nd, and 3rd generation AMD Ryzen processors. It is an advanced series and can enhance the performance of a PC. This card also supports 64GB of DDR4 system memory. In addition, the motherboard has 2 DIMM slots, each of which supports 32 GB of system memory.
It also supports dual-channel architecture and extreme memory profile for system memory. As we said earlier, this is an m-ATX card, and these cards are limited when it comes to expansion slots. The card has 1 PCIe x16 slot (x16 mode) and 2 PCIe x1 slots. They are sufficient for your type of work.
You can have more than enough connectors for storage devices with 4 SATA connectors and 2 M.2 slots. The SATA connectors operate at a speed of 6 Gbps. The M.2 slot can support SATA and PCIe storage devices. It also supports RAID technology for both types of storage devices.
USB connectivity is essential and especially when working in audio production. You have to connect so many devices, and for that, you need several USB ports that can connect your devices. The card has 4 USB 3.1 Gen 1 ports and 2 USB 2.0 ports on the rear I / O panel.
Thanks to the internal connectors, the motherboard has 2 YSB 3.1 Gen 1 ports and 4 USB 2.0 ports. For video output, the card has 3 ports. Both the D-Sub port and the DVI port support a maximum resolution of 1920 x 1200 at 60 Hz. The HDMI port supports a maximum resolution of 4096 x 2160 at 24 Hz.
It has a 7.1 channel high definition audio codec and an S / PDIF output port that provides the user with super high definition sound. In addition, for fast Internet connectivity, the card has a GbE LAN chip. This LAN chip with a quality LAN port provides a fast connection to the Internet.
- Gigabyte Brand
- CPU socket AM4 socket
- DDR4 RAM technology
- 3200 MHz memory speed
- Windows 8.1, Windows 8 Pro, Windows 8, Windows 10 platform
- GA-A320M-S2H Series
- 1000 TB of memory storage capacity
- PCI-E graphics card interface
- Available memory slots 2
- Supported AMD A-Series, AMD Athlon processors
- Supports 7th Gen AMD Ryzen A-Series / Athlon Processors
- Makes minimal noise
- High-quality audio capacitors and audio noise protection
- Compatibility issues
- Overall performance is average.
THE BEST MOTHERBOARDS FOR MUSIC PRODUCTION – BUYING GUIDE
So if you want a PC to produce audio tracks, you need a motherboard that can get the job done. Audio production has alternated a lot with the advancement of the computer. There was a time when people didn’t care much about audio, but now audio is the main concern.
From movies to games, audio is the single most important factor in enhancing your experience. Creating songs to create background sounds for games all depends on your technique and the equipment you are working on.
Most motherboards don’t support good sound quality, so you can’t imagine yourself working on it. However, components such as the processor greatly influence the music production process, which means that the better it works, the more efficient the music production process becomes.
However, without a motherboard that has a high-quality sound card and can house the right components for your needs, your attempt to create the perfect PC for music production will be compromised.
CPU VS GPU
Audio processing is inherently sequential and often in real-time. This requires a high degree of computational precision, and much of it cannot be parallelized.
Reaching the performance limit of your processor can lead to playback errors called buffer underutilization – chips, cracks, and other audio artifacts that, even if they do not appear in the final export, will make it difficult to compose your production.
This means that digital audio workstations are unique. They focus almost exclusively on single-threaded / single-core processor performance, with particular attention to things like cache size and RAM bandwidth limitations.
GPU-based audio processing is rare and mostly limited to experimental projects; for audio, your GPU is there primarily to support your displays.
MEMORY AND STORAGE
Audio files are large, difficult to compress, and difficult to stream from disk. In addition, the audio takes up a lot of space, both on disk and in RAM. The aforementioned reliance on live playback and production means that memory limitations can cause bottlenecks.
While you don’t have to face the costs associated with wide-range displays, most DAW software benefits from the additional screen space for all the tracks and controls you’ll end up working with.
CASES AND FANS
We do not normally cover computer cases in detail as many subjective factors need to be considered. However, for audio workstations, there are two pretty important details to consider: size and noise.
The internet is full of articles offering different versions of the RAM you need for audio processing and recommendations that they provide for increasing the entire range from 8GB to 128GB.
Before we get to our own recommendations, let’s explore the reasons for this spread. First, the amount of RAM you will need for digital audio production will depend on the number of plugins and sample libraries you regularly use.
For SSDs and hard drives, the standard advice applies: Get at least one of the two and use a second SSD as a scratch drive if you can. Keeping applications and operating systems separate from your project files will make it easier to upgrade your storage later.
That said, you probably use your SSDs more than your hard drives outside of backups. You’ll want anything you interact with frequently (especially!) Swatches, project files, plugins, etc. – in your fast storage, and it won’t launch projects on your archive disk until these projects are fully grouped.
MOTHERBOARD AND SOUND CARD
We’re pairing motherboards and sound cards here because the main concerns (aside from the usual size and PCIe speed issues for motherboards) are similar: I / O, EMF shielding, and audio latency.
While internal sound cards were a must, improvements in onboard audio processing and the growing popularity of fully external audio interfaces make traditional sound cards somewhat redundant.
As media generalists rarely need them once, and audio producers tend to favor the EMF shielding, I / O accessibility, and the quality of amplification offered by external interfaces.
When working with audio, you definitely need the excellent audio output to deliver the exact sound you are looking for. Therefore, when buying a motherboard, keep in mind that you need a card with quality audio output.
Thunderbolt 3 support
If you have an audio interface intended to connect to your computer through a Thunderbolt 3 connection, such as one of the audio interfaces created by Universal Audio, your motherboard must provide a Thunderbolt 3 port.
Alternatively, you can purchase a Thunderbolt 3 port Thunderbolt 3, but your motherboard must have a Thunderbolt 3 header for this integration to work.
Frequently asked questions
Does the motherboard affect the sound quality?
A bad power supply could, in theory, cause a hum in your sound or EMI. The motherboard could do the same if any component deteriorates, such as faulty capacitors or transducers.
If you are using your motherboard’s onboard sound, any issues with the DAC or chip being used could also affect the sound.
Is the motherboard important for audio production?
Choosing a good processor for music production is much more important. When it comes to music production, the processor is the defining component of convenience (and speed). Thinking twice about your processor is worth more your time, attention, and money than the motherboard. Don’t get me wrong, and you still need a solid motherboard.
How much RAM do I need for audio production?
Despite the importance of RAM, audio tasks are surprisingly forgiving of your system memory. 8GB is sufficient for most processing in music production. However, 16 or 32 GB can help you plan to work with the large sample libraries required to emulate acoustic instruments realistically.
How do I know if the sound from my motherboard is bad?
Double click on your audio device. The Audio Properties window of your audio device appears, indicating whether or not your sound card is working properly. If not, reinstall the sound card driver. If the sound card does not appear, it may be faulty.
How can I improve the sound of my motherboard?
The two most common solutions for better sound quality bypass the audio on the motherboard: The most common is to use an external USB decoder with an amplifier or with line-level outputs to your home audio system. These range from $ 5 to several multiples with a commensurate increase in audio quality.
Does the sound card affect the sound quality?
To answer your question simply, yes, your sound card does affect sound quality. It’s your digital-to-analog / analog-to-digital (A / D-D / A) converter. It takes the electrical signal and converts it to digital ones and zeros, and vice versa when you’re reading things, and it needs to get to your speakers.
Building your first PC is a fun, rewarding, and extremely stressful process. Will all the components work together? Did you forget something? You can use PC Part Picker to view compatible PC components and create PC mockups.
Audio production is hectic work, and for this hectic task, you need a strong team that can back you up. Unfortunately, a slow PC can increase work stress to another level. That’s why we’ve chosen the best motherboards for your audio production work, so you don’t get stressed out.
We have made this list so you can choose. So please add the buying guide to make it easier for you to choose between these products. We select the 6 best products and present all their specifications to you.
The boards mentioned above are mostly very cheap. We have included the cheapest motherboards for audio production as most of the newbies here are looking for cards on the internet and are also on a tight budget.
So we add them especially for them to get what they want and that too on their fixed budget.
I hope you get what you want after reading this article.