Conclusion

When looking for a small form factor board like a Mini-ITX, people are looking for a small footprint. With this lack of real estate, there are ultimately some sacrifices that need to be made. In many cases, it's an M.2 slot, or two, that is forfeited, compared to its larger ATX brothers, or limiting the memory to only one module per channel. In this case, the H370N WIFI offers two M.2 ports by placing one on the front, and one on the back. The H370 chipset supports a maximum of six SATA ports, but in this case, GIGABYTE has only enabled four on the board. This can save space and also prevent port sharing and gives full availability to the onboard headers regardless if all are populated. The H370N WIFI is a jack of all trades motherboard designed for those who are not interested in paying a premium for other SFF boards that include features they do not use (such as overclocking). The $130 price point can be an attractive part of the package compared to some of the more expensive Z370 based Mini-ITX options available. 

We talked about design aesthetics earlier and while the H370N isn't a perfect 10, it surely will not make anyone wince in displeasure with its black PCB and jet black heatsinks with white designs on it. The RGB LEDs on the bottom help with environmental illumination, but don't really do much for the board itself. This is a common design feature of these boards do not include RGB lighting on top - there just isn't a lot of room and many times these smaller boards are meant to be hidden anyway. 

About the only updates I would add to this board is USB 3.1 (10 Gbps) support through either a back or front panel header and perhaps more USB ports in general. I would also like to have seen some kind of heatsink on the front M.2 port, especially considering the chipset heatsink is sitting right below it. Outside of that, I didn't have any complaints as what features we use and test worked fine in my experience with the board. 

On the performance side of things, the H370N WIFI kept it on the bell curve we've established, though it was towards the bottom. Most of the differences can be attributed to run variance, however. The board did excel in power consumption in both our idle and load scenarios. The load scenario used almost 20W less power than the other boards we have tested so far even though it tests at the same clock speed (4.3 GHz all core turbo). We cannot speak to CPU overclocking as the board does not support that functionality. 

The GIGABYTE H370N WIFI is a capable Mini-ITX size motherboard. The feature set is comparable to other H370 Mini-ITX boards and even some Z370 boards, minus the overclocking of course. The board supports dual M.2 ports and four SATA ports which should be plenty for most users. The board was stabled during all of our stock testing so it was fine on that front. Choosing the right SFF board (any board, really) will come down to what the users wants and needs as well as pricing. If you are looking for HDMI 2.0 support, this is one of the only H series based Mini-ITX boards that have the Megachips MCDP2800 converter to do so and will allow 4K resolution at 60 FPS.

The H370N WIFI is priced at $130 from Amazon.com with its direct competitor priced a bit higher at ~$140 without offering HDMI 2.0 support. Overall, the GIGABYTE H370N WIFI has proven to be a capable board with many of the features buyers are looking for and the only H370 board so far, and should suit any system builder that doesn't plan on overclocking. 

AnandTech's Coffee Lake and 300-Series Mini-ITX Motherboard Coverage

 

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  • TallBill - Sunday, June 24, 2018 - link

    What do you think about the term Nazi being thrown around as if it means nothing?
  • E1m1 - Monday, June 25, 2018 - link

    Does it support hdcp 2.2 on hdmi 2.0?

    And which itx bosrds supports hdcp2.2?.
  • CheapSushi - Monday, June 25, 2018 - link

    I really wish more boards put M.2 slots underneath the board! It's fanatastic IMO. Even ATX should do it. We have all these HEDT CPU available now with lots of PCIe lanes, even chipsets with even more lanes, and ATX and EATX don't even get full 7 x16 slots usually. I wish we could maximize the board even further. Full 7 x16 slots with M.2 slots on the back would just be so perfect for maybe 1 or two top end boards. Along with more SFF-8643 ports!

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