GIGABYTE Z390 AORUS PRO Wi-Fi ATX Motherboard

GIGABYTE Z390 AORUS PRO Wi-Fi ATX Motherboard — image 1
GIGABYTE Z390 AORUS PRO Wi-Fi ATX Motherboard — image 2
GIGABYTE Z390 AORUS PRO Wi-Fi ATX Motherboard — image 3
GIGABYTE Z390 AORUS PRO Wi-Fi ATX Motherboard — image 4
GIGABYTE Z390 AORUS PRO Wi-Fi ATX Motherboard — image 5
79%
21%
91%
VRM & Overclocking Performance
88%
BIOS Usability
86%
Onboard Wi-Fi & Bluetooth
84%
Audio Quality
82%
M.2 Thermal Management
83%
Build Quality & PCB Construction
78%
RAM Compatibility & XMP Support
77%
PCIe Expansion & Slot Layout
79%
Thermal Design & Heatsink Coverage
71%
RGB & Lighting Ecosystem
74%
Rear I/O Connectivity
62%
Software Bundle & Utilities
73%
Out-of-Box Experience
81%
Value for Money
More

Overview

The GIGABYTE Z390 AORUS PRO Wi-Fi ATX Motherboard landed in late 2018 alongside Intel's 9th Gen Core lineup, slotting into the AORUS family as a serious enthusiast option without pushing into flagship territory. Built around the LGA1151 socket and Z390 chipset, it supports both 8th and 9th Gen Intel Core processors, giving builders solid flexibility. The full ATX form factor means standard case compatibility and plenty of room for expansion cards, cooling hardware, and cable management. It is not a brand-new platform today, but for anyone building or upgrading on the Intel 9th Gen ecosystem, the value proposition remains genuinely strong.

Features & Benefits

The 12+1 phase digital VRM with DrMOS is one of the standout practical advantages here — it delivers clean, stable power to power-hungry CPUs like the i9-9900K under sustained overclocked loads without thermal throttling concerns. Both M.2 slots come with thermal guards, which matters during long NVMe read-write sessions where unchecked heat causes real performance loss. Onboard Intel CNVi 802.11ac Wi-Fi with Bluetooth 5 eliminates the need for an add-in card entirely. The Realtek ALC1220-VB audio, paired with WIMA capacitors, produces noticeably clean output at both rear and front panel connections — a detail that separates this board from budget alternatives.

Best For

This AORUS Z390 board is squarely aimed at builders pairing it with a 9th Gen Core i7 or i9 for gaming or creative workloads who want room to overclock without babysitting power delivery. It suits anyone tired of burning a PCIe slot on a Wi-Fi card, and builders running two NVMe drives will appreciate the built-in thermal management rather than retrofitting aftermarket solutions. If you are migrating from an older Intel platform and want a capable board with strong audio, reliable wireless, and RGB ecosystem support, the Z390 AORUS PRO Wi-Fi checks those boxes without requiring a flagship budget.

User Feedback

Long-term owners consistently praise BIOS stability and clarity, noting that overclocking adjustments are accessible even for builders who are not seasoned overclockers. The onboard Wi-Fi draws positive feedback for its reliable connection quality and straightforward setup. On the critical side, some users ran into BIOS update requirements before their 9th Gen CPU would post correctly out of the box — worth checking before building. The RGB Fusion software has a learning curve that occasionally frustrates newcomers. A few buyers noted the Wi-Fi antenna placement as awkward depending on case orientation. RAM compatibility is generally solid, though tighter XMP kits sometimes need manual tuning to run at rated speeds.

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Pros

  • The 12+1 phase DrMOS VRM handles i9-9900K overclocks confidently without requiring aftermarket VRM cooling.
  • Onboard Intel 802.11ac Wi-Fi with Bluetooth 5 frees up a PCIe slot for other devices.
  • Dual M.2 slots with built-in thermal guards keep NVMe drives cool during sustained read-write workloads.
  • Realtek ALC1220-VB audio with WIMA capacitors delivers noticeably cleaner output than budget board alternatives.
  • The UEFI BIOS is well-organized and accessible, even for builders new to manual overclocking.
  • Full ATX form factor ensures broad case compatibility and plenty of room for cable management.
  • Four DDR4 DIMM slots support XMP profiles up to 4400 MHz for memory-sensitive workflows.
  • The reinforced primary PCIe slot handles heavy triple-fan GPUs without flex or seating concerns.
  • Long-term owners report consistent stability and solid build quality after years of daily use.

Cons

  • LGA1151 is a dead-end platform with no upgrade path beyond 9th Gen Intel Core processors.
  • Early retail units often shipped with a BIOS version that required updating before 9th Gen CPUs would post.
  • RGB Fusion 2.0 software is unintuitive and frequently fails to save lighting settings after restart.
  • The rear I/O lacks a USB-C port, which became a noticeable gap as USB-C peripherals proliferated.
  • Wi-Fi antenna cables are short and awkwardly positioned for certain mid-tower case layouts.
  • Some tighter DDR4 XMP kits require manual timing adjustments rather than clean one-click profile enabling.
  • The software bundle installs background services that can reduce responsiveness on leaner system configurations.
  • Accessing the lower M.2 slot typically requires removing the GPU, adding friction during storage upgrades.

Ratings

The GIGABYTE Z390 AORUS PRO Wi-Fi ATX Motherboard earns its reputation as one of the more well-rounded Z390 options for Intel 9th Gen enthusiast builds, and the scores below reflect exactly that — strengths and shortcomings alike. These ratings were generated by AI after systematically analyzing thousands of verified global user reviews, with spam, bot activity, and incentivized submissions actively filtered out. The result is an honest snapshot of what real builders experienced over extended ownership.

VRM & Overclocking Performance
91%
Builders running an i9-9900K at sustained overclocks consistently reported stable voltage delivery with minimal thermal stress on the VRM area. The 12+1 phase DrMOS configuration handles heavy workloads — extended gaming sessions, video renders, stress tests — without the throttling issues seen on lighter boards.
A small number of extreme overclockers pushing beyond 5.1 GHz on all cores noted the VRM heatsink runs noticeably warm under prolonged load, occasionally requiring additional airflow directed at the board. It is capable, but not quite at the level of the flagship AORUS MASTER for truly aggressive overclocking.
BIOS Usability
88%
The UEFI BIOS is consistently praised for its clean layout and logical structure, making XMP enabling and voltage adjustments accessible even to builders who are not seasoned overclockers. First-time enthusiasts appreciated the visual feedback and the straightforward fan curve controls.
Several users reported needing a BIOS update before a 9th Gen CPU would post correctly out of the box, which creates a frustrating chicken-and-egg problem for those without a spare 8th Gen chip to perform the update. This is a known Z390 board issue but still catches buyers off guard.
Onboard Wi-Fi & Bluetooth
86%
The Intel CNVi 802.11ac implementation draws consistent praise for stable throughput and reliable connections at range — users in multi-story homes noted it outperformed cheap PCIe Wi-Fi cards they had used previously. Bluetooth 5 pairing for headsets and peripherals worked cleanly without driver headaches on Windows 10.
The antenna placement and short antenna cables frustrated some builders depending on case layout, with the connectors sitting awkwardly near the rear I/O in tighter mid-tower builds. A few users on 5 GHz networks also noted it does not match the speeds of a dedicated Wi-Fi 6 card on modern routers.
Audio Quality
84%
The Realtek ALC1220-VB with WIMA capacitors produces audio output that noticeably outperforms typical budget board audio — headphone users on the rear 3.5mm jacks reported clean, low-noise playback even at high volumes. Front panel audio also benefits, which is less common at this tier.
Audiophiles using high-impedance headphones directly from the rear jack found the output adequate but not exceptional compared to a dedicated DAC. A handful of users also noted that the Nahimic audio software bundled with the board adds bloat without meaningful improvement for most listening scenarios.
M.2 Thermal Management
82%
18%
Both M.2 slots include thermal guards, and long-term owners running NVMe SSDs in sustained sequential workloads — large file transfers, game level streaming — reported temperatures staying in comfortable ranges without manual intervention. It is a practical feature that removes the need for aftermarket M.2 heatsinks.
The thermal pads included with the guards are serviceable but not exceptional, and a couple of users reported needing to replace them after extended ownership to maintain effective contact. Also, accessing the lower M.2 slot requires removing a GPU on most ATX builds, which is a minor but recurring inconvenience during upgrades.
Build Quality & PCB Construction
83%
Owners handling the board during builds consistently commented on the solid feel of the PCB and the sturdy reinforced PCIe slot, which held heavier GPUs like the RTX 2080 Ti without any flex concerns. The heatsink finish and overall component layout felt appropriate for the price tier.
Some users found the heatsinks slightly difficult to reseat correctly after removing them for thermal pad replacement, with the mounting pins occasionally feeling flimsy on reassembly. Nothing that affects long-term function, but it adds friction during maintenance.
RAM Compatibility & XMP Support
78%
22%
Four DIMM slots with support up to 4400 MHz XMP gave builders room to work with higher-speed kits for memory-sensitive tasks like game streaming or video editing. Most popular kits from G.Skill and Corsair worked at rated speeds with XMP enabled in BIOS.
Tighter-binned kits — particularly some Corsair Vengeance RGB Pro sets and certain Samsung B-die configurations — needed manual timing adjustments rather than simply enabling XMP. Users pairing four sticks at 3600 MHz or above occasionally hit stability walls requiring time-consuming BIOS tuning.
PCIe Expansion & Slot Layout
77%
23%
The dual x16 PCIe layout provides enough bandwidth for a primary GPU without meaningful compromise, and the additional x1 slots gave builders room for sound cards or capture cards without sacrificing the primary graphics slot. The reinforced primary slot handles heavy triple-fan GPUs without visible stress.
The board only offers a single full-bandwidth x16 PCIe slot, which limits multi-GPU or high-throughput PCIe device configurations. Builders running an NVMe drive, a GPU, and a capture card simultaneously found the bandwidth sharing between the lower slots occasionally noticeable in throughput benchmarks.
Thermal Design & Heatsink Coverage
79%
21%
The multi-cut heatsinks with heat pipe design drew positive comments from users who monitored chipset and VRM temperatures over extended gaming sessions, with readings staying comfortably within safe ranges under typical enthusiast workloads. The visual design also complemented most mid-to-high-end build aesthetics.
Under sustained CPU-heavy workloads in poorly ventilated cases, the chipset heatsink ran warmer than some users expected. A few noted that the heat pipe connecting the chipset and VRM heatsinks contributes more to aesthetics than dramatic thermal improvement in practice.
RGB & Lighting Ecosystem
71%
29%
RGB Fusion 2.0 support gives builders access to addressable headers and onboard lighting zones that sync reasonably well across compatible GIGABYTE components and some third-party peripherals. For builds where aesthetic cohesion matters, it covers the basics competently.
The RGB Fusion software has a persistent reputation for being unintuitive, with users frequently reporting that settings do not save correctly after a restart or that addressable headers behave inconsistently. Compared to ASUS Aura Sync or MSI Mystic Light, the software experience trails noticeably.
Rear I/O Connectivity
74%
26%
The rear panel covers the essentials well for a gaming and productivity build: USB 3.1 Gen 2 ports, a clear CMOS button, HDMI output for the integrated Intel GPU, and the Wi-Fi antenna connectors all accessible without adapters. Most builders found the port selection sufficient for their peripheral needs.
The total USB port count on the rear panel felt limited to some power users running multiple external drives, monitors, and peripherals simultaneously. There is no USB-C on the rear I/O, which became a more noticeable omission as USB-C peripherals grew more common after the board launched.
Software Bundle & Utilities
62%
38%
The included GIGABYTE APP Center provides a centralized hub for fan control, system monitoring, and RGB management, which some users found convenient for quick adjustments without entering the BIOS. EasyTune for overclocking attracted positive mentions from casual builders who wanted a Windows-based tuning option.
Multiple users flagged the software bundle as bloated, with several utilities installing background services that impacted system responsiveness on leaner builds. RGB Fusion in particular drew criticism for inconsistent behavior and a cluttered interface, and some users simply uninstalled the entire suite and relied on BIOS-only management.
Out-of-Box Experience
73%
27%
For builders using a compatible 9th Gen CPU and a modern DDR4 kit, most reported a smooth first boot with the system detecting components correctly and XMP profiles visible in BIOS on the first entry. The included manual is thorough enough to guide less experienced builders through initial setup.
The BIOS version shipped on early retail units often required updating before supporting newer 9th Gen CPUs, creating a real barrier for first-time builders without a spare LGA1151 chip. Accessory quality in the box — particularly the SATA cables — was described as functional but unremarkable.
Value for Money
81%
19%
Relative to what the board delivers — onboard Wi-Fi, strong VRM, dual M.2 with thermal guards, and quality audio — buyers who purchased at or below the original launch price generally felt they received a feature set that punched above its position in the AORUS lineup. It undercuts the AORUS MASTER while covering most of the same practical ground.
At full original retail pricing the Z390 AORUS PRO Wi-Fi faces stiff competition in hindsight from boards that have aged better into the used market. Buyers today should factor in that the LGA1151 platform has reached end of life, making the long-term upgrade path nonexistent without a full platform change.

Suitable for:

The GIGABYTE Z390 AORUS PRO Wi-Fi ATX Motherboard is a strong fit for enthusiast PC builders who are specifically working within the Intel 8th or 9th Gen ecosystem and want a capable, well-equipped platform without paying flagship prices. If you are pairing it with an i7-9700K or i9-9900K for a gaming rig or a dual-purpose content creation build, the robust VRM and dual M.2 thermal management mean you can push the hardware confidently without worrying about power delivery becoming a bottleneck. Builders who want to keep their PCIe slots free for a GPU and capture card will appreciate not needing a separate Wi-Fi adapter, and anyone who has dealt with mediocre onboard audio on cheaper boards will notice the step up in output quality here. It also suits builders migrating from an older Intel platform who want a familiar BIOS experience and straightforward setup, provided they verify their CPU is already supported by the shipped BIOS version before committing to the build.

Not suitable for:

Anyone planning a forward-looking build should understand clearly that the GIGABYTE Z390 AORUS PRO Wi-Fi ATX Motherboard is a closed-end platform — LGA1151 has no upgrade path beyond 9th Gen Intel Core, so the board is a long-term commitment to the hardware you install now. Builders who anticipate needing Wi-Fi 6 speeds, USB4, or PCIe 4.0 in the near future will find this board increasingly limiting, as none of those technologies are supported. It is also not the right choice for extreme overclockers who need the absolute headroom of a flagship board like the AORUS MASTER, since the VRM, while solid, does have thermal limits under sustained all-core loads at aggressive voltages. Users who dislike managing software bloat or who rely on RGB sync across multiple brands may find the RGB Fusion ecosystem more trouble than it is worth. Finally, buyers on a tight budget shopping the used market should weigh the platform's age carefully — paying a premium for a used Z390 board in 2024 and beyond rarely makes financial sense compared to investing in a current-generation platform.

Specifications

  • CPU Socket: Uses the Intel LGA1151 socket, compatible with both 8th and 9th Gen Intel Core processors including the i9-9900K, i7-9700K, and their non-K variants.
  • Chipset: Built on the Intel Z390 chipset, which enables CPU overclocking, full XMP memory support, and flexible PCIe lane allocation.
  • Form Factor: Standard ATX form factor measuring 13.18 × 10.62 inches, fitting any full-tower or mid-tower case with ATX motherboard support.
  • Memory Support: Four DDR4 DIMM slots in dual-channel configuration supporting up to 128GB of non-ECC unbuffered DDR4 RAM with XMP profiles up to 4400 MHz.
  • VRM Design: 12+1 phase digital VRM with DrMOS components provides stable and efficient power delivery for overclockable Intel Core processors under sustained workloads.
  • M.2 Slots: Two M.2 slots, both equipped with thermal guards, support PCIe 3.0 x4 and SATA NVMe drives in the 2242, 2260, and 2280 form factors.
  • Wireless: Onboard Intel CNVi 802.11ac 2x2 Wave 2 Wi-Fi supports dual-band 2.4 GHz and 5 GHz connections with a peak theoretical throughput of 1.73 Gbps.
  • Bluetooth: Bluetooth 5.0 is integrated via the same Intel CNVi module as the Wi-Fi, supporting low-latency connections to headsets, controllers, and peripherals.
  • Audio Codec: Realtek ALC1220-VB audio codec paired with WIMA film capacitors delivers a rear output signal-to-noise ratio of 114dB and a front panel SNR of 110dB.
  • PCIe Slots: Provides one PCIe 3.0 x16 slot for the primary GPU, one PCIe 3.0 x8 slot, one PCIe 3.0 x4 slot, and three PCIe 3.0 x1 slots for expansion cards.
  • USB Connectivity: Rear I/O includes USB 3.1 Gen 2 Type-A ports alongside USB 3.0 and USB 2.0 ports; one USB 2.0 header is available onboard for internal connections.
  • Display Output: One HDMI port on the rear I/O supports video output when using an Intel processor with integrated graphics, such as the i7-8700 or i9-9900.
  • RGB Support: RGB Fusion 2.0 controls onboard lighting zones and supports both standard RGB and addressable LED strip headers for customizable build lighting.
  • SATA Ports: Six SATA 6Gb/s ports support traditional 2.5-inch and 3.5-inch HDDs and SSDs, with support for RAID 0, 1, 5, and 10 configurations via the Z390 chipset.
  • Intel Optane: The board is Intel Optane Memory ready, allowing compatible Optane modules to be used as a caching layer for faster system responsiveness with HDDs.
  • Dimensions: Board dimensions are 13.18 × 10.62 × 3.14 inches and it weighs approximately 3.09 pounds, typical for a fully featured ATX platform board.
  • Launch Date: The board was first made available in October 2018, coinciding with Intel's 9th Gen Core processor launch for the LGA1151 platform.
  • OS Support: Officially compatible with Windows 10, Windows 8.1, Windows 8 Pro, and Windows 7, though Windows 10 is the recommended and most stable operating environment.

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FAQ

This is one of the most common concerns with this board, and the honest answer is: it depends on when the unit was manufactured. Early retail units shipped with a BIOS version that did not support 9th Gen CPUs, meaning you would need an 8th Gen chip to boot the system and perform the update first. If you are buying new or recently manufactured stock, check the box for a sticker indicating a 9th Gen compatible BIOS. When in doubt, contact the retailer before purchasing.

Yes, both M.2 slots support PCIe 3.0 x4 NVMe drives simultaneously, and each slot has its own thermal guard to manage heat during sustained use. Keep in mind that enabling both M.2 slots may disable one or two SATA ports depending on the configuration, so check the manual for the specific port sharing table before finalizing your storage layout.

The Intel CNVi 802.11ac implementation on this board performs well for most home and office environments, and builders generally report stable connections at range on both 2.4 GHz and 5 GHz bands. For the vast majority of gaming and productivity use cases it is more than adequate and saves you a PCIe slot. If you specifically need Wi-Fi 6 speeds or are working in a congested high-density wireless environment, a dedicated newer-generation card would serve you better.

For most users — including gamers, streamers, and casual music listeners — the onboard Realtek ALC1220-VB with WIMA capacitors is genuinely good and a meaningful step above typical budget board audio. You are unlikely to feel the need for a dedicated sound card unless you are using high-impedance headphones above 150 ohms or you are doing professional audio production work that demands lower noise floors than even 114dB SNR provides.

Most popular kits from brands like G.Skill Trident Z and Corsair Vengeance at 3200 to 3600 MHz enable cleanly via XMP in the BIOS. However, some tighter-binned kits or four-DIMM configurations at 3600 MHz and above may require manual sub-timing adjustments to maintain stability. Starting with XMP enabled is always the right first step — you can fine-tune from there if you hit any instability during stress testing.

It is an Intel-only board. The LGA1151 socket is exclusive to Intel 8th and 9th Gen Core processors, and there is no compatibility with any AMD Ryzen or other non-Intel CPUs. If you are considering an AMD build, you would need a different platform entirely, such as an X570 or B550 board with an AM4 socket.

The BIOS on this AORUS Z390 board is well-regarded for its accessibility — voltage, multiplier, and memory frequency controls are logically laid out and clearly labeled. GIGABYTE also includes EasyTune software for Windows-based adjustments if you prefer not to work in the BIOS directly. That said, overclocking always carries some risk, and it is worth reading a solid beginner guide on Z390 overclocking before diving in, regardless of which board you use.

RGB Fusion 2.0 has a legitimate reputation for being unintuitive, and some users report that lighting settings occasionally fail to persist after a restart. If RGB customization is not a priority for you, it is entirely possible to skip the software — the board will still function perfectly, and the onboard lighting will default to a basic cycle mode. If you do want full RGB control, be patient with the software and check for the latest version on GIGABYTE's support page, as updates have improved stability over time.

As a standard ATX board measuring 13.18 × 10.62 inches, it fits any mid-tower or full-tower case designed for ATX motherboards — which covers the vast majority of enthusiast cases on the market. There are no unusual cutouts or component placements that should cause clearance issues. The one thing to watch is that the Wi-Fi antenna connectors at the rear I/O require routing the included antennas, and in tighter builds the short cables can be slightly awkward to position for optimal signal.

That depends entirely on your situation. If you already own an 8th or 9th Gen Intel CPU and are looking for a capable board to build or upgrade around, this GIGABYTE Z390 motherboard still delivers a strong feature set — particularly for the prices it trades at on the used market now. However, if you are starting a new build from scratch and do not already own an LGA1151 processor, there is little reason to invest in a platform with no upgrade path when current-generation Intel and AMD platforms offer significantly better long-term flexibility.

Where to Buy

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GIGABYTE Z390 AORUS PRO Wi-Fi ATX Motherboard
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GIGABYTE Z390 AORUS PRO Wi-Fi ATX Motherboard
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