Docs update

docs/correction_sources.md

@@ -12,15 +12,15 @@ To achieve an RTK Fix, SparkFun RTK products must be provided with a correction
 
 These services cover entire countries and regions but charge a monthly fee. Easy to use, but the most expensive.
 
-* [PointPerfect](https://docs.sparkfun.com/SparkFun_RTK_Everywhere_Firmware/quickstart-torch/#pointperfect-corrections) ($8/month) - US, EU, as well as parts of Australia, Brazil, and South Korea.
-* [PointOneNav](https://app.pointonenav.com/trial?src=sparkfun) ($50/month) - US, EU
-* [Skylark](https://www.swiftnav.com/skylark) ($29 to $69/month) - US, EU, Japan, Australia
+* [PointPerfect](correction_sources.md#pointperfect) ($8/month) - US, EU, as well as parts of Australia, Brazil, and South Korea.
+* [PointOneNav](correction_sources.md#pointone_nav) ($50/month) - US, EU
+* [Skylark](correction_sources.md#skylark) ($29 to $69/month) - US, EU, Japan, Australia
 * [Vector RTK](https://vectorrtk.com/) ($115/month) - UK
 * [SensorCloud RTK](https://rtk.sensorcloud.com/pricing/) ($100/month) partial US, EU
 * [KeyNetGPS](https://www.keypre.com/KeynetGPS) ($375/month) North Eastern US
 * [Hexagon/Leica](https://hxgnsmartnet.com/en-US) ($500/month) - partial US, EU
 
-**PointPerfect**
+### PointPerfect
 
 One of the great features of SparkFun RTK Everywhere devices is that they are equipped to get corrections from a service called PointPerfect. No need for NTRIP credentials! [Contact SparkFun](https://www.sparkfun.com/pointperfect) with your device ID, pay a small monthly fee of $8 per month (as of this writing) and your device will obtain credentials and start receiving corrections anywhere there is coverage. Please see the [PointPerfect Menu](menu_pointperfect.md) page for more information. 
 
@@ -32,7 +32,43 @@ The PointPerfect IP service is available for various areas of the globe includin
 
 Some SparkFun RTK devices support corrections delivered over IP only (ie, RTK Torch), some devices support L-Band only, and some devices support both IP and L-Band delivery methods. Please see the product description or hookup guide for your particular device for more information.
 
-**Skylark**
+### PointOne Nav
+
+![PointOne Nav US Coverage Map 2024](<img/Corrections/PointOne Nav Coverage Map - 2024.png>)
+
+*PointOne Nav Coverage Map - US 2024*
+
+In this example, we will use PointOneNav and SW Maps.
+
+1. Create an account on [PointOneNav](https://app.pointonenav.com/trial?src=sparkfun). **Note:** This service costs $50 per month at the time of writing.
+
+2. Open SW Maps and connect to the RTK device over Bluetooth.
+
+3. Once connected, open the SW Maps menu again (top left corner) and you will see a new option; click on ‘NTRIP Client'.
+
+4. Enter the credentials provided by PointOneNav and click Connect (Figure 1). Verify that *Send NMEA GGA* is checked.
+
+    ![NTRIP credentials in SW Maps](<img/SWMaps/SparkFun RTK SW Maps - NTRIP Credentials.png>)
+
+    *Figure 1*
+
+5. Corrections will be downloaded every second from PointOneNav using your phone’s cellular connection and then sent down to the RTK device over Bluetooth. You don't need a very fast internet connection or a lot of data; it's only about 530 bytes per second.
+
+    Assuming you are outside, as soon as corrections are sent to the device, the bubble in SW Maps will turn Orange (RTK Float). Once RTK Fix is achieved (usually under 30 seconds) the bubble will turn Green and the HPA will be below 20mm (Figure 2). You can now take positional readings with millimeter accuracy!
+
+    ![Double crosshair indicating RTK Fix](<img/SWMaps/SparkFun Torch - SW Maps GNSS Status RTK Fix HPA Small.png>)
+
+    *Figure 2*
+
+    In SW Maps, the position bubble will turn from Blue (regular GNSS fix), then to Orange (RTK Float), then to Green (RTK Fix) (Figure 3).
+
+    ![Green bubble indicating RTK Fix](<img/SWMaps/SparkFun RTK SW Maps - Green Bubble-1.png>)
+
+    *Figure 3*
+
+RTK Fix will be maintained as long as there is a clear view of the sky and corrections are delivered to the device every few seconds.
+
+### Skylark
 
 ![Skylark coverage area](img/Corrections/Skylark-Coverage.png)
 

docs/displays.md

@@ -1,8 +1,8 @@
 # Displays
 
-Surveyor: ![Feature Partially Supported](img/Icons/YellowDot.png) / Express: ![Feature Supported](img/Icons/GreenDot.png) / Express Plus: ![Feature Supported](img/Icons/GreenDot.png) / Facet: ![Feature Supported](img/Icons/GreenDot.png) / Facet L-Band: ![Feature Supported](img/Icons/GreenDot.png) / Reference Station: ![Feature Supported](img/Icons/GreenDot.png)
+Torch: ![Feature Not Supported](img/Icons/RedDot.png)
 
-The RTK Facet, Facet L-Band, Express, and Express Plus utilize a 0.96" high-contrast OLED display. While small, it packs various situational data that can be helpful in the field. We will walk you through each display.
+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.
 
 ## Power On/Off
 
@@ -80,6 +80,8 @@ Note: During NTRIP transmission WiFi is turned on and Bluetooth is turned off. Y
 
 ## L-Band
 
+Torch: ![Feature Not Supported](img/Icons/RedDot.png)
+
 L-Band decryption keys are valid for a maximum of 56 days. During that time, the RTK Facet L-Band can operate normally without the need for WiFi access. However, when the keys are set to expire in 28 days or less, the RTK Facet L-Band will attempt to log in to the 'Home' WiFi at each power on. If WiFi is not available, it will continue normal operation. 
 
 ![Display showing 14 days until L-Band Keys Expire](img/Displays/SparkFun_RTK_LBand_DayToExpire.jpg)
@@ -94,9 +96,11 @@ The unit will display various messages to aid the user in obtaining keys as need
 
 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.
 
-## Reference Station
+## Antenna Detection
+
+Torch: ![Feature Not Supported](img/Icons/RedDot.png)
 
-The Reference Station is able to detect an open circuit or a short circuit on the GNSS antenna connection.
+On devices that support it, open circuit and short circuit detection is available on the GNSS antenna connection.
 
 ![Reference Station indicating antenna open circuit](img/Displays/Antenna_Open.png)
 
@@ -106,12 +110,6 @@ The Reference Station is able to detect an open circuit or a short circuit on th
 
 *Reference Station with a GNSS antenna cable fault (short circuit)*
 
-When the Reference Station is in Network Time Protocol (NTP) mode, the display also shows a clock symbol - as shown above.
-The value next to the clock symbol is the Time Accuracy Estimate (tAcc) from the UBX-NAV-PVT message.
-
-Note: tAcc is the time accuracy estimate for the navigation position solution. The timing accuracy of the TP pulse is significantly better than this.
-We show the tAcc as we believe it is more meaningful than the TIM-TP time pulse quantization error (qErr) - which is generally zero.
-
-## Adding a Display to the RTK Surveyor
+When and ethernet-equipped RTK device is in Network Time Protocol (NTP) mode, the display also shows a clock symbol - as shown above. The value next to the clock symbol is the Time Accuracy Estimate (tAcc) from the UBX-NAV-PVT message.
 
-While the RTK Surveyor works very well using only LEDs, it is possible to add an external display. The [SparkFun Micro OLED Breakout (Qwiic)](https://www.sparkfun.com/products/14532) can be attached to the Qwiic connector on the end of the Surveyor. At power on, the display will be automatically detected and used.
+Note: tAcc is the time accuracy estimate for the navigation position solution. The timing accuracy of the TP pulse is significantly better than this. We show the tAcc as we believe it is more meaningful than the TIM-TP time pulse quantization error (qErr) - which is generally zero.

docs/embeddedsystem_connection.md

@@ -1,14 +1,16 @@
 # Output to an Embedded System
 
-Surveyor: ![Feature Supported](img/Icons/GreenDot.png) / Express: ![Feature Supported](img/Icons/GreenDot.png) / Express Plus: ![Feature Supported](img/Icons/GreenDot.png) / Facet: ![Feature Supported](img/Icons/GreenDot.png) / Facet L-Band: ![Feature Supported](img/Icons/GreenDot.png) / Reference Station: ![Feature Supported](img/Icons/GreenDot.png)
+Many applications using the RTK products will use a 3rd party GIS application or mobile app like SW Maps and receive the data over Bluetooth. For RTK devices that have an external connection, a user can obtain the NMEA data over serial directly.
 
-Many applications using the RTK products will use a 3rd party GIS application or mobile app like SW Maps and receive the data over Bluetooth. Alternatively, for embedded applications, a user can obtain the NMEA data over serial directly.
+## DATA Port
 
-For this example, we will connect the output from the **Data** port to a [USB to Serial adapter](https://www.sparkfun.com/products/15096) so that we can view the serial data over a terminal connection.
+Torch: ![Feature Not Supported](img/Icons/RedDot.png)
 
-The **Data** port on the RTK Facet, Express, and Express Plus can be configured to output a variety of different signals including NMEA Serial data. Be sure to check out the [Ports Menu](menu_ports.md) section to be sure your device is configured to output NMEA.
+For this example, we will connect the output from the **DATA** port of an RTK Facet to a [USB to Serial adapter](https://www.sparkfun.com/products/15096) so that we can view the serial data over a terminal connection.
 
-Connect the included [4-pin JST to breadboard cable](https://www.sparkfun.com/products/17240) to the **Data** port. The cable has the following pinout:
+The **DATA** port on the RTK Facet can be configured to output a variety of different signals including NMEA Serial data. Be sure to check out the [Ports Menu](menu_ports.md) section to be sure your device is configured to output NMEA.
+
+Connect the included [4-pin JST to breadboard cable](https://www.sparkfun.com/products/17240) to the **DATA** port. The cable has the following pinout:
 
 * **Red** - 3.3V
 * **Green** - TX (output from the RTK device)
@@ -17,23 +19,21 @@ Connect the included [4-pin JST to breadboard cable](https://www.sparkfun.com/pr
 
 ![Wires connected to a SparkFun USB C to Serial adapter](img/SparkFun_RTK_Facet_-_Data_Port_to_USB.jpg)
 
-![Wires connected to a SparkFun USB C to Serial adapter](img/SparkFun_RTK_Express_-_Data_Port_USB.jpg)
-
-![Wires connected to a SparkFun USB C to Serial adapter](img/SparkFun_RTK_Surveyor_-_Data_Port_HiRes.jpg)
-
 [Open a terminal](https://learn.sparkfun.com/tutorials/terminal-basics) at 115200bps and you should see NMEA sentences:
 
-![NMEA output from the RTK Surveyor](img/Terminal/SparkFun_RTK_Surveyor_-_Data_Output.jpg)
+![NMEA output from the RTK Surveyor](<img/Terminal/SparkFun_RTK_Surveyor_-_Data_Output.jpg>)
 
 The Data connector on all RTK products is a 4-pin locking 1.25mm JST SMD connector (part#: SM04B-GHS-TB, mating connector part#: GHR-04V-S). **3.3V** is provided by this connector to power a remote device if needed. While the port is capable of sourcing up to 600mA, we do not recommend more than 300mA. This port should not be connected to a power source, so if your embedded device has its own power do not connect the red wire.
 
 **Warning!** All data in and out of RTK products is **3.3V**. Exposing these pins to **5V** or higher voltage logic will damage the device.
 
 The parsing of NMEA sentences is straightforward and left to the reader. There are ample NMEA parsing libraries available in C++, Arduino, Python, and many more languages.
 
-## Reference Station
+## External Terminals
+
+Torch: ![Feature Not Supported](img/Icons/RedDot.png)
 
-The Reference Station provides direct access to the u-blox GNSS TX and RX signals via the 3.5mm screw terminal I/O header:
+On devices that support it, external screw terminals provide direct access to the GNSS TX and RX signals via the 3.5mm screw terminal I/O header:
 
 ![Reference Station I/O screw terminals](img/SparkFun_GNSS_RTK_Reference_Station_IO.jpg)