What's going on

The GL.iNet Slate AX (GL-AXT1800) is a high-performance Wi-Fi 6 travel router. However, like many compact devices in the GL.iNet Travel Routers lineup, packing enterprise-grade Wi-Fi 6 hardware into a portable chassis places severe demands on power management, thermal output, and software stability. When Wi-Fi continuously drops, the root cause is almost always power undervoltage, OpenWrt radio driver crashes, or overheating.

Symptoms people notice

• 5 GHz or 2.4 GHz bands vanish suddenly while the router stays powered on.
• Wireless clients repeatedly disconnect and re-authenticate every few minutes.
• Ethernet connections remain stable, but Wi-Fi signals drop out completely.
• The router body feels excessively hot right before network dropouts occur.
• Repeater mode (WISP) continuously loses connection to the source network.
• Admin dashboard (192.168.8.1) becomes unaccessible until a hard restart.

Likely causes

1. Power Supply Instability: The Slate AX requires a steady 5V/4A supply. Lower-output phone chargers or PC USB ports cause radio dropouts when traffic spikes.
2. Firmware Bugs: GL.iNet software overlays built on OpenWrt can suffer from Wi-Fi driver crashes or memory leaks.
3. Thermal Throttling: Compact enclosures mean intense load can cause internal temperatures to rise, prompting safety shutdowns of the radio chips.
4. DFS Channel Interference: Using DFS channels on 5 GHz can trigger automatic channel shifts whenever radar signals are detected, momentarily dropping clients.
5. Hardware Acceleration Glitches: Kernel acceleration features can conflict with certain VPN configurations or network bridges.

Quick checks first

Before diving into deep software configuration on your GL.iNet router, run through these essential checks:

• Check the power supply: Are you using the original factory 5V/4A power adapter? Avoid powering the Slate AX from a laptop USB port.
• Perform a power cycle: Unplug the power cable, wait 30 seconds, and plug it back in to flush volatile memory.
• Feel the enclosure: If the Slate AX is hot to the touch, move it out of bag pockets or tight spaces into free air.
• Test via Ethernet: Plug a cable into the LAN port to see if the dropouts affect the entire system or strictly the wireless radios. Learn more about general router dropouts across different brands.

When it's a real hardware fault

If you have reflashed clean firmware and supplied sufficient power, but the Wi-Fi radios fail to initialize or drop out after seconds of uptime, the issue may be hardware-level. Component failures on the power delivery rail or heat damage to the IPQ6018 Wi-Fi SoC are generally not economical or practical to repair by hand. You can check our reviews section for potential replacement options if the board is permanently damaged.

Soft resets vs board/panel work

Soft resets and firmware reinstalls solve the vast majority of GL-AXT1800 instability issues. You can perform a factory reset via the admin GUI or by holding the side reset button for 10 seconds. Attempting to disassemble the router or rework surface-mount chips on the PCB carries a high risk of destroying the device. Stick to software fixes, thermal management, and power supply verification before considering hardware replacement.

Next steps

1. Swap to the OEM 5V/4A power supply to rule out undervoltage.
2. Log into 192.168.8.1 and update to the latest stable GL.iNet firmware build.
3. Manually fix your 5 GHz Wi-Fi channel to non-DFS range (36–48).
4. Disable hardware acceleration if you experience drops during VPN or heavy file transfers.
5. Perform a full factory reset if stability issues persist.