MSI Z77A-GD65 Gaming Software

Along with the BIOS, the software packaged with the Z77A-GD65 Gaming also gets a visual make over, at least in terms of Click BIOS II and Control Center, like the Z77 MPower series did in our review of the Z77 MPower.  The first element of the software to tackle though is the installation CD.

The installation CD is straight forward, with one tab for drivers and the other for software.  Each page offers a ‘Total Installer’ button, which brings up a selectable list of options for you to deselect:

The main software packages to be installed are Click BIOS II, Control Center, Audio Genie, Easy Viewer, Fast Boot, Live Update 5, MSI Suite and Killer Network Manager.

Click BIOS II

In the name of consistency, MSI want to bring BIOS options to the user without the user having to actually go into the BIOS.  Click BIOS II is the software to do the job, and it does indeed look like the BIOS, except this time we get a ‘Help Info’ screen such that the options are described (although not as much as ASRock actually do in their actual BIOS).

Unfortunately while the initial visual is good, I think MSI have failed on the actual font and layout of the options.  As I mentioned in the BIOS itself, many of the options feel haphazardly placed, especially in the OC menu.  It does not help that in Click BIOS II the font used feels bulky with lots of gaps between the options and no real careful thought to presentation beyond the big logo.

Using the button on the top right, we can go straight into Control Center.

ControlCenter

The main hub of options in the MSI software package is here.  Control Center has different color packages depending on which motherboard you are dealing with – blue for mainstream, yellow for MPower, and now red for Gaming.  This style of red text on dark red background is not the easiest for partially colorblinded folk like me to read, but options are here for overclocks, OC Genie, Power Saving and recording data.

The overclocking screen gives all the board information, more so than the BIOS, as well as pull-down menus for ratios and voltages.  Unfortunately there are no options to actually type in the values, which is something that a true overclocker would want to have.  Scrolling through to 1.65 volts starting at Auto and stepping through in 0.0125 volt increments is not the most fun task in the world.  The overclocking screen also gives access to advanced CPU and memory options, such as sub-timings.  Although I should point out that the ‘More’ option for memory failed to work in my setup, causing Control Center to crash spectacularly.

The OC Genie section next is a simple one-button ‘time to overclock the system’ type arrangement, similar to pressing the button on the motherboard.   Our testing of the OC Genie is in the overclocking section of this review.

Under the banner Green Power we find our fan controls.  As the board has three 4-pin fan headers, these are what we can control in the software.  While the visual representation of the fan profile looks nice, MSI are wide of the mark in terms of what fan controls should actually be and do.  At no point does it test the fan to see its power to RPM profile, and it tries to allow the user to control the RPM of the fan on a linear graphical scale without doing the conversion.  Manufacturer software engineers need to understand the usefulness of what a black-box style type of software can do in the fan situation, then actually program one, rather than tossing out something that looks ok.

MSI also offers a mobile control app for smartphones that allows users to monitor temperatures and adjust a few overclock settings with the smartphone rather than through the Control Center software.  I always have bad luck with smartphone apps interfacing with my hardware due to my odd ICS home internet setup, so they never work for me, but it is there if you can work it.

Fast Boot / Go2BIOS

Does what it says on the tin – Fast Boot attempts to optimize the system boot up sequence so Windows loads faster (although it had only a small affect for my setup), and Go2BIOS is a one button click that will restart the system straight into the BIOS.

Live Update 5

The crown in MSI’s software stack is Live Update 5 – the one-stop shop for all your software upgrading needs.  Live Update 5 will contact the MSI server, tell it what board you have and download a list of the latest software and drivers (BIOS too).  It will cross-reference that with what you have on the system, and then if there is a newer version on the server, let you download and install it.  Or, you can let the software download and install it all for you.  No-one else in the motherboard industry comes close to doing something like this, and it should have been part of the package years ago.

If I was to have a gripe about the software, it is that it does not tell you how big the update is before you download it.  It tells you as it is downloading the update, but for users on limited bandwidth, perhaps downloading 140MB of audio drivers is not the best way to do things, especially if it does not download properly and has to be downloaded again.

Qualcomm Atheros Killer Network Manager

Many software packages with motherboards come with an element of network control, allowing users to prioritize traffic over more important protocols or from more important sources.  The backbone of the software is usually cFos, a program developed by a third party but applicable to any network setup by virtue of a slightly increased CPU load.  In an effort to reduce CPU load (i.e not to implement high power turbo states when idle), network controllers exist that perform the tasks on the controller rather than the CPU – this requires a link between the software you see in the OS and the controller itself.  Intel controllers are often cited as having good control and lower CPU usage than Realtek, but the Killer chip from Atheros (now Qualcomm Atheros) is one aimed at the gaming segment. 

The Killer NICs are a vital part of MSI’s gaming range laptops, and are making the jump into their motherboards (note the Gigabyte G1.Sniper 3 has a Killer NIC as well).  Alongside all the features managed by cFos via software, the Killer ecosystem is designed for the important data to bypass the Windows network queue and be sent at a lower latency. 

The Killer software is easy to navigate through and offers several neat features like monitoring CPU usage as shown above.  However the cFos software on other platforms offers a wider variation of options and management, albeit at the expense of CPU cycles (and possibly FPS).

MSI Suite

The majority of MSI’s software package is delivered in MSI Suite, a drop down icon based menu system present on the desktop.  After installation, it will offer a small blue semi-circle which pulls down a series of icons related to MSI software.  Certain software, such as Live Update, will also pop up and let the user know if an update is available.

The options menu allows the user to maintain setting consistency across multiple machines, as well as adding other utilities aside from those specified by MSI.  It is worth nothing that MSI has to be disabled in order to enable SLI for the first time.

 

MSI Z77A-GD65 Gaming BIOS MSI Z77A-GD65 Gaming In The Box, Overclocking
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  • jabber - Thursday, April 18, 2013 - link

    Yes a shame about those unwanted video ports. Just more unnecessary circuit traces on a very busy board.
  • iamkyle - Thursday, April 18, 2013 - link

    I'm still waiting for a manufacturer to come out with an E-ATX or XL-ATX motherboard that sacrifices the onboard junk - audio, LAN, etc and just gives me the bare essentials. Just give me USB ports and let me build the rest.

    With those motherboard form factors, there is PLENTY of room for 'enthusiasts' to use 3 or 4-way SLI or CF setups and STILL use a premium sound card or NIC of their choice. TRUE customizability, TRUE choice.
  • jabber - Thursday, April 18, 2013 - link

    Yes I've always wanted a motherboard that really strips away everything an enthusiast wouldn't want. I'm pretty sure with less crap on the board it would have less noise and the traces could be shortened and widened improving stability and OC potential.
  • TaylorSandler - Thursday, April 18, 2013 - link

    Love my job, since I've been bringing in $5600… I sit at home, music playing while I work in front of my new iMac that I got now that I'm making it online.(Click Home information)
    http://goo.gl/dkKvy
  • dawp - Friday, April 19, 2013 - link

    why can't we flag spammers?
  • whyso - Thursday, April 18, 2013 - link

    Why are POST times so long on desktop boards. For laptops its generally less than five seconds.
  • Death666Angel - Thursday, April 18, 2013 - link

    Because desktop boards typically include a bunch more extra hardware (USB chips, SATA chips, bigger BIOS, more memory modules etc.) and all that takes time to initialize. Laptop motherboards on the other hand are usually pretty bare bones utilizing only chipset features and not much more, the BIOS is also fairly locked down and offers only basic customization and the builder knows what will be included in the built so there is no need to search for a lot of stuff that might be installed, which shaves off even more time.
  • IanCutress - Friday, April 19, 2013 - link

    Usually due to initialisation processes. I test POST with two GPUs under Win7, and each GPU adds some time. There's also more fan controllers, headers, ports, and all the stuff connected to the chipset that you don't get in a laptop, hence the big discrepancy in time. Death Angel covers it ^^^
  • TGressus - Thursday, April 18, 2013 - link

    I've always liked the look of the Tantalum capacitors MSI uses. They should switch the remaining SMD caps out, blacken the silk screening, lead and solder.

    It would take extreme aesthetic to offset MSI BIOS. :(
  • Quizzical - Thursday, April 18, 2013 - link

    "gaming WiFi" is an oxymoron, so I don't think you can reasonably fault MSI for not including it.

    If the GD65 is the flagship of MSI's "gaming" line and the rest have numbers that normally correspond to MSI's lower end motherboards, then they may well be taking the approach of saying, let's include the stuff that gamers need and not so much else, rather than spending the money for worthless junk like a Thunderbolt port.

    There are plenty of people who want to build a gaming rig with a sub-$100 motherboard for budget reasons, though on such a budget, you're probably looking at an AMD CPU. A motherboard that offers everything that has a plausible gaming use and not much else could have a useful niche.

    -----

    The utility of a higher polling rate mouse has nothing to do with the frame rate. There's no good reason for a game engine to pretend that all inputs happened exactly when a new frame started. You process keyboard, mouse, and gamepad inputs as they come in, and if you don't start a new frame until 10 ms after you found out that a button was pressed, then that frame can show 10 ms worth of movement due to the button press.

    A higher polling rate does only take a few ms off of input latency. Windows default for USB devices is 125 Hz, which means average input latency of 4 ms (on average, you press a button halfway between the next time that the device will be polled and the previous time), and that trivially can't be reduced to less than 0 ms.

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