Z97-hd3p.GA-Z97-HD3P (rev. 1.0)




Are you a human?.UserBenchmark: Gigabyte GA-ZHD3P Compatible Builds


Jul 10,  · to ascertain part figures when it comes to Gigabyte GA-ZHD3P (rev ) motherboard, we utilize best guess approach predicated on CPU model, frequency and functions. In some instances our estimate can be wrong. Please utilize specifications from the compatibility . Might 21,  · With a $ road price, the ZHD3 is $55 less expensive than the Z97X-UD5H that Geoff evaluated nearly last year. That savings nearly equals the predicted Reading Time: 8 minutes. GA-ZHD3P () GIGABYTE 9 Series motherboards offer the newest 4th & 5th Generation Intel® Core™ processors, joining together a unique blend of functions and technologies that offer the absolute ultimate system for your next PC create. Supports 4th and 5th Generation Intel® Core™ processors Extreme multi graphics assistance.


Z97-hd3p.GA-ZHD3P (rev. ) Overview | Motherboard – GIGABYTE worldwide

Buy Open Box: GIGABYTE GA-ZHD3P LGA Intel Z97 HDMI SATA 6Gb/s USB ATX Intel Motherboard with fast shipping and top-rated customer support. Newegg shopping upgraded ™. GA-ZHD3P Item Weight pounds Product Dimensions 10 x 11 x 13 ins Item Dimensions LxWxH 10 x 11 x 13 inches Computer Memory Type DDR3 SDRAM Manufacturer Gigabyte ASIN B00SUR7WQ0 Is stopped By maker No Date First Available January 5, /5(9). Jul 10,  · To determine component figures for any Gigabyte GA-ZHD3P (rev ) motherboard, we utilize best guess method centered on Central Processing Unit design, frequency and functions. In some instances our guess is wrong. Please utilize specifications from the compatibility .
Gigabyte’s Z97-HD3 motherboard assessed
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Gigabyte’s ZHD3 motherboard reviewed – The Tech Report

Rather, the board addresses the fundamentals and provides the essential overclocking assistance supplied by the Z97 chipset. The very first thing that strikes us when looking at the ZHD3 is how skinny it is.

While its length is full-size ATX, its circumference measures simply 7. Revision 1. This proximity will make it difficult to install cooler retention brackets that depend on thumbscrews. That said, we’d no issues installing the bracket and enormous water block of our Cooler Master Nepton M liquid cooler. The x16 slot regarding the right gets up to four Gen2 lanes from the chipset.

The additional x16 slot shares PCIe lanes with the two x1 slots. All four lanes can be routed towards the x16, which disables the two main x1s, or each slot can get one lane apiece.

By standard, installing a card in the 2nd x16 slot disables the two x1s. Two legacy PCI slots round out of the development stack. Nestled between the two PCIe x16 slot machines could be the low-profile chipset heatsink. Because of the Z97 dissipating only 4. This heatsink, combined with one from the VRMs, is held in position with push-pins. For M. Four associated with the back ports are regarding the SuperSpeed variation, as well as 2 more can be found via an internal header.

The twin USB 2. As is typical for boards in this cost range, the networking and sound is crab-flavored, with Realtek supplying the GigE and codec potato chips. An ALC codec handles sound duties. As a result, games are limited to stereo result and virtualized surround sound. To emphasize the onboard audio, Gigabyte has included LED lighting that traces the edge for the isolated circuitry.

If this character is a little too flamboyant, the LEDs could be handicapped via a firmware switch. The ZHD3 is no exception, nonetheless it lacks a hardware-based shortcut to go into the firmware. This small inconvenience becomes a whole lot more discouraging with the ultra-fast-boot option allowed, where no number of key-mashing on boot-up will get you to the firmware.

Although you can short this header with a screwdriver, whilst the handbook reveals, it is possible to connect a two-pin momentary switch like those used for chassis energy and reset buttons. Over the southern side of the board, where we usually see a reliable system Module header, Gigabyte features chosen to produce both serial and synchronous slot headers. But antiquated these interfaces may be, they do sometimes be useful.

My trusty HP LaserJet 4, which does not want to perish, just paper-jammed with pleasure. You still have to supply your very own interface cables, but. Users tend to be presented with three firmware interfaces: a novice-friendly Startup Guide, an enthusiast-oriented Smart Tweak UI, and an old-school Traditional Mode. At first glance, the firmware generally seems to allow people select from the Smart Tweak and Classic Mode interfaces.

After that gripe, the firmware is extremely pleasant to use. Newbies will appreciate the basic Startup Guide, and seasoned enthusiasts is appropriate at home with the variety tweaking options that the Smart Tweak UI affords them.

The largest distinction lies using the Simple Tune energy. Individuals with keen eyes will realize that the straightforward Tune application is lacking the 3D Power tab normally found on the left part. Despite dropping some energy adjustment choices, Simple Tune nevertheless delivers a full complement of CPU tuning controls.

The memory multiplier and XMP profile options work perfectly, however, as does the memory voltage get a grip on, which is somewhat confusing located on the Advanced Central Processing Unit OC tab. Including the fan speed manages readily available through the System Information Viewer utility together with remote management features within the Cloud facility application.

Among various other features, it may monitor and tweak system settings. With the ZHD3, users could keep track of a small number of voltages, fan speeds, and conditions. It would be nice to have the ability to set security thresholds for those of you factors, but tracking is an excellent start. On the tweaking front side, the remote app offers important multiplier, time clock, and current options.

It will, nonetheless, have actually a big impact on whether your overclocking journey is fun and easy, or hard and painful. At this stage, we eliminated the CMOS and started fresh. Simple Tune balances pre-baked overclocking pages with an auto-tuning feature that increases time clock speeds iteratively, testing security as you go along.

The Medium profile offered us 4. The Extreme profile chance for 4. Making it towards the Windows desktop computer was entirely off the table, as well as booting in to the firmware was a great deal to ask.

Again, it absolutely was time for you to clear the CMOS. Striking the top red launch missile begin option appeared to start up the procedure. After fulfilling itself that the device was stable, the auto-tuner proclaimed triumph at 4. Thanks to our Nepton cooler, this combination was steady without any signs of throttling. In comparison to the Pentium AE that Scott reviewed , my CPU is far more stubborn, with less overclocking headroom therefore the dependence on even more current at its peak. A chip such as this will simply play nicely with the most conventional pre-baked profiles.

With manual current alterations, we managed to get to 4. This left us without any choice but to clear the CMOS manually. With many previous chipset features today on the CPU die and few choices into the third-party peripheral controllers that dominate the scene, we rarely see meaningful overall performance differences between motherboards fitted with the same elements.

That said, we nevertheless test performance, if for no other explanation than to make certain all things are functioning correctly. The features are under, with the full descriptions regarding the test system and procedures regarding the following web page. It reaches the Windows desktop computer in only 12 moments, a complete three seconds quicker compared to the Asus board.

Unlike overall performance, power consumption can differ a good bit in one motherboard model to the next. We sized complete system power draw sans track and speakers in the wall surface plug with our test system idling for a time period of five full minutes regarding the Windows desktop, after which under a full load combining Cinebench rendering with all the Unigine Valley images demo. Both boards have moderate energy circuitry, minimal 3rd party silicon, and a complete absence of auxiliary storage controllers.

Nonetheless, this difference just sums to a single watt. Listed here web page is full of comprehensive motherboard specs, system configurations, and test procedures.

PCH IO voltage: 1. Efficiency testing and overclocking was completed on an open-air testbed. Thanks, additionally, to your motherboard makers for providing the boards. The examinations and methods we employed are publicly offered and reproducible.

All examinations except power consumption had been run a minimum of 3 x. Unless usually suggested, we reported the median outcome for every single test. When you have questions about our methods, hit our forums to talk to us about them. The budget Z97 landscape is incredibly crowded. Motherboard manufacturers are vying for your dollars with a minumum of one, if not multiple offerings at somewhat various cost points. Unfortunately, the board has trouble recovering from overly ambitious overclocks. Usually, the ZHD3 is a good entry-level board that manages to pack in a few perks: a gorgeous firmware screen for overclocking, a second PCIe x16 slot with sufficient bandwidth for CrossFire configs, and upgraded onboard audio with isolated circuitry, fancy capacitors, and light emitting diode lighting.

Gigabyte in addition has kept its eye on future CPUs. Simply be aware for the limitations. The panels are a better fit for experienced overclockers who intend to improve speeds manually other than depending on automobile tuning options. What number of of you use the new, pretty BIOS interface? This board really is kinda weird. Why make this board in the first place? Avoiding the Killer NIC had been a primary reason that I selected an Asus Gryphon motherboard for personal build, however you have to pay for reasonably limited to have an enthusiast-oriented motherboard from Asus.

Please decide on one damn keyed front panel connector layout and standardize it kindly. You don’t have for PITA solitary pin contacts. Indeed, pinning these down one at a time is definitely archaic. ASUS was on to one thing maybe is still? Will they nevertheless consist of it because of their current panels? Too easy-still have to sporadically alter pins to fit.

We need to go away from ATX. The entire front-panel mess is still with us because ATX never standardized it to begin with. It’s still perhaps not. What you have here then is case manufactures ignoring the spec. The motherboards have experienced the pins set down the same from one to another location. Some do have more, some less — point is, every pair of pins for a given purpose are the same from board to board.

At least it will be a start. Intel tried along with their BTX kind factor in the mids. Although which was supposedly driven by the huge [for the time] TDPs for the later Pentium 4s.

Because of this, AMD never picked-up it as they were utilizing K8 chips at that time that have been built with incorporated memory operator.