Video summary

Pro WS X570-ACE : PCIe 4.0 at its best!

Main summary

Key takeaways

Product Review

Product reviewed

ASUS Pro WS X570-ACE (AMD Ryzen 50th Anniversary workstation motherboard)

Key features mentioned

Platform positioning

  • A workstation-focused X570 platform positioned as a mainstream alternative to higher-end workstation boards.

CPU support

  • Supports:
    • Ryzen 2000 (“Zen+”)
    • Ryzen 3000 (“Zen 2”)
  • The review emphasizes best results with Ryzen 3000 to take advantage of PCIe 4.0.

VRM / power delivery (major highlight)

  • 12 + 2 phase design with 60A power stages
  • Described as “beefier than any other” X570 board mentioned
  • Heatsink cooling with copper heat pipes
  • Stress-test claim:
    • With a Ryzen 9 3900X (overclocked), the board showed no thermal throttling
    • Stayed below 70°C during a 2–3 hour stress test

Memory support

  • Up to 128GB DDR4 (dual-channel)
  • Overclocking claims:
    • With Ryzen 2000: up to 3.6 GHz
    • With Ryzen 3000: up to 4.4 GHz (+1000 MHz vs previous-gen ASUS boards)

Storage / M.2

  • Up to two M.2 SSDs
  • Throughput claims based on PCIe generation:
    • With Ryzen 2000 (PCIe 3.0): up to 32 Gb/s
    • With Ryzen 3000 (PCIe 4.0): up to 64 Gb/s
  • Includes a very thick thermal/padded heatsink for M.2 cooling
    • Notes that PCIe 4.0 M.2 drives often run hot, so cooling matters.

Chipset cooling (another highlight)

  • X570 uses active cooling with a 60,000-hour rated Delta super flow fan
  • Reviewer claims it’s better than other X570 chipset coolers
  • Power draw note:
    • X570 power draw is 11W, described as twice the predecessor chipset
    • Active cooling is considered necessary.

PCIe expansion

  • 4 PCIe slots
    • First slot reinforced: 16 lanes (best for a GPU in common setups)
    • Other slots: up to 8 lanes
  • Bandwidth mode:
    • With Ryzen 2000: PCIe 3.0, 1 GB/s per lane per direction
    • With Ryzen 3000: PCIe 4.0, 2 GB/s per lane per direction

I/O & connectivity (workstation emphasis, minimal “bling”)

  • Rear I/O includes:
    • Five USB 3.0 (10Gbps class) ports
    • Two USB 3.0 (5Gbps) ports
    • Display output
    • 2.5GbE LAN
    • 8-channel audio codec
  • Front panel USB:
    • Two USB 3.2 Gen2
    • Two USB 3.2 Gen1 (5Gbps)
  • Cooling headers:
    • 6 PWM fan connectors
    • One supports an AIO pump
    • No dedicated custom water-cooling pump connector (not positioned as an enthusiast-only board)

Pros (as stated)

  • Excellent VRM power design for stable workstation overclocking
    • Strong 12+2 / 60A design and cooling solution
    • Stress-test claim: <70°C and no thermal throttling
  • Superior chipset cooling vs other X570 boards
    • Including fan rating and fin design
  • Best-in-class overall cooling emphasis on a mainstream X570 (reviewer’s claim)
  • Strong bandwidth/storage potential, especially with Ryzen 3000 + PCIe 4.0
    • Up to 64 Gb/s M.2 throughput
    • PCIe 4.0 doubles bandwidth vs PCIe 3.0
  • Workstation reliability focus
    • “No-nonsense” design (no RGB clutter)
    • Includes M.2 thermal solution for hot PCIe 4.0 SSDs

Cons / criticisms (as stated)

  • High price: $380–$400 (before taxes)
  • Not worth it in one key scenario:
    • With Ryzen 2000, it doesn’t leverage PCIe 4.0, making the cost unjustified
  • Missing features the reviewer wanted:
    • Would have preferred a Clear CMOS button and Quick Error checking features
    • Reviewer cites “no clear error” / omission of some troubleshooting tools
  • Not for gaming / easy-building use
    • Explicitly not recommended for gaming-focused builds or “easy build” audiences
  • No RGB / minimal non-essential components
    • Noted as absent (even though it’s consistent with the workstation design philosophy)

User experience / usability notes

  • Troubleshooting support described as “bare minimum”
    • Mentions EZ Debug-style basic diagnostic indicators
  • Reviewer believes improved onboard troubleshooting tools would improve the workstation experience.

Comparisons made

  • Workstation vs mainstream expectations
    • Typical workstation boards often use X399 (and older high-end chipsets) and cost more due to more cores/PCIe lanes.
  • The review’s argument:
    • X570 + higher-core Ryzen (especially Ryzen 3000) can let a mainstream board approach the “expensive sibling” level if you use the PCIe 4.0-capable setup.
  • Gaming comparison
    • If you want gaming performance, the reviewer claims you can do better elsewhere for ~$200 less.

Pricing / value verdict (numerical)

  • Price: $380–$400 (before taxes)
  • No separate star rating, but the value conclusion is conditional:
    • Not worth it with Ryzen 2000 (PCIe 3.0) / otherwise limited PCIe 4.0 benefits
    • Worth every penny when used with Ryzen 3000 + PCIe 4.0
  • Overall recommendation:
    • Best scenario: PCIe 4.0 + Ryzen 3000
    • In that configuration, the reviewer frames it as among the most reliable/performance-focused workstation X570 options.

Unique points mentioned (all extracted)

  1. Positioned as a workstation motherboard in the mainstream market.
  2. AMD 50th anniversary branding impacting design/aesthetics.
  3. Workstation boards typically cost more than high-end chipsets like X399 due to additional features.
  4. VRM highlight: 12+2 phase with 60A power stages.
  5. Copper heat pipes on VRM heatsinks.
  6. Stress test claim with Ryzen 9 3900X (OC): no thermal throttling; <70°C for 2–3 hours.
  7. Memory support: up to 128GB DDR4, dual-channel.
  8. Memory OC claims:
    • Ryzen 2000: up to 3.6 GHz
    • Ryzen 3000: up to 4.4 GHz
  9. Two M.2 slots.
  10. M.2 speed claims:
    • PCIe 3.0: 32 Gb/s
    • PCIe 4.0: 64 Gb/s
  11. Very thick M.2 thermal pad/heatsink.
  12. Chipset power draw claim: 11W (described as 2× predecessor).
  13. Chipset cooling uses a 60,000-hour Delta fan, with a “better than other X570” claim.
  14. PCIe slots: 4 total, first is 16 lanes, others up to 8 lanes.
  15. PCIe bandwidth:
    • PCIe 3.0: 1 GB/s per lane per direction
    • PCIe 4.0: 2 GB/s per lane per direction
  16. Storage/throughput benefits tied to workstation workloads (e.g., editing/rendering).
  17. Multiple USB ports across 10Gbps/5Gbps classes, plus front panel USB options (USB 3.2 Gen2 and Gen1).
  18. 2.5GbE networking.
  19. 8-channel audio.
  20. 6 PWM fan headers, including AIO pump support; no dedicated custom water-cooling header.
  21. Basic troubleshooting via EZ Debug-style indicators; reviewer wanted Clear CMOS / extra error tools.
  22. No RGB / minimal non-essential components.
  23. Price: $380–$400 before taxes.
  24. Gaming value negative: better alternatives elsewhere for ~$200 less.
  25. Conditional final value:
    • Not worth it with Ryzen 2000
    • Worth it with Ryzen 3000 + PCIe 4.0
    • Implies it can be among the most reliable workstation boards in that configuration.

Speakers/views

  • A single main reviewer voice throughout (no clear multi-speaker segmentation).

Concise verdict / recommendation

Buy the ASUS Pro WS X570-ACE only if you’re pairing it with a Ryzen 3000 CPU to fully use PCIe 4.0 bandwidth. In that configuration, the reviewer praises its excellent VRM, strong thermal management, and high storage/PCIe throughput—making it a top workstation option. If you’re using Ryzen 2000 (PCIe 3.0), the reviewer strongly says it’s not worth the ~$380–$400 price.

Original video