Gigabyte H370 Aorus Gaming 3 WiFi: The Full Pot?
Topping our features list among these three non-Z mainstream boards, Gigabyte's H370 Aorus Gaming 3 leverages all of the H370 chipset’s advancements beyond Z370, including the integrated USB 3.1 Gen2 controller (two ports on the back, one front-panel header) and the support for CNVi we mentioned earlier--that is, Intel’s new 1.73Gb/s Wi-Fi controller.
As the image above shows, the H370 Aorus Gaming 3 WiFi also gets a giant serving of RGB LEDs, both in the form of onboard lighting and external device headers. External headers include a pair of RGBW headers and a pair of Addressable LED strip headers; the latter includes a jumper on each header to select between 5V and 12V strip power.
As for onboard lighting, the combination of a lighted extension cover on the PCH heat sink, lighted DIMM slots, and a light bar at the front edge has us asking: Why no lighting under the I/O connector shroud? The inclusion of DIMM lighting would have us expect something closer to an “all-in” lighting approach. Then again, this is H370, not Z370; we suppose Gigabyte had to leave something in reserve for the higher-end boards.
Four USB 2.0 ports help to boost I/O-panel connectivity here without exceeding the H370’s HSIO resources, since they don’t consume any. Faster are the two USB 3.1 Gen1 ports, and faster still are the Type-A and Type-C USB 3.1 Gen2 ports. We’re not seeing any added features here, as even the Gigabit Ethernet port is fed by Intel’s i219 PHY, but at least the audio ports use Realtek’s high-end ALC1220 codec. The Wi-Fi antenna connectors missing from the I/O panel have been displaced to an expansion-slot breakout plate.
By putting the second M.2 slot where a fourth PCIe slot might have gone, Gigabyte even gives builders the perfect place to put the slot cover without interfering with other devices. That’s not a huge deal, seeing as a double-wide graphics card will block one physical PCIe x1 connector while leaving an empty space beneath that connector. We can’t be certain why Gigabyte didn’t swap the position of the second M.2 storage slot with the second PCIe x1 slot, and though we can guess that it could have had something to do with M.2 drive cooling, we’d then begin to wonder why Gigabyte didn’t simply leave out the second x1 slot and reassign its HSIO resource elsewhere. The second M.2 slot has only two pathways, and that leads us into a resource-allocation discussion.
The first PCIe x16 slot is fed by the CPU’s PCIe controller and doesn’t count toward the chipset’s 30-lane limit. The second x16-length slot has four chipset lanes, the four x1 slots have fixed pathways, and only one of the six SATA ports is a potential share (in the unlikely event that it gets lost to a SATA-based M.2 card). The upper and lower M.2 drive slots consume four and two lanes (respectively), the two rear-panel USB 3.0 ports takes up two more HSIO resources, the front-panel USB 3.0 header consumes only one HSIO through a USB hub, the USB 3.1 front-panel header consumes one HSIO since it's only connected to a Gen1 interface, and our math says that the four of the remaining six HSIO serve rear-panel USB 3.1 Gen2 ports. The two remaining HSIO pathways would seam to go to an unused M.2 Key-E interface, since the CNVi connector is cross-compatible with Key-E devices. All that said, for a budget-minded PC, the second (two-path) M.2 storage slot may likely go unused, rendering its lane count moot.
Both the single-port USB 3.1 and dual-port USB 3.0 front-panel connectors are located above the graphics card’s slot, though the former limits the length of any card installed in the top x1 slot to 7.2”. An aluminum sink covers the top M.2 storage slot, which is the one most people will want to use first, since it's the one that has a full PCIe x4 interface.
An old-fashioned serial breakout cable header is placed at the middle of the bottom edge, and if you can, ahem, COMPort yourself around such things, you’ll be able to use the USB 2.0, Thunderbolt add-in-card, Trusted Platform Module (TPM), fan, and power/reset/activity headers in front of it, and/or the RGBW, digital LED strip, S/PDIF breakout, and front-panel-audio headers behind it.
The H370 Aorus Gaming 3 WiFi includes a driver disc and documentation, two SATA cables, the Intel 9560NGW Wi-Fi module (with an antenna breakout plate and documentation), a Gigabyte Wi-Fi antenna, Gigabyte’s G-Connector bundling bracket (for front-panel-button and activity-LED leads), an I/O shield, and an Aorus case badge.
The H370 Aorus Gaming 3 WiFi's firmware opens to the “M.I.T.” menu of its “Classic” GUI, which is a launching point for system tuning pages traditionally affiliated with overclocking. Of course, given the H370 chipset, there will be no overclocking here, unless perhaps you’re simply trying to push your DDR4-2133 to DDR4-2400.
Our Core i3-8350K CPU is limited to DDR4-2400, but H370 places its own data-rate limit of DDR4-2666 when used with higher-model processors. Those with slower memory can still overclock to the CPU or chipset limit, and even optimize latency for quicker response times after reaching those limits.
The Advanced Voltage Settings submenu is a launching point for even more submenus. But if you’re only able to overclock the memory, you’ll probably need only the DIMM and System Agent voltage settings. And with the chipset’s DDR4-2666 ceiling, adjusting the System Agent voltage also seems like overkill.
Other submenus from M.I.T. include system monitor readings, a legacy 3DMark setting, and a fan-slope control.
A simplified version of Gigabyte's RGB Fusion lighting control is found within the Peripherals menu. Its main advantage over software control is…that it doesn’t require installing or loading any additional software.
If you’d like to get a more complicated “Easy Mode” GUI, just click the icon from Classic mode to go there instantly.
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