Archer Ax10 Custom Firmware Better -
While the hardware is capable, stock firmware often isn't optimized for peak throughput under heavy load. Custom firmware is typically leaner, stripping away background processes that consume RAM and CPU cycles. This can lead to improved stability when many devices are connected simultaneously.
As of late 2024 and early 2025, the most viable custom firmware for the Archer AX10 is OpenWrt—specifically, the snapshot or development builds. The AX10 is not officially supported in the stable release (e.g., 23.05 or 24.10) due to outstanding issues with Wi-Fi 6 acceleration and NSS (Network Subsystem) hardware offloading.
What works (mostly):
What is problematic:
Let's put the two head-to-head. Here is the reality of running OpenWrt on the Archer AX10. archer ax10 custom firmware better
| Feature | Stock TP-Link Firmware | OpenWrt Custom Firmware | Winner |
| :--- | :--- | :--- | :--- |
| Wi-Fi 6 (AX) Speed | Excellent (Driver optimized) | Good (Open source drivers are 90% there) | Stock (Slight edge) |
| Bufferbloat (Lag) | Terrible (No SQM) | Excellent (CAKE/SQM) | Custom |
| VPN Support | None (Requires app install on PC) | Full (WireGuard server via 2MB package) | Custom |
| Ad Blocking | None | adblock-fast or simple-adblock | Custom |
| RAM Usage | 80% used at idle | 45% used at idle (headroom for more) | Custom |
| Updates | Every 6-12 months | Weekly security patches | Custom |
| Ease of Use | Plug and play | Requires CLI knowledge for advanced setup | Stock |
| Brick Risk | None | High (If done wrong) | Stock |
The Verdict of the Scorecard: The stock firmware wins on pure Wi-Fi throughput out of the box by about 5-10%. However, the custom firmware wins on latency, privacy, and feature depth.
If you want the "better" router for gaming and VPNs, OpenWrt wins. If you want the highest possible Ookla Speedtest number, stick with stock.
1. Feature Expansion: The stock firmware on the AX10 is deliberately limited to maintain simplicity. Custom firmware like OpenWrt transforms the router into a flexible Linux-based platform. Users gain access to advanced features absent from the stock interface: While the hardware is capable, stock firmware often
2. Performance Tuning: Stock firmware often prioritizes "out-of-box" stability over raw performance. With OpenWrt, you can tweak Wi-Fi transmit power, enable 802.11r for fast roaming, and adjust TCP parameters. Some users report reduced latency and more consistent throughput after optimization.
3. Security & Longevity: TP-Link may stop releasing firmware updates for the AX10 after a few years. OpenWrt has a long support cycle, meaning your router receives security patches long after the manufacturer abandons it. This is especially valuable for a budget router intended for long-term use.
4. Learning Experience: For networking enthusiasts, installing and configuring custom firmware is an educational journey. It demystifies Linux networking, firewall rules, and embedded systems.
If you are dead set on getting open-source software on this hardware, you have two risky paths. Do not attempt this if you need your internet for work tomorrow. What is problematic: Let's put the two head-to-head
Whether custom firmware is “better” depends entirely on your use case.
Scenario A: You are a typical home user. You want reliable internet, good Wi-Fi coverage, and parental controls. For you, stock firmware is superior. Stock TP-Link firmware, while basic, is stable, supports full Wi-Fi 6 speeds, includes easy mesh support (OneMesh), and has a functional mobile app. Custom firmware will degrade your Wi-Fi performance and introduce instability.
Scenario B: You are a homelab enthusiast or privacy-focused user. You want to run a VPN server on your router, block ads network-wide, manage bufferbloat for gaming, or segment your IoT devices into VLANs. For you, OpenWrt is transformative. The stock AX10 cannot run WireGuard or advanced SQM. OpenWrt turns a $60 router into a $200+ small-business-class device. You are willing to accept lower maximum throughput and the risk of a bricked router in exchange for granular control.
Scenario C: You want to repurpose an old AX10. If you have upgraded to a more powerful router (e.g., a used PC with pfSense), installing OpenWrt on the AX10 and using it solely as a wired switch or a dedicated access point (with 5 GHz Wi-Fi disabled) is a viable project.
(Include a short table comparing OpenWrt vs DD‑WRT vs stock if you want a quick visual.)
Stock firmware won't run WireGuard (too heavy for the CPU), but it supports L2TP.