When users first boot their system the first thing they are greeted by is the BIOS screen. In this case, an EZ Mode is what users will see first. The BIOS has an advanced mode which displays all the options able to be changed. On this particular board, the ASRock UEFI uses a black background with some monochrome graphics in the bottom right-hand corner. The white fonts and blue highlighting are easy to read against the black background. Overall the BIOS has most everything a user would want on this platform 

The EZ Mode screen above is an informational display with some functions able to be edited/adjusted. In this screen, we see high-level information such as processor type and speed, as well as total memory in the system and its current speed. There is also temperature and voltage information from the CPU as well as fan speeds, and boot priority, both adjustable through this screen. Users will also be able to implement XMP profiles here as well. Anything else will have to be done in advanced mode. 

Our first screen in advanced mode is the Main tab. In this section, again it is informational displaying data about the BIOS, processor, and memory. Also within this section users are able to access the 'My Favorite' portion of the UEFI where users are able to set up a custom page with their most frequently used options. 

The next tab is the OC Tweaker section. Here is where users are able to configure their overclocks...if this was an overclockable chipset. Since it isn't we do not see the typical BCLK and CPU multiplier options normally found here. Instead, the CPU Configuration section has options for power saving modes as well as power and core limits for the CPU. The DRAM tweaker has options for XMP, reference clock and manual frequency settings with the board supporting up to DDR4 2666 sticks. There are also options for setting a lot of memory timings as well, several screens worth, in fact. The voltage configuration section has options to adjust DRAM, PCH, and VCCST voltage. We do not find an option to adjust the core voltage.  This makes sense on a board that cannot overclock, but some users like to lower voltage at the same clocks as well to save power which cannot be done. 

The Advanced tab displays several options underneath including CPU, Chipset, Storage, Super IO, ACPI, and USB configuration sections. 

 Under the Tool tab, users are able to email tech support through the UEFI, flash the BIOS through instant flash (via USB stick) or through internet flash which will go out to the ASRock repository and download the latest version. Network configuration options can also be found here. 

The H/W monitor section is pretty self-explanatory showing users a status of the system temperatures, CPU fan speed as well as system voltages. Within this section, users are able to adjust fan speeds and select pre-defined curves as well as set up custom curves. 

The Security tab is where users are able to setup passwords, secure boot settings as well as enable Intel Platform Trust technologies. 

Last but not least, the Boot section contains all options associated with bringing the PC up. From boot device options and priorities to fast boot and other options, they can all be found in this section. 

Overall we did not run into any issues in our use of the BIOS. 


Typically, motherboards include some kind of software disk that includes drivers to get the system started, and other applications the vendor deems 'useful'. In this case, a driver disk allowed us to get the drivers needed to get started as well as the included applications. 

The driver disk includes a list of drivers in the Drivers and Software section needed to get the PC up and running as it was intended. ASRock includes extra software like Google Chrome and Google Toolbar on this page but it is mostly for drivers. The Utilities page has one option, Restart to UEFI. In essence, users will get most everything they need from the Drivers and Software tab. 

Once everything is installed, ASRock also includes a Live Update & App Shop application designed to keep users up to date on the latest software versions of the drivers and software. I updated the INF driver and Audio through here after testing which went without a hitch. 

ASRock's A-Tuning software does work with their B360 based boards but will do so in a more limited capacity than with the overclockable Z370 chipset. The OC Tweaker section is limited to being able to change the same three voltages we observed in the BIOS Voltage section (DRAM, PCH, and VCCST). Users will not find BCLK or CPU multiplier adjustments here. The System Info section lists information about the CPU clocks and ratio, fan speed and temperature, as well as Vcore and power supply voltages on the main rails. The most useful function on this series motherboard will be the FAN-tastic Tuning section where users are able to adjust fan curves to find a balance between acceptable temperatures and noise from the fans. 

Last is an image from the Realtek HD Audio Manager. This is your typical vanilla Realtek software with options to edit speaker configurations, sound effects, and adjust for room sizes. The board uses the Realtek ALC887 codec which isn't the latest and greated but should be acceptable for most users. Again, we are looking at the B360 boards which have costs in mind. 

Visual Inspection Board Features


View All Comments

  • katsetus - Monday, September 17, 2018 - link

    So... It's not very good?
    Power delivery being overloaded by a "95 watt" CPU is not a good sign. Everyone knows that Intel's TDPs are by and large arbitrary numbers, especially motherboard engineers.
    Although, I guess, same as you do, that this will not be paired with higher-end CPUs and neither will they be pushed to the limits. Still, a poor effort in my mind, especially for a B-series motherboard.
  • PeachNCream - Tuesday, September 18, 2018 - link

    I'm thinking the 8700k is an outlier CPU in this motherboard under those particular workload conditions would be unusual. It's likely any of the non-K i5 and i3 processors equipped with a retail boxed cooler wouldn't exhibit the same problems when fully loaded. They're far more likely candidates for a motherboard in this price range anyway.

    Yeah, it the board should handle the workload better given its rated for a 95W chip, but it doesn't make a lot of sense to cheap out on the motherboard when trying to squeeze everything you can out of a K CPU.
  • Mr Perfect - Wednesday, September 19, 2018 - link

    This makes me wonder how well it would do with an 8600 non-k. It's a little silly to get a Z3x0 overclocking chipset for a locked processor, so a B360 like this would have been worth considering. Reply
  • Yaldabaoth - Monday, September 17, 2018 - link

    Page 8: " On the audio side of things, the Realtek ALC887 codec is used and supports 7.1ch surround. "

    Please educate me. How can this board support that with the audio I/O it provides? Doesn't it need more, or am I that behind the times?
  • katsetus - Monday, September 17, 2018 - link

    *To configure 7.1 CH HD Audio, it is required to use an HD front panel audio module and enable the multi-channel audio feature through the audio driver.

    The jacks have 2 poles, so you get 4 channels from front panel.

    Also a fun fact: ALC887 is now over 10 years old.
  • Yaldabaoth - Monday, September 17, 2018 - link

    Thanks for that insight! Reply
  • kmi187 - Monday, September 17, 2018 - link

    What I found funny about this chip is that it can sound extremely horrible, and also very good. A lot depends on how the manufacturer decided to implement the chip on the board and with what components. Since they usually end up in very cheap boards, not a lot attention is given so most people think they sound bad. Rightfully so, if you hear bad sound, it's probably bad. But then on other boards with the same chip, it can sound really nice.

    Now I'm not saying this is a great chip, it's average at best and that's all it ever will be. But how it's implemented on a board, defenitly makes a difference in the end result that you get to hear.
  • bigpondsupport - Tuesday, September 18, 2018 - link

    For more details Reply
  • Samus - Monday, September 17, 2018 - link

    The audio codec kills the board as an option for me. I'm looking to build an i5-8400 replacement for my FT03-mini still running an H87 Xeon V3 board. Basically I'd like NVMe M.2, native USB 3.1, and modern PCIe.

    But since ITX boards naturally only have ONE PCIe slot, every other component needs to be future-proof. The ALC 887 IS NOT future-proof. It's a terrible codec by modern standards. The SNR isn't competitive no matter how it is implemented.

    The fact it struggled with a 95w CPU isn't all that surprising, but follows the theme of corner-cutting through this boards development. This would be a good board for $50-$60, because it's obviously the worst ITX board you can buy for Coffee Lake. At it's current price it's a no-brainer to just buy the ASUS for $20 more...
  • vlado08 - Monday, September 17, 2018 - link

    I don't think there is a HDMI 2.0 on this board Reply

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