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A variety of RTK devices utilize a 0.96" or 1.3" high-contrast OLED display. While small, the display packs various situational data that can be helpful in the field. This section describes each possible display state.
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*Rover with location fix*
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*RTK EVK with location fix and Ethernet connected*
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Upon power up the device will enter either Rover mode or Base mode. Above, the Rover mode is displayed.
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***MAC:** The MAC address of the internal Bluetooth module. This is helpful knowledge when attempting to connect to the device from your phone. This will change to a Bluetooth symbol once connected.
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* Standard (three lines) is shown when the standard 5 NMEA messages are being logged
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* PPP (capital P) is shown when the standard 5 NMEA + RAWX and SFRBX messages are recorded. This is most often used for post process positioning (PPP) and 12 to 24-hour logs for [fixed permanent bases](permanent_base.md).
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* Custom (capital C) is shown when a custom set of messages are being recorded (not standard, and not PPP).
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***IP Address:** On the RTK EVK 1.3" OLED, the full Ethernet or WiFi IP Address is shown at the bottom left of the display.
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## Rover RTK Fix
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*Rover with RTK Fix and Bluetooth connected*
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*RTK EVK with RTK Fix and Ethernet connected*
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Once NTRIP is enabled on your phone or RTCM data is being streamed into the **Radio** port the device will gain an RTK Fix. You should see the HPA drop to 14mm with a double circle bulls-eye as shown above.
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## Base Survey-In
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*Three-pronged satellite dish indicating L-Band reception on RTK EVK*
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Upon successful reception and decryption of L-Band corrections, the satellite dish icon will increase to a three-pronged icon. As the unit's fix increases the cross-hair will indicate a basic 3D solution, a double blinking cross-hair will indicate a floating RTK solution, and a solid double cross-hair will indicate a fixed RTK solution.
Copy file name to clipboardExpand all lines: docs/menu_ethernet.md
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By default, the RTK device will use DHCP to request an IP Address from the network Gateway. But you can optionally configure it with a fixed IP Address.
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When enabled, the "Ethernet / WiFi Failover" option allows the firmware to automatically switch from Ethernet to WiFi should Ethernet become unavailable. Should WiFi become unavailable, the firmware will reconnect to Ethernet if it is now available.
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*The Reference Station Ethernet menu - with DHCP selected*
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*The RTK EVK Ethernet menu - with DHCP selected*
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*The Reference Station Ethernet menu - with a fixed IP address selected*
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When enabled, the "Ethernet / WiFi Failover" option allows the firmware to automatically switch from Ethernet to WiFi should Ethernet become unavailable. Should WiFi become unavailable, the firmware will reconnect to Ethernet if it is now available.
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*The RTK EVK Ethernet menu - with a fixed IP address selected*
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*The RTK EVK Web Config page - Ethernet configuration with fixed IP address*
From time to time SparkFun will release new firmware for the RTK product line to add and improve functionality. For most users, firmware can be upgraded over WiFi using the [OTA method](https://docs.sparkfun.com/SparkFun_RTK_Everywhere_Firmware/firmware_update/#updating-firmware-over-the-air).
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*The RTK EVK Web Config page - firmware update*
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From time to time SparkFun will release new firmware for the RTK product line to add and improve functionality. For most users, firmware can be upgraded over WiFi using the [OTA method](https://docs.sparkfun.com/SparkFun_RTK_Everywhere_Firmware/firmware_update/#updating-firmware-over-the-air). For RTK EVU users, updates via Ethernet are also possible.
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The Firmware Update menu allows users to check for and install updates. Turning on *Automatic firmware updates* will cause the device to periodically check and install updates when they become available. This can be helpful for remote stations that cannot have manual interventions.
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For more details, see [Update Firmware](firmware_update.md)
Copy file name to clipboardExpand all lines: docs/menu_tcp_udp.md
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If either Client or Server is enabled, a port can be designated. By default, the port is 2947 (registered as [*GPS Daemon request/response*](https://tcp-udp-ports.com/port-2948.htm)) but any port 0 to 65535 is supported.
The above animation was generated using [TCP_Server.py](https://github.com/sparkfun/SparkFun_RTK_Everywhere_Firmware/blob/main/Firmware/Tools/TCP_Server.py).
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