GIGABYTE Z370 Gaming 3

The next board is the Z370 AORUS Gaming 3. This board purports to be on the middle of their Gaming series of motherboards and includes RGB Fusion, dual M.2 slots, a Killer E2500 Gaming LAN, the Ultra Durable feature set, and a different color scheme than the other boards in the gaming line.

The Z370 AORUS Gaming 3 uses a black PCB with the AORUS falcon stenciled in through the PCIe area. What is different here compared to some of the other gaming boards is that the reinforced PCIe slots are red instead of black. Instead of all black DIMM slots, two on this board are red; a departure from all black we have seen on the Gaming line previously. The DIMM slots on the Gaming 3 also do not have the strengthened slots. It uses the same chipset heatsink as the Ultra Gaming, and the heatsink is one of two places users will find RGB LEDs on the board. The other location is the audio separation line.

The Gaming 3 uses the platform standard four DIMM slots with speeds up to DDR4-4000 and capacity up to 64GB. The PCIe layout is different on this board compared to what we have looked at previously from GIGABYTE: on this board, there are only two full-length PCIe slots and four PCIe 1x slots. The full-length slots are reinforced (part of their ultra-durable features) and run in an x16/x4 configuration allowing AMD 2-Way Crossfire but not SLI as NVIDIA requires an x8 speed on the slot. That PCIe 3.0 x4 is powered by the chipset, similar to the Z370-P.

For SATA storage, there are six SATA ports, four of which are located on the right side of the board by the PCH, while the other two are found a towards the bottom right-hand corner in a vertical orientation. The two M.2 slots are located just above the top PCIe 1x slot and just above the second full-length PCIe slot. The top slot supports 110mm drives, while the bottom supports up to 80mm.

There are a total of five fan headers on the board. with the CPU and water cooling CPU fan headers by the socket, a system fan by the 8-pin EPS plug, a system fan to the right of the DIMM slots, and the last header is at the bottom of the board. If the lack of RGB LEDs on the board is a turn-off, there are RGBW headers found on the board (one across the bottom, the other by the 24-Pin ATX power connector). Onboard audio is handled by the EMI shielded Realtek ALC1220 codec and like most other gaming boards, uses the Nichicon and WIMA caps. The NIC of choice on this board is the Rivet Networks Killer E2500 and is the only network controller on the board. The Gaming 3 does not include WiFi. Thunderbolt 3 is supported on this board via AIC (Add-In Card). 

USB 3.1 (10 Gbps) is handled by an ASMedia 3142 controller and gives us one Type-A and one Type-C adapter both found on the back panel I/O area. From the chipset is another Type-C internal header (5 Gbps), four USB 3.1 (5 Gbps) four ports on the back panel and two more through internal USB headers. There are two USB 2.0 ports on the back panel, and four more through internal USB headers. The remainder of the back panel I/O connectivity consists of a combo PS/2 port, a one-touch overclocking button, an HDMI output for using onboard video, and the audio stack (no SPDIF). 

The Gaming 3 finds itself squarely in the middle of the GIGABYTE stack. The mix of features, such as the Killer Gaming NIC, an upgraded audio section, and reinforced slots keep gaming a priority on this board. However, the lack of SLI support will send those with multiple NVIDIA GPUs looking elsewhere. 

GIGABYTE Z370 Gaming 5 GIGABYTE Z370 Gaming K3
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  • EricZBA - Friday, October 20, 2017 - link

    The Asus Strix Z370-G mATX may be up on Amazon's website, but it has been Out of Stock ever since the page went up with no shipping date in sight. NewEgg Canada has it out of stock and NewEgg's US website doesn't even have a page for it. To call it available is inaccurate.
  • Rubinhood - Friday, October 20, 2017 - link

    Coffee Lake & related hardware is the new Duke Nukem Forever :)
  • xchaotic - Monday, October 23, 2017 - link

    Well, I am typing this on Asus Strix Z370 I + i5 8400 PC so not entirely vaporware. People may be whining but it seems that Intel can't keep up with the demand...
  • piiman - Thursday, October 26, 2017 - link

    got an 8600k today at Newegg. They still have stock after 4 hours so it looks like they may be starting to get large shipments. I7 is still out of stock though
  • imaheadcase - Saturday, October 21, 2017 - link

    Amazon is different than newegg, if it says Out of Stock, if you order it it will ship when it comes in stock. Sometimes it will be same day even or next day. Amazon will only show "This item is not available" if completely out of stock for foreseeable future. They do this because it stops items from completely selling out right away so supply can be steady.
  • Morawka - Saturday, October 21, 2017 - link

    I have found that Asus treats USA customers like a red headed step child. They will send units to the UK, australia, and all of Europe before they will send 1 single board to the USA.

    Some advice: Start looking at Overclockers.UK and have it imported to the USA.. The $30 DHL International shipping is faster than USPS Priority Mail or UPS International Express Saver. No VAT tax either.

    This is what i had to do to get a Rampage VI Extreme. Newegg hasn't gotten a R6E in stock for 2 months after the initial release batch.
  • SpartanJet - Sunday, October 22, 2017 - link

    Does Asus USA cover warranty issues then since you bought it from UK?
  • Xeres14 - Monday, October 23, 2017 - link

    Yeah I've been waiting on the Asus z370-g. I can't find an i7-8700k right now either so it's all right. Hopefully I'll be able to get both before Christmas (along with the rest of the upgrade).
  • stuffwhy - Friday, October 20, 2017 - link

    This is so great. I find it increasingly difficult to find the right mainboard and this type of posting consolidates a lot of research time.
  • SanX - Sunday, October 22, 2017 - link

    There are no "right" mobo here. Right future proof and super fast mobo has to be a dual-processor at least. Dual-SLI for example offers benefits for speed but in many cases the dual-chip is doing the same in simulations.

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