MSI Z87 XPower Conclusion

The motherboard industry is cruel.  Manufacturers will judge the success of a product based on sales regardless of the purpose, and as such having a pure OC-oriented board is a big no-no.  If you have to have a motherboard based on overclocking, it must also have features that will cause users to buy it for day-to-day use.  We see this among all the manufacturers, even those that have tried a pure-OC board in the past.  Despite what success extreme overclockers have had with it, it does not sell.  As a result, users who buy these combination OC/daily motherboards end up with some features they will never use, and overclockers are sourced with potential areas of instability (and increased cost).

This is where the MSI Z87 XPower comes in.  MSI have tried to make it, at its core, an overclocking motherboard.  It comes with some of the obvious overclocking paraphernalia – OC buttons, an obscene amount of power phases, appropriate VRM cooling and voltage check points.  However, it still comes with a WiFi solution, a Killer NIC, ALC1150 audio, additional SATA/USB hubs – these are all things useful to a 24/7 system but not necessarily to an extreme overclocker.

Perhaps the two are not mutually exclusive – running a 24/7 with an extreme water setup for example.  But as shown in our overclock testing, motherboards have gotten to the point where 24/7 clocks are more limited by the processor than the motherboard.  So what about longevity, doesn’t 32 phases help?  Sure, that is a stance that could be argued, although every 12-plus power phase setup relies on multiplexing, meaning that at least 1/8 of all phases are on at any one time.  One could also argue that having 32 phases rather than 16 means 2x more elements that could go wrong.

Clearly I do get requests to look at motherboards for their intended market specifically and in this case extreme overclockers.  Although for these users (of which I am one) price is almost no object, the amount of additional ‘fluff’ is – anything that could cause instability might be a big issue.  Also, these users prefer easy to use/understand overclocking controls, which MSI needs to focus on big time.  So even if I look at it from an OC standpoint, I have to ask what the additional controllers are for, and all roads point to 24/7 use, meaning I have to consider it from that perspective as well.  Without those 24/7 features, the motherboard will not sell in the volume expected, and an OC board will never be the ultimate focus of the engineering of the company.

Aside from whether this motherboard is right for the industry, the motherboard does come at a large cost - $440 at the time of writing.  This is a large ask, and MSI believe that 32 phases, 802.11n 2.4 GHz WiFi, a Killer NIC, 10 SATA ports, mSATA, 12 USB 3.0 ports, Audio Boost, a PLX chip for better tri-GPU performance and plenty of goodies in the box are sufficient to request this value. 

As mentioned in the review, the 2.4 GHz WiFi solution is not a good idea for a Halo product, and users in this price range might request an Intel NIC rather than a Killer – perhaps the option of both might be best.  The extended form factor is nice to see from a multi-GPU perspective, although this means that the audio traces are extended up to the rear jacks.

The BIOS needs maturing, especially to help stability and that 25 second POST time we got in our Win7/dual-GPU test.  CPU performance is on par with other motherboards as well as our 24/7 overclocking on our i7-4770K, which essentially means there are other motherboards out there that will offer the same performance.

At this price point, I do feel the MSI is missing something other than a simple element of finesse.  There needs to be a specific MSI feature that no-one else has.  Any other manufacturer can order up 32 phases, a Killer NIC, bypassed PLX, OC buttons, voltage check points, and so on.  In an industry where being good is no longer good enough, it is the unique engineering elements that help promote a brand, along with a killer product - and MSI needs one.

Addendum:

Since I started writing this review, MSI forwarded the following information:

- The structure of the BIOS is in development, and when it is finalized it should be easier to navigate the overclocking options
- The motherboard is new to the market, it will adjust to an appropriate price over time
- The WiFi solution will be upgraded to 802.11ac 5 GHz sometime in September.  This will take the form of a new XPower SKU, although names are currently undecided.

 

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  • jardows2 - Monday, August 12, 2013 - link

    Interesting to read about these high-end boards, but I would like to see someone build a high-end performing board without all the extra "features" that will never get used. 10 SATA ports? Really? If you are doing serious workstation computing and need that many hard drives in a RAID array, you are going to get a SAS RAID controller. If you are just using the computer as a storage server, you won't be spending $400 on the motherboard. All the USB 3.0 ports are going to collect dust for most users. I have several computers with multiple onboard USB ports that have never had anything connected. Add mediocre audio, combined with wireless add-on (practically worthless for such a high-end machine, especially when you have a high-end Ethernet controller on board) it seems like the manufacturers are subscribing to a "more is better" approach, when a "less is more" board, I think, would sell far more. Give me a motherboard with the graphics and overclocking performance that this board can offer, without all the extra stuff, and you will have a winner!
  • 529th - Monday, August 12, 2013 - link

    Exactly! Well said.
  • Optimalpc - Wednesday, January 29, 2014 - link

    ditto that, jardows2! Stick with what a lot of us want - Full x16 bandwidth for GPUs, Good digital Power. Better Audio, including good headphone AMP. Ability to support the fastest memory available. Overclocking with mature tools. Min 3-year warranty. Game Ports. High-end Ethernet controller (Killer). Quit wasting money and real estate on too many SATA ports, USB Ports, sub-par wireless, and crappy audio! I don't need 14 USB ports (or even 8). Hardwired to the network, why even add the cost of wireless at all, UNLESS you are providing the latest in 802.11 standards (ac)?
  • jeffb98 - Monday, August 12, 2013 - link

    How's MSI when it comes to Linux? Do they test compatibility at all for at least Red Hat and SUSE enterprise targeted Linux distros? Would they look into/fix BIOS issues when it comes to Linux?

    I know Asus and Gigabyte tell you they don't do any Linux testing and support when it comes to their consumer motherboards even when there's clearly a Linux compatibility issue. I know most people "never had a problem" but that's most people who don't really do much and probably don't even need a high end board.
  • nathanddrews - Monday, August 12, 2013 - link

    Quad-SLI/CF benchmarks? Seeing as this board caters to people that actually do that kind of thing.
  • IanCutress - Monday, August 12, 2013 - link

    My fourth 7970 is in the process of being RMA'ed.

    Ian
  • nathanddrews - Monday, August 12, 2013 - link

    D'oh! Sorry to hear that.

    I was about ready to pull the trigger on a 780, but now that the 7990 is only $699 (and with improved drivers), I'm thinking of getting on of those instead given the potential of getting a second in a year or so. Thoughts?
  • yasamoka - Tuesday, August 13, 2013 - link

    Quad-SLi / CF does not always scale too well. Plus you're more likely to hit a CPU bottleneck if you're running any single monitor resolution and hovering above 60FPS with a target of 120FPS.

    Plus, this: http://www.tomshardware.com/reviews/radeon-hd-7990...

    Not recommended except if you water-cool for the heat issues. But then you get left with the other issues. Quad uses AFR + SFR so the microstutter fix is not going to be difficult as it already exists for dual GPU SFR. Quad is similar in that respect as each 2 GPUs use SFR and the groups of 2 GPUs use AFR.
  • nathanddrews - Tuesday, August 13, 2013 - link

    My current setup does most games maxed at 1920x1200@96Hz (at 96fps), but I'm looking to do over 120Hz (at 120fps) with a new 120Hz Lightboost LCD or try out some of the overclockable 1440/1600p displays. My FW900 is going to die someday and I need to be ready. :|
  • rpg1966 - Monday, August 12, 2013 - link

    OK, this is probably a dumb question - but as implied on the first page, if this board has an additional 2 sockets of space between the port cluster and the PCIe sockets, won't you need a case that is specifically designed for such a long (tall?) motherboard?

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