1. Asus Maximus Iii Gene Drivers For Mac
2. Asus Drivers Maximus X Code
3. Asus Maximus Viii Gene Driver

ASUS Maximus III Gene Motherboard Review

Jan 17, 2015  Although, I'm betting this device was special made for the motherboard and thus the latest drivers are put on ASUS's site from creative. I hope this helps! Last edited by boozy; at 12:00 AM. Free Download Asus Maximus III Gene BIOS 1501 (BIOS). Crucial Memory and SSD upgrades - 100% Compatibility Guaranteed for ASUS Maximus III GENE - FREE US Delivery. Either use the latest from the ASUS site for your board, or find the chipset on the manufacturer's website. I prefer to not use the installers and just point devmgmt.msc to the latest driver. No reply from asus support yet. Managed to install some drivers manually. Basically it seems to be locked out of all 'plug n play' features and freezes up when trying to fix problems manually.

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The ASUS Maximus III Gene expands not only the Republic of Gamers product line, but the lineage of 'Maximus' motherboards ASUS has created under the name. Thus far every Maximus board has been nothing short of excellent and even bordering on legendary, the Maximus III Gene continues this tradition.

Introduction

ASUS is the biggest name in motherboard brands in every likely every corner of the planet currently. ASUS is a master of targeted product lines and marketing. An example of that is the Republic of Gamers brand. The motherboards sold under the 'ROG' branding are designed with features that appeal to the gamer and all around computing enthusiast, but wouldn't necessarily appeal to the workstation or budget crowds. The 'Republic of Gamers' will be referred to as 'ROG' from here on out for simplicity. Cooling and overclocking features are usually amongst the highest priority in the design.

In the past there has been a niche of computing enthusiasts who had needs that weren't being met. This niche was the high performance, likely 'mobile' gaming crowd that desired small form factor machines. There is also the HTPC market to think of as well. As it turns out not everyone wants a hulking machine with a ton of expansion cards in it and a 9,000 watt power supply, and 20 terabytes of storage space. Though there are certainly people who do like that sort of thing, ASUS realized that there is a market it could cultivate. For the small form factor crowd, or HTPC enthusiast, this is certainly a good thing. Prior to ASUS developing smaller boards, the choices for smaller form factor boards were very limited in feature set.

The ASUS Maximus III Gene comes from an increasingly long lineage of ROG boards. Specifically it comes from an ever increasing amount of boards using the Maximus name. Like the Maximus III Formula the Maximus III Gene is based on the Intel P55 Express chipset. Unlike the Formula, the Gene is a uATX form factor based board rather than a full sized ATX board. The Maximus III Gene gives up some real estate for the sake of being smaller. As a result this board lacks 3-Way SLI support, or CrossFireX configurations using more than 2 graphics cards. It also gives up the ProbeIt feature (multimeter contact points) of some other ROG boards. This is probably due to the lack of real estate on the PCB. Despite its small size it does retain a robust feature set. 14 USB ports, eSATA, RAID, onboard audio, etc.

ASUS also has a host of features specific to their boards such as CPU Level Up, Memory Level Up, the Go Button, and ROG Connect. CPU and Memory Level Up are basically preconfigured overclocking features. They actually work pretty well. (More on that later.) The Go Button is a relatively new feature, but one seen before on the Maximus III Formula. The Memory OK feature is basically a failsafe feature that allows virtually any memory module to be forced into compatibility mode. This should allow the Maximus III Gene to use virtually any DDR3 memory module out there. When powering up the machine you can use the 'Go' button to start the MemOK feature. It also has a second purpose which is to temporarily overclock the CPU even when the system is running Windows. Unfortunately, I found no documentation telling me how temporary the setting was.

The Maximus III Gene supports both the Core i5 and Core i7 LGA1156 socket compatible CPUs. The board utilizes 10 phase power and uses 2 phases for both the memory and chipset. Like all other Intel P55 Express chipset based boards the Maximus III supports DDR3 dual channel memory and up to 16GB of RAM. 6 SATA ports are provided via the P55 chipset. There is an extra SATA port, and one eSATA port provided by a JMB363 controller. There are no legacy IDE or floppy ports. The only legacy support remaining is in the form of one PCI slot and one PS/2 keyboard port. Following industry trends, the Maximus III Gene only requires a few components to create a fully functional machine. The required components are: LGA1156 CPU, DDR 3 memory, power supply, drives and a video card. ASUS Integrated the following components into the ASUS Maximus III Gene 7 SATA ports, 1 eSATA port, 14 USB ports (9 ports on the backplane, and 5 ports available via 4 headers supporting 2 ports each), 2 IEEE1394 ports (1 via header, 1 via backplane), 1 gigabit Ethernet port, six-mini headphone jacks, and one PS/2 mouse port.

Main Specifications Overview:

Detailed Specifications Overview:

Packaging

The packaging is a little bit different than that of other ROG boards I've seen. The box actually opens more easily and it's smaller. Other than that it does a good job of protecting the board during shipping. Inside the box are the usual accessories. Manual, driver disk, SLI cable, 3 SATA cables, zip ties, I/O shield, ASUS Q-Connectors and the ROG Connect cable.

Asus Maximus Iii Gene Drivers For Mac

Board Layout

The layout of the Maximus III Gene is excellent despite the lack of room on the PCB. There are no major problem areas of the design that I can see.

Asus Drivers Maximus X Code

The CPU area is free of any obstructions that would cause heat sink mounting issues. I test fit the Thermalright Ultra 120 Extreme to the board without issues. Again this part of the board was well thought out. ASUS used all polymer solid-electrolyte capacitors on the Maximus III Gene. The PCB revision is 1.00G.

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The Maximus III Gene features four 240-pin DDR3 DIMM slots support dual channel mode operation. They are staggered in the usual 2x2 configuration and the banks are denoted by color. There is ample room to install or remove memory modules even with large video cards installed in the system. This is due to the unique module retention mechanism the slot uses on the side closest to the video cards. We've seen this on a few ASUS boards already and it's worked pretty well in our testing so far. The Maximus III Gene supports 16GB of RAM at DDR3 1333MHz speeds. Overclocked ASUS claims support for memory speeds up to 2133MHz DDR3.

The north bridge is non-existent on this board and all the north bridge functions are split between the CPU and the south bridge. The location where the south bridge would normally be actually houses the complete chipset. In front of that are the 7 SATA ports.

The ASUS Maximus III Gene has two PCI-Express x16 slots which operate at 8x8 speeds when multiple graphics cards are used in SLI or Crossfire mode. The board also features one PCI-Express x4 slot and a single legacy PCI v2.2 slot.

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The Maximus III Gene has 1 PS/2 keyboard port, 1 IEEE1394 port, 1 RJ-45 port, 9 USB ports, (1 is reserved for the ROG Connect feature, but can still be used as a regular USB port when the ROG Connect button is toggled.) 1 eSATA port, 6 mini-stereo jacks, 1 optical output, a clear CMOS button and finally the ROG Connect button.

TurboV EVO

ASUS continues to include its TurboV EVO utility with its motherboards. The Maximus III Gene is no different. The utility itself is clean and easy to use thanks to a simple yet aesthetically pleasing interface. It is intuitive and robust enough for most users.

TurboV EVO has three modes. Manual, Easy Mode, and Auto Tuning. The utility includes all the settings needed for basic overclocking of your system. In manual mode only a few settings appear unless you click on the 'More Setting' button. BCLK, CPU Voltage, DRAM Bus Voltage, and IMC voltages are displayed along with simple sliders for each of them so that you can increase or decrease clock speeds or voltages as you choose. Once 'More Setting' is clicked you end up with more voltage settings. CPU PLL, CHA Data, CHB Data, PCH voltage, PCI-Express frequency, CHA CTRL, and CHB CTRL end up added to the mix with adjustment sliders for those features as well. Easy mode basically only provides a slider for the BCLK frequency. Everything else that's on the normal manual mode is shown here, but is informational only.

The Auto Tuning Mode only has one button. A start button. Once pressed you can see the flow chart of steps in the screen shot as it goes through the steps as they are outlined. There is a 'More Setting' button here as well. Here you can set your DRAM Frequency strap and flexible or fixed voltage settings. Turbo Key is a simple setting found at the top tabs of the application. This is used for configuring a shortcut key or keys for your overclocking profiles.