Starlink Router Login
Starlink, SpaceX's satellite internet service, uses an app-only management model — there is no IP address to type into a browser to reach a traditional router admin panel. All configuration happens through the Starlink app on your phone. This guide covers everything you can configure, the diagnostic interface that does exist, and how to use your own router instead.
Starlink Hardware Generations
| Generation | Dish | Router | Ethernet Port | Notes |
|---|---|---|---|---|
| Gen 1 (2020–2021) | Round dish | Circular router | Built-in | Discontinued; limited to early testers |
| Gen 2 / Standard (2021–2023) | Rectangular dish | Square router (V2) | Adapter required ($25) | Most common residential hardware |
| Standard Actuated (2022) | Motorized rectangular | Square router (V2) | Adapter required | Auto-leveling mount |
| Gen 3 / Standard (2024+) | Updated rectangular | Larger square router | Built-in (2x) | Higher throughput, better router |
| Flat High Performance | Larger flat dish | Enterprise router | Built-in | Commercial/maritime use |
What You Can Manage in the Starlink App
WiFi settings: Change WiFi network name and password. Enable/disable 2.4 GHz and 5 GHz separately. Enable guest network. Toggle WPA3.
Obstruction map: The app shows a sky obstruction map — a circular visualization of any obstructions (trees, buildings, chimneys) blocking your dish's view of satellites. This is essential for dish placement. The app measures actual outages caused by obstructions and shows exactly which direction is problematic.
Network statistics: Real-time download/upload speeds, latency, and uptime. Historical data for the past 12 hours. Useful for diagnosing slow periods or frequent drops.
Connected devices: List of devices on your Starlink network with connection type and usage data.
Stow and reboot: Remotely stow (retract) the dish for travel or storage. Remotely reboot the dish and router.
Mesh nodes: Starlink sells additional mesh nodes that extend coverage throughout larger homes. Add and manage them in the app.
Advanced Settings in the App
DNS: Set custom DNS servers (Cloudflare, Google, or custom) for your whole network. Found in Settings → Advanced.
IP routing: Enable or disable IPv6. Static DHCP address assignments for specific devices.
Bypass mode: Enable router bypass to use your own router (see section below).
DHCP server: Change the local IP range. Default is 192.168.1.x on the Starlink router.
192.168.100.1 — The Diagnostic Interface
The Starlink dish itself listens at 192.168.100.1 on a separate diagnostic interface. This is accessible in bypass mode or via a direct connection to the dish. It provides:
- Real-time dish status, motor position, and alignment data
- Signal quality metrics (SNR, RSSI per satellite)
- Software version and hardware revision
- Outage history and cause classification
This is a read-only diagnostic endpoint — you cannot change settings here. It is primarily used by the Starlink app and by advanced users who want to build custom monitoring tools using the gRPC API Starlink exposes on this IP.
Using Your Own Router (Bypass Mode)
Many users prefer their own router for advanced features Starlink's router lacks — VLANs, detailed QoS, VPN server, or specific firewall rules. Starlink calls this "bypass mode" or "router bypass."
Gen 2 hardware (most common):
- Purchase the Starlink Ethernet Adapter (~$25 from shop.starlink.com)
- Plug the adapter into the Starlink cable and connect your router's WAN port to the adapter's Ethernet port
- In the Starlink app: Settings → Advanced → Bypass Starlink Router → Enable Bypass Mode
- Your router's WAN port will receive a public IP directly from Starlink's network (when a public IP is available)
Gen 3 hardware: Has a built-in Ethernet port — no adapter needed. Enable bypass mode the same way in the app.
CGNAT note: Starlink uses CGNAT in many regions, meaning your public IP may be shared and not routable for incoming connections. Port forwarding still will not work from the internet. Starlink's Business plan and some priority plans include a dedicated public IP.
Starlink Performance and Latency
Starlink's low-earth-orbit (LEO) satellite constellation provides much lower latency than traditional geostationary satellite internet (HughesNet, Viasat). Typical performance:
| Metric | Typical Range | Notes |
|---|---|---|
| Download speed | 50–250 Mbps | Varies by congestion, time of day, weather |
| Upload speed | 5–20 Mbps | Lower upload is normal |
| Latency | 20–60 ms | Much better than geostationary (600ms+) |
| Outage frequency | 0–2% of time | Mostly brief; dish obstructions cause most |
| Snow/rain impact | Minimal | Dish has built-in snow melt; rain fade rare |
Troubleshooting
Dish shows "Searching" or frequent outages: Check the obstruction map in the app. Even a small tree branch can cause repeated 10–30 second outages as satellites pass through the blocked area. The dish needs a clear view of a large portion of the sky.
Slow speeds: Check the app's speed test. If the dish-side test is fast but devices are slow, check if you are connected to 2.4 GHz (slower) instead of 5 GHz. Also check for interference from neighboring networks on 2.4 GHz.
App cannot reach dish: Ensure you are on the Starlink WiFi network (not cellular). The app communicates with the dish over your local network. If the dish is completely offline (no LEDs), check power and cable connections.
No internet after enabling bypass: Your router must obtain an IP via DHCP on its WAN port. Confirm WAN is set to DHCP (not static). Reboot the dish after enabling bypass mode — it sometimes takes a cycle for the change to take effect.