Use cases based on connector and not device

GeovannyGA · GeovannyGA · commit bba7024cbdb5 · 2025-03-24T16:16:59.000-04:00
diff --git a/connector/doc/PatchAmp_Frame_Monitor.md b/connector/doc/PatchAmp_Frame_Monitor.md
@@ -6,15 +6,17 @@ uid: Connector_help_PatchAmp_Frame_Monitor
 
 ## About
 
-With this **PatchAmp** connector, you can monitor the status of all 32 possible cards. For active cards, you can access metrics such as temperature, supply voltage, optical power, and more.
+The **PatchAmp Frame Monitoring System** (RMS) integrates standard distribution amplifiers with a remote software package, creating a comprehensive signal verification solution. The system provides real-time monitoring and instant reporting of critical parameters such as signal presence, lock status, module temperature, fiber transmit and receive levels, and fiber laser metrics. This universal frame can accommodate any combination of cards, with the monitoring circuit being a standard feature across all PatchAmp distribution amplifiers.
+
+With this **PatchAmp Frame Monitor** connector, you can monitor the status of all 32 possible cards. For active cards, you can access metrics such as temperature, supply voltage, optical power, and more.
 
 ### Version Info
 
 ### Key Features
 
-- **Real-Time Parameter Extraction**: The connector continuously retrieves and displays critical signal metrics, including loss of signal, lock status, module temperature, fiber transmit/receive levels, and laser diagnostics, enabling proactive monitoring and alarm generation.
+- **Real-time parameter extraction**: The connector continuously retrieves and displays critical signal metrics, including loss of signal, lock status, module temperature, fiber transmit/receive levels, and laser diagnostics, enabling proactive monitoring and alarm generation.
 
-- **Seamless Integration with PatchAmp Modules**: Designed to communicate with the PatchAmp Frame Monitoring System, the connector supports automatic detection and data retrieval from any combination of installed modules, ensuring comprehensive visibility across the entire system.
+- **Seamless integration with PatchAmp modules**: Designed to communicate with the PatchAmp Frame Monitoring System, the connector supports automatic detection of and data retrieval from any combination of installed modules, ensuring comprehensive visibility across the entire system.
 
 ## Use Cases
 
@@ -30,7 +32,7 @@ With this **PatchAmp** connector, you can monitor the status of all 32 possible
 
 **Challenge**: Managing a diverse array of distribution amplifiers can be complex, especially when integrating different module types within a single system.
 
-**Solution**: The PatchAmp RMS's universal frame supports any combination of cards, simplifying system integration and management.
+**Solution**: The PatchAmp RMS's universal frame supports any combination of cards, each of which can be monitored using the PatchAmp Frame Monitor connector.
 
 **Benefit**: Reduces complexity in system setup and maintenance, offering flexibility and scalability in broadcast infrastructure.
 
diff --git a/connector/doc/PatchAmp_Frame_Monitor_Technical.md b/connector/doc/PatchAmp_Frame_Monitor_Technical.md
@@ -4,7 +4,11 @@ uid: Connector_help_PatchAmp_Frame_Monitor_Technical
 
 # PatchAmp Frame Monitor
 
-The **PatchAmp Frame Monitoring System** (RMS) integrates standard distribution amplifiers with a remote software package, creating a comprehensive signal verification solution. The system provides real-time monitoring and instant reporting of critical parameters such as signal presence, lock status, module temperature, fiber transmit and receive levels, and fiber laser metrics. This universal frame can accommodate any combination of cards, with the monitoring circuit being a standard feature across all PatchAmp distribution amplifiers. 
+## About
+
+The **PatchAmp Frame Monitoring System** (RMS) integrates standard distribution amplifiers with a remote software package, creating a comprehensive signal verification solution. The system provides real-time monitoring and instant reporting of critical parameters such as signal presence, lock status, module temperature, fiber transmit and receive levels, and fiber laser metrics. This universal frame can accommodate any combination of cards, with the monitoring circuit being a standard feature across all PatchAmp distribution amplifiers.
+
+With this **PatchAmp Frame Monitor** connector, you can monitor the status of all 32 possible cards. For active cards, you can access metrics such as temperature, supply voltage, optical power, and more.
 
 ## Configuration
 
@@ -29,7 +33,7 @@ The element created with this connector has the following data pages:
 - **Status**: Contains information about the five LEDs for each card.
 - **Temperature**: Contains the **Temperature** table for the current value for each card.
 
-You will find other pages such as **Supply Voltage**, **Optical Power**, **Data Rage** and more which they call consist of a table with the current value for each card in the frame.
+The element will also have other pages such as **Supply Voltage**, **Optical Power**, **Data Rate**, and more, which each contain a table with the current value for each card in the frame.
 
-**Notes**
-Only cards that have their status enabled are retrieved to populate all the tables above.
+> [!NOTE]
+> The tables mentioned above will only display information for cards that have the status *Enabled*.
diff --git a/connector/doc/Ross_Video_MC1.md b/connector/doc/Ross_Video_MC1.md
@@ -4,13 +4,15 @@ uid: Connector_help_Ross_Video_MC1
 
 # Ross Video MC1
 
-This is a DataMiner connector for the **Ross Video MC1** cards. With this conenctor you can monitor the card's parameters using Dataminer's alarm and trending features. The connector is only capable of monitorring one card at a time since the slot number has to be configured when creating the element. 
+The Ross Video MC1 is a versatile master control switcher designed for streamlined broadcast operations. It provides frame-accurate video and audio transitions, branding capabilities, and automated workflows for live production environments. The MC1 supports a range of video formats and integrates seamlessly with automation systems, enabling precise playout control. Features include internal audio processing, multi-channel keying for branding elements, and failover redundancy to ensure uninterrupted broadcasts. With an intuitive interface and remote configuration options, the MC1 enhances operational efficiency while maintaining high broadcast quality.
+
+This is a DataMiner connector for the **Ross Video MC1** cards. With this connector, you can monitor the parameters of a specific card using DataMiner's alarm and trending features.
 
 ## Key Features
 
-- **System Parameters Monitorring**: Live values of critical parameters including temperature, fan speed and hardware status can me monitored very closely.
+- **System parameter monitoring**: Closely monitor live values of critical parameters including temperature, fan speed, and hardware status.
 
-- **Video Input Monitorring**: Supports up to 6 Video Inputs and 8 AES Audio channels which different settings can be monitored and alarmed on.
+- **Video input monitoring**: Supports up to 6 video inputs and 8 AES audio channels, allowing monitoring and alarms for the different settings.
 
 ## Use Cases
 
diff --git a/connector/doc/Ross_Video_MC1_Technical.md b/connector/doc/Ross_Video_MC1_Technical.md
@@ -4,8 +4,12 @@ uid: Connector_help_Ross_Video_MC1_Technical
 
 # Ross Video MC1
 
+## About
+
 The Ross Video MC1 is a versatile master control switcher designed for streamlined broadcast operations. It provides frame-accurate video and audio transitions, branding capabilities, and automated workflows for live production environments. The MC1 supports a range of video formats and integrates seamlessly with automation systems, enabling precise playout control. Features include internal audio processing, multi-channel keying for branding elements, and failover redundancy to ensure uninterrupted broadcasts. With an intuitive interface and remote configuration options, the MC1 enhances operational efficiency while maintaining high broadcast quality.
 
+This is a DataMiner connector for the **Ross Video MC1 cards**. With this connector, you can monitor the card's parameters using DataMiner's alarm and trending features. The connector is only capable of monitoring one card at a time. When you create an element using this connecter, the specified slot number determines which card is monitored.
+
 ## Configuration
 
 ### Connections
@@ -24,4 +28,4 @@ SERIAL CONNECTION:
 
 ## How to use
 
-The connector is read-only at the moment, so every parameter you see can be monitored. Each page is labeled according to the contained parameters or tables associated with its name. All of these parameters are retrieved using single serial commands. Status parameters are retrieved every ten seconds, while everything else is updated via a one-minute timer.
+The connector is read-only at the moment, so every parameter you see can be monitored. Each page contains parameters or tables related to a specific aspect of the card. All of these parameters are retrieved using single serial commands. Status parameters are retrieved every ten seconds, while everything else is updated via a one-minute timer.
