Page 1:Overclocking, Quick Sync, And SSD Caching
Page 2:ASRock Z68 Extreme4
Page 3:Z68 Extreme4 UEFI
Page 4:Z68 Extreme4 Utilities
Page 5:Asus P8Z68-V Pro
Page 6:P8Z68-V Pro UEFI
Page 7:P8Z68-V Pro Utilities
Page 8:Gigabyte Z68X-UD3H-B3
Page 9:Z68X-UD3H BIOS
Page 10:Z68X-UD3H Utilities
Page 11:Test Settings
Page 12:Benchmark Results: Crysis And F1 2010
Page 13:Benchmark Results: Just Cause 2 And Metro 2033
Page 14:Benchmark Results: Audio And Video Encoding
Page 15:Benchmark Results: Productivity
Page 16:Power, Heat, And Efficiency
Page 17:Overclocking Results
Let it be known that pre-B3 stepping Z68 chipsets (ones without the now-famous Cougar Point SATA bug) never made it to the market. With that noted, one of the distinguishing features of Gigabyte’s long model number is no longer relevant. With that aside, there’s plenty to like about Gigabyte’s GA-Z68X-UD3H-B3 (henceforth abbreviated as Z68X-UD3H).
For example, many readers have likely noticed by now that those rear-panel video connectors eat away at available back-panel space, forcing ASRock to eliminate USB ports and Asus to eliminate PS/2. At first, Gigabyte looks more like ASRock in this regard, but addresses the lack of external ports by adding more internal ports. An incredible eight USB 2.0 ports (four headers) and two USB 3.0 ports (one header) are available internally, to be connected to front-panel devices or slot brackets.
Gigabyte does not use an add-in controller for eSATA, but instead redirects one of the Z68 chipset’s SATA 3Gb/s ports to the I/O panel. That reduces the integrated controller to five ports, but allows users who don’t need more than five internal ports to disable any third-party controllers without disabling eSATA. Users who need up to seven internal ports will still find two internal ports on a third-party controller, though RAID arrays on separate controllers can’t be combined.
In other words, Gigabyte’s design makes sense for the majority of the Z68X-UD3H’s target market. Buyers with more exacting needs will likely seek a more expensive product anyway.
Similarly, Gigabyte eliminates Asus’ PCIe lane sharing problem not by adding a PCIe bridge, but by getting rid of the four-lane slot Asus and ASRock place at the bottom of their boards. Asus’ solution can’t be used in x4 mode without disabling several onboard controllers, and ASRock’s addition of the PCIe bridge makes it a more expensive product. Gigabyte and ASRock are probably at opposite ends of the $150-200 market when it comes to production cost, yet the only real difference most builders notice is the lack of support for a third graphics card.
In fact, the only cost-saving measure that really concerned us was Gigabyte’s seven-phase voltage regulator. Gigabyte is one of the few manufacturers who hasn’t received a nasty email from us concerning flaming voltage regulation circuitry. But even a well-protected circuit will become unstable (or shut down) when pushed beyond the limits of its components. That is to say, our chief concern is whether or not this reduced-cost design can take our processor anywhere close to its 4.7 GHz limit at 1.35 V.
The Z68X-UD3H installation kit contains four SATA cables, a flexible SLI bridge, an I/O panel plate, a manual, and the software CD.
- Overclocking, Quick Sync, And SSD Caching
- ASRock Z68 Extreme4
- Z68 Extreme4 UEFI
- Z68 Extreme4 Utilities
- Asus P8Z68-V Pro
- P8Z68-V Pro UEFI
- P8Z68-V Pro Utilities
- Gigabyte Z68X-UD3H-B3
- Z68X-UD3H BIOS
- Z68X-UD3H Utilities
- Test Settings
- Benchmark Results: Crysis And F1 2010
- Benchmark Results: Just Cause 2 And Metro 2033
- Benchmark Results: Audio And Video Encoding
- Benchmark Results: Productivity
- Power, Heat, And Efficiency
- Overclocking Results