This ASUS ROG Strix B550-F offers WiFi-6 and ATX options for gaming builds. Is it the ideal choice for your needs?
This ASUS ROG Strix B550-F offers WiFi-6 and ATX options for gaming builds. Is it the ideal choice for your needs?
I think I’ve discovered a highly cost-effective motherboard that satisfies all my requirements. Before sharing my thoughts, it’s important to understand the intended purpose of this board. Recently, I began a discussion seeking advice on repairing my damaged computer. You can find the relevant thread here: https://rog.asus.com/us/motherboards/rog...-fi-model/.
I’m particularly interested in a few aspects that motivated my choice, but first let’s clarify the build this board will serve.
The thread I’m referencing offers a detailed overview of my situation and outlines my plans for the new setup.
Here’s the link to the motherboard I’m considering: https://rog.asus.com/us/motherboards/rog...-fi-model/
The prices I’m most focused on are:
- Gigabyte Aorus B550 Elite V2 WiFi-6 AX ATX – $190 USD
- Gigabyte Aorus B550 Pro WiFi-5 AC ATX – $200 USD
- ASUS ROG B550-F WiFi-6 AX ATX – $210 USD
Now, considering these options, several factors make this board stand out for my needs:
1. The 6-layer PCB and capable RAM overclocking position it perfectly for performance demands. My Trident Z 2 x 16GB 3200MHz RAM reaches over 3600MHz, which significantly boosts frame rates and reduces stutters—especially important for CPU-heavy games.
2. The robust VRM and VRM-Heatsink design ensures stable power delivery, even when pushing high-end CPUs like the 3700X or 5900X.
3. Connectivity is solid with multiple ports: 3 x USB 3.2, 2 x USB 3.1, 2 x USB 2.0, plus a USB-C 3.2 Gen2 rear panel and support for USB 3.2 case connectivity. It also fully supports the AMD B550 chipset, handling SATA drives and PCI-E lanes efficiently.
4. The built-in WiFi-6 AX offers a modern connectivity upgrade, making it easier to connect devices without complex wiring.
While the Gigabyte Aorus Pro AC is a strong contender, the ASUS model delivers better overclocking potential and a more impressive build quality. The slight trade-off in PCB layers and VRM cooling on the Elite model doesn’t outweigh its overall advantages.
This board seems ideal for my gaming and performance goals, but I welcome your feedback and any other recommendations you might have. Let me know what you think and which board you’re running!
The B550-F is a solid board, while the Pro AC is what I currently own. Some problems have been reported with Aorus pro boards concerning Wi-Fi, Bluetooth and USB connections, as well as USB cutouts (though others say these disappear in newer BIOS versions like F12). Still, similar issues have been seen on other models such as the B550-E, which is something to keep in mind. It's also important to remember that for many users, these problems might resolve when switching from PCIE to Gen 3 (especially with newer GPUs like the RTX 3000) or by turning off global C-states and/or manual RAM overclocking instead of XMP. Other suggestions suggest it could be an AMD/Agesa concern rather than a fixable issue by Gigabyte or similar manufacturers. On the flip side, I haven't tested the B550-F yet, but it was my first pick. When I noticed more USB ports on the AC and some people favor the heatsinks, it performed well for me—voltages and clocks stayed stable on my 5600X, and I haven’t seen any VRM problems (though running at stock is probably not a big difference). I’m using a Micron-E die 16 3600MHz RAM with XMP support, even though QVL isn’t available (new SKU from December), but that’s not particularly impressive. Also, it feels quite similar to other models in the vengeance lineup. Edit: Regarding Wi-Fi, it’s sufficient for me; unfortunately, I can only operate at 2.4GHz, so I can’t compare it to my 5GHz Asus AC86 USB dongle—but I reach the speeds my provider expects.
Thanks for the feedback. WiFi-6 definitely boosts connection and speed when your router supports it. Since my provider’s location has a router with WiFi-6 but it’s not in my apartment, I’ve seen some improvement. The damage to the MoBo doesn’t seem to affect it much, and I’ve tested it myself. The difference isn’t massive, but gaming on WiFi is already rough due to lag, so I’d rather avoid going back to WiFi-5. I haven’t heard any problems with Gigabyte or ASUS boards, which is unusual—I’ll keep an eye on that. I’m definitely pushing overclocking, and Star Citizen is really tough on performance. I aim for the highest safe voltages with good air cooling to keep temperatures down while still getting solid results.
Hey there! You're looking at the Aorus Elite AX V2 B550, right? I see you're interested in the 6-layer PCB options for both the Aorus Pro and B550-F. Overclocking performance is tough, especially with those BIOS limitations—no BSOD or crashes are ideal. The Aorus Pro supports Wi-Fi 6, which is a big plus. While the original models don’t have Wi-Fi, you can add an external card if needed. The Pro version offers better VRM cooling compared to the Strix, making it easier to push higher speeds safely. I’ve used Gigabyte VRMs personally and can vouch for their quality. If you want built-in Wi-Fi, the V2 should work well enough. Let me know if you need more details!
I noticed the Aorus Pro gets a lot of praise and that’s why I think it stands out as the top choice compared to ASUS. I’d definitely choose the V2 if they offered a WiFi board. It’s essential for me since add-on WiFi-6 cards are really costly and USB adapters usually have weak signals. Having WiFi built-in on the board is clearly my preference. Fortunately, the ASUS board matches its performance in overclocking compared to the Aorus Pro. I really enjoy BuildZoid, but it seems the ASUS board is the better path.
I'm almost ready to submit the order, check it out: PC Parts List for New Build – Already have: CPU, GPU, RAM, Storage. CPU: AMD Ryzen 7 3700X GPU: AMD-Radeon/Power Color Red Devil 5700-XT RAM: 2 x G.Skill Trident Z 16GB 3200MHz sticks Storage: Corsair MP600 NVME 4.0 1TB Boot Drive, 2 x 2TB SATA-III SSDs, WD 7200RPM 8TB HDD MoBo: ASUS ROG B550-F Gaming WiFi-6 AX ATX Case: Phanteks Eclipse P500A Case Fans: 5 x 140mm Artic Bonix Black - 3 x Front Intake, 1 x Rear Exhaust, 1 x Top Exhaust CPU Cooler: Noctua D15-S Cromax Black CPU Thermal Paste: Thermal Grizzly Kyronaut Power Supply: Seasonic Focus PX-850W Platinum Extra 1: LinkUp 20cm Right Angle PCI-E 4.0 Riser Cable for Vertical GPU Mount Extra 2: Orico PCI-E 3.0 x 4, 7 x USB 3.0 Expansion Card Extra 3: High Gain WiFi Omni-Directional, Adjustable Antennas Total: $790 USD Future Target CPU and GPU: Ryzen 9 5900X and AMD-Radeon/Power Color Red Devil 6800-XT Note: The power supply might seem excessive now, but it won't be later. I usually push the CPU and GPU to their limits; even then, at full load I'd hit just under 700 watts. That means a 750W unit would be close enough, given potential spikes and future upgrades. In short, an 850W PSU means I shouldn't worry much, unless I need a multi-GPU setup down the line.
I’ll mention that with my 5900X pushing as intense an overclock as I can handle (4.8GHz all-core at 1.37V), I only consume around 160-175W, which is quite impressive in terms of efficiency.
It's definitely the 6800-XT that creates the power challenge, not the CPU itself. This pattern repeats across most standard desktop builds using regular processors. Desktop CPUs aren't that demanding. The 6800-XT, however, consumes power almost like an RTX 3080, possibly even more so when pushed. There are reports it can draw around 400 watts at full overclock. This latest GPU model seems to guzzle energy like it needs water. Still, the big performance boost might justify handling the most demanding cards we've seen over many generations. You might be able to get a bit further with the 5900X, and some users have logged 200 watts—so pushing a little more could work. 4.8 All-Core performance is decent, but for gaming it's better to use Precision Boost Overdrive offset overclocking. It helps keep those cores above 5GHz when needed. I'm a bit concerned about the voltage readings, though. PBO doesn't seem to enforce safe voltages, and even my 3700X often exceeds 1.45V.
Sorry to hear about the cooling issues. The EVGA CLC 280 with two NH-A14s at full speed struggles to maintain temperatures at 1.4V or above for sustained use, which isn't ideal for a stable CB R23 run. I keep a manual overclock setting for all cores since I mine Monero locally—no power bills here! My 1.34V at 4.7GHz all-core setup handles Ethereum hashes much better than my 1050ti, so I’ll go with it. Once I finish working on crypto, I’ll push it higher with PBO; it really performs well.