Product Listing

Preview: MSI Z87-GD65 Gaming Motherboard

By Wong Chung Wee - 17 May 2013

First Z87 Gaming Board from MSI Revealed

Meet MSI's Upcoming Intel Z87 Gaming Board

Building on the momentum of its new products from its burgeoning Gaming series, MSI has stepped up to share its upcoming Z87-GD65 Gaming board that features the new and upcoming Intel Z87 chipset, with support for next-generation Intel Core "Haswell" processors.

The MSI Z87-GD65 Gaming motherboard sports the same Dragoon Army colors as the earlier MSI Z77A-GD65 board. The main difference is the newer board sports a new LGA1150 CPU socket and the new Intel Z87 chipset.

The MSI Z87-GD65 Gaming board sports a new LGA1150 CPU socket and it features the new Intel Z87 Platform Control Hub (PCH). With the new CPU socket, this means that the current generation of LGA1155 processors will not be compatible with this new CPU socket. The only consolation is that existing CPU coolers designed for the the LGA1155 and LGA1156 CPU sockets, will enjoy a new lease on life as they are compatible with the new CPU socket for the upcoming Haswell processors.

The LGA1150 CPU socket of the MSI Z87-GD65 Gaming motherboard.

The Intel Z87 PCH marks two major improvements over the current Intel Z77 chipset as the former has support for up to six SATA 6Gbps ports, against just two of them supported by the Intel Z77 chipset.

The other feature is the new chipset's support for up to six USB 3.0 ports (two more than Intel Z77). Seeing that there are up to 14 total USB ports traditionally supported by existing and previous chipsets, it's quite likely that the Intel Z87 boards will now have a default configuration of six USB 3.0 and eight USB 2.0 ports. Better yet, there will be no fixed USB speed assignment tied to any particular physical port serviced by the Z87 chipset thanks to Intel I/O Port Flexibility technology, which supposedly allows you to configure which of the USB ports from the chipset run at USB 2.0 or USB 3.0 speeds. With this flexibility and increased USB 3.0 port support, there's much lower need for motherboard vendors to integrate an additional third-party USB controller in their board designs. And this is exactly the case with the MSI Z87 Gaming board.

At this point of time, that's about all we can share of the upcoming Intel Z87 chipset, so we'll have to wait till a month later before more can be revealed. Such technical differences not withstanding, the new board bears an uncanny resemblance to its Z77 predecessor that we reviewed recently. So let's delve deeper to ascertain what are their not-so obvious differences.


Military Class IV Components

The board features upgraded Military Class IV components but currently, we don't have any more technical details about its new components but it is safe to assume that it's still made up of the usual Hi-c capacitors (Hi-C Cap), super ferrite chokes (SFC), along with solid capacitors (Solid Caps) and MOSFETs. We'll have to wait for more information from MSI on what has changed in this Military Class IV.

 We can see the ferrite chokes that are positioned in front of the heatsinks that are cooling the MOSFETs. The capacitors are positioned at the back of these heatsinks.

To the left of the LGA1150 CPU socket, there is a mSATA slot to insert a compliant solid state drive (SSD) near the first PCIe x16 expansion slot. Speaking of PEG sots, there are three of them in total, along with four PCIe 2.0 x1 slots.

The onboard mSATA slot is located to the left of the LGA1150 CPU socket, near the clip of the first PCIe Gen 3.0 x16 expansion slot.

The layout of the expansion slots are almost identical to the MSI Z77A-GD65 Gaming board. The fourth generation Intel Core 'Haswell' processor still supports 16 PCIe lanes, which are rated at PCIe 3.0 speeds. If the first PCIe x 16 slot is installed with a single graphics card, it will get to enjoy the full bandwidth of the 16 lanes. If the second slot is also installed with another card, the lanes would be evenly split between the two occupied PEG slots; with each slot allocated the bandwidth of 8 lanes. Once the gamer installs cards in all the slots, the first PEG slot still enjoys the 8-lane bandwidth; however the remaining pair has to share the remaining lanes equally, giving them only a bandwidth of 4 lanes each.

 The layout of the PEG slots are almost identical to the MSI Z77-GD65 Gaming board. It also touts support for 3-way AMD CrossFireX and 2-way NVIDIA SLI setups to keep gamers and power users satisfied.


Dual-Mode Overclocking with OC Genie IV

As we move beyond the last PCIe x16 expansion slot to the bottom edge of the motherboard, we locate the three onboard control buttons (Easy Button 3); they have been moved from their usual position near the DIMM slots to their new current position. Compared to their older counterparts such as the MSI Z77A-GD65 Gaming board, the new position is a slight improvement but not any more inconvenient once the board is installed within a chassis. As long the third PEG slot remains unused (which is quite likely), these controls remain accessible. The OC Genie button now activates the OC Genie IV feature of the board that essentially still provides a one-touch overclocking solution; however, this feature has been updated to work in tandem with a DIP switch next to the OC Genie button that controls the OC Genie's overclocking mode.

The DIP switch is called the OC Genie mode switch, when the switch is pushed down to the bottom edge of the board, the OC Genie is in Turbo mode. When it is pushed to the opposite side, OC Genie is in Gaming mode.

The default mode of OC Genie is Turbo; when the DIP switch is flicked to Gaming mode, the OC Genie feature is able to overclock the system higher than the default Turbo mode. As a warning to our readers, please ensure the system is turned off before depressing the OC Genie button. The LED near the top of the DIP switch will shine red to indicate OC Genie feature is in Gaming mode; while the bottom LED will will shine blue to indicate the OC Genie feature is in Turbo (default) mode.

To the right of the DIP switch is the Go2BIOS button that will allow us to enter the BIOS setup if we enabled the "MSI Fast Boot" feature in the BIOS. To better understand the reason for this button, MSI's Fast Boot feature disables the keyboard during POST, thus making it impossible to enter the BIOS setup by pressing the Del key. For POST diagnostics, the Debug Code LED segment is just next to the Go2BIOS button.

The connectors located at the bottom edge are made up of front panel headers for audio, TPM, and system fan power connectors. The USB 2.0 and 3.0 expansion headers after the Debug LEDS are nearer to the right. Additional USB devices with their corresponding USB brackets (optional) can be connected to them and with MSI's SuperCharger application installed on the operating system, these connectors can provide quicker USB charging.


The End of  SATA 3Gbps Connectors?

As we have mentioned earlier, the new Intel Z87 chipset supports up to six SATA 6Gbps connectors, while this board from MSI features eight SATA 6Gbps connectors, with no SATA 3Gbps ports present. For you information, the stack of SATA connectors (SATA no.7 and 8) are provided by the ASMedia ASM1061 controller. When the mSATA slot is in use, one of the SATA 6Gbps connectors serviced by the board's chipset (SATA 6) will be disabled.

 The leftmost stack of SATA connectors are connected to the ASMedia ASM1061 controller, while the rest are provided by the chipset. The system panel connector is to the left of the entire stack of SATA connectors and the USB 3.0 expansion connector is to its right.

To the right of the USB 3.0 expansion connector, we see the Multi-BIOS switch that controls the board's Multi-BIOS system to keep one BIOS chip for regular use and the other for back-up purposes. By flicking the switch to the right, it will toggle BIOS ROM A while BIOS ROM B is toggled when the switch is shifted left. The Multi-BIOS system is also used to perform BIOS recovery through the UEFI BIOS utility.

Just above the Winbond BIOS chips, there are two LEDs that will light up to indicate which system BIOS is currently in use (blue LED represents BIOS ROM A and the green LED is for BIOS ROM B).

The usual suspects located to the right of the BIOS switch are the ATX power connector and the V-Check connectors to monitor voltage of various components in real-time.

The ATX power connector and the V-Check connectors are located to the right of the Multi-BIOS switch. They would usually share PCB space with the Easy Button 3 that have been relocated to the left edge of this board, thus leaving this area clutter free.


Rear I/O Ports

Next, we move on to the rear I/O connectors. There is two pairs of USB 3.0 ports here as well as the regular fixation PS/2 keyboard/mouse gaming port (optimized for high polling rates) and two more regular USB 2.0 ports. Located next to that stack is the tiny, black clear CMOS button. The LAN port, which has been colored red this time, is powered by the board's Killer E2205 Gigabit chip. From our experience with the Killer Gaming network controller, we've found a slight tangible improvement in latency performance. Further to that, there is an onboard Realtek ALC1150 audio chip that powers the audio options of the board with support for Creative Sound Blaster Cinema (and more info here). Apparently, MSI claims that the aural experience provided by the audio system has been enhanced with golden audio ports (as seen below in the stack of audio jacks), coupled with EMI shielding for the Realtek CODEC chip.

There are three video connectivity options in the form of the HDMI, DVI-D and VGA ports. For audio options, there are both coaxial and optical S/PDIF-out ports and six analog audio ports.

This is the EMI shield for the Realtek CODEC chip and the shield has been emblazoned with the Audio Boost label.

The Qualcomm Atheros Killer E2205 network controller that promises lower latency in online gaming is located below one of the VRM heatsinks and is fairly near to the physical port.

In terms of Gaming series embellishments, the rear I/O plate of the motherboard is coated in the colors of the Dragoon Army gaming series. There is also a tongue-in-cheek door sign that should allow you to play games without being interrupted. There is also a sticker that seems to be the coat-of-arms of the Dragoon Army.

The letters and figures (in thin red outline) are hard to read on the black background but its color scheme is in line with the Dragoon Army colors of red and black.

The door sign that has two messages printed on each side; this side reads "I'm Sorry. Busy Gaming," while the other side states "I'm Not Here."

The coat-of-arms of the Dragoon Army.


Initial Thoughts

The MSI Z87-GD65 Gaming is the second Gaming series board that we've encountered and it has a slightly improved feature set that distinguishes it from its Z77 predecessor. Besides having support for overclocked DDR3 memory modules, this board is also OC Certified so we do expect this board to perform as well as its Z77 counterpart in terms of overclocking. Stay tuned as we put the board through our usual slew of benchmark and overclocking exercises in order to ascertain its performance levels - after the Haswell CPUs and Intel Z87 chips are official of course!

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