X470 Gaming Pro Max
The ATX workhorse that brought AMD’s AM4 platform to its fullest potential — a comprehensive look at MSI’s mid-range champion for Ryzen processors.
Setting the Stage for Ryzen
When AMD released the X470 chipset in 2018 alongside its second-generation Ryzen processors, it delivered incremental but meaningful improvements over the X370 platform. MSI responded with an expanded gaming lineup, and the X470 GAMING PRO MAX emerged as the sweet spot — a board that sits above the entry-level Gaming Plus, but below the premium Carbon and Titanium, offering a well-rounded feature set without the price inflation of flagship models.
The “MAX” designation, introduced as part of MSI’s lineup refresh, signals broader compatibility, with updated BIOS support enabling use of 1st, 2nd, and 3rd generation Ryzen processors on the AM4 socket. This makes it a remarkably versatile platform that aged well beyond initial launch expectations.
This article breaks down every significant aspect of the board: its physical design, full specification sheet, power delivery, connectivity, BIOS experience, audio, memory support, and long-term value. Whether you’re building a system from scratch, upgrading from an older AMD platform, or simply researching the AM4 ecosystem, this review has you covered.
By the Numbers
Every detail that matters, pulled directly from MSI’s official documentation. The X470 GAMING PRO MAX delivers a comprehensive feature set that holds up strongly as a mid-range offering.
Built for the Red Army
Aesthetic Identity
The X470 GAMING PRO MAX carries MSI’s signature black-and-red color language across its ATX PCB. The heatsinks, PCIe reinforcement brackets, and fan headers all follow this disciplined two-tone palette, making it visually cohesive without the excess ornamentation found on flagship models. The board presents a confident, gaming-focused appearance without veering into garish territory.
At standard ATX dimensions of 12 × 9.6 inches, the board fits virtually all mid-tower and full-tower cases. Nine mounting holes provide solid chassis support, minimizing flex during installation or cable management.
Thermal Heatsink Design
MSI’s thermal management on the PRO MAX centers on two aluminum heatsink blocks covering the VRM MOSFETs flanking the AM4 socket. While these heatsinks do not feature a heatpipe interconnect — a design choice reserved for the higher-end Carbon and Titanium boards — they are adequately sized for the board’s target workload: mainstream Ryzen builds with moderate overclocking. Under sustained all-core loads, VRM temperatures remain within safe operating limits.
The chipset itself is cooled by a compact aluminum heatsink with a thin thermal pad interface — an improvement over the weaker thermal epoxy found on some predecessor boards. Swapping the thermal interface material for aftermarket compound is straightforward if desired.
Fan curves configurable via BIOS or Dragon Center.
DDR4 Headroom
One of the most compelling aspects of the X470 GAMING PRO MAX is its memory configuration. The board provides four DDR4 DIMM slots arranged in a dual-channel topology, capable of supporting up to 128 GB of RAM — a maximum that was unlocked via BIOS update requiring ComboPI 1.0.0.3 firmware or later. This puts it comfortably ahead of many competing boards that capped at 64 GB without such updates.
Memory overclocking on the X470 platform, when paired with Ryzen 3000-series processors, takes full advantage of the CPU’s Infinity Fabric — which runs best at memory speeds of DDR4-3600 to DDR4-3800, providing maximum bandwidth without exceeding the 1:1 fabric-to-memory ratio. The board’s A-XMP support makes dialing in memory profiles largely automatic with a compatible kit, though fine-tuning subtimings manually via the BIOS yields further improvements.
It is worth noting that Athlon processors with Radeon Vega Graphics are limited to DDR4-2400 MHz, a constraint of the processor itself rather than the board. The board also supports ECC UDIMM memory for workstation-adjacent use cases, an unusual feature for a gaming-oriented platform at this price range.
Dual M.2, Six SATA
M.2 Configuration
The board provides two M.2 Key-M slots, each with different bandwidth characteristics reflecting their upstream connection. The primary slot, M2_1, connects directly to the AMD processor and delivers PCIe 3.0 ×4 bandwidth — sufficient for full-speed NVMe drives reaching theoretical limits of 32 Gb/s (approximately 3.5 GB/s sequential read). This slot also supports the extended 22110 (110mm) form factor, useful for enterprise and high-capacity drives.
The secondary slot, M2_2, routes through the X470 chipset and runs at PCIe 2.0 ×4, limiting NVMe performance but making it suitable as a secondary drive for non-latency-critical applications or SATA-based M.2 SSDs. Users should note the lane-sharing implications: installing an NVMe drive in M2_2 disables the PCIE_6 expansion slot, while a SATA M.2 in that same position disables the first SATA port.
| Port | Interface | Speed |
|---|---|---|
| M2_1 | PCIe 3.0 ×4 | 32 Gb/s |
| M2_2 | PCIe 2.0 ×4 / SATA | 16 Gb/s |
| SATA ×6 | SATA III | 6 Gb/s |
| RAID | 0 / 1 / 10 | SATA only |
⚠ Installing SATA M.2 in M2_2 disables SATA1 port.
Beyond M.2, the six SATA III ports offer robust traditional storage connectivity. RAID 0, 1, and 10 configurations are available for SATA devices, handled by the X470 chipset — useful for users who prefer redundancy on spinning disk arrays or budget SATA SSDs. AMD’s StoreMI technology, included with X470 boards, provides an additional software-defined caching layer that can combine a fast SSD with a large HDD for transparent tiered storage acceleration.
Every Port Counted
The rear I/O panel of the X470 GAMING PRO MAX is well-equipped for a board in this category, providing a total of twelve USB ports across three generations. The headline addition over the standard PRO variant is the inclusion of two USB 3.2 Gen2 Type-A ports via an ASMedia ASM1143 controller, delivering 10 Gbps throughput — useful for fast external SSDs, high-bandwidth peripherals, and fast device charging.
Internally, the board provides expansion via two USB 3.2 Gen1 headers (adding four more ports) and two USB 2.0 headers (four additional ports), bringing the maximum total USB port count to a generous twenty. A serial port header and parallel port header are also present — a nod toward legacy compatibility that sets this board apart from many modern alternatives. These are particularly useful in industrial, automation, or retro computing contexts.
The sole networking controller is a Realtek RTL8111H, providing standard Gigabit Ethernet. There is no onboard Wi-Fi or Bluetooth — users requiring wireless connectivity will need a PCIe adapter or USB dongle. This is the most notable omission compared to competing boards at similar or slightly higher price points that include integrated wireless.
Display outputs — a DVI-D and HDMI 1.4 — are functional only with AMD Ryzen processors featuring integrated Radeon Vega or Radeon Graphics. Standard Ryzen desktop CPUs without integrated graphics will not activate these outputs, as expected.
Audio Boost
Realtek ALC892 Codec
The X470 GAMING PRO MAX uses MSI’s Audio Boost implementation built around the Realtek ALC892 High Definition Audio codec, supporting 7.1-channel surround sound output. While this codec sits one tier below the premium ALC1220 found on higher-end MSI boards, it remains a solid performer for gaming and general audio applications with a claimed 100 dB signal-to-noise ratio.
MSI’s hardware-level audio refinements include physical separation of left and right audio channels onto isolated PCB layers, reducing crosstalk between channels. De-Pop protection prevents loud noise transients when headphones are plugged or unplugged, and an EMI-shielded audio processor reduces electrical interference from nearby PCB components — all contributing to cleaner analog output than the base codec would achieve alone.
SNR: ~100 dB
On the software side, Nahimic 3 provides virtual surround sound processing with an in-game overlay capable of displaying directional audio cues — a feature marketed for competitive gaming. An onboard headphone amplifier automatically adjusts output impedance to match connected headphones, a useful feature for audiophile gaming headsets with higher impedance drivers.
Power Where It Counts
The power delivery subsystem of the X470 GAMING PRO MAX is designed for reliable operation with mainstream Ryzen processors and moderate overclocking. The board accepts power via the standard 24-pin ATX main connector, an 8-pin EPS 12V CPU connector, and an additional 4-pin ATX 12V connector — the last of which becomes relevant for sustained heavy overclocks or high-TDP processors. MSI brands its power delivery technology as Core Boost, emphasizing clean, stable voltage rails and current delivery.
Overclocking performance is competent without being exceptional. The board supports the full range of BIOS-level overclocking parameters including CPU ratio adjustment, CPU VCore control, DRAM voltage, and SOC voltage. The Click BIOS 5 UEFI makes these adjustments accessible, and the Game Boost button provides a one-click automatic overclock for users who prefer simplicity. Users pursuing Ryzen 5000 series compatibility should note that unlike the B450 MAX-series boards, the X470 GAMING PRO MAX lacks BIOS flashback, meaning a processor update requires access to an older compatible CPU to perform the firmware upgrade.
For 65W TDP processors, power delivery is entirely non-constraining. For 95W TDP chips like the Ryzen 7 3700X or Ryzen 9 3900X, the VRM runs warm but within limits under sustained all-core loads with adequate case airflow. The board is not recommended for extreme overclocking scenarios involving 150W+ processors without supplemental airflow directed at the VRM heatsinks.
Click BIOS 5
MSI’s Click BIOS 5 UEFI firmware is one of the better-executed BIOS environments in the mid-range motherboard space. It opens in a graphical EZ Mode that displays system temperatures, fan speeds, memory configuration, and boot priority at a glance — ideal for users who need quick information without diving into sub-menus. A more detailed Advanced Mode provides granular access to all overclocking parameters, fan curve configuration, boot settings, and chipset configuration.
Key BIOS features include the OC section, which consolidates all CPU frequency, ratio, and voltage controls in a single page. Memory overclocking is handled via A-XMP toggle for automatic profile application or manual entry of individual timing values. The BIOS also supports Fan Tuning, which allows each fan header to be configured individually with custom curves referenced to CPU or motherboard temperature sources.
On the software side, MSI Dragon Center serves as the central hub for system monitoring, fan control, RGB lighting, Game Boost, and X-Boost storage acceleration. Mystic Light, MSI’s RGB control utility, manages the two onboard RGB headers for LED strips and any connected MSI RGB peripherals. Nahimic 3 and the BIOS-resident settings together cover the audio experience comprehensively.
Strengths & Limitations
- Broad Ryzen compatibility (1st, 2nd, 3rd Gen) out of the box
- 128 GB DDR4 maximum RAM — excellent for multi-tasking builds
- Two M.2 slots including CPU-direct PCIe 3.0 ×4 primary slot
- Six SATA III ports for ample traditional storage
- USB 3.2 Gen2 (10 Gbps) on rear I/O via ASMedia controller
- Six fan headers with full PWM/DC control
- Audio Boost with isolated PCB audio channels and De-Pop protection
- Generous total USB port count (up to 20 with all headers used)
- Legacy serial and parallel port headers for specialized use cases
- ECC UDIMM memory support for workstation workflows
- RAID 0/1/10 support for SATA arrays
- AMD StoreMI support for tiered storage
- TPM header present for security applications
- Clear CMOS button on board for quick recovery
- No onboard Wi-Fi or Bluetooth
- No USB Type-C port on rear I/O panel
- No BIOS Flashback — older CPU needed for firmware updates
- Realtek ALC892 audio — good, but not ALC1220 premium level
- Realtek 8111H LAN — competitive, but below Intel I219/I211
- No PCIe 4.0 support (X470 platform limitation)
- M2_2 slot limited to PCIe 2.0 bandwidth
- Lane sharing between M2_2 and PCIE_6 / SATA1
- VRM heatsinks lack heatpipe — warm under sustained extreme loads
- CrossFire only — no NVIDIA SLI certification
Scored by Category
The Ryzen Mid-Range Sweet Spot
The MSI X470 GAMING PRO MAX earned its position as a dependable, feature-complete AMD platform for mainstream Ryzen builders. It threads the needle between the budget Gaming Plus and the premium Gaming Pro Carbon with considerable skill: offering dual M.2 slots, six SATA ports, 128 GB memory support, USB 3.2 Gen2 connectivity, and a six-header fan control system — all at a mid-range price point that makes it genuinely competitive.
Its most notable shortcomings are omissions rather than failures: no Wi-Fi, no USB Type-C rear port, and no BIOS Flashback limit its flexibility compared to competitors. The Realtek ALC892 audio and LAN controller are good but not best-in-class. And as with all X470 boards, PCIe 4.0 is unavailable — a limitation that matters more for NVMe SSDs than for gaming GPUs operating within PCIe 3.0 bandwidth.
For users building around a Ryzen 5 3600, Ryzen 7 3700X, or even the Ryzen 9 3900X for content creation and gaming, the X470 GAMING PRO MAX provides the features needed to build a well-rounded, long-lasting system. It doesn’t ask users to overpay for features they won’t use, and it doesn’t leave out anything fundamental. That is the mark of a well-executed mid-range product — and the reason this board remains well-regarded among AMD enthusiasts who built their rigs during the Ryzen 2000 and 3000 era.
