Overview and testing of the ASUS MAXIMUS VI GENE compact system board for Intel processors performed by the LGA1150. Packaging and equipment
The last platform of the Socket 1150 from Intel, the sale of which began in June, brought to the market not only the 4th generation processors, but also contributed to the emergence of new chipsets and motherboards on their basis. For his new intel Platforms They prepared the sets of the chip Z87, H87 and H81, on the basis of which manufacturers of motherboards presented to the market wide range of their products.
Company ASUSBeing one of the leading manufacturers in the production of motherboards, it kindly provided for an overview of the editorial board of our site three motherboards: ASUS Maximus VI Hero, Asus Sabertooth Z87 and ASUS Z87-PLUS. In this review we will tell you about the motherboard ASUS MAXIMUS VI HEROrelated to the "Republic Of Gamers" series.
Packaging and equipment
ASUS Maximus VI Hero comes in a large dark red cardboard box.
The box has a folding lid, opening which you can see through a transparent plastic blister my motherboard.
On the inner folding part of the box there are information on the ASUS SUPREMEFX and SONICRADAR and SonicRadar applied in this board. Sonic Radar - technology designed to enable visualization of all sound sources in computer games, and even those sounds that are outside the player's visibility. As you know, ASUS has its own division that develops sound devicesAnd it was precisely the developments of this unit that were used in the implementation of this technology. Sonic Radar can be used with sound cards ROG series (including Xonar PHOEBUS and Xonar Phoebus Solo) and MaXimus VI Majimus VI Motherboards with SUPREMEFX Audio Processor.
The back of the packaging also contains many useful information.
Among which the photo shows the main advantages, specifications and diagram of the rear panel connectors.
As for the configuration, it is kindly good. Complete with the motherboard are present:
- plug for the rear panel;
- user's manual;
- hanger on the door with a warning do not disturb;
- set of stickers for cables;
- Set of Q connectors;
- sLI bridge;
- drive with drivers and software;
- rOG sticker;
- six SATA 6 GBIT \\ C cables.
Appearance and technological features
The external design of Maximus VI Hero is performed in the already familiar style. The board itself is painted in black, some plastic elements on the board in red. This combination of colors ASUS has already taught users to immediately find out in the device belonging to the "Republic of Gamers" series. Power supply elements near the processor are equipped with massive radiators, which are fixed from the reverse side of the board with additional stiffese plates.
The motherboard supports all existing Socket 1150 processors, and is able to take on board up to 4-dimensional DDR3 memory at 8GB each.
The rear panel contains eight USB connectors, half of which USB 3.0 (marked in blue). There is a universal PS / 2 connector for the keyboard and mouse, next to which the reset button of the BIOS settings is present. From the video outputs there is an HDMI version 1.4 connector. Six sound connector 3.5 Jack are concentrated by a single block, there is also an optical audio output. To connect the network there are 1000Mbps / s Ethernet port.
As befits a real motherboard for overclocking, in Maximus VI Hero, the power is organized according to the 24 + 8pin scheme. Of course, when connected according to the 24 + 4Pin scheme, the motherboard will also work great, but in this case it is not necessary to count on the maximum results in the acceleration of the processor at two or three mounted video cards.
Near the 24pin connector there is a 19-pin port for connecting USB 3.0 connectors on the front of the hull front panel.
Power on the motherboard is made according to the 8 + 2 phase scheme. Of these, 8 phases for the processor and 2 phases are for RAM. In ASUS, Digi + VRM PWM controllers are used.
Cooling motherboard It consists of two radiators, one on the chipset, the second on the power elements of the motherboard.
Near the memory modules there are two convenient Start and Reset buttons, as well as a two-character POST code indicator. All these opportunities are convenient to use if you have an outdoor test stand.
The expansion slots are present three PCIX1 slots1, and three PCIX16 slots. Slots highlighted in red are designed by default to install video cards. The first slot will work as PCIX16 when installing one video card. When installing two video cards, the first and second slots will work already as PCIX8. The third slot will always work as PCIX4. Slot work diagram can be easily determined by placing on the other side of the motherboard.
The audio tract of the motherboard is separated from the rest of the parts with a special tap, which not only serves to prevent interference, but also very effectively glows in red during operation.
The audio processor RealTek is closed on top of a plastic case with the inscription SUPREMEFX, which also shines while working in red.
According to condensers in the field of audio tract, it is seen that considerable funds are invested in the production of this motherboard - there are expensive and reliable capacitors from the famous Japanese manufacturer Elna.
Motherboard will allow you to connect to 8 hard disks or optical drives. All SATA ports have a speed of 6Gbit / c.
As you know, the Z87 chipset supports only 6 SATA-3 ports, so the additional pair of SATA-3 ports is implemented using the ASMEDIA ASM 1061 controller.
Motherboard Heart - Z87 chipset hidden under a massive aluminum radiator painted in the colors of the republic of Gamers series: black, with red inserts.
After removing the radiator, you can see that the chipset has no protective frame. Therefore, manipulation with the removal of the radiator should be done carefully.
The NuVoton NCT6791D chip, which is located near the Z87 chipset, is responsible for entering the output and system monitoring.
BIOS capabilities
In this part of the review we will try to show the basic settings of the BIOS motherboard.
Tab My Favorites.
Tab Extreme Tweaker.
Tab Main.
Tab Advanced.
Tab Monitor.
Tab Boot.
Tab Tool.
Also, in addition to settings, BIOS motherboard has the ability to save the list recent changes In the settings in the text document, as well as simply create and print the text, which can then be saved to USB media.
Specifications
CPU | Intel® Socket 1150 For 4 Th Generation Core ™ i7 / Core ™ i5 / Core ™ i3 / Pentium® / Celeron® Processories |
RAM | 4 x Dimm, Max. 32GB, DDR3 3000 (OC) / 2933 (OC) / 2800 (OC) / 2666 (OC) / 2600 (OC) / 2500 (OC) / 2400 (OC) / 2200 (OC) / 2133 (OC) / 2000 ( OC) / 1866 (OC) / 1800 (OC) / 1600/1333 MHz Non-ECC, Un-Buffered Memory |
Multi-GPU technology support | Supports NVIDIA® Quad-GPU SLI ™ TECHNOLOGY |
Expansion slots | 2 x PCIe 3.0 / 2.0 x16 (x16 or dual x8, (red)) |
Data store | Intel® Z87 Chipset: |
The local network | Intel® i217V, 1 x Gigabit Lan Controller (s) |
Intel® Z87 Chipset: |
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Accepted functions | EXTREME ENGINE DIGI + III: |
Connectors on the back panel | 1 x PS / 2 Keyboard / Mouse Combo Port (s) |
Connectors on the board | 1 x USB 3.0 Connector (s) Support (s) Additional 2 USB 3.0 Port (s) |
64MB UEFI AMI BIOS, PNP, DMI2.7, WFM2.0, SM BIOS 2.7, ACPI5.0A Multi-Language BIOS |
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Form factor | ATX Form Factor |
Test Stand Configuration and Testing
CPU | Intel Core i7-4770K 3,5GHZ LGA1150 (Hyperthreading On, TurboBoost ON) |
Motherboard | ASUS MAXIMUS VI HERO LGA1150 (BIOS V.0711) |
RAM | (4GB * 2 PC-17000 Cl 11-11-11-30 1.65V, XMP Profile) |
Video card | Inno3d. GeForce GTX. 660 TI 2048MB. |
Power Supply | THERMALTAKE TOUGHPOWER XT 775W |
HDD | SATA-3 1TB Seagate 7200 Barracuda (ST1000DM003) |
SAMSUNG BX2335 23 "(1920x1080) |
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Thermal interface | Gelid GC-Extreme |
Operating system | Windows 7 x64 SP1 |
Other in |
To test the motherboard, the fastest Intel Core i7-4770K 35GHz processor was taken. The processor worked in nominal mode, RAM with XMP 2133MHz profile. Full system data can be assessed about screenshots from the CPU-Z program.
ASUS MAXIMUS VI HERO is the first board with which we begin testing the platform 1150, so the results are presented in absolute value, without any comparative data.
Aida64 Cache & Memory Benchmark.
This test shows the memory of the memory and the different levels of the processor kesh.
HEAVEN BENCHMARK 4.0.
This test package is although it is graphic, but even it is possible the influence of the motherboard for performance. That is why we include it in the list of tests for motherboards.
PCMark 7.
The test package from Futuremark is not suitable for estimating computer performance in everyday use.
Super PI 1.5.
Calculation of the number π. In this test package, we limited to the specified values \u200b\u200bof 1m and 8m.
Conclusion
Summing up Review of the motherboard ASUS MAXIMUS VI HEROFirst of all it is worth saying the technical equipment of the board. The release of the ROG series, ASUS tried not only to expand the functionality of the motherboard, but also to equip it with high-quality components and competent wiring. For advanced users, there are two PCIX16 slots for video cards, and eight SATA ports, and the abundance of USB 3.0 connectors. Plus the motherboard will be the presence of hot buttons for turning on and reset directly on the motherboard. And the presence of the POST code indicator will quickly determine the reason for the inoperability of the system to quickly determine the reason for the inoperability of the system.
In general, the motherboard ASUS MAXIMUS VI HERO Practically does not have drawbacks. It has everything to use it in the configuration. gaming computer With Multi-GPU systems. The presence of rich bios settings will allow not only flexible and effectively dispersed the system, but also to manage the smallest parameters. The only thing that can be accommodation is for the price, which in the Russian retail is an average of 7 thousand rubles, which in itself is quite a few for the motherboard. And so, in general ASUS MAXIMUS VI HERO It is successfully suitable for both overclockers and lovers of computer games, who want to join the "Republic of Gamers".
Pros:
- bIOS rich capabilities;
- competent convenient wiring;
- high-quality sound;
- good equipping with high-quality components;
- cooling power elements by radiators;
- buttons START and RESET on the board, the POST code indicator;
- support Multi-GPU ligaments according to the PCIE formula (x8 + x8).
Minuses:
- price.
Weigh all for and against, the editorial is awarded the motherboard ASUS MAXIMUS VI HERO Award i2hard. - gold.
The motherboards of the ASUS ROG rulers have always occupied a leading position among decisions for overclocking enthusiasts and computer games. But the progress of inexorable and the existing flagships are slowly moved to the background, freeing the place of new leaders. To keep the place on the top of the Olymp Peace of Motherboards, ASUS produces a new applicant for the title of the best overclocking solution. Following the given logic, this product should be not only perfect of the predecessor, but also to be ahead of its opportunities competing solutions from other manufacturers, as it often happened with overclocker products of the ASUS ROG series. Will it happen this time? Let's try to find the answer to this question.
ASUS Maximus VI Extreme motherboard specifications:
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Manufacturer |
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Maximus VI Extreme. |
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Intel Z87 Express |
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Processor connector |
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Supported processors |
Intel Core i7 / Core i5 / Core i3 / Pentium / Celeron with Haswell microarchitecture for Socket LGA1150 |
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Memory used |
3000* / 2933* / 2800* / 2666* / 2600* / 2500* / 2400* / 2200* / 2133* / 2000* / 1866* / 1800* / 1600 / 1333 XMP support NON-ECC, UN-BUFFERED (* - in overclocking mode) |
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Memory support |
4 x 240-pin DIMM connector of two-channel architecture with a total memory capacity up to 32 GB |
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Expansion slots |
5 x PCI Express 3.0 x16 (x16 or x8 / x8, x8 / x16 / x8, x8 / x16 / x8 / x8) 1 x PCI Express 2.0 x4 1 x Mini-PCI Express 2.0 X1 (MPCIE Combo II Adapter) |
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NVIDIA 4-Way SLI |
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Disk subsystem |
Intel Z87 Express: 6 x SATA 6 Gb / s 1 x M.2 (NGFF) Socket 2 (SATA 6 Gb / s Protocol) Support RAID 0, 1, 5 and 10 ASMEDIA ASM1061 CONTROLLER: 4 x SATA 6 Gb / s |
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Gigabit network Controller Intel WGI217V. |
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Wireless network interfaces |
802.11 A / B / G / N / AC Wi-Fi (2.4 / 5 GHz), Bluetooth 4.0 |
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Sound subsystem |
8-channel HD audio codec Realtek ALC1150 |
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24-pin EATX 8-pin ATX12V 4-pin ATX12V 6-pin EZ_PLUG 4-pin EZ_PLUG |
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Cooling |
Three radiator connected by heat pipe Radiator chipset |
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Connectors for fans |
2 x 4-pin for CPU 6 x 4-pin for cabinet fans |
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External ports I / O |
1 x PS / 2 (keyboard / mouse) 1 x LAN (RJ45) port 1 x CMOS Reset Button 1 x Rog Connect Button 1 x optical S / PDIF output 6 audio connections for connecting multichannel sound |
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Internal ports I / O |
1 x USB 3.0 (connection of two additional USB 3.0 ports) 3 x USB 2.0 (connection of six additional USB 2.0 ports) 1 x S / PDIF output 10 x SATA 6.0 Gbit / s 1 x MPCIE COMBO II connector 3 x Connector for connecting thermocouple 10 x Points Probeit 4 x Switch Slots PCI Express X16 1 x Switch LN2 Mode 1 x SLOW MODE Switch 1 x DRCT switch 1 x FastBoot switch 1 x Switch ROG EXTENSION 1 x Button for switching BIOS chip 1 x POST code indicator panel 1 x DirectKey button 1 x Memok button! Front panel audio connections System panel connector |
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64 MB UEFI AMI BIOS, PNP, DMI2.0, WFM2.0, SM BIOS 2.5, ACPI2.0A Multi-Language BIOS |
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Exclusive advantages |
mPCIE COMBO II (MPCIE / M.2 Combo Card) EXTREME ENGINE DIGI + III ROG EXTREME OC KIT ASUS Dual Intelligent Processors 4 WITH 4-WAY OPTIMIZATION USB BIOS FlashBack |
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Equipment |
user's manual plug interface panel 10 x SATA cables 1 x Asus 2T2R dual-band movable antenna 1 x Bridge 3-Way SLI 1 x Bridge 4-Way SLI 1 x SLI Bridge 1 x Bridge Crossfire 1 x K-Connector set 1 x ROG cable 1 x set of labeling strapping 1 x MPCIE Combo II NGFF Expansion Card WiFi 802.11 A / B / G / N / AC and Bluetooth V4.0 / 3.0 + HS Module 1 x ROG Magnet External OC PANEL module: 1 x OC Panel 5.25-inch metal housing 1 x Cable for connecting OC Panel |
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Form factor, dimensions, mm |
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Products webpage |
Packaging and equipment
The Maximus VI Extreme Motherboard is supplied in a large cardboard box equipped with a handle for ease of carrying. The packaging design is designed in a strict style characteristic of the ROG-series. On the front side is only the name of the model, indicating that it is designed specifically for experiments with acceleration, and the external OC Panel module includes.
More information is present on the back of the packaging. In addition to the specifications and configurations of the interface panel, two options for using the OC Panel module are shown here, the presence of a digital power stabilizer EXTREME ENGINE DIGI + III is noted, and supported support nVIDIA technologies 4-way SLI and AMD CROSSFIREX.
The design of the box allows you to look at the system board itself, as well as on the OC Panel module without removing them from the package. On the back of the decorative lid, additional information is available, including: a detailed description of the OC Panel module, an Extreme Engine Digi + III system and a complete MPCIE Combo II extension card. At the bottom of the lid, you can notice the designation of some more important features of the motherboard:
- support software function RAMDISK, with which you can create a virtual disk with cache memory to speed up the system, using up to 80% of the installed RAM;
- the presence of high-quality components in the power system;
- presence of the OC Zone region to control acceleration;
- support for the USB BIOS Flashback function, which will update the UEFI BIOS even without the CPU or DRAM installed by connecting the flash drive with the BIOS firmware and the 3-second click on the corresponding button on the interface panel. At the same time, the motherboard should
ASUS Maximus VI Extreme is very extensive. In addition to the user manual, DVD Disc With drivers and utilities, interface panel plugs, ten SATA cables, four multiple bridges for combining AMD and NVIDIA video cards, a set of Q-connector, cable screeds, as well as branded magnet, we found:
- mPCIE COMBO II NGFF Expansion Card with WiFi and Bluetooth Modules;
- movable WiFi ASUS 2T2 antenna;
- external OC Panel module;
- 5,25-inch metal case for installing the OC Panel module in the system unit;
- cable for connecting OC Panel;
- ROG cable.
A large number of SATA cables and bridges for video cards testifies in favor of the fact that this model is addressed not only to professional overclockers, but also to gamers with a high level of wealth, there is no reason the whole series is called Republic of Gamers. Nevertheless, the most interesting element of the configuration is definitely the OC Panel module, whose capabilities we will look at a little later, and now - all attention to the motherboard ASUS Maximus VI Extreme.
Design and Features of the Board
Surprisingly, but the flagship model for overclocker-enthusiasts and "hardcore" gamers from ASUS was carried out within the framework of the standard ATX form factor, unlike the larger model of the previous generation, which is a considerable merit of the designers of this product. Probably reduction of dimensions managed to achieve due to the appearance of the OC Panel module, which was transferred by a number of functionality for overclocking.
The new flagship uses an element base, typed from premium-class components - solid-state Japanese Black Metallic capacitors, exclusive blackwing chokes and highly reliable NEXTFET transistors in the processor power system.
The layout of the elements on the system board also paid sufficiently attention: Slots under RAM are equipped with fixed locks on one side, to conveniently replace modules when installed video cardAnd the SATA ports are naturally placed parallel to the printed circuit board. In addition, the novelty is characterized by a fairly dimensional assembly of radiators, which can somewhat limit the freedom in the selection of the processor cooling system, but it will be positively affected by the stability of the system in serious acceleration.
At the bottom of the motherboard, the following connectors and elements are located in order to be right:
- s / PDIF connector, under it - a block connection of the system panel audio connections;
- fastBoot switch accelerating system load by eliminating some steps;
- the DirectKey button, which allows you to be guaranteed to get into the UEFI BIOS shell when loading the system, bypassing the procedure for multiple Pressing the DEL key;
- 4-pin connector for connecting the enclosure fan, here closer to the edge of the board is another similar;
- tB HEADER connector, which is required to connect an optional external Thunderbolt controller from ASUS;
- a pair of ROG EXTENSION connectors, with which the OC PANEL external module is connected;
- two pads for connecting four USB 2.0 ports (two on the connector);
- one of the three connectors for connecting the thermocouple, with which you can produce accurate control of the temperature of the motherboard components without using a separate thermometer (the second connector is above the first PCI Express X16 slot, the third - in the OC Zone region);
- the DRCT connector that is designed to output the DirectKey button on the PC case, if the latter is supported by such an opportunity;
- system panel connector;
- the BIOS Switch button to switch between two BIOS chips, which are located between the bottom PCI Express X16 connectors.
To connect drives, 10 SATA ports 6 Gbps with support for SATA RAID arrays 0, 1, 5, 10. The functioning of such a number of these interfaces was made possible thanks to the pair of ASMEDIA ASM1061 controllers, which were added to six "chipset" four SATA ports 6 Gb / c. The sticker from above states that when using the MPCIE COMBO II slot, one of the SATA ports will be unavailable.
Nearby is painted in red 19-pin connector for connecting two USB 3.0 ports, which can be displayed on the front or back housing panel.
Before you the so-called OC Zone, where tools are concentrated for overclocking and monitoring. Here are:
- start and Reset buttons;
- four PCIe X16 Lane Switch switches that allow in manual mode to activate or deactivate PCIExpress 3.0 x16 slots;
- memok button! allows you to automatically select the necessary operational memory options for a successful start system;
- probeit contact group, with which you can perform stress measurements on the main components of the system using a multimeter;
- switch SLOW MODE, lowering the processor frequency with sharp changes in the system temperature, for example, during experiments with liquid nitrogen;
- jumper LN2 MODE, the closure of which reduces the temperature of the so-called Coldbug and ColdBoot, otding the threshold of thermal protection to lower values \u200b\u200bwhen using liquid nitrogen in the cooling processor;
- pOST-CODE indicator panel;
- two additional enclosure fans.
You can set up to 32 GB of the DDR3 RAM 32 MAXIMUS VI E Extreme motherboard, for which four 240-pin DIMM connector are provided equipped with static locks on one side. According to the manufacturer, the distribution for the DIMM connectors is performed on the so-called T-topology of the 2nd generation, which allows you to achieve the operation of modules at higher clock frequencies. According to specifications, the decision officially supports the maximum frequency of 3000 MHz in overclocking mode. To activate a two-channel mode of operation, in the case of using only two memory modules, you must install them in the slots of the same color.
To stabilize the supply voltage on the processor and memory modules there is a fully digital EXTREME ENGINE DIGI + III converter, made according to the 8 + 2 phase scheme. Exceptionally highly reliable premium components are used: exclusive blackwing chokes, capable of working with currents up to 60 A and having a gold spray, resistant to elevated temperatures of solid-state Japanese BLACK METALLIC capacitors, as well as energy-efficient NEXTFET transistors. The digital architecture of the stabilizer is designed to provide maximum stability and pretentious control of voltages on the components, which is so necessary to overclockers professionals.
In addition, to ensure greater stability in the modes of maximum power consumption, in addition to the 8-pin power connector near the smoked 4-pin ATX12V connector.
The digital controller Digi + ASP1251, memory - Digi + ASP1103 corresponds to the processor power management.
The reverse side of the system board is equipped with MOSFET radiators for better heat dissipation, as well as an amplifying plate that gives additional rigidity to the processor connector.
Cooling the heating elements of the power supply chain processor and the PLC switch provides a bunch of three radiators and a thermal tube. In all cases, thermal staples are used as thermal conductors. Also mention the good screw mounting of the radiators to the printed circuit board.
The radiator of the system logic chip, which is also fixed on the screws, is applied to a pasty thermal interface.
The highest temperature during testing the motherboard was recorded on the chipset radiator and was only 35.9 ° C, which positively characterizes the capabilities of the passive cooling system.
As a high-class decision of the Republic of Gamers series, the Maximus VI Extreme motherboard is equipped with five PCI Express 3.0 x16 slots, among which one PCI Express 2.0 x4 was lost.
Due to the PLX PEX 8747 switch, which adds 16 PCI-E lines, supports configurations from several video cards in modes: x8 / x8, x8 / x16 / x8, x8 / x16 / x8 / x8, x8 / x16 / x8 / x8, with support for AMD Crossfirex or NVIDIA technologies SLI. Note that the PCI Express X16 slot is used only in case of installation of two video cards, and when installing more Video adapters he remains unused. When creating a Multi-GPU configuration, a useful bonus will serve as a set of dialing of multi-format bridges for combining video cards.
In the case of using several graphic adapters The manufacturer recommends connecting to a 6-pin additional power connector located above the top slot PCI Express X16. There is also a 4-pin EZ Plug connector, which is worth a meal for a more stable power supply of I / O ports on the interface panel.
In addition, the expansion of the motherboard functionality is possible at the expense of the MPCIE Combo II slot. It is used for a complete discrete module MPCIE Combo II NGFF, with a preset MPCIE extension card containing Bluetooth 4.0 and Wi-Fi modules 802.11a / B / G / N / AC (with support for two frequency ranges - 2.4 and 5 GHz) , as well as a M.2 Socket connector. The latter is used to connect small-sized solid-state drives of the new NGFF format, which in the near future promise to get widespread.
As you can see, the design of the MPCIE Combo II NGFF module itself involves liding the wires to the Wi-Fi antenna through the special holes in the interface panel plug.
The functioning of two additional USB ports 3.0 has become possible due to the Asmedia ASM 1074 chip.
A pair of ASMEDIA ASM 1061 chip provides support for four additional SATA ports 6 Gb / s.
Since the Asus Maximus VI Extreme motherboard uses a sufficiently large number of additional controllers, then to increase the number of available PCI Express lines of the system logic set, the manufacturer applied the PLC 8605 microcircuit.
The OC PANEL external module management is assigned to the Republic Of Games chip with a 035-A2 1228GA marking.
The Multi I / O capabilities are provided by the NuVoton NCT6791D chip, which manages the operation of system fans, PS / 2 port, and also provides monitoring.
If you suddenly decided to take advantage of the possibilities of the graphics core integrated into the central processor, then you have two video outputs: HDMI and DisplayPort, switching between which is carried out by the Parade PS8201A chip.
To support network connections, the Gigabit LAN controller Intel WGI217V is used.
The sound subsystem is based on the 8-channel HDA codec of the REALTEK ALC1150, which supports the audio systems of formats 2/4 / 5.1 / 7.1. It is capable of playing audio with a signal-to-noise-noise ratio at 112 dB and provides sound recording with a signal-to-noise ratio of 104 dB. Also, the realized audio subsystem can boast the possibility of playing lossless audio with a 192 kHz sampling frequency and a 24-bit resolution.
The following set of ports and connectors are present on the ASUS Maximus VI Extreme Interface Panel:
- 1 x PS / 2 (keyboard / mouse);
- 6 x USB 3.0;
- 2 x USB 2.0;
- 1 x DisplayPort;
- 1 x HDMI;
- 1 x LAN (RJ45) port;
- 1 x CMOS reset button;
- 1 x ROG CONNECT button;
- 1 x optical S / PDIF output;
- 6 audio connections for connecting multichannel sound.
Everything you need to operate modern system Present. Despite the fact that this model is intended for overclockers and gamers, the developers have placed two video outputs here to implement the capabilities of the graphics core built into the processor. Naturally, the interface panel plug is designed in such a way that it does not end on the ROG Connect buttons and the CMOS reset, and continues to the upper border of the motherboard, where it has holes for outputting wires on a Wi-Fi antenna, in case MPCIE COMBO II card is installed. NGFF.
Two 4-pin connectors are intended for connecting fans of the cooling system of the processor. And under the installation of system fans there is a six similar configuration, which will not be superfluous to cool the "top" system with several hot video adapters.
External OC Panel Module
The included OC Panel module is intended for more convenient access to optimization and monitoring settings, without the need to use BIOS or special utilities.
Using OC Panel provides two scenarios. The first is the installation in Normal mode, in which the control unit itself is inserted into the complete housing for installation in 5.25 "compartment of the PC system unit. In this embodiment, OC Panel performs the role of a monitoring system: shows the speed of rotation of the blades of the processor fan, its temperature, the multiplier and the frequency of the system tire. The button on the right with the image of the fan allows you to switch their work profiles ("Silent", "Standart" and "Turbo" modes). The "OC" button switches the processor acceleration profiles, and the above above it allows you to move between the "Normal" and "Extreme" operating modes.
In EXTREME mode, the OC Panel module is used as an external portable console. The ability to exercise manual overclocking: Changing voltages VCCIN, VCACHE, VCORE, DRAM VOLTAGE, System Tire Frequencies, Processor Multiplier, etc.
Removable part OC Panel opens access to additional overclocking tools.
There are four connections for connecting additional fans, Slow Mode and Pause switches, two VGA SMB connections and a VGA Hot Wire Connectors Group.
To connect OC Panel, you must use a complete cable, as well as connect the SATA power cable.
UEFI BIOS.
On the motherboard ASUS MAXIMUS VI EXTREME uses very rich in functionality Preloader UEFI BIOS, which is not surprising for the product of this level. We will enjoy to delve into all sorts of system settings, separated by many tabs and screens, the happy owners of the motherboard, we note the main one.
On the main screen UEFI, you can see the version of the BIOS, model and frequency of the processor, as well as the amount of installed RAM. In addition, on the right side of any of the BIOS screens, you can create a quick note about any actions and view the list of recent changes made.
All configuration-related settings are in the "Extreme Tweaker" tab.
You can experiment with lifting the system tire clock frequency by selecting one of the profiles or stop at one of the options for automatic acceleration.
Memory frequency multiplier allows you to set the frequency from 800 to 3200 MHz.
Also, if necessary, you can access the memory delays adjustments.
To increase stability during acceleration, the Digi + digital power management system can be configured.
The basic settings required to optimize the system are reduced to the table:
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Parameter |
Menu name |
Range |
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System Tire Frequency |
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100, 125, 166, 250 |
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RAM frequency |
Memory Frequency |
3200, 2400, 2133, 1866, 1600, 1333, 1066, 800 |
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RAM timings |
Cas Latency, Ras To Cas, Ras Pre Time, Ras Act Time, Dram Command Mode, Ras to Ras Delay, Ref Cycle Time, Write Recovery Time, Read to Pre Time, Four Act Win Time, Write to Read Delay, Write Laency |
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CPU POWER THERMAL CONTROL |
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Min. CPU Cache Ratio Limit |
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Max CPU Cache Ratio Limit |
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Fixed processor frequency |
CPU Fixed Frequency (KHZ) |
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Long Duration Package Power Limit |
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Package Power Time Window |
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Short Duration Package Power Limit |
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CPU Integrated VR Current Limit |
0,125 - 1023,875 |
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Fixed RAM frequency |
DRAM FIXED FREQUENCY (KHZ) |
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Power Current Slope |
AUTO, LEVEL -4 - LEVEL 4 |
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Power Current Offset. |
AUTO, -100% - 100% |
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POWER FAST RAMP RESPONSE |
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|
POWER SAVING LEVEL 1 THRESHOLD |
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POWER SAVING LEVEL 2 THRESHOLD |
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Power Saving Level 3 Threshold |
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|
The amount of memory allocated for the needs of the graphics core of the processor |
AUTO, 32, 64, 96, 128, 160, 192, 224, 256, 288, 320, 352, 384, 416, 448, 480, 512, 1024 |
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|
Tension on the processor |
CPU Core Voltage. |
1,050000 - 2,200000 |
|
|
CPU Cache Voltage. |
1,050000 - 2,200000 |
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|
Voltage on the graphical core of the processor |
CPU Graphics Voltage. |
0,800000 - 1,920000 |
|
|
System Agent Voltage |
CPU System Agent Voltage |
0,850000 - 2,200000 |
|
|
CPU Analog I / O Voltage |
1,000000 - 2,200000 |
||
|
CPU Digital I / O Voltage |
1,000000 - 2,200000 |
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|
Input voltage on the processor |
CPU Input Voltage. |
||
|
Voltage on RAM modules |
1,20000 - 1,92000 |
||
|
Voltage on chipseet |
PCH Core Voltage. |
0,70000 - 1,80000 |
|
|
1,20000 - 2,00000 |
|||
|
0,60000 - 1,00000 |
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|
DRAM CTRL REF Voltage |
0,39500 - 0,63000 |
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DRAM DATA REF Voltage On Cha |
0.39500 - 0,63000 |
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DRAM DATA REF Voltage On CHB |
0.39500 - 0,63000 |
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|
Clock Crossing VBoot |
0,10000 - 1,90000 |
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|
Clock Crossing Reset Voltage |
0,10000 - 1,90000 |
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|
Clock Crossing Voltage. |
0,10000 - 1,90000 |
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|
Pll Termination Voltage. |
1,00000 - 2,50000 |
The Monitor section opens access to voltages on all components of the system, processor temperature, chipset and switch PLX, as well as the speed of rotation of the processor and additional fans.
When you try to exit BIOS while saving settings, the window pops up with the display of changes made to the critical values.
Utilities
Completed with the motherboard comes the branded utility ASUS Ai-Suite III.
The AI-Suite III interface includes five major sections: 4-way optimization, TPU, EPU, DIGI + Power Control and Fan Xpert 2. In the first you get general information About the current state of the system, data on the acceleration of CPU, energy saving, as well as a brief summary of the operation of installed fans.
The TPU section opens access to manual acceleration of the system without the need to go to the BIOS.
In the next EPU item, the parameters responsible for the power consumption of the system are configured. Here you can change the time through which the computer will go into sleep mode, as well as choose the mode of operation of the fans, the high speed of which can be excess at a simple system.
Section Digi + Power Control provides an opportunity thin setting CPU power management and RAM, in which you can adjust the CPU Load-Line Calibration, the frequency of the converters for the processor and memory, as well as some other parameters.
In the last section you will get ample opportunities for setting up the cooling system. Thus, the most interesting feature is the automatic creation of a change in the speed of rotation of the fan blades, depending on the temperature of certain components. If you do not want to set all the parameters manually, you have a choice of four ready-made schemes.
Utility Mem Tweakit. Allows you to configure the RAM parameters directly in the OS environment.
Testing
The following equipment was used to test the motherboard:
|
CPU |
Intel Core i7-4770K (LGA1150, 3.5 GHz, L3 8 MB) Turbo Boost: Enable |
|
Scythe Kama Angle Rev.B |
|
|
RAM |
4x 4GB DDR3-2400 Twinmos Twister 9DHCGN4B-HAWP |
|
Video card |
AMD Radeon HD 6970 2 GB GDDR5 |
|
HDD |
Seagate Barracuda 7200.12 ST3500418AS, 500 GB, SATA-300, NCQ |
|
Optical drive |
ASUS DRW-1814BLT SATA |
|
Power Supply |
SEASONIC X-560 GOLD (SS-560KM Active PFC) |
|
Codegen M603 Miditower (2 x 120 mm fan on blow / blowing) |
MAXIMUS VI EXTREME MAXIMUS VI EXTREME motherboard operating in standard mode without overclocking components, demonstrates performance approximately equal to other high-level solutions on this set system logic. Consequently, the quality of manufacturing this model and the level of optimization of the BIOS settings is very high, which is not surprising for the overwhelming majority of modern motherboards.
Opportunities
The inspection of overclocker features of the novelties we started with testing various automatic acceleration technologies. In particular, the choice of one of the Gamers Profile profiles in the motherboard BIOS increases only the frequency of the processor by simply increasing the multiplier.
We also tried to raise the frequency of the system tire through the profiles built into BIOS (190, 195 MHz), that the motherboard obediently performed.
The upper limit during the acceleration of the system tire, which we managed to achieve in manual mode was 197 MHz, which is an excellent result for Intel Haswell processors.
Manual acceleration to 4600 MHz by increasing the multiplier was successful. Note that your authentic capabilities of the Asus Maximus VI Extreme motherboard will be able to reveal with more advanced cooling systems and in-depth study of overclocking settings.
Testing the audio path based on the codec RealTek ALC1150
General results (RightMark Audio Analyzer)
Mode of operation 16-bit, 44,1 KHz
|
Very good |
||
|
Noise level, dB (a) |
Very good |
|
|
Dynamic range, dB (a) |
Very good |
|
|
Harmonic distortion,% |
Very good |
|
|
Very good |
||
|
Intermodulation by 10 kHz,% |
Very good |
|
|
Total assessment |
Very good |
Mode of operation 24-bit, 192 KHz
|
Non-uniformity frequency response (in the range of 40 Hz - 15 kHz), dB |
||
|
Noise level, dB (a) |
||
|
Dynamic range, dB (a) |
||
|
Harmonic distortion,% |
Very good |
|
|
Harmonic distortion + noise, dB (a) |
||
|
Intermodulation distortion + noise,% |
||
|
Channel interpenetration, dB |
||
|
Intermodulation by 10 kHz,% |
||
|
Total assessment |
Very good |
The REALTEK ALC1150 codec demonstrates a very good sound quality, which will be more than enough in any of the options for operating the model in question.
conclusions
The motherboard considered today can be considered one of the most suitable products for extreme overclockers and "hardcore" gamers. For the first in its arsenal, a huge number of functions and technologies are seized, including a unique external OC Panel module that makes overclocking process more comfortable and allowing to achieve the highest results. The second will appreciate the possibility of forming a powerful video subsystem due to the presence of a PLC switch, which adds 16 lines of PCI Express 3.0 to obtain high performance from the tandem from four high-performance video adapters. Also, it is also impossible not to note the excellent functionality of the novelty, the main of which are: ten SATA ports 6 Gb / s, six USB ports 3.0 and, of course, supplied with the MPCIE Combo II Expansion Map with Bluetooth, Wi-Fi modules and installation connector Solid-state drives. And due to the presence of a digital power stabilizer, the use of premium components and a well-thought-out cooling system, you can be confident in the high reliability of this solution. In a word, as I did not try, we could not find weak places at the Asus Maximus VI Extreme motherboard - maybe you can?
Advantages:
- digital processor and memory stabilizer Extreme ENGINE DIGI + III;
- application of exceptionally high-quality premium components;
- specially selected area with overclocking tools;
- technologies facilitating work with the system during overclocking;
- external OC Panel module;
- support for eight USB 3.0 and ten ports - SATA 6 Gb / s;
- the presence of five PCI Express 3.0 x16 slots;
- aMD CrossFirex and NVIDIA 4-Way SLI technologies support
- using the PLX switch;
- mPCIE COMBO II Expansion Map with Bluetooth, Wi-Fi and SSD connector;
- high quality cooling system;
- two BIOS chips;
- rich equipment;
- execution within the standard ATX form factor;
- high-quality execution and thoughtful ergonomics.
Express the Ukrainian representative office of the company ASUSfor the motherboard provided for testing.
Express the gratitude to the company AMD., Intel , SEASONIC. and Twinmos Technologies. per Equipment provided for test stand.
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Motherboards for the enthusiasts of overclocking and amateurs of computer games do not have to be performed in the form factor ATX. On the one hand, the maximum number of expansion slots is not always required, and on the other hand, the need to acquire a compact model can be dictated by the desire to use the miniature body of the system unit. Until recently, MicroAtx's motherboards were made exclusively for the assembly of inexpensive office or home multimedia systems, while full-size products were dominated in a high-level segment. The situation has changed when, in 2009, ASUS introduced the first MICROATX system board, belonging to the Republic Of Gamers - Rampage II Gene family, designed for overclocker experiments. Since then, in the ROG product line, there are constantly compact models, which, despite modest dimensions, are little inferior to the senior full-size solutions. And today we will have to get acquainted with the Magenian Asus Maximus VI Geneboard, designed to work with Intel processors performed by the LGA1150.
As you have already guessed, the model is made in the MICROATX form factor, which allows you to create compact productive systems for gamers and overclocking lovers on its basis. In the hierarchy of the Republic Of Gamers family, the novelty costs the step above the Maximus VI Hero, because it offers a number of possibilities inaccessible to the owners of the younger model. You will learn about all these features from today's review, but before, we suggest familiarizing technical characteristics motherboard.
| Model | |
| Chipset | Intel Z87. |
| Processor connector | Socket LGA1150 |
| Processors | Core i7, Core i5, Core i3, Pentium, Celeron (Haswell) |
| Memory | 4 Dimm DDR3 SDRAM 1333/1600/1800 * / 1866 * / 2000 * / 2600 * / 2,200 * / 2933 * / 3000 * (* - OC), maximum 32 GB |
| Slots PCI-E | 2 PCI Express 3.0 x16 (x16 + x0, x8 + x8) 1 PCI Express 2.0 [Email Protected] 1 Mini-PCI Express 2.0 x1 |
| Slots PCI | - |
| Built-in video card (in processor) | Intel HD Graphics 4600 |
| Video invoices | HDMI |
| Number of plug-in fans | 5x 4pin. |
| PS / 2 ports | - |
| USB ports | 8 x 3.0 (6 connectors on the rear panel, Intel Z87 + ASM1074) 8 x 2.0 (4 connectors on the back panel, Intel Z87) |
| ATA-133. | - |
| Serial ATA | 6 SATA channels 6 Gb / s (Intel Z87) 2 channel SATA 6 Gb / s (ASM1061) |
| esata. | - |
| RAID | 0, 1, 5, 10 (Intel Z87) |
| Built-in sound | ROG SUPREMEFX (7.1, HDA) |
| S / PDIF. | Optic |
| Built-in network | Intel i217V (Gigabit Ethernet) |
| Thunderbolt. | - |
| Firewire. | - |
| Com. | - |
| LPT. | - |
| BIOS / UEFI. | Ami UEFI. |
| Form factor | Microatx |
| Dimensions, mm. | 244 x 244. |
| Additional features | Asus Q-LED, DirectKey, Memok!, MPCIE Combo II, Rog Connect, USB BIOS Flashback, POST code indicator, Turning and overload buttons, AMD Crossfirex, NVIDIA SLI |
Contents of delivery
The packaging of ASUS products belonging to the Republic of Republic of Gamers, it is impossible to confuse with the goods of competitors, and the novelty is not an exception to this rule. The box in which the ASUS Maximus VI Gene is supplied is decorated in dark red colors, and only the logo ROG is applied to its frontal surface.
On the reverse side of the package there is a brief specification of the motherboard, a schematic representation of the rear panel, as well as information about the branded features of Maximus VI Gene.
The box is equipped with a false lid, on which the details of the main innovations used in the design of the novelties are given.
For example, the board is equipped with an advanced sound subsystem ROG SUPREMEFX, the digital power supply node of the central processor Extreme Engine Digi + III, as well as a subsidiary of MPCIE Combo II. This board is equipped with two ports: MINI-PCI Express 2.0 x1, which can be used to install the adapter wireless networks, and slot M.2 (NGFF, Next Generation Form Factor) designed to operate solid-state drives of the appropriate format. The Cot M.2 connects to one of the SATA 6 Gb / C chipset channels, so that SSD can be used for both Intel Smart Response technology and as a system disk.
The kit with ASUS Maximus Vi Gene comes:
- six SATA 6 Gb / s cables;
- plug to the rear panel I / O Shield;
- nVIDIA SLI bridge;
- mPCIE COMBO II subsidiary;
- set of Q-Connectors Connectors;
- set of stickers for labeling SATA cables;
- plate on Door Handle Do Not Disturb Champion in Action
- DVD drive with drivers and software;
- detailed user manual;
- sticker on the system unit.
Surprisingly, it did not find the ROG Connect cable, which is necessary for the operation of the remote system monitoring and acceleration and acceleration, was not found among the accessories. And otherwise, the list of additional accessories of the novelty contains everything you need to build a gaming system unit.
Design
The use of compact form factor Microatx has determined the main design features of ASUS MAXIMUS VI GENE. For mounting to the chassis of the system unit, seven screws serve, therefore, the left lower edge of the printed circuit board will be almost looped, which requires caution when installing the extension boards and connect the front panel connectors.
From the reverse side in the field of processor connector, there are a pair of metal plates that prevent the textolite deflection under radiators on the VRM strength elements.
MAXIMUS VI GENE motherboard is based on Intel Z87 system logic and is designed to operate Intel processors performed by the LGA1150, overclocking CPUs are supported with the Literary "K" in the model name. The installation of DDR3 standard RAM modules provide four DIMM slots, the total amount of RAM is 32 GB, and its clock frequency in overclocking mode can reach 3000 MHz. Not far from the RAM slots there is a Memok button!, Which allows you to boot even in the case of installing non-working RAM parameters. Here is the POST code indicator, and a line of Q-LED diagnostic LEDs extended along the ATX24 power connector, which serve to control the initialization process of the main subsystems of the motherboard.
At the bottom of Maximus VI Gene, there are hardware buttons for inclusion and overload, which will be useful when working in an open stand. Next to them is the ROG chip, providing advanced overclocking and system monitoring capabilities, as well as the ROG CONNECT technology responsible for the operation. There is also a special ROG EXT connector to which the OC Panel external panel is connected, complete with the older models of the Republic of Gamers family.
As for supporting graphic accelerators, the motherboard has two PCI Express 3.0 x16 slots, which can operate in X16 + x0 modes or X8 + X8, providing the ability to organize AMD CrossFirex and NVIDIA SLI systems. You can use the Mini-PCI Express 2.0 X1 connector to install the extension cards, which is located on the MPCIE Combo II subsidiary, as well as the PCI Express 2.0 X4 port connected to the system logic.
Asus Maximus VI Gene storage subsystem allows you to connect up to eight drives with SATA 6 Gbps interface. For these purposes, six chipset ports and more steam connected to the ASMEDIA ASM1061 additional controller are intended. Please note that when using the M.2 connector (NGFF) located on the MPCIE Combo II subsidiary, the fifth SATA 6 Gbps chipset port becomes inaccessible.
On the back of the new items are located:
- clear CMOS and ROG Connect buttons;
- four USB 2.0 connections;
- six USB 3.0 ports;
- optical output S / PDIF;
- hDMI port;
- network connector RJ-45;
- six analog audio outputs.
Intel i217V chip is used as the Gigabit Ethernet network controller, while supporting wireless networks is novelty. Sound system ROG SUPREMEFX is based on 7.1 HD-audio code for REALTEK ALC1150, to achieve high Quality Sounds in low-frequency circuits are used ELNA electrolytic capacitors, and an insulating clearance decreases the level of high-frequency interference in copper printed circuit board conductors.
The configuration of the ASUS Maximus VI Gene subsystem is completely identical to the Maximus VI Hero model. The voltage converter node is powered by an eight-contact EPS12V connector, and the processor VRM itself has eight phases. It is controlled by the ASP1251 digital PWM controller, and NexFet CSD87350Q5D manufactured by Texas Instruments was used as the power elements.
From the reverse side of the circuit board, there are eight IR3535 microcircuits, which through thick gaskets from the thermal conducting material are in contact with metal reinforcement plates. In our opinion, due to low heat dissipation, additional cooling drivers are completely nothing.
Excessive heat from the power elements of the central processor VRM is given by a pair of radiators. The design uses a thermophone tube, which improves the uniformity of the heat sink, and the reliable clamp provides the use of screw mounting and metal amplifier plates.
System logic chip cooling system consists of a massive flat radiator. There are no complaints about its effectiveness, since the chipset is characterized by a very modest heat generation - about 4 W.
The Maximus VI Gene firmware is based on AMI control microcode, user interface which has undergone significant changes. To configure the basic functionality and control of system monitoring parameters, EZ MODE mode is provided.
In this mode, you can adjust the speed of the system, including the profiles of H.M.R. For RAM modules, as well as adjust the speed of rotation of the fans. Among the features of the EZ Mode, it is set to install the boot order from disk drives and setting system dates and time.
By and large, the EZ Mode mode offers a set of settings that are enough for the primary configuration of the system board. But not for this buy models from the republic of Gamers series, the elements of which are work in overclocking mode, possible when using the Advanced UEFI Setup mode - Advanced Mode. The Extreme Tweaker section displays the current mode of operation of the central processor and RAM modules, and all major performance parameters are concentrated. Among them, adjustment of the base frequency, setting the CPU STRAP parameter, which allows you to raise BCLK with a standard 100 MHz to 125 MHz, 167 MHz or 250 MHz, as well as the PLL Selection and Filter PLL options, which are adjusted to the maximum reference frequency.
The Asus MultiCore Enhancement parameter adjusts the operation of the Intel Turbo Boost technology, increasing performance in multi-threaded applications, and for overclocking in manual mode, the multipliers of the computing nuclei and the UNCORE parts of the processor are available. The inclusion of the INTERNAL PLL OVERVOLTAGE option should increase stability in acceleration using liquid nitrogen.
The EXTREME TWEAKING section includes EPU Power Saving Mode Energy Saving Mode and the automatic acceleration function of the CPU LEVEL UP is started, which suggests choosing one of the three speed profiles.
The capabilities of the firmware Maximus VI Gene on voltage control, as is the product from the ROG series, are at the highest level.
The list, ranges and parameter adjustment step are presented in the following table:
| Parameter | Voltage range, in | Step, B. |
| CPU Core Voltage Override | 0,001-1,92 | 0,001 |
| CPU Core Voltage Offset | -0,999…+0,999 | 0,001 |
| CPU Cache Voltage Override | 0,001-1,92 | 0,001 |
| CPU Cache Voltage Offset | -0,999…+0,999 | 0,001 |
| CPU SYSTEM AGENT VOLTAGE OFFSET | -0,999…+0,999 | 0,001 |
| CPU Analog I / O Voltage Offset | -0,999…+0,999 | 0,001 |
| CPU Digital I / O Voltage Offset | -0,999…+0,999 | 0,001 |
| INITIAL CPU INPUT VOLTAGE | 0,8-2,44 | 0,001 |
| EVENTUAL CPU INPUT VOLTAGE | 0,8-2,44 | 0,001 |
| Dram Voltage. | 1,2-2,4 | 0,005 |
| PCH Core Voltage. | 0,7-1,8 | 0,00625 |
| PCH VLX Voltage. | 0,8-2,0 | 0,00625 |
| Vttddr voltage. | 0,6-1,4 | 0,00625 |
We note the precision voltage setting on the computing kernels, UNCORE-parts, a system agent and I / O circuits of a central processor, as well as two-stage adjustment of the CPU Input Voltage values \u200b\u200bsupplied to the input of the integrated voltage regulator.
The setup menu allows you to increase the RAM frequency up to 3200 MHz inclusive.
In the DRAM Timing Control tab, the main and many secondary timings of RAM modules are set.
The GPU.Dimm POST feature displays information about using PCI Express X16 slots and RAM connectors, and the Digi + Power Control submenu contains numerous digital VRM cards.
The Tweakers Paradise subsection opens access to thin firmware settings, which are designed to increase stability at elevated frequencies.
There are also several stresses adjusted here.
| Parameter | Voltage range, in | Step, B. |
| VcCin Shadow Voltage. | 0,8-2,44 | 0,01 |
| Initial Pll Termination Voltage | 1,0-3,0 | 0,00625 |
| PLL Termination Reset Voltage | 1,0-3,0 | 0,00625 |
| Eventual Pll Termination Voltage | 1,0-3,0 | 0,00625 |
| Clock Crossing VBoot | 0,1-1,9 | 0,00625 |
| Clock Crossing Reset Voltage | 0,1-1,9 | 0,00625 |
| Clock Crossing Voltage. | 0,1-1,9 | 0,00625 |
Honestly, during overclocking "in the air" this subsection is hardly useful, another thing is to use cryogenic cooling systems for which the entire arsenal proposed by the Maximus VI Gene firmware is needed.
Finally, in the Extreme Tweaking section there is control of the power saving functions of the central processor and Intel TURBO Boost technology, as well as additional settings for the integrated voltage regulator.
The MAIN section is designed to set the date and time, output of information about the current firmware version, as well as selecting the language of the setup menu.
Alas, Russian localization was distant from the ideal, part of the sections was not translated at all, and the use of different fonts did not add comfort to the comfort. So, the further study of the quality of the Russian-speaking translation was postponed to better times.
With the exception of annoying flaws in localization, the ASUS Maximus VI Gene firmware left only positive impressions. The Advanced tab focuses on the management of the motherboard expansion features. It is here that the work of the integrated video cards, chipset and additional controllers are configured.
For example, a detailed information about the installed processor is displayed in the CPU Configuration submenu, and the operation of specific functions, such as Hyper Threading, virtualization or hardware protection against viruses, is configured.
In the CPU Power Management Configuration tab, as follows from the name, you can meet the management of processor technologies for saving electricity.
The section responsible for system monitoring and control speed of fan rotation and is called - Monitor.
In the Voltage Monitor tab, voltages are displayed on the processor and the main nodes of the Motherboard, and in the Temperature Monitor submenu, respectively, the CPU temperatures and the motherboard.
Alas, Maximus Vi Gene does not support the connection of external thermal sensors, therefore, the content of Temperature Monitor is not too abundant.
The fan speed control is in the Fan Speed \u200b\u200bMonitor subsection, and their operation of the work modes is instructed by the Fan Speed \u200b\u200bControl tab.
The firmware offers several built-in profiles, as well as the possibility of manual adjustment depending on temperatures.
The UEFI SETUP novelty has a number of additional features, such as a control microcode update program, or a solid-state drive function that restores the speed of SSD to the original level.
In addition, the setup menu is equipped with the ability to save up to eight sets of user settings, as well as the ASUS SPD information utility designed to view the parameters of the RAM modules.
Finally, the firmware allows you to form your own partition from those functions that are in demand by users.
Complete PO
A set of software supplied with the ASUS Maximus VI Gene motherboard includes software AI Suite 3, offering overclocking, hardware monitoring and a number of other useful functions. At the bottom of the main window, the readings of diagnostic sensors are displayed, and the alert trigger thresholds are specified.
To control the speed, energy saving and fan mode, the Dual Intelligent Porcessor 4 utility is used in its main window, the 4-way Optimization control panel is displayed, which displays the current status of the components and is given the ability to select the power saving mode.
The TPU tab that is responsible for overclocking allows you to set the values \u200b\u200bof BCLK, multipliers of computing nuclei and the CPU STRAP parameter, as well as adjust the voltages on all major components of the motherboard.
The EPU tab is used to control and control the energy saving, and in the Digi + Power Control menu, you can configure the digital power subsystem.
The AI \u200b\u200bSuite 3 program has advanced fan management features. To do this, in the Fan Xpert 2 tab, automatic and manual mode Adjusting the speed of rotation of the impeller, and, in the latter case, turnover can be associated with a change in temperatures, or fix at the desired level.
In addition to the above, using the Utilities, users can obtain basic information about the version of the control microcode, the installed processor and RAM modules.
Unlike the younger ASUS Maximus IV Hero model, the heroine of today's review supports the ROG CONNECT remote control function. This will require a second personal computer to install a special RC Tweakit program, after installing which users get the ability to remotely adjust the base frequency, multiplication coefficient and all major stresses. Also, there are functions of hardware monitoring, allowing to control the temperature, voltage and rotation speeds of the fans.
In addition, RC Tweakit allows you to remotely read the POST codes, disable, overload the motherboard, and even reset the firmware parameters, and using the RC Diagram module, to track changes in the system monitoring readings in real time.
In addition to the AI \u200b\u200bSuite 3 and RC Tweakit programs, the ASUS Maximus VI Gene delivery kit includes the RAMDISK utility, designed to create a virtual hard disk in the RAM.
To control the timings of the RAM, the MEM Tweakit program is served, which allows you to adjust any RAM modules to maximum speed.
Finally, the GameFirst II program is proposed to regulate the bandwidth of the Internet connection, which automatically recognizes the game traffic and assigns the highest priority to him.
Investigation of the overclocking potential Maximus VI Gene We started with the definition of the maximum BCLK, in which the system board retained stability. During the experiment, the basic frequency was increased to 195 MHz, which is a very good result.
But it is not necessary to dedicate, for work in this mode requires Intel Haswell Series "K", whereas with the "ordinary" Intel Haswell, such a focus will not be released, and the maximum that you can count - these are a pitiful 6-8% increase in BCLK.
Next, we checked the work of automatic acceleration. When you select the CPU Level Up 4.60GHz mode setup menu, the motherboard was supplied to the central processor the voltage of 1.248 V, which was not enough for stable operation at 4600 MHz, so we had to limit the profile with less speed - CPU LEVEL UP 4.40GHz, when using which The system worked without failures and signs of overheating.
NOCTUA NH-U14S. Its effectiveness did not allow to raise the voltage on computing nuclei above 1.25 V, which were enough for stable operation only at a frequency of 4500 MHz. At this time, the UNCORE-part of the processor operated in 4200 MHz mode at a voltage of 1.175 V, and a very gentle mode of 2133 MHz was selected with the RAM modules with delays 10-11-11-31-2t.
Thanks to the operation of energy-saving technologies, the voltage and frequency of the processor cores decreased into simple, and the internal features of the integrated voltage regulator Haswell allowed to forget about CPU Core Voltage preparations with an increase in the load.
Test stand
Asus Maximus VI Gene's productivity and acceleration potential assessment was carried out using such components:
- processor: Intel Core i7-4770K (3.5 GHz, 8 MB Cache L3);
- cooler: Noctua NH-U14S (2 fan 140 mm, 1300 rpm);
- memory: G.Skill Tridentx F3-2400C10D-8GTX (2x4 GB, DDR3-2400, CL10-12-12-31);
- video card: ASUS HD7950-DC2T-3GD5 (Radeon HD 7950);
- hard Drive: Intel SSD 320 Series (300 GB, SATA 3GB / S);
- power supply: SEASONIC X-650 (650 W);
- operating system: Windows 7 ENTERPRISE 64 BIT SP1;
- chipset Driver: Intel Inf Update Utility 9.4.0.1017 and Intel Management Engine 9.5.0.1345;
- video card driver: AMD Catalyst 13.5.
In the performance tests, the novelty compared with the Majus Maximus VI Hero motherboards (UEFI Setup 0224 dated April 25, 2013), Gigabyte GA-Z87X-UD3H (UEFI Setup F6F from 03.06.2013) and MSI Z87-GD65 Gaming (UEFI SETUP V1.4B3 from 07/09/2013). The heroine of today's review worked under the UEFI Setup 0711 dated 07/01/2013.
In the complex benchmark, Futuremark PCMark 7 Asus Maximus Vi Gene divided first place with MSI Z87-GD65 GD65 GD65 motherboard, although, in all test scenarios, the new ASUS model earned the maximum number of points.
The half-synthetic test package Futuremark 3DMark 11, estimating the game performance of motherboards, could not determine the unambiguous leader. All four participants showed identical speed.
Finally, in real gaming applications, Maximus VI Gene ensured the frame rate at the rival level. However, there is a potential for improvement, and we hope that it will be implemented in the updated firmware.
Energy consumption
To assess the energy efficiency of motherboards, we used the Basetech Cost Control 3000, with which the average power consumption of the test stand "from the outlet" during the system downtime, as well as the peak value of the power consumption during the passage of stress test.
And in the load, and in a simple novelty demonstrated exemplary energy savings, so that in terms of power consumption ASUS Maximus VI Gene can serve as an example for imitation.
conclusions
Acquaintance with the Maternal Asus Maximus VI Geneboard has proven that even in the compact form factor MicroAtx, you can create a full-fledged product with a functionality that other full-size models will be placed. The novelty has sufficient expansion capabilities, a solid reserves of strength of the power subsystem and an advanced firmware, which fully allows you to reveal the overclocking potential. Alas, in the process of our overclocking experiments, we once again collided with the problem of heat removal from core processor I7-4770K, but here the question is not to the motherboard, but to the technical implementation of Intel Haswell themselves, which is required for successful overclocking, a powerful, and better cryogenic cooling system.
The undoubted advantages of the heroine of today's review include a rich set of complete software, which allows you to control the process of increasing speed in MS Windows. Everything is in order at Maximus VI Gene and with speed in normal mode, and with the release of updated versions of the firmware "motherboard" can qualify for the best performance in class. Alas, today the novelty is not sold on the territory of Ukraine, but in foreign online stores it can be purchased for the amount equivalent to the cost of Maximus VI HERO, which gives us the right to predict a retail price at $ 225 US dollars.
Equipment for testing was provided by the following companies:
- Asus - ASUS Maximus VI Gene and Asus Maximus VI Hero motherboards, HD7950-DC2T-3GD5 video card;
- G.SKILL - G.Skill Tridentx F3-2400C10D-8GTX memory memory;
- Intel - Intel SSD 320 Series 300GB Drive Core i7-4770K Hospressor;
- Noctua - Cooler NOCTUA NH-U14S, NF-A15 PWM fan Iterminterface NT-H1;
- MSI - MSIZ87-GD65 Gaming motherboards;
- MTI - Gigabytega-Z87x-UD3H motherboard;
- SYNTEX - SEASONIC X-650 Power Supply.
All the "Maxims" of the sixth generation are equipped with a BIOS with similar functional. As always, the graphic shell UEFI has its own unique Rog'ovsky skin. When you try to go to the menu, we immediately get on the Extreme Tweaker tab. Here are all the necessary options for overclocking the processor, motherboard and RAM. However, we will still talk about this in more detail.
Note that any firmware function can be duplicated in the MY Favorites tab. It is convenient for those cases when during, for example, the Bench session has to change the same settings.
The MAIN tab demonstrates the user's basic information about the central processor, memory, as well as a specific date and time. They, by the way, can be changed here. Like the language of the interface.
In the Advanced menu, you can set the processor settings, chipset and controllers integrated into it.
The Monitor tab will be useful to those who like to follow the system status. Here you can set the speed of rotation for both processor fans and cabinets. Note that the ASUS portfolio has a set of all kinds of useful utilities, including on the diagnosis of system components.
In the boot menu, the download order is configured operating system from a particular drive. Also in this tab, you can speed up the BIOS and Windows boot process. Here you can turn off the Fast Boot and DirectKey features.
Finally, in the Tool menu, the user can update / restore the BIOS firmware, save / download overclocking profile, and configure OC Panel, which we talked just above.
Company products ASUSline Republic of Gamers.By definition, there are some unique properties that allow you to quickly identify and highlight these devices from a number of competing solutions. Let's see what is noteworthy motherboard ASUS MAXIMUS VI FORMULA, which clearly did not accidentally be in the cohort of models for the most demanding users.
Facility accessories to the ROG series devices are easy to determine the characteristic color decision.
Black circuit board, cooling system elements and connectors are adjacent to red slots for memory modules and interface connector. The usual non-trivial configuration of the cooling system in the case of Maximus VI Formula complements another item, characterized by the Ultimate Force line devices.
We are talking about the plastic casing of Rog Armor, covering most of the area of \u200b\u200bthe printed circuit board. In this case, on the one hand, it performs a decorative function, giving the device some common integrity, on the other, protects elements of fees from possible mechanical damage during assembly and working with the system on an open bench.
The plastic shield actually leaves access only to functional elements and connector. In such a situation, the user is easier to navigate, all the governing bodies in sight, all at hand - it is difficult to "get lost" even to someone who does not have a lot of experience in communicating with such iron.
The motherboard is based on the Intel Z87 chipset and is made in the classic ATX form factor (305 × 244 mm).
The processor power supply stabilizer system is made according to an 8-phase scheme. The power module corresponds to the Extreme Engine Digi + III concept. The chains use NexFet power keys with increased efficiency, throttle 60a BlackWing Choke with an increased working current, as well as Japanese 10K Black Metallic condensers. The VRM unit in this case is actually identical to what is used for the Maximus VI Extreme board.
To remove heat from VRM elements, a hybrid CROSSCHILL cooling system is used. In normal mode, this is a passive CO with an enlarged area of \u200b\u200bheat dissipation. If necessary, the radiator can be included in the overall circuit of the liquid cooling system. According to the manufacturer, such a solution allows 23 degrees to reduce the heating of the power elements.
Asus has already prompted the opportunity to use COVO for cooling power elements, accumulating a certain experience in this direction.
Obviously, listening to the wishes of the real owners of such systems, for the new Formula manufacturer left the free seat G1 / 4 "with a threaded compound for transitional fittings.
The solution is quite logical, taking into account the fact that the hoses for stationary can have a different diameter, because ASUS proposes to choose the necessary adapters independently. On the other hand, the fittings themselves are not included in the kit, therefore they will have to be purchased separately.
Another interesting option of the fee, which cannot be not mentioned is a large metal plate fixed on the back of the printed circuit board. This is an integral component of the Rog Armor protective system.
We also saw such a slab earlier during. This element is undoubtedly increasing the rigidity of the structure, excluding the inflection of the board even with a very neat installation of video cards or the use of massive processor coolers that require considerable effort when attaching CO.
In addition, the plate is also used to cool the chip drivers (IR3535), which are located on the reverse side of the PCB.
To connect the additional power there are two ATX12V connections - 8- and 4-pin. Although for extreme overclocking, the manufacturer proposes to use the Maximus VI Extreme model, the formula under consideration also has a good power potential for processor forcing.
At first glance, it seems that in the field of the processor connector somehow a little space. Similar to the heap of dimensional radiator designs with a protective casing. However, the Thermalright Archon Rev.a fastener plate was without any problems, which means that this very dimensional cooler will still be wateted to the processor. Moreover, after installing and fixing the fan, it turned out that the clamping brackets often interfering to install memory modules in the extreme slot, and this case is not a hindrance.
From external decorative functions, we will note the logo of the Republic of Gamers a series of devices in the central part of the board.
Among the available expansion slots, we note three full-format PCI Express X16 and the same amount of PCI-Express X1. The manufacturer did not nut next to the first PCI-E x16 another compact connector. After installing a video card with a two-billboard cooling system, it would be blocked, and the likelihood that the system will be used with integrated graphics is very small. As for the possibilities of creating multidaptern configurations, the board supports SLI mode, allowing you to combine a pair of video cards with NVIDIA chips. At the same time, graphic adapters on the GPU from AMD can be installed up to three (3-way crossfirex). When using two video cards, the PCI-E x16 slots operate in x8 + x8 mode, three - x8 + x4 + x4.
To exclude supply voltage drawdowns on the PCI Express bus when connecting and overclocking multiple video cards, an optional four-block EZ_PLUG connector is provided on the bottom edge of the board, which is made in the Molex form factor.
The entire key snap, which attracts the demanding enthusiasts, is fully present here. In the upper right corner, the Q-Code segment indicator is located, which displays the download progress and the reporting error code in the event of any problems during the start of the system. Expected here also contains a large high-speed switching key and less catchy, but sometimes the desired button of the cold reboot system. Nearby is the line of contacts Probeit. This group allows you to obtain accurate values \u200b\u200bof supply voltages in some of the most responsible portions of the motherboard, which in this case can be measured using a multimeter.
The faithful satellite of many ASUS function cards is the Memok key! Allows you to cope with the problems of the first launch. After pressing it, the timings of the installed memory modules are reset to obviously working values. Subsequently, they can be changed at their discretion, but in order to get this opportunity, it is still necessary to start the system for the first time.
The Q-LED indicators that have accommodated accurate near the main power connector are highlighted during the diagnostics of the main system nodes.
FastBoost technology activation toggle switch allows you to slightly accelerate the system loading, excluding additional diagnostics of some subsystems.
In the lower right corner of the circuit board, the DirectKey button is posted, pressing the automatic start of the UEFI shell when rebooting. The PCB also has a contact group that allows you to output the same key to an additional button of the housing, if it is provided by the case design.
On the bottom edge of the board, the ROG_EXT connector is placed to connect a specialized control panel OC Panel. This accessory is included in the standard Maximus VI Extreme fee, and in the case of Formula it will have to be purchased separately, and in Ukraine it, alas, is not even proposed optionally. In the neighborhood, the TB_Header connector is located in the connector row, which is necessary for connecting the external ThunderBolt speed controller.
ASUS Maximus VI Formula has serious possibilities for organizing the cooling system. The board offers 8 (eight!) Channels for connecting fans with four-pin connectors. Two for a processor cooler, three - for hull. Another connotor (OPT_FAN1,2,3) allow you to adjust the speed of rotation of the connected fans depending on the readings of the three external thermocouples (not supplied in the kit).
The circuit board subsystem may include up to 10 drives. The corresponding number of SATA ports is placed on the place traditional for these connectors - at the edge of the feet of expansion and chipset. Recall that the Intel Z87 chipset can be controlled with six drives connected via SATA 6 GB / C. Even the support of four SATA channels provides a pair of additional ASMEDIA ASM1061 controllers.
All SATA ports are lined up in one line and have identical red contexts. Accuracy designation of ports serviced by chipset and external controllers, There is a plastic casing.
To work on an open bench, the indicator of the activity of connected drives will be useful. The glow of a yellow LED partially covered with a plastic casing is distinctly distinguishable when accessing the HDD / SSD system.
The audio-system of the board, called the Supremefx Formula, is built on the basis of the most advanced eight-channel codec from Realtek - Alc1150. To protect against eletro-magnetic interference, the microcircuit is hidden behind the metal casing. As in some top solutions ASUS, the audio collapse of the board is put on a separate module, almost isolated from the main PCB. There is no highlightening track here, since the default protective panel would hide all interior decoration. However, in terms of technical equipment here full order.
The chains use specialized Japanese ELNA capacitors and film containers of the German manufacturer WiMA. The CIRRUS Logic CS4398 DAC is also used, and the TPA6120A2 TPA6120A2 operating amplifier is provided for high input headphones.
Without instrumental measurements, subjectively sound quality is at a very good level. The measures taken provide good power for passive test. headsets SteelSeries. Siberia v2. The volume of the volume is more than enough, at the maximum level there was a desire to make fun. The sound decision is very worthy, while there is no feeling that all the works of the developers went to the joy to employees of the marketing department, which will be hooked during the announcement of the device.
For Ethernet connections, an Intel gigabit network controller is used. Intel i217-V chip is already quite considered a proven and trouble-free solution with good software support.
The functionality of the board additionally expands the MPCIE Combo II module, which is installed in a special connector next to the main elements of the interface panel. This block contains a Wi-Fi controller 802.11 / B / G / N / AC standards, as well as Bluetooth 4.0. On the other hand, the Socket 2 connector (M.2) is placed, which allows you to connect the NGFF form-factor solid-state storage device (in this case one of the ten SATA channels will be isolated).
ASUS MAXIMUS VI FORMULA allows you to connect up to 8 devices using a USB 3.0 bus. Intel Z87 chipset has an integrated controller on 6 devices, because to increase the possible number of connected drives or other equipment in this case, the Asmedia ASM1074 chip is used, which performs the role of a branching hub, which two USB 3.0 interface lines, which run from the chipset, splits on 4 channels. As a result, it has 4 full-speed ports and also the same number of connectors that will equally divide throughput Two channels USB 3.0. In general, to present a situation in which eight devices will be connected to the PC at the same time, simultaneously requiring the total USB 3.0 speed, it is quite difficult, because the user's user will hardly face restrictions in practice.
The Maximus VI Formula interface panel has an impressive equipment. Four USB 2.0 ports, six USB 3.0 connector, Ethernet socket. To connect the display devices, there are two video outputs - HDMI and DisplayPort.
A set of acoustics can be connected with six mini jacks or digital optical output. There are two buttons on the panel. One is used to reset the CMOS-memory settings, the second is to activate the ROG CONNECT technology, which allows you to manage the system parameters from another PC connected to the USB bus. After installing the MPCIE Combo II module at the interface connector level, connector connectors are attached to connect the external antenna to enhance wireless network signals.
Contents of delivery
The set of the board fully corresponds to the level of the device. The delivery includes the user's manual, drive drivers and software, plug on the back wall of the housing, 8 SATA interface cables, MPCIE Combo II module, an external antenna, Q-connector adapters, SLI bridge, stickers for interface cables of drives. Well, and, the required element of the iconic devices for gaming platforms - a sign on the door handle not to disturb the champions.
The device is offered in a fairly large two-section box, while opening the side door can immediately see the appearance of the board and get acquainted with the set of key technologies.
UEFI and PO
After bIOS launch We are encountered already familiar graphic UEFI with color characteristic of the ROG series board shells. Of particular innovations, which we have not seen earlier here, and this can be considered as praise in this case.
Lovers to customize the system here will be what to do. In this case, one of the sections called the Tweakers Paradise manufacturer does not require Sarcasm. Everything is just like that. The number of options and parameters that can be adjusted simply by the proceeds - a real paradise for enthusiasts. In such a case, three dozen timing and the ability to choose a memory mode from DDR3-800 to DDR3-3200 and is perceived at all as proper. The boundary values \u200b\u200bof the supply voltage of the processor in 2.2 V and the memory of 2.4 B suggest that the fee is ready for experiments at any level of enthusiasm.
The UEFI from ASUS is generally structured well, but the Intel 8-type chipsets appeared with the operating board on the database of the 8th series, the ability to create a partition with its own list of the most frequently used parameters makes the shell interface even more friendly in relation to the owner.
The Corporate Software Package AI Suite III with the whole set of options for adjusting and managing the board allows you to configure many system parameters.
ASUS Maximus VI Formula supports a whole premium of technology, peculiar to the latter generation ROG motherboards. This is a Sonic Radar, which allows the sound to navigate in games, from which side the virtual opponent is selected. Warned, it means armed and dangerous.
Gamefirst II allows you to optimize the network stream by setting the maximum priority for playing traffic.
The manufacturer also proposes more efficiently using surplus RAM, if such with a margin. With the help of a branded application, the "extra" RAM can be used to create an RAM disk, disposed of an ultra-speed drive at its discretion.
Assessing the ability to overclock the system, we managed to increase the clock frequency of the test instance of the Core i7-4770K processor to 4,600 MHz, previously increasing the supply voltage to 1.25 V.
The system started without problems when changing the reference frequency factor (CPU STRAP) to 1.25 and 1.67, because for fountal configuration lovers, the board provides fertile soil.
The radiators of the cooling system of elements of the power unit under the load of the overclocked processor were all overwhelmed to 68 C. However, in this situation, the cooler edges captured the air flow of a large fan installed on the processor cooler, because such results can be considered a special case. The temperature of the chipset cooler on an open test bench rises only to 41 C.
Video review ASUS Maximus VI Formula
RESULTS
ASUS MAXIMUS VI FORMULA In many ways, it is not inferior to the current flagship of the Maternal Planner of the manufacturer - Maximus VI Extreme. If the latter is more focused on enthusiasts, then Formula will be closer to fans to play, which at the same time do not mind experimenting with their system. In addition, the considered model successfully combines the elements of top overclocker boards, with solutions characterized by the devices of the The Ultimate Force series, well-known reliability. Probably, it is precisely such a developer of the formula for success in the market. Confirm or refute it for only you. If you choose a functional fee, planning to firmly settle on the LGA1150 platform, ASUS Maximus VI Formula deserves special attention, even despite the considerable cost.
Liked
Wide functionality
Availability of MPCIE Combo II module (Wi-Fi / Bluetooth / Socket 2)
Quality audio system
8 channels for controlling fans
Fine system setup capabilities
SLI / CrossFirex configuration support
The presence of protective design ROG Armor
Did not like
Device for testing provided by ASUS, www.asus.ua
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ASUS MAXIMUS VI FORMULA Notify about the appearance on sale |
| CPU connector | Socket 1150. |
| North Most | — |
| South Most | Intel Z87. |
| Cooling of the Northern Bridge | — |
| Cooling southern bridge | Radiator |
| Cooling VRM. | Radiator |
| Built-in video | Intel HD Graphics (integrated into the processor) |
| PCI | — |
| PCI Express X4. | — |
| PCI Express X1. | 3 |
| Schedule. interface | 3xpci-E x16 3.0 (x16, x8 + x8, x8 + x4 + x4) |
| Dimm. | 4xDDR3 (3100 MHz to 32 GB) |
| IDE (Parallel ATA) (chipset / add. Controller) | — |
| Serial ATA (chipset / add. Controller) | — |
| SATA Revision 3.0 (chipset / add. Controller) | 6/4 |
| Main power connectors | 24+8+4 |
| Additional food | — |
| Fan. | 8 |
| S / PDIF. | + (output) |
| Wizobodek | REALTEK ALC1150 (7.1) |
| Ethernet | Intel i217V (GBE) |
| SATA. | — |
| SATA Revision 3.0 | ASMEDIA ASM1061. |
| PATA | — |
| IEEE 1394 (FireWire) | — |
| USB 3.0. | Asmedia. |
| Lan. | 1 |
| esata Rev. 2.0 | — |
| esata Rev. 3.0 | — |
| Audio. | 6 |
| S / PDIF-OUT (COAXIAL / OPTICAL) | -/+ |
| Thunderbolt. | — |
| Outputs for monitor | 1XHDMI, 1xDisplayPort |
| USB 1.1 / 2.0 | 4/2 (4 ports) / - |
| USB 3.0. | 6/1 (2 ports) / - |
| IEEE 1394 (FireWire) | — |
| Com. | — |
| Game / Midi. | — |
| LPT. | — |
| IDE | — |
| SATA interface / nutrition, devices | 6/- |
| Form factor | ATX, 305х244 mm |
| Support for two or more video cards | AMD 3-Way Crossfirex and Nvidia Quad-GPU SLI |
| RAID support | 0/1/5/10 |
| Wi-Fi adapter | 802.11 A / B / G / N / AC (2.4 / 5GHz) |
| UEFI support | + |
| miscellanea | Supports the 4th generation of Intel Core i7 / i5 / i3 / Xeon / Pentium / Celeron; M.2 connector (for SSD drives); Mini-PCIe slot (for Wi-Fi wireless adapter 2.4 / 5GHz); high-quality element base from Japanese components; Hybrid CROSSCHILL power supply circuits; Bluetooth V4.0 support; TPM connector module; SLI bridge complete; No PS / 2 ports |
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