ASUS TUF Z97 Mark S Motherboard Review: The Arctic Camo Special Editionby Ian Cutress on November 10, 2014 10:00 AM EST
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ASUS TUF Z97 Mark S BIOS
As always with our motherboard reviews, the discussion when it comes to the BIOS is one of form and function. When we moved into the graphical BIOS era with UEFI implementations, it opened up a world of aesthetic and interactive capabilities. Some manufacturers were slow on the update in terms of the interactivity either by virtue of actually putting effort into the prospect or due to a lack of ideas at the core of the BIOS team. The BIOS is meant to be the main place to deal with hardware and firmware configurations, although there is now plenty of opportunity to improve the user experience rather than being a wall of text. I am a big fan of improving the user experience.
ASUS’ BIOS development over the last few launches is of an upwards trend. I like to remain on the skeptical side of the analysis, but ASUS is at least receptive to suggestions, improvements and additions. A danger with introducing new concepts and additions is responsiveness within the BIOS, as any screen that updates visually over time needs to be quick to keep the system feeling fast. There is also a persistent issue in general with BIOS design regarding color schemes and fonts, but ASUS has been working on this as well. As a result we get a non-fixed length and variable sized font in the ASUS BIOS which allows for potential optimization of detail and design.
For ASUS’ Z97 and X99 range, the format of the BIOS is essentially identical with entry into an EZ Mode with an Advanced set of options on hand as well. There is an amount of interactivity with the fan controls, and for the Z97 Mark S the BIOS also gets a TUF implementation with a white accent.
As regular readers of our motherboard reviews will notice, I constantly want a BIOS to display a lot of information about the system the minute I enter the BIOS. ASUS gives this information in spades (MSI is not too far behind), with the motherboard name, BIOS version, CPU, CPU frequency, amount of memory and memory speed right off the bat in a small section in the top corner. If all motherboards had even this, it would be amazing.
Also in this first screen, the EZ Mode, we have a graphical representation of the CPU temperature over time (useful if you forget to attach the CPU fan), CPU voltage, motherboard temperature, a per-DIMM status of the memory, a per-SATA port status of storage, instant application of XMP profiles or RST, an up-to-date list of fan speeds for each fan header and a visual representation of the fan profile in play. If that is not enough, we also have an EZ System Tuning option and a Boot Priority menu.
Clicking the Manual Fan Tuning option brings up a screen to allow users to adjust the fan profiles for the CPU and Chassis headers in terms of a three-point gradient. All of these fan headers are DC/PWM capable, and ASUS offers a series of presets along with a manual option. Aside from a request for more gradient points, one thing missing here is a button to apply the same profile to all the fan headers.
The EZ mode also has an EZ Tuning wizard for RAID or Overclocking. For the RAID Mode, the BIOS will use words to describe the potential RAID options rather than a list of options that might not mean much. The OC menu also offers some point and squirt topology, asking users about their type of use (Gaming or Media) along with their cooling (stock cooler, big air coolers, liquid) in order to determine a potential overclock.
Pressing F7 in EZ Mode moves into the Advanced mode, where we get a more typical ‘Main’ screen to deal with:
This tab breaks the information down to one bit per line, which some other manufacturers still do as a default.
The tab to the left is ‘My Favorites’, which allows users to select the important options they need (for example in overclocking) into one menu rather than scrolling through lists. Above are a few options I use in our basic overclocking test.
The long list of options for advanced overclocking is in the AI Tweaker menu. Here everything is piled in a semi-ordered list (CPU, DRAM, Voltage) with certain sub-menus for DRAM sub-timings and DIGI Power.
One suggestion I would like to put to ASUS is to make a version of AI Tweaker similar in design to EZ mode. Rather than a bulk list we get several columns of related info and it fits nicely into one screen (or two) so we have everything on screen for reference.
That being said, ASUS does at least optimize the space to the right and bottom of the BIOS, giving information such as current frequencies and voltages, along with a help description down at the bottom. Most of these explanations mention what happens when an option is adjusted, rather than just quoting the range.
The Advanced tab features a lot of the CPU and PCH options in terms of controller support and settings. This includes integrated graphics, CPU Power configurations (cores, Hyperthreading, SpeedStep), Smart Reponse/Smart Connect, SATA modes and onboard devices:
It is these menus that we go into and disable a large portion in order to get our stripped POST times.
The Monitor tab deals with everything relating to temperatures and fan controls. Here we can adjust the QFan settings, and one feature with TUF boards is the amount of sensors – these values can be seen here.
The Z97 Mark S comes with nine temperature sensors on board (7 shown here) and three additional 2-pin headers for users with the thermocouples provided with the motherboard.
The CPU and chassis fans can be adjust here in terms of DC/PWM mode, or the sensor from which they run:
There are a set of additional fan options as well, including the ASST fan headers, fan overtime (keeps fans spinning after shutdown), ‘Dust de-Fan’ (reverses the two mini-fans on board to remove dust) and frequency of dust de-fan implementations. We have seen something similar on previous TUF boards and some graphics cards.
The Boot options in the BIOS are standard fare for previous users of ASUS products, offering various options to speed up POST times, adjusting boot priority or boot override functionality.
ASUS also includes a few small tools to go along with the rest of the BIOS. EZ Flash 2 is the usual software to allow for BIOS updates:
OC Profile does what it says on the tin: users can save their BIOS profile for various option settings:
SPD Information gives extreme detail about the memory detected in the system:
The last option in the Tool menu is ‘Setup Animator’, which enables/disables the swiping motion as you move through the BIOS. As someone who likes to navigate through the BIOS at speed, the animation mode can be rather annoying, so at least it can be disabled.
ASUS also has Quick Note which allows a user to write a note in the BIOS to be saved for later, but the Last Modified option allows the user to see what has been changed in the BIOS since POST:
One somewhat major omission from the ASUS BIOS but found in other manufacturers’ motherboards is a ‘Board Explorer’ mode. MSI and ASRock use this mode to show an image of the motherboard and indicate all the hardware currently installed. I find it particularly useful when a memory module is not recognized, or for detecting PCIe bandwidth per device at POST. Technically ASUS has the DRAM info detailed right on the front EZ mode page, although having the same data displayed in a couple of ways is not a bad thing.
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WithoutWeakness - Monday, November 10, 2014 - linkSolid board with good looks. The last paragraph is on point and more than one person will most certainly pair this with a GALAX HOF card, some Dominator Platinums, and white LEDs throughout for a very clean, high-performance rig. Glad to see more options on the market, especially considering the recent trend of every manufacturer pumping out black/red boards.
MrRez - Wednesday, November 26, 2014 - linkHere is my build using this board as the centre piece :)
lilmoe - Monday, November 10, 2014 - linkIf a screw falls in there, you're "screwed".
Yuriman - Monday, November 10, 2014 - linkPlastic covers over hot components, requiring the use of small fans seems like a bad idea.
Flunk - Monday, November 10, 2014 - linkNever fear, the plastic doesn't actually cover anything hot. It serves basically no purpose past dust protection and looking pretty, but it shouldn't cause any overheating.
Don't get me wrong, I love ASUS (I have a P8Z68-v PRO in my gaming desktop), but the "thermal armor" thing is totally pointless. It wouldn't stop me from buying a board, but it's entirely for looks.
Samus - Monday, November 10, 2014 - linkit does look good, for those that care. me, well, I put a cover on my case and might look in there 2 years later...
Wwhat - Thursday, November 27, 2014 - linkI think the idea might be that the CPU cooler and GPU cooler's heat that gets into the case doesn't get to the motherboard? Or maybe it's just nonsensical bullshit, *shrug*
pocketdrummer - Friday, April 17, 2015 - linkActually, it still seems like a bad design especially if it's for dust protection. They put an UNFILTERED intake fan on the rear of the computer (right next to the exhaust fans, mind you) and pipe it underneath the plastic cover. If anything, you're going to inject dust up underneath the cover that's supposed to prevent dust.
This makes no sense.
Basically it looks cool. That's about it.
Tamarocker88 - Monday, July 13, 2015 - linkThe intake fan on the rear of the computer is actually filtered. There's a small removable filter included. As for dust getting stuck under the plastic cover, the BIOS includes fan controls to automatically reverse the flow of the board's fans periodically, preventing buildup. This combined with the bottom and front of the case having removable filters should provide for a great dust protection system.
ZeDestructor - Monday, November 10, 2014 - linkI have the older Sabretooth Z77 right now. I installed, then removed the fans, and there was no meaningful change in temperatures.