Fast And Cheap? Five Sub-$160 Z87 Motherboards For Enthusiasts

By Thomas Soderstrom
published

Intel’s Haswell architecture has mainstream leanings. And yet some of the motherboards out there are really high-end. Today we're looking at five platforms under the $160 mark that hopefully put some value back into being an enthusiast.

Hi-Fi Z87X 3D Firmware

Biostar’s O.N.E. menu is now nothing more than a launching point for menus that host actual settings, with one exception: the “Start” page for consecutive UEFI entry can now be set here.

A trend emerges as we continue to migrate our CPU overclock testing from 1.3 V to 1.25 V. Like the two previously-detailed competitors, we reached 4.7 GHz at 1.3 V and 4.6 GHz at 1.25 V.

The Hi-Fi Z87X 3D automatically configures our DDR3-3000 to 30 x 100 MHz, even though Biostar knows that the Haswell-based processor’s integrated memory controller doesn’t support this ratio. When we changed to a 133 MHz base clock, the board automatically switched to a 22x multiplier for a data rate of DDR3-2933. Our XMP-based timings remained.

We were even able to push the memory to 3021 MT/s by increasing the base clock, and without altering the automatically-chosen values for primary, secondary, or tertiary timings.

We’ve been hearing companies bragging about their memory overclocking triumphs at extra-high voltage levels. But we don’t accept marketing as a reason to prematurely kill our hardware. Each board in today’s comparison is manually configured to 1.65 V, and that's a voltage we verify using a volt meter. The Hi-Fi Z87X 3D reached that real voltage at a voltage setting of 1.611 V.

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Thomas Soderstrom
Thomas Soderstrom
Thomas Soderstrom is a Senior Staff Editor at Tom's Hardware US. He tests and reviews cases, cooling, memory and motherboards.
53 Comments Comment from the forums
  • InvalidError
    The sad things about "exposing enthusiast features" on z87:
    1- the x8x4x4 PCIe controller is a CPU feature in all i5 and i7. All the z*7 chipset does is unlock the CPU feature
    2- same goes for multipliers on K-chips: CPU feature locked out by non-z*7 chipsets
    3- SATA-6G ports do not really cost Intel any thing extra to put on-chip (little more than a PLL tweak to lock on faster signals), which makes it somewhat of a shame they aren't fully standard
    4- USB3 ports do not cost Intel all that much extra either - maybe an extra square millimeter on silicon to upgrade all remaining USB2 ports to USB3
    5- the DMI bus can only manage ~20Gbps so it will bottleneck if you attempt to use even 1/5th the total the connectivity available on z87

    More connectivity, yes. But DMI lacks the muscle to actually stress that extra IO. As such, it is little more than a glorified SATA port replicator and USB hub.

    I almost exclusively use Intel CPUs but it still annoys me how Intel charges extra for trivial things or unlock stuff they arbitrarily locked out just because they can.
    Reply
  • Crashman
    11349374 said:
    The sad things about "exposing enthusiast features" on z87:
    1- the x8x4x4 PCIe controller is a CPU feature in all i5 and i7. All the z*7 chipset does is unlock the CPU feature
    2- same goes for multipliers on K-chips: CPU feature locked out by non-z*7 chipsets
    3- SATA-6G ports do not really cost Intel any thing extra to put on-chip (little more than a PLL tweak to lock on faster signals), which makes it somewhat of a shame they aren't fully standard
    4- USB3 ports do not cost Intel all that much extra either - maybe an extra square millimeter on silicon to upgrade all remaining USB2 ports to USB3
    5- the DMI bus can only manage ~20Gbps so it will bottleneck if you attempt to use even 1/5th the total the connectivity available on z87

    More connectivity, yes. But DMI lacks the muscle to actually stress that extra IO. As such, it is little more than a glorified SATA port replicator and USB hub.

    I almost exclusively use Intel CPUs but it still annoys me how Intel charges extra for trivial things or unlock stuff they arbitrarily locked out just because they can.
    It still saves motherboard makers a lot of money when they don't need to add all those controllers. And it frees up some of those x1 slots. Remember that most users don't use "everything at once" to fill up the DMI, so having the x1 slots available rather than consumed by onboard devices adds flexibility to a build.

    In other words, they might be charging for stuff that should be free or should have been included all the way back in the Z68, but past omission doesn't negate current usefullness.

    Reply
  • DookieDraws
    I am planning a new Haswell build, soon, and I really appreciate the the effort put into this review. Very helpful!

    The market is flooded with tons of these Z87 motherboards and it can be very overwhelming researching them. So, hopefully we'll see a few more Z87 reviews from you guys, soon.

    Would also like to see some powerful i7 builds built around more energy efficient components. That would be very interesting. Hint. :)
    Reply
  • Novuake
    Well FINALLY! A round-up! Now to reading...
    Reply
  • Novuake
    Yeah, I would not be caught dead with a Biostar board. Booo... Interesting that the G45 did not overclock to well, they are usually not the best OCers due to low cost VRMs, thought this would change with Haswell. Hmmm...
    Reply
  • axehead15
    I really think that ASRock has taken a lot of steps to put the naysayers to rest. The amount of features that is on these boards for the cost is incredible.

    Rather surprised that Biostar had such a good board. Maybe it's time to start considering those boards for future builds.
    Reply
  • JPNpower
    Can anybody tell me the true difference between the Asus Z87-A and Z-87 plus, without all the marketing hogwash? I'm confused what the difference is. (woth say $15 extra for the plus?)
    Reply
  • ruisdb
    Can any one comment on the quality of the onboard RAID?
    Reply
  • vertexx
    Trying to pick a winner based strictly on the numbers - tough when the measured numbers have been commoditized to the extent they have. Funny to give in on ASRock based on a temporary price break. I think the feature-set vs. value helps ASRock stand on it's own. I really think there is a good target audience for each of these boards. Pulling that out would be a great analysis.

    It is great to see a round-up of the mainstream boards, though, so thanks!
    Reply
  • InvalidError
    11349464 said:
    It still saves motherboard makers a lot of money when they don't need to add all those controllers. And it frees up some of those x1 slots. Remember that most users don't use "everything at once" to fill up the DMI, so having the x1 slots available rather than consumed by onboard devices adds flexibility to a build.
    Most users don't have enough such devices to fill every port in the first place (how many people need more than two upper-tier SSDs?) but those who might actually "need" and use 6xSATA-6G would be people wanting to do things like RAID0/1/5 with 3-6x SSDs. At 6x SSDs, we would be looking at ~25Gbps peak not counting GbE, USB3 or PCIe devices on the 8x 2.0 lanes.

    Still does not change the fact that the only reason why Intel gets away with charging $10-15 extra for less than $1 worth of features while the DMI bus lacks the bandwidth to properly support them for people who may actually intend to use them is because they have a practical monopoly which allows them to arbitrarily fragment the market so they can artificially inflate prices.

    The main reason most people go with z?7 is the overclock unlock for K-chips. That itself is the biggest joke since it is a completely artificial limitation Intel engineered into their products to enforce co-upselling. As shown with the h87 slip-up, the h87 is perfectly capable of managing multipliers on Haswell K-chips when the K-chip lacks the microcode to enforce the z87 unlock "requirement."

    I don't bother with overclocking so this does not affect me... but it still annoys me on the basis of principles and general dislike for hair-splitting for profit.
    Reply