Pros and Cons of Ryzen 7 1700x Cooler

Ryzen 7 1700X CoolerIf you are a gamer like us, then you already know the importance of a CPU cooler. Again, if you build your system, you know that cooling is a fundamental part of this. Additionally, maintaining your computer’s temperature will only make the hardware last long and perform better in the long run. Now, who would not want that? For this, we have dedicated this whole post to Ryzen 7 1700x cooler. This device ensures that the system does not get fried and makes your hardware function optimally. Please find out more about it. 

What Is A Ryzen 7 1700x Cooler?

In simple words, a cooler for Ryzen 7 1700x or, as such, any motherboard is a fan. These coolers make sure that the hardware remains cool even when your computer is working at its maximum. 

Remember heat is necessary for your computer to operate, but too much of it can damage your system. Hence, it would help if you had a fan or air cooler to keep this heat down. It protects your PC and at the same time makes certain that it serves you for a longer time. 

In general, gaming and graphic designing professionals need these accessories the most. Nonetheless, anyone can use these peripherals to preserve their system. 

Benefits Of A Cooler For Ryzen 7 1700x 

You must have gained the idea that coolers play a significant role in making your computer run by now. It has to be mentioned that they come with a host of attributes. You can add them to your desktop laptops without much difficulty. 

There some more things that you should know about these fans that makes them advantageous, like:

  • Coolers make certain the airflow inside the system is retained
  • These gadgets make sure that your computer does not lag.
  • This means no sudden crashes.
  • Liquid coolers make a good choice.
  • These contraptions assure that the CPU does not melt under its own heat.
  • Likewise, it also keeps a tab on the pins that start melting faster otherwise.

 How These Fan Coolers Help The CPU?

The truth is, if you do not use a cooler, then the chances are high that your CPU will get exhausted under its own heat. This dislodges the CPU, and it lands up in the GPU, which will start to grind the CPU. This compromises the airflow and makes your PC act abnormally. 

A cooler comes to your CPU’s rescue and divergently helps it to stay focused while operating. Do you still think you can manage without one?

See, the main conception for installing a Ryzen 7 1700x cooler is to keep rising temperatures under control. You may find some less expensive cooling fans in case you have a stringent budget. 

The point is your machine should have enough juice to run efficiently. If you are a gamer, you will know what we are talking about. There we have said everything you wanted to know about fan coolers. We wish you all the best in your endeavors.

All About How To Overclock Ryzen 7 1700X

How To Overclock Ryzen 7 1700XDid you know that AMD was considered to be the second rate to Intel for years? The advent of the Ryzen series changed the game for them. It came with multiple cores and great execution. At the same time, it did not weigh down the CPU. In fact, if anything, it accelerated the CPU and made the unimaginable possible. Speaking of which brings us to discuss that many people want to know how to overclock Ryzen 7 1700X. We have discussed all that in this post; do take some time to read it. 

So, How To Overclock Ryzen 7 1700X?

As computers started to develop, there came a need to improve them further. Be it for gaming, graphics development, or anything, and this need led to overclocking. In simple words, overclocking is running your processor at a higher speed than what was given to you by the manufacturers. Yes, it requires a lot of patience and hard work to customize your computer. 

You can download AMD’s Ryzen Master Utility from their official site. This makes overclocking using Windows quite advantageous. Nevertheless, we actually favor making firmware-based changes. These days, overclocking is customarily done on your motherboard’s BIOS screen. 

Once in the BIOS, it’s an ideal opportunity to plunge into settings and begins speeding things up. The clock speed of a CPU decides how rapidly it performs tasks, yet raising it isn’t as basic as dialing in another number. 

Steps Of Overclocking

AMD processors can more straightforwardly connect with the RAM. Yes, you are free to tweak and get your speed levels. Overclocking has come a long way, and now it only needs to:

  • Utilize two potentials, the multiplier (additionally called Core Ratio) and the base clock (BCLK), as this will help decide the last clock speed
  • You must know that a framework’s base clock decides CPU speed just as the speed of different subsystems on the motherboard, and if you are a beginner, then we would suggest you leave this value just the way it is
  • Changing the multiplier influences the CPU speed, and it is the point where speed increments and CPU clock speed matches this incentive with the base clock.
  • So, a base clock of 100 yields 4GHz, and a multiplier of 40 should do the trick.
  • Remember to keep the cores stable, so boost them with more power, like 1.35 Volts to 1.37 Volts, and yes, you may go to 1.45 Volts, but you must the cooling solutions for that. 
  • Now, run a pressure test, and if found no issues, then raise the multiplier by one and restart the cycle until you notice variability.
  • Just watch out for temperature changes.

The overclocking process can take some time, and you need not worry about that. You may have to troubleshoot a couple of times and be prepared to come across OS corruption. The right way out of this mess would be to stick to listed speeds as per the manufacturer. This will take off the weight while tinkering. 

So, this was all that you needed to know about how to Overclock Ryzen 7 1700X. Let us know via the comments section how you liked it.

A Step-By-Step Guide To Best Ram For Ryzen 1700x

Best Ram For Ryzen 7 1700XAre you on the lookout for a memory chip for your Ryzen? Then your search ends right now in this post. We know if you are a beginner or a kid, you may have some serious problems understanding all this. Hence, we have simplified the things for you.

RAM plays a vital role in the Ryzen series, as it enhances the productivity of your system. You can certainly procure a RAM and install it, but there is more to it. It may not be that simple, as you will have to look into a few things while doing so. We have found you the Best Ram for Ryzen 1700x and discussed it all.

Why Do You Need The Best Ram For Ryzen 1700x?

If you are a gaming enthusiast, an architect, or a graphics designer, you would know the significance of a faster processor. Now, if you want to store more data and want your processor to work smoothly, you certainly have to increase your CPU’s memory capacity. This is the time when you realize that you need quality RAM. 

Besides, a good RAM for your Ryzen 1700x can:

  • Improve its performance
  • A good memory chip support means better overclocking.
  • This, in turn, indicates a high-performing motherboard that will make you proud.
  • Better memory denotes better communication within the CPU
  • Remember that Ryzen 1700x comes with a weight of 16 threads and 8 cores, and it demands more power.

AGESA Meaning

AMD Generic Encapsulated System Architecture or AGESA is like a nucleus for your motherboard. It primarily interacts with the BIOS and is responsible for booting your machine. All the updates and initialization of AMD are based on this module. 

Review Of The Best Ram For Ryzen 1700x

We have mentioned one of the top RAM sets for the Ryzen 1700x series based on our experience. Here are the details:

G. Skill Ripjaws V Series

It is believed that the 3200 MHz kit is well suited for a Ryzen 1700x. By all means, you must avoid the 3600 MHz kits as it has compatibility issues with the memory. So, it would be best if you stuck to something that we know already works. 

The G. Skill Ripjaws V Series is a sleek unit that comes with DDR4 memory. It provides a clear memory overhaul that makes it ideal for gaming, data handling, and editing pictures as well as video. 

It works on a low profile that consumes less power which makes it a hit. It can perform at a speed that suits the whole framework. As a result, you enjoy a resourceful system that is efficient to the core. What more can you ask for?

Overall, we must tell you that finding the best Ram for Ryzen 1700x may not be that difficult a job. However, what matters is to get hold of one that fits into your motherboard. For this, it must have the proper configuration. This is all you need to keep in mind while acquiring RAM for your Ryzen. 


How To Upgrade A Motherboard?

How to upgrade a motherboardDo not panic, if someone told you that replacing a motherboard could be a pain in the wrong place. This is true to some extent, but with a bit of work (hard, if you are doing it for the first time), you will accomplish this task. If you are thinking of how to upgrade a motherboard, consider yourself lucky to be here. We have all the solutions for this. All you have to do is to keep reading this post till the end.

How To Upgrade A Motherboard?

Yes, you may need to break a sweat while upgrading your primary circuit board (PCB), but if done with care, it will not seem that difficult. First, you need to find out the type of motherboard you need and for this, you must:

  • Look for a socket in your computer
  • Now run this socket number in a search engine
  • After that, you can match the PCB around these sockets
  • Consider the dimensions and see what type of board you need a Mini-ITX, Micro ATX, or something else
  • Again, restrict yourself to a budget
  • Mull over the RAM capacity
  • Take the kind of expansion slots and ports you need – PCIe, Crossfire, SLI, or M2
  • Inspect the power supply, because if you are upgrading your MOBO, the chances are high that you may need to make some changes in this category too

New Parts

In continuation, we must also discuss fresh new parts. We get that since you are upgrading, you think why not get some more new components. We understand this very well and regard it to be your calling.

When procuring new parts, you must also know which parts to go for. Here are a few things that may be of help:

  • CPU slot to increase options
  • Sufficient RAM slots
  • You can also take installing a sound system into account if you are an avid gamer like us
  • PCI Express for the best graphics card

The Mounting 

You can either do it yourself or let a professional handle it. The point is, if you are not confident doing it, you better seek assistance. Please remember to keep liquid or food away from this area, where you dismantle your PC.

Here are the steps of disassembling:

  • Start by disconnecting all the wires
  • Drain all the charge for you don’t want static electricity to shock you
  • Open the case with a screw diver
  • Ground yourself, touch a metal bar, as this will help the electricity pass through to the metallic bar in case of electrocution
  • Remove all the wires connected to your motherboard
  • You can see a latch at the bottom of the board
  • Lift it to reach the graphics card and gently take it out too
  • Take off the fan and heat sink by detaching the wires slowly
  • Now, it is time for the actual motherboard, which needs to be unscrewed
  • Once, you are done with this you have to isolate the CPU and RAM

Just reverse the procedure for re-attachment, and you will be good to go.

Test It!

Now that you know everything about Upgrading a motherboard, we would like to remind you that you must not forget to test the board. For this, you need to connect all the wires and slots back in place.


Please turn on your PC and wait for it to reboot. Sometimes you hear a beeping sound, which is perfectly fine. This means the MOBO is detecting your hard drive. This implies that changing your planar board may not be that scary a thing. You just need to be calm and work through it patiently. That is all!

Any Ideas What Socket Type Is Soldered To The Motherboard Along With The CPU?

what socket type is soldered to the motherboardYes, do you have any ideas about what socket type is soldered to the motherboard, along with the CPU? We guess not; otherwise, you would not have been reading this post. No worries, as we have got you covered and you will not feel out of place if anyone asks you this. So, read on to understand it better.

What Socket Type Is Soldered To The Motherboard 

See, the very first thing is to understand soldered processors are found in old PCs, phones, and tablets. These processors are soldered right into the motherboard. You need special tools to take them apart. This makes them almost impractical to replace.

On the other hand, socketed processors are connected to a primary circuit board with the help of sockets. You can now remove the CPU with a single lever, not to mention that most modern laptops and desktops are socketed. These can be easily removed, and you can upgrade your system at any time you want.

Types Of Sockets

Computer development has developed a lot and is continuously advancing. With continuous research, we can say that it is an unstoppable dynamic process. Now, based on this observation, we can tell you that the sockets also differ, as they have been engineered gradually with time. Here are a few of them:

ZIF Sockets

Rather than being fitted into connectors such as a memory chip attachment or maybe an opening for a PCI card, these attachments let you essentially drop the CPU chip directly in. When it is set up, you pivot a switch that secures the CPU.

BGA Socket

A ball-grid array or BGA is normally utilized in note pad PCs, and testing applications is intended to acknowledge CPU chips that don’t have pins. BGA attachments much of the time require the CPU to be welded set up.

PGA Socket

A pin-grid array or PGA looks like a chessboard, and you know too many squares. They are intended to grip the CPU chip with a collection of pins.

LGA Sockets

Now a land grid array or LGA also has pins, but it has pins on the socket board and not on the integrated circuit or IC. It has an electrical connection that bonds it with a mobo.

Do The Sockets Matter A Lot?

By this time, you already know a lot about sockets. Nonetheless, we must state that sockets are model specific, and any socket will not fit into several PCBs. At times you may even come across similar or corresponding numbers, like LGA1156 and LGA1155. However, these cannot be substituted with one another.

Again, one socket can cover a whole generation. So, actually there is no hard and fast rule for this, but you may have to look into all this if you are building your PC.

In simple words, IT professionals will always place sockets in a motherboard. They always do because upgrading a single component is way easier than replacing the whole server or system. This is why sockets are significant in a planar board.

We believe to have answered all your queries related to socket soldering to the motherboard. If you want to build your PC, then you certainly need to know about these few specifications. All the best!


Learn How To Update Bios On Motherboard

BIOSWhy do you need a BIOS update? The answer is very simple. When you need to update hardware like RAM or a processor, you need to renew it. BIOS powers your computer and also protects it. This is why it is important to update it, and it is seldom that you may need such a renewal. Again, updating it erroneously can render your system inactive. So, be wise and read this post to know exactly how to update bios on motherboard.

Updating BIOS

There are a few steps involved in updating the BIOS on your motherboard. We have mentioned all of them in this section. Pay attention and bring it up-to-date.

  • To start with, you must check, if you need an upgrade of your existing BIOS.
  • For this, you need to click on the Start button of your computer.
  • Then type msinfo and then locate BIOS Version/Date along with the model number of your PC
  • An easy way will be to Google these numbers to scrutinize if you need an update.
  • You may also visit your manufacturer’s site for this.
  • In case you have customized your computer, then you must use the model number of your motherboard.
  • Once, you have found the version, and it is even a decimal higher (for example, your kind is 2.3.0 and the latest class is 2.3.1) to your BIOS, then you need an update.
  • Now, download the latest version of BIOS from your manufacturer’s site on a USB stick.
  • Select the. EXE version preferably
  • Keep the USB plugged into your computer.
  • Restart your system
  • Use the UEFI control panel to run the update.
  • Take a backup of your existing BIOS at this stage.
  • This UEFI mode should display the new data you have saved in your flash drive (USB)
  • Ensure that your computer is plugged in a power socket this whole time, as shutting down during this streamlining can cause heavy wreckage.
  • Have patience, and this will take a few minutes.
  • As soon as you are done with this, restart your system one more time.

Why Update BIOS?

The reply to this query is quite simple, and if you want your computer to run better, then you need it. Of course, there is more than this, like:

  • It keeps your system secured, which means a more robust firewall against virus and malware attacks
  • If you want your processor, RAM, and other such hardware to run smoothly, then you must update your system
  • BIOS can address bugs issue, and you will be thankful for the fact that you have downloaded the newest version

Remember, Mac computers do not need this update, as they do not use BIOS. As for the rest of you, we must issue a warning for this. Try only if you think it is an absolute necessity. Otherwise opting for a professional could be a good idea too. Yes, understanding how to update bios on a motherboard can be a blessing as well. You need to do it properly to get the best results.



Tips On How To Remove Motherboard Battery

motherboard batteryAre you in need of a battery change for your computer? Wait, the battery is what? We understand there are a lot of questions that you need to know in regards to this. This is why we have described everything that you will need to comprehend about how to remove motherboard battery in this post. Just keep reading.

Yes, How To Remove Motherboard Battery?

Complementary Metal Oxide Semiconductor or CMOS battery is a small coin like a battery. It is a Lithium (Li) battery that can be easily found at local retail shops or with online retailers. The primary function of this battery is to provide power to the CMOS RAM. This RAM stores configuration of all the hardware of your computer.

Below are the steps that you may follow to change the CMOS batteries:

  • The first thing is to read your instructions manual carefully and ensure that you do this
  • Now turn off your computer
  • Take the plug out of a power socket
  • Drain all the battery, which means dispose of electricity (any)
  • Undo your computer back case (now this is why you need to go through a user manual, as different PCs have different ways)
  • Unscrew the screws and keep them aside
  • Look through this and find the motherboard
  • Most computers use circular flat, coin-sized batteries these days. Place your fingers in such a way that you can pull up the batteries
  • In case, there is a lock or a clip, try to untie that first and then remove the batteries
  • Then replace it with the new ones
  • Cover the case back into place

Voila, that is it! This is all that you need to do to remove the motherboard battery.

Why Change The CMOS Batteries?

Yes, now the big question arises, as to why you would need to change it. Here is an answer for that too. The best way to answer this question is to tell you any time you see your computer misbehaving, and you realize something is wrong with it. Let this be a sign for changing batteries too. Then you may also look for:

  • A warning by BIOS about the battery life being full or some failure
  • Your computer may fail to boot
  • Wrong settings (especially, of date and time) and constant changes on booting and shutting down

A Word Of Caution

Unfortunately, not all companies allow this, as some may not allow batteries to be removed. In case, you don’t see a coin like battery, then fall back on your manual and see what next is to be done.

In the end, we would like to share one important piece of information with you about this query – how to remove motherboard battery. If you are a first-timer, then you better seek help from a professional. Of course, you can watch a few videos, but if you are confident, then you better follow the usual path. However, if you feel like you can do it, as this is not rocket science, then you better get going.


Motherboard Parts And Functions You Should Know About

motherboard partsHave you ever wondered, what are the most important parts of a motherboard? If you are a rookie, then you must all the more be interested in this. Guess what, we have got you covered for this. Below are a few of the most important parts of a motherboard that you will need to know.

Mobo Parts And Functions

Let us start by describing the motherboard first. We hope this will lay the foundation, and you will get a head start. So, a motherboard is a circuit board; but is printed. This is often addressed as the printed wire board of PWB. It is the very substance of a computer and helps all other components to communicate and function in sync. It is also known as mobo, mb, planar board, and mainboard, to name a few.

Now, we have described some of the most relevant parts of a mobo that you need to know. Just keep reading.

Processor – This is also known as the Computer’s Microprocessor. It is the brain of the computer that decodes it all. In other words, it executes all the programming logically and mathematically. It is marked by unique numbers like iCore7, Pentium MMX, Cyrix 486, or Intel Core 2Duo. These are usually specified in the processor.

Memory – Speaking of the brain, we cannot ignore the significance of Random Access Memory or RAM. In simple words, this is the area that stores all the data and active programs temporarily. That is correct, once you turn off the computer, this memory will lose all the data, unlike a flash memory card or a hard disk.

NorthBridge – This is part of the chipset that connects and coordinates with different parts of the computer. It is located close to the processor and is also called the Graphic and Memory Controller Hub or GMCH.

SouthBridge – The word “bridge” connotes connecting two buses, which helps run the computer smoothly. The SouthBridge synchronizes communication between slower devices. This is why it is also known as an expansion controller or input/output controller.

BUS – Now, this is a sub-system that connects two components of a computer and assists to transfer data. A bus could be serial that transmit data in serial format or parallel, which can send out data via wires. For example, Internal Bus connects to the CPU, and System Bus conducts data in 8-16 bits and so on.

BIOS – All motherboards have the Basic Input/Output System. It is a chip that contains setup and commands for how a computer should boot and operate.

CMOS Battery – This battery helps the clock chip run even when the power is off. You will often find them mounted like a built-in battery, an obsolete external battery, or an onboard battery, which is the most common of all.

24 pin ATX Power Connector – This was introduced to aid the PCI Express slots (expands the capacity of a computer). It is a standard in all computers today, and it supplies power to two connectives, the 24 pin ATX 2 power supply, and 4-pin auxiliary connector that provides power to the CPU.

So, that is all the information you will need to know about the motherboards. All the parts mentioned above are integral to a mobo. Focus on these to get the most out of your computer.

ASRock B550 PG Velocita Review & Specifications – 2020

ASRock B550 PG Velocita ReviewOur list of ATX AMD B550 motherboard reviews is expanded with this new ASRock B550 PG Velocita review, now a more versatile version presented by the manufacturer for this mid-range chipset.

It is provided with 4 PCIe slots with Multi-GPU capability and a double M.2 slot supporting PCIe 4.0 in one of them. It also has an M.2 E-Key slot for Wi-Fi 6 (not included) and a high-end sound card. All this is completed with 14 phases of 50A DrMOS to support the Ryzen 3000 CPUs and their overclocking.

In the first instance, we have a flexible cardboard box that serves as the first wrapper, which lets us see the large “Phanton Gaming” logo on its main face. This is accompanied by a lot of information about the support, platform, and a description of components on the backside that uses photographs of various parts.

The bundle is made up of the following elements:

  • Motherboard ASRock B550 PG Velocita
  • 4x 6 Gbps SATA Cables
  • 3x screws for SSD and Wi-Fi installation
  • 2x support extensions for M.2 SSDs
  • Manual
  • Support DVD
  • Cable and indicator stickers
  • Two velcro straps to hold cables

Not having an integrated Wi-Fi card, the possible antenna has been omitted, something that is perfectly understandable. Otherwise, we do have everything expected, including some decorative stickers and the DVD with drivers.

ASRock B550 PG Velocita Review – Mid-Range Motherboard

Design and Features

The ASRock B550 PG Velocita boasts a wealth of aesthetic detail in a standard ATX design with a size of 305 × 244mm. On the background in matte dark grey, we have serigraphy that combines the distinctive white and red color of the Phantom series, which in turn merges with the lines of the heatsinks. In the back areano type of protection or metal casing has been provided, and we only have the antistatic coating for the electric tracks.

This time we have two lighting zones located on the rear I / O panel protector and above the chipset heatsink. It has Polychrome Sync technology and can be managed from the board software. Additionally, the four headers for lighting strips, two of them with 3-pin 5VDG for addressable strips, and another two 12VGRB for RGB strips.

Standing in the upper area, we find a large aluminum double heatsink that is responsible for cooling the two areas of the power supply phases. To increase effectiveness, we have a copper heat pipe that joins both blocks and conductive silicone thermal pads that improve heat transfer.

We go down to the bottom half of the board, and we see that the B550 chipset has been covered with a passive aluminum heatsink which in turn is under an aluminum and plastic casing that liven up the design of the area. 

Although we may not see it, here is a “PG” logo that lights up. But the most exciting thing in the area is the two passive aluminum heatsinks that have been installed in the M.2 slots. In the present scenario, these types of heatsinks are essential, since high-performance SSDs generate enough heat, and much more if they are PCIe 4.0 like the ones that this board supports.

As for details of connectivity and internal accessibility, we have a good number, with a total of 7 4-pin headers for fans and support for water pumps of liquid cooling systems. To this are added a pair of internal buttons to start and restart the board and a debug LED panel to notify the BIOS status codes. This time we have no buttons on the I / O panel for Clear CMOS and BIOS update, and we only use the internal jumper.

VRM And Power Phases

After seeing the main and aesthetic characteristics, it is time to focus on the components. And the first will be the power configuration, which consists of 14 phases in total divided into 12 for Vcore and 2 for SoC

For the current input, we have two headers, one of them with 8 pins with a steel coating, and the other with 4 pins. Both have a high-density solid pin that reduces energy loss by 23% and reduces the temperature. The ATX connector also has these types of pins, but without steel reinforcement. Added to this is a double layer of 2-ounce thick copper tracks that improve the energy delivery to the phases.

In the first stage, we have 12 50A capacity DC-DC SIC654 converters for the Vcore and another 2 SIC632A for the SoC. These DrMOS MOSFETS are of good quality and should be prepared for high-power processors and more than 8 cores. In the next two stages of signal smoothing, we have 14 premium solid chokes with 60A capacity and Nichicon Back Caps 12K capacitors that last over 12,000 hours.

We still have an important element, the controller or EPU, which this time is an AA229004 to manage all the power phases. It is important to know that these 14 phases have signal doublers, being installed on the back of the board. So they will not be real phases as such, since their management will be in sets of two elements.

Socket, Chipset And RAM Memory Support

We will now see in more detail about the elements that define the platform to which this ASRock B550 PG Velocita board belongs, as well as the RAM support.

The socket is, as usual, the AMD PGA AM4, and it will continue at least until next year. It ensures compatibility with AMD Ryzen 3000 Zen 2, AMD Ryzen 4000 Zen 3 and AMD Ryzen 4000 Zen 2 APUs with Radeon integrated graphics. But as with the rest of the boards on the platform, it will not support Zen and Zen + processorsincluding APUs belonging to these generations. So do not buy a board as a mere update if you have any of these processors. At least it does ensure compatibility with Zen 3 and the new Ryzen 3000XT CPUs.

The chipset that gives life to the Southbridge of the plate is the AMD B550, having made a significant update for the previous B450. This version has a total of 8 PCIe 3.0 instead of 2.0 and allows us to use the 20 PCIe 4.0 lanes available in the AMD Ryzen 3000 Zen 2 processors without problem or limitation.

The communication interface between the Chipset and the CPU does change, going from having 4 PCIe 3.0 lanes to 4 GB / s instead of 4.0 as in the X570. We must add about the support for 6 or 8 SATA ports depending on the lanes that are taken from the chipset, and connections for peripherals with a maximum of 4 USB 3.2 Gen2 ports, or the equivalent in USB 3.2 Gen1 or USB 2.0. Remember also that Ryzen 3000 CPUs natively support up to 4 USB 3.2 Gen2.

The RAM capacity goes up to 128 GB through 4 DDR4 DIMM slots with Dual Channel support. For all the CPUs that we install, a maximum frequency of 4733 MHz will be supported thanks to the support for OC XMP 2.0 profiles. You already know that from the BIOS, you can activate and manage the characteristics of these profiles if the board does not automatically detect it.

Storage And PCIe Slots

Let’s review the internal expansion slot capacity of the ASRock B550 PG Velocita mobo. The distribution of storage capacity results in two M.2 PCIe x4 slots, one of which will support PCIe 4.0 and the other PCIe 3.0. In both cases, we have passive heatsinks with conductive silicone thermal pads to ensure good temperatures and durability of SSD drives. And next to them, the 6 SATA III, 6 Gbps ports, located in a lower right panel. Let’s see the particular characteristics of each M.2 slot:

Slot M.2_1 is directly connected to 4 PCIe lanes of the CPU. This supports formats up to 2280 or only PCIe SSDs.

The M.2_2 slot is found under the B550 chipset block. It does support PCIe and SATA SSDs, as well as sizes up to 22110.

So we can easily install one of the high-performance PCI 4.0 SSDs that are available on the market. Being two slots, these will support RAID 0 and 1, while the SATA ports will support RAID 0, 1 and 10 from BIOS. Support for AMD StoreMi 2.0 will be added in the final stretch of the year. They will also offer support for the ASRock U.2 Kit.

Now we continue with the configuration of expansion slots, of which we find 2 PCIe 3.0 in full x16 format and another two PCIe x1. 

Network Connectivity And Sound Card

We continue inside the PCB to see now what is the network capacity of this B550 PG Velocita and its sound card, and we anticipate that it is not bad.

The first question is easily answered since we have a Realtek RTL8125B Ethernet LAN chip that offers a good bandwidth of 2.5 Gbps. This is one of the most used together with the Intel I225 of the same capacity, and they are the definitive steps to the standardization of 2.5 G in wired connections for new generation boards.

Although it is true that on this board we do not find a Wi-Fi card, we do have an M.2 E-Key slot with the clear Wi-Fi distinctive between the PCIe1 and PCIe2. Besides, the rear backplate has two openings to install the extension headers for the external antenna, which is also not included.

The second main element will be the sound card, which in this case is the high-end codec Realtek ALC1220. This supports up to 8 stereo audio outputs or in configurations up to 7.1 surround thanks to the 5 rear Jack outputs and an optic.

It offers a maximum sensitivity of 120 dB SNR in stereo output with support for 32 bit / 192 kHz audio and DAC with a differential amplifier. Also included are Japanese capacitors and a NE5532 Premium headphone op-amp that supports up to 600 ohms impedance. All this can be managed using Nahimic 3 technology and the corresponding software.

Rear Ports And Internal Connections

We are approaching the final stretch of the component analysis of the ASRock B550 PG Velocita without losing sight of the connectivity for peripherals.

In terms of USB ports, we have a total of 8, of which 2 of them work at 5 Gbps and another 2 at 10 Gbps. It is not an extraordinary capacity, but at least we have the eight that we usually order in these new plates. An HDMI 2.1 video port has not been missing in case we want to install a new generation APU with support for 4K @ 60 Hz resolutions.

We note the absence of the Clear CMOS button on this rear panel, which should be present as a Phantom Gaming, but we will have to resort to the internal jumper.

We have already seen at the beginning that ASRock has had the detail of including buttons for power on and restart. We as the gamers are quite satisfied with the variety of internal connectivity since we could incorporate up to 7 USB ports of which one of them is 3.2 Gen2 Type-C, which many high-end chassis already include.


As for the BIOS of this board, it is presented with a single 256 MB CMOS with an interface practically the same as the rest of the higher-range Phantom Gaming boards and other chipsets such as the X570. If there is something that almost always characterizes the ASRock BIOS, it is the simplified interface and how little it costs to detect new components, such as this CPU or RAM.

This version has support for updating using Instant Flash, as a usual method from USB memory. RAID system configuration is added very easily with the integrated tool and secure-erase functions for SSD. It may be time to introduce an advanced tool to manage onboard fans, Fan Xpert style and more.

And being a chipset with overclocking support, we will have at our disposal the advanced management of offset voltages and VRM performance, and the possibility of storing them in up to 10 quick access profiles. It is a very good BIOS, stable and with guarantees for the user, and in this regard, we have nothing to object to.

Temperatures And Overclocking

Finally, it’s time to check how the VRM has performed with duplicators of this board by overclocking the AMD Ryzen 9 3900X CPU. This time we have set it to 4.4 GHz in all the cores in a stable way at 1.33V and activating the 4000 MHz XMP profile of the RAM.

On this occasion, we have not been able to check the internal temperatures of the VRM because it could not be monitored from the software. However, we see a good surface temperature around 60ºC maximum and 50ºC in stock. Besides, the tested processor is the second most powerful of the generation.

  • Outstanding Aesthetics

  • Heatsinks In M.2

  • Chipset And VRM Of Good quality

  • Good Section Of PCIe Connectivity Without Shared Lanes

  • One M.2 PCIe 4.0

  • 2.5 G Lan + WI-FI Slot

  • Phases With Duplicators

  • Does Not Include The WI-FI Card

Technical Specifications Of ASRock B550 PG Velocita


ASRock B550 PG Velocita


ATX 305 x 244 mm


AMD B550

Processor Compatibilities

AMD Ryzen 3000 Zen 2, 

New Generation AMD Ryzen With Radeon Graphics


4x DIMM With a Maximum of 128 GB, 

Speed Up To 4733+ MHz With XMP 

Graphic Support 

HDMI 2.1 Port 4096×2160 @ 60Hz

Supports AMD CrossfireX 2-Way 

Expansion Slots

1xPCIe 3.0/4.0 x16 (CPU)

1x PCIe 3.0 x16 (Chipset)

2x PCIe 3.0 x1 (Chipset)


6x SATA III 6 GB/s

2x M.2 M-Key


Realtek RTL8125B 2,5 Gbps

M.2 Key-E Slot For Wi-Fi Card

Sound Card 

Realtek ALC1220A 

NE5532 Premium Amplifier 


1x 256 Mb Flash ROM UEFI AMI BIOS, ACPI 5.1,


Also Read:

Ryzen 9 3950X Board

Ryzen 7 1700X Board

Ryzen 5 1600 Board


We are finalizing this review with our conclusions about this ASRock board. After thoroughly reviewing it, we can confidently declare this board as one of the most attractive high-end board within the category to which the B550 chipset belongs.

If what we are looking for is aesthetics, ASRock gives us an unbeatable appearance in pure Phantom Gaming style. Along with screen printing, it has two RGB lighting zones and a large part of the key areas covered, for example, the EMI protector, sound card or Chipset, although it has plastic elements in all three places. It also has 4 RGB headers and power buttons and on-board reset.

For cooling, a good amount of aluminum has been used in the double block of the VRM and the two M.2 slots. They are elements that generate enough heat, and it is always good to have certain guarantees on a board like this that PCIe 4.0 SSDs are supported in one of the M.2 slots.

The connectivity is at a very good level in all the sections. Its 4 PCIe slots do not share a bus with anyone. It is a good thing to fit the possibilities of the platform. The two M.2 slots and 6 SATA ports with RAID support are also not missing as usual. The minimum requirements of 8 USB ports and expansion capacity up to 7 more are met, with an internal USB-C header. The network section offers a 2.5 G LAN link and the possibility of mounting Wi-Fi 6, something to consider.

The stability with high-performance processors like this Ryzen 9 3900X has been remarkable, even allowing overclocking with good stability. We have a complete BIOS and easy to use, although it is true that for these types of processors an X570 is always better.

Finally, the price of the ASRock B550 PG Velocita will be around 220 dollars or less. At this point, it should no longer surprise us, since the platform was born with somewhat high prices. 

ASRock B550 Pro4 Review & Specifications – 2020

ASRock B550 Pro4 ReviewWe are also dedicating ourselves to the first B550 motherboard from ASRock, which serves more as an entry-level model and is supposed to be a little more gentle on the wallet.

This is exactly why the Pro4 models attract many users, regardless of platform and chipset. In this ASRock B550 Pro4 review, we want to enquire whether the ASRock B550 Pro4 has a good price/performance ratio.

Regardless of whether with an Intel or AMD chipset, ASRock usually always offers a Pro4 mainboard, which should be the ideal entry into the respective platform. For a lower purchase price, however, restrictions in the technical equipment must also be accepted.

To what extent this applies to the B550 Pro4 will be one of the most exciting questions that we will clarify. It will also be fascinating to see how the CPU power supply performs.

While the ASRock B550 Pro4 AMD AM4 ATX board itself is colored in black and white, a total of three heat sinks are even made of silver-colored aluminum. In general, the optics are, of course, subjective in nature, but at least we like the optics.

ASRock B550 Pro4 Review – Entry Level Motherboard

A board that can be considered medium or low-middle range within this ASRock B550 family. It is committed to a somewhat more basic design of the set and a 50A 8-phase VRM aimed mainly at mid-range Ryzen processors.

 The internal connectivity section is with 4 PCIe slots and two M.2 slots, one of them supporting Gen4, although it only has a heatsink. It does cut the Ethernet link to 1 Gbps and the USB ports to 6, although it still allows Wi-Fi card mounting

The Accessories Included In The Bundle

  • I / O panel
  • Mainboard manual and driver and software DVD
  • two SATA cables
  • an M.2 spacer and three screws

The list of accessories is correspondingly short. Only the I / O panel – which is not preinstalled on the ASRock B550 Pro4 – comes with the manual, the support data carrier, two SATA cables, and three M.2 screws and an M.2 spacer.

Features And Layout

ASRock is one of the manufacturers that always bet on components adjusted in price with benefits comparable to somewhat more expensive boards from the competition. 

As for the design that this ASRock B550 Pro4 shows us, you cannot deny that it attracts attention. This time a black background is used, accompanied by a large number of white lines that match the heatsinks.

In the upper half, we have the presence of only one heatsink for the six vertically oriented phases of the VRM, while two others remain naked on top. It is an oversized solid aluminum sink as it extends into the rear port area as a cover replacement. This time, therefore, we do not have a closed region in the port area, so its aesthetics is more basic, without lighting, and requires the installation of the backplate manually in the chassis.

In the lower half, we continue with a relatively simple configuration, since only one of the two M.2 slots for SSD has an integrated heatsink. On the other hand, it is exactly what happens with competing models and a similar price. Although this time the heatsink is not interchangeable as two slots do not support the same maximum size. It is a passive block of good quality aluminum and with a conductive silicone thermal pad on the inside.

The remaining element consists of another small passive block to cool the chipset. Unlike the X570, this version does not require a fan, so we save that noise. Only the main PCIe slot has a steel reinforcement for heavy graphics cards, while DIMMs or power connectors do not offer such protection. Regarding the cooling capacity, we have a total of 6 4-pin headers, one of them compatible with water pumps, and all manageable from BIOS or software.

Standing on the rear face of the ASRock B550 Pro4, we did not find any protection except the typical insulating layer for power tracks. In the upper area, we can see directly that signal doublers are being used for the supply phases. 

And if we place ourselves right on edge under the SATA ports, we can find 5 RGB LEDs that will give a little gaming touch to the board in the dark. ASRock has had the detail of including four headers for lighting strips, two of them 3 5VDG pins for addressable strips, and another two 12VGRB for RGB strips.

Comparison Between The X570, B550 And B450 Chipset At A Glance
production12 nm14 nm55 nm
PCIe 4.0 configuration (CPU) (* 1)1x16 or 2x81x16 or 2x8-
PCIe 3.0 configuration (CPU)1x16 or 2x81x16 or 2x81x16
Max. PCIe 2.0 lanes--6
Max. PCIe 3.0 lanes-8-
Max. PCIe 4.0 lanes16--
Max. USB 3.2 Gen1 / 2 ports6/22/22/2
Max. SATA 6 Gbit / s ports1266
Multi-GPUSLI / CrossFireXSLI / CrossFireXCrossFireX
RAM channel / DIMMs per channel2/22/22/2
CPU and RAM overclockingYesYesYes
RAID (0, 1, 10)YesYesYes

VRM And Power Phases

Next, we are going to study a little more in detail the power configuration of the ASRock B550 Pro4, which this time consists of 8 phases in total.

Without a doubt, it is a somewhat more basic configuration than some competitor boards, since almost all have 10 phases or more except ITX boards. But a good indicator that its capacity is high, we have it in the use of two EPS power inputs, one of 8 pins and the other of 4This time no steel protection is used for the header, but solid pins are used to improve the performance.

In the first phase of power, we have a total of 8 DC-DC converters with a maximum capacity of 50A in each of them. This time three-state MOSFETS are not used, and we clearly see how the high and low sides are separated into different pickups, as well as the Schottky diode. It makes us think that it will not be such an advanced VRM. 

The digital PWM controller or EPU responsible for managing the 8 phases is a specification uP9505S OGV945 manufactured by uPI SEMI, generally used on graphics card PCBs and seen on other boards with FM2 + socket. However, it is not as high as the DrMOS or DIGI + components of other boards. As we have seen on the back, it seems that signal duplicators are being used for these phases, at least for the main 6.

Socket, Chipset, And RAM Support

As usual, we will review the main characteristics that define the AMD B550 platform and the capacity of this board in terms of RAM and CPU.

The B550 chipset was pretty much in demand, having come out quite a few months after the high-end X570. We do not doubt that it is a marketing strategy, although at least its update has been quite important in terms of the capacity of these boards compared to the B450.

This version has a total of 8 PCIe 3.0 instead of 2.0 and allows us to use the 20 PCIe 4.0 lanes available in the AMD Ryzen 3000 Zen 2 processors without problem or limitation.

This is undoubtedly the main novelty that brings it closer to the X570 and high-end boards, allowing us to connect SSD and PCIe 4.0 card in an M.2 slot and the first PCIe slot. 

Besides, it supports a maximum of 4 USB 3.2 Gen2 ports or the equivalents in USB 3.2 Gen1 or USB 2.0. Recall also that Ryzen 3000 CPUs natively support up to 4 USB 3.2 Gen2. However, on this board, we are not going to have the maximum capacity available for obvious reasons.

Along with this chipset, we have the PGA AM4 socket that AMD will continue to use for at least one more year for the next-generation processors. It will be especially important to know the compatibility of these boards, which consists of AMD Ryzen 3000 Zen 2 processors, upcoming AMD Ryzen 4000 Zen 3, and AMD Ryzen 4000 Zen 2 APU with Radeon integrated graphics.

This means that support for older generation Zen and Zen + processors, as well as APUs for those architectures, is voided. If you want to update your board, you should go to the X570, since these are only feasible together with new generation CPUs.

On this platform, the memory capacity increases considerably to 128 GB through 4 DIMM slots that support Dual Channel as it happens in all current desktop boards. But the most interesting thing is that the maximum reasonable frequency will be 4733 Mhz in the new generation APUs and up to 4533 MHz in the rest of the CPU. This is thanks to the improved support for XMP profiles.

Storage And PCIe Slots

We leave the platform features behind and focus more on the high-speed internal connectivity of this B550 motherboard, which will be practically the same as the ASRock PG B550 Velocita also reviewed by us.

Starting with the storage capacity, we can find two M.2 PCIe x4 slots in the lower half. Of these, the slot closest to the socket or M.2_1 will support PCIe 4.0, which is great news for those who do not want to give up a high-performance PCIe SSD on a cheap board. Along with them, you can not miss the 6 SATA III 6 Gbps ports for 2.5 SSD and HDD drives. Remember that only the M.2_1 slot has a heatsink, and it is not interchangeable with the other. Let’s see the other particular characteristics of each slot:

Slot M.2_1 is connected to the 4 PCIe lanes of the CPU without sharing a bus with any other device. This implies that if we use a Ryzen 3000 CPU (Zen 2 or Zen 3) it will work at 4.0, while with a Ryzen 4000 APU it will be limited to 3.0. This slot supports formats up to 22110, and only NVMe drives.

The M.2_3 slot is the one located under the chipset block and is connected to 4 PCIe 3.0 lanes of the B550. This means that it can only function as PCIe 3.0 regardless of the CPU used. This slot shares a bus with SATA ports 5 and 6, and if we use it with an SSD, both ports will be disabled or vice versa. Supports sizes up to 2280, as well as NVMe and SATA drives.

Being two M.2 slots will support RAID 0 and 1, while the SATA ports will support RAID 0, 1, and 10 configurable from BIOS or with AMD software. They also offer support for the ASRock U.2 Kit. Finally, in the final stretch of the year, support for AMD StoreMi 2.0 will be added, which will allow the acceleration of data by SSD cache on HDD units.

The expansion slot configuration is also not going to be different from the mentioned board, so we have 2 PCIe 3.0 in full x16 format and another two PCIe x1. As before, we are going to study how and where your data lanes are located:

The first PCIE1 slot, according to ASRock nomenclature, is connected to the remaining 16 lanes of the CPU. This means that it will be able to work in PCIe 4.0 mode with Ryzen 3000 Matisse. It does not share a bus with any other slot.

The second PCIE3 full-format slot is connected to 4 lanes of the B550 chipset, so it will only work with PCIe 3.0. It seems that it does not share lanes with any other slot.

The PCIE2 and PCIE4 slots in x1 format can only work with a PCIe 3.0 lane, being connected to the chipset. They also do not share a bus with anyone, and this is undoubtedly good news for those users who have enough expansion cards. Even on this inexpensive board, we have support for AMD CrossFireX 2-way Multi-GPUs, but not for Nvidia.

Network Connectivity And Sound Card

In this section, we do have some cuts compared to other higher priced boards, although for most users what the ASRock B550 Pro4 offers they will see that it is enough.

For network connectivity, we have only one RJ45 port occupied by a Realtek RTL8111H chip that offers bandwidth at 10/100/1000 Mbps. So it will be one of those that do not include a 2.5 G card for our network.

But it is excellent news to have an M.2 E-Key slot located between the PCIE1 and PCIE2 slots with the distinctive Wi-Fi. This supports cards in 2230 format with CNVi interface that can be Wi-Fi 5 or Wi-Fi 6, and there would be no problem in this. In the rear backplate, we have two openings to install a possible external antenna, which of course we would have to buy on our own too. In short, for 30 or 40 dollars we have Wi-Fi 6 if we wish.

Regarding the integrated sound card, it is a somewhat more basic configuration consisting of a Realtek ALC1200 codec. It implements Nahmic technology and of course Nahimic 3 software management and its audio effects.

This chip supports up to 8 channels of audio in 7.1, although this time the rear panel is limited to three 3.5mm Jack outputs with no optical port. Nothing is specified about dedicated DACs for professional headsets, although the experience for a standard user is going to be almost the same as with other superior codecs.

Rear Ports And Internal Connections

We still have to see all that this board offers in terms of internal and external USB connections, so let’s proceed.

The port configuration found on the rear panel consists of:

  • 1x PS / 2 ports
  • 1x USB 3.2 Gen2 Type-C
  • 1x USB 3.2 Gen2 (light blue)
  • 4x USB 3.2 Gen1 (blue)
  • 1x RJ45 1 Gbps
  • 3x 3.5mm Jack
  • 1x HDMI 2.1
  • 1x D-Sub (VGA)
  • 2x 2T2R antenna holes (not included)

So we found a configuration with some nostalgia when seeing a PS / 2 port for a combo, keyboard, and mouse, as well as an analog video VGA as a mere filler today. This is accompanied by this time, yes, a useful HDMI 2.1 port that supports 4K @ 60 Hz video in case we are going to use this board with APU and its integrated Radeon Vega graphics.

The ports and headers that we find inside will be these:

  • 6x 4-pin ventilation headers (5 for fans and 1 water pump)
  • 2x 5VDG 3-pin Headers for Addressable LED Strips
  • 2x 4-pin 12VBRG connectors for RGB LED strips
  • 1x USB 3.2 Gen1 Type-A (supports 2 ports)
  • 2x USB 2.0 (supports 4 ports)
  • F_Panel connectors
  • AAFP Front Audio Header
  • Clear CMOS jumper
  • TPM
  • COM port

In this aspect, what we see does not appeal to us either, with the ability to expand up to 6 USB ports and envelope headers for fans and even lighting strips. It is normal not to see a debug LED panel for BIOS messages or buttons to power on and restart the board. Instead, the board’s post-start panel is maintained to at least guide the user through successful and failed startups if we accompany it with a beeping speaker, then better.


Although ASRock also offered a beta BIOS with the P1.10A version at the time of testing, we can only issue a warning before using it because the entire system was not running stable. Version P1.10A (Beta) not only implemented the AGESA-Combo-AM4 V2, but it also took into account an SMU update (System Management Unit) to version 46.61, which at least in our case was not properly executable. When we flashed version P1.10 (stable), everything was fine.

ASRock adapted the color of the UEFI in turquoise and black. Also, the user can specify which tab should be displayed when calling up the UEFI interface. Under “OC Tweaker,” the user will find all overclocking functions.

Instead of separating the whole thing, all settings were placed on one page, but subpages were also provided. All selected settings can be saved on a total of ten available profile slots. The profiles can be saved on a USB stick and imported back into the UEFI.

You can find the “Easy RAID Installer” function. The SSD Secure Erase and NVMe sanitization tool are also provided. However, the BIOS can be updated as usual via instant flash.

With the hardware monitor’s help, we always get an overview of the current CPU and mainboard temperature, the voltages, and fan speeds and can also influence the latter. This is followed by the “Security” tab, where the UEFI can be protected with a password, for example, to prevent unauthorized access. The boot settings are also quartered separately. Last but not least, the two points “boat” and “exit” are still in place.

We have nothing to complain about at UEFI. Control through the menus with mouse or keyboard has been carried out very comfortably by ASRock. As it should be, all settings were implemented consistently, and we had nothing to complain about in this. The stability (with the stable BIOS version) was also excellent.


Thanks to the B550-PCH, the comparatively inexpensive ASRock B550 Pro4 allows CPU and RAM to be overclocked. Eight coils are available for the processor.

With the ASRock B550 Pro4, the BCLK can be changed from 100.0000 MHz to 150.0000 MHz in 0.0625 MHz intervals. When it comes to the CPU voltage, the user has two options. The modes override and offset available to him. With the override mode, the voltage from 0.90000 V to 1.70000 V can be fixed in 0.00625 V steps. In offset mode, the range is also comfortable with -100 mV to +250 mV in 6.25 mV intervals. If the OC mode is activated, sometimes higher voltages are possible.

The overclocking functions of the ASRock B550 Pro4 at a glance
Base clock rate100.0000 MHz to 150.0000 MHz in 0.0625 MHz steps
CPU voltage0.90000 volts to 1.70000 volts in 0.00625 V steps (override mode)
-100.00 mV to +250.00 mV in 6.25 mV steps (offset mode)
DRAM voltage1,100 volts to 1,800 volts in 0.010 V increments (fixed mode)
CPU SOC voltage0.90000 volts to 1.70000 volts in 0.00625 V steps (override mode)
-100.00 mV to +250.00 mV in 6.25 mV steps (offset mode)
CPU VDD18 voltage1.686 volts to 2.118 volts in 0.048 V increments (fixed mode)
CPU VDDP voltage0.700 volts to 1.550 volts in 0.010 V increments (fixed mode)
PCH core voltage- not possible -
PCIe clock- not possible -
More tensionsVPPM
Clock ratesCPU dependent
Command rateAdjustable
Timings34 parameters
XMP / DOCPIs supported (DOCP)
Other special featuresUEFI-BIOS
settings can be saved in profiles.
options : Standard energy-saving modes such as AMD Cool & Quiet extended fan control for CPU fans and five optional FANs,
CPU-LLC level 1-5

We know from many past tests that our Ryzen 5 3600X can maintain a stable clock frequency of 4.3 GHz. Unfortunately, we did not succeed with the ASRock B550 Pro4, and we had to change gear to 4.2 GHz. We were able to fix the VCore to 1.231 V (BIOS value) with the highest LLC level (load-line calibration). What we noticed: Despite the highest LLC level, the VDroop was still very high, even if, according to the BIOS, the effective CPU voltage should be very close to the BIOS value. As a result, the voltage dropped to 1.21 V.

We were also excited to see how warm the VRM cooler would be. But even with a high VCore of over 1.35 V, the cooler always stayed below 50 ° C.

  • Outstanding performance

  • Important equipment, including six SATA 6GBit / s interfaces, six USB 3.2 Gen1 connections and two USB 3.2 Gen2 sockets

  • Good overall performance and good energy efficiency

  • SSD Support and PCIe 4.0 cards

  • M.2 M key interface with PCIe 4.0 x4 including cooler

  • High Price

  • Poorly placed M.2 interface via CPU

Technical specifications of ASRock B550 Pro4

 Mainboard format


 Manufacturer and Model name

ASRock B550 Pro4

 CPU socket

 AM4 (for Matisse)

 Power connections

  •  1x 24-pin ATX
  • 1x 8-pin EPS12V
  • 1x 4-pin + 12V

 Phases / coils

 10 (8x CPU, 2x RAM)

 Southbridge / CPU features


AMD B550 chipset

Memory banks and type

4x DDR4 (dual-channel), max. 4,533 MHz

 Memory expansion

 Max. 128 GB RAM UDIMM, ECC support

SLI / CrossFire

2-way CrossFireX

Onboard features

PCI Express

  •  1x PCIe 4.0 x16 (electrical with x16) via CPU
  • 1x PCIe 3.0 x16 (electrical with x4) via AMD B550
  • 2x PCIe 3.0 x1 via AMD B550


  • 6x SATA 6 Gbps via AMD B550
  • 1x M.2 with PCIe 4.0 x4 via CPU (M-Key)
  • 1x M.2 with PCIe 3.0 x2 via AMD B550 (M-Key, shared)



4x USB 3.2 Gen1 (5 GBit / s, Type-A, 4x external)


  • 2x USB 3.2 Gen2 (10 GBit / s, Type-A / C, 2x external)
  • 2x USB 3.2 Gen1 (5 GBit / s, Type-A, 2x internal)
  • 4x USB 2.0 (4x internal), via B550

Graphic interfaces

1x HDMI 2.1 (can only be used with APU!)

WLAN / Bluetooth

Optionally retrofittable (M.2 E-Key)


1x Realtek RTL8111H Gigabit LAN

Audio codec and connectors

  • 8-channel Realtek ALC1200 codec
  • 3x 3.5 mm audio jacks

FAN and headers

  •  1x 4-pin CPU FAN header
  • 1x 4-pin CPU WaKü header
  • 4x 4-pin chassis FAN / water-pump header

LED lighting options

  •  I / O panel cover, chipset cooler
  • 2x 4-pin RGB header
  • 2x 3-pin ARGB header

Onboard comfort

Status LEDs

ASRock B550 Pro4 Price And Conclusion

ASRock’s B550 Pro4, like all Pro4 models, is not aimed at enthusiasts, but at beginners, whose requirements for a motherboard are not too extensive. ASRock equips these models with apparent equipment features. They deliberately did not include special features and left them to the advanced and, at the same time, more expensive model variants. Nevertheless, the budget board has everything necessary, such as four DDR4 UDIMM memory banks, including the ECC option.

Of course, no new record values were reached with CPU overclocking, which we also didn’t expect. Instead of 4.3 GHz, it was a stable 4.2 GHz with reduced CPU voltage, which is perfectly acceptable. ASRock installed an effective 6 + 2-phase design fed by an 8-pin and 4-pin power connector. Except for four status LEDs for easy troubleshooting, there is, of course, no extensive onboard convenience either.

PCIe version 4.0 is provided on a PEG slot and an M.2 M key connection (including cooler) via the AM4 processor (Ryzen 3000 and higher). However, ASRock placed the M.2 connector somewhat unfavorably, so that there is no space for a more extensive cooler (as with Corsair MP600).

Also, however, there is generally a mechanical PCIe 3.0 x16 slot, two PCIe 3.0 x1 expansion interfaces, and an additional M.2 M key connector, which ASRock has limited to only PCIe 3.0 x2 and the connection with Shared SATA ports 5 and 6.

All USB equipment can be connected to six USB 3.2 sockets of the first generation, two USB 3.2 connections of the second generation, and four USB 2.0 ports. WLAN is not available ex-works, but can optionally be retrofitted by the user. Gigabit LAN via Realtek’s RTL8111H is then available for a wired network. Rudimentary onboard sound is provided with the Realtek ALC1200 codec and five audio capacitors. The good energy efficiency in idle and under load is also positive.

For users who do not want to invest huge sums, ASRocks B550 Pro4 is ideal, which is also available as a micro-ATX variant (ASRock B550M Pro4). However, it shows again that mainboards have become more expensive in 2020. If you can do without the ATX format, you can instead opt for the cheaper B550M Pro4.

Recommended Reading:

Affordable Ryzen 5  2600X mainboard

Affordable Ryzen 5 1600X mainboard


Is The ASRock B550 Pro4 Good?

Ans: For simple computing without special requirements, ASRocks B550 Pro4 is a good, but not precisely cheap mainboard.

Why Is B550 So Expensive?

Ans: Generally, the B550 is more expensive because of the PCIe generations and the more lanes.

Which Is Better X570 Or B550?

Ans: It’s not easy to answer, as there are many things to look for in a chipset. It’s all about compatibility, future upgrading options, and price. In both X570 and B550, compatibility is not an issue, not even the future up-gradation but the price. Though AMD announced B550 to be more affordable in comparison to X570, in reality, it is not the case. Prices are almost the same on both boards. But what we’ve noticed is that the VRM in these new boards is more capable of squeezing performance through the overclocking than the X570 boards. So if you’re on a budget, you can go for B550 (not much difference in price though).