Ross Video MC1 driver help

connector/doc/PatchAmp_Frame_Monitor.md

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+---
+uid: Connector_help_PatchAmp_Frame_Monitor
+---
+
+# 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.
+
+### Version Info
+
+### Key Features
+
+- **Comprehensive Signal Monitoring**: Instantly reports loss of signal, loss of lock, module temperature, fiber transmit and receive levels, and fiber laser current and voltage, ensuring real-time awareness of system status.
+
+- **Flexible Module Compatibility**: The universal frame design allows for any combination of cards, providing adaptability to various system configurations. 
+
+## Use Cases
+
+### Ensuring Broadcast Signal Integrity with Real-Time Monitoring
+
+**Challenge**: Broadcasting facilities require continuous monitoring of signal integrity to prevent downtime and maintain high-quality transmissions.
+
+**Solution**: The PatchAmp RMS provides real-time alerts on signal loss, lock issues, and module performance metrics, enabling prompt corrective actions.
+
+**Benefit**: Ensures uninterrupted broadcasting by allowing immediate response to potential signal issues, maintaining transmission quality and reliability.
+
+### Simplifying Amplifier Management with a Universal Monitoring System
+
+**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.
+
+**Benefit**: Reduces complexity in system setup and maintenance, offering flexibility and scalability in broadcast infrastructure.
+
+## Technical info
+
+### Prerequisites
+
+- **DataMiner version 10.2 or higher** is required for compatibility with the PatchAmp Frame Monitor connector.
+
+> [!NOTE]
+> For in-depth information on configuring and using the DataMiner connector for PathAmp Frame Monitor, refer to the [Technical help page](xref:Connector_help_PatchAmp_Frame_Monitor_Technical).

connector/doc/PatchAmp_Frame_Monitor_Technical.md

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+---
+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. 
+
+## Configuration
+
+### Connections
+
+#### Serial Connection
+
+This connector uses a serial connection and requires the following input during element creation:
+
+SERIAL CONNECTION:
+
+- Interface connection:
+
+  - **IP address/host**: The polling IP or URL of the destination.
+  - **IP port**: The IP port of the destination (default: *9097*).
+
+## How to use
+
+The element created with this connector has the following data pages:
+
+- **General**: Contains the **Modules** table which will give you an overview of all the 32 possible cards with their status.
+- **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.
+
+**Notes**
+Only cards that have their status enabled are retrieved to populate all the tables above.

connector/doc/Ross_Video_MC1.md

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+---
+uid: Connector_help_Ross_Video_MC1
+---
+
+# Ross Video MC1
+
+The **Ross Video MC1** is a cost-effective, modular master control switcher and branding solution designed to streamline broadcast operations. It offers features such as program/preset mixing, four keyers, and 16 channels of audio processing, enhancing both video and audio management. The system is scalable, accommodating configurations from standalone branding to multi-channel master control installations, and supports both manual and automated control. Integration with Ross Video's DashBoard interface and optional hardware panels provides flexible and intuitive operation.
+
+## Key Features
+
+- **Flexible Master Control Switching**: Provides seamless video and audio transitions with frame-accurate switching, ensuring smooth and professional on-air operations across multiple channels.
+
+- **Integrated Branding and Graphics**: Supports multi-layer keying for real-time insertion of logos, bugs, and other branding elements, enhancing broadcast presentation and audience engagement.
+
+## Use Cases
+
+### Seamless Live News Broadcast Management with Ross MC1
+
+**Challenge**: A national news broadcaster requires a reliable and efficient master control solution to manage multiple live feeds, integrate branding elements, and ensure seamless transitions between segments.
+
+**Solution**: The Ross Video MC1 provides frame-accurate switching, automated playout control, and integrated branding with multi-layer keying. Its intuitive dashboard interface allows operators to manage transitions and graphics efficiently while maintaining broadcast integrity.
+
+**Benefit**: The MC1 ensures smooth live production, reduces operator workload with automation, and enhances the on-air presentation with high-quality branding and graphics.
+
+### Delivering Dynamic Sports Broadcasts with Ross MC1’s Precision Control
+
+**Challenge**: A regional sports network needs a cost-effective master control switcher that can handle dynamic live sports coverage while ensuring real-time ad insertion and sponsor branding.
+
+**Solution**: The MC1 delivers precise transitions between live feeds, supports real-time insertion of sponsored graphics, and integrates seamlessly with automation systems for scheduled content playout.
+
+**Benefit**: The solution enables seamless sports coverage with quick response times, maximizes revenue opportunities through automated ad insertion, and enhances viewer engagement with dynamic branding elements.
+
+## Technical info
+
+> [!NOTE]
+> For in-depth information on configuring and using the DataMiner connector for Ross Video MC1, refer to the [Technical help page](xref:Connector_help_Ross_Video_MC1_Technical).

connector/doc/Ross_Video_MC1_Technical.md

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+---
+uid: Connector_help_Ross_Video_MC1_Technical
+---
+
+# Ross Video MC1
+
+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.
+
+## Configuration
+
+### Connections
+
+#### Serial Connection
+
+This connector uses a serial connection and requires the following input during element creation:
+
+SERIAL CONNECTION:
+
+- Interface connection:
+
+  - **IP address/host**: The polling IP or URL of the destination.
+  - **IP port**: The IP port of the destination (default: *5253*).
+  - **Bus address**: The **slot number** of the card you want to connect to.
+
+## How to use
+
+The element created with this connector has the following data pages:
+
+- **General**: Contains **Product**, **Hardware**, and **Network** parameters.
+- **Program Fail-Over**: Contains parameters related to the **Auto Return** and **Mode**.
+- **Video**: Contains the **Inputs Status** table, with information about all the inputs and the format of the inputs.
+- **Audio**: Contains the **AES Video Status** table, with information about Channel A and B for each EAS input.
+- **GPI/Tally**: Contains a table with information for each tally in the system, such as the **Number** and **Function**.
+- **On Air Control**: Contains several standalone parameters like **EAS Status**, **Program Bus**, and **Audio Level**, as well as the **Keyers** table; with the **Status** and **Description** for each Keyer.

connector/toc.yml

@@ -6895,6 +6895,13 @@
     topicUid: Connector_help_Papouch_T2HE
   - name: Papouch TME
     topicUid: Connector_help_Papouch_TME
+- name: PatchAmp
+  items:
+    -name: PatchAmp Frame Monitor
+    topicUid: Connector_help_PatchAmp_Frame_Monitor
+    items:
+    - name: PatchAmp Frame Monitor Technical
+      topicUid: Connector_help_PatchAmp_Frame_Monitor_Technical
 - name: Paradigm
   items:
   - name: Paradigm Redundancy Controller
@@ -7468,6 +7475,11 @@
     topicUid: Connector_help_Ross_Video_Iggy-AES16.16
   - name: Ross Video Matrix
     topicUid: Connector_help_Ross_Video_Matrix
+  - name: Ross Video MC1
+    topicUid: Connector_help_Ross_Video_MC1
+    items:
+      - name: Ross Video MC1 Technical
+        topicUid: Connector_help_Ross_Video_MC1_Technical
   - name: Ross Video NEWT-HDMI-RX
     topicUid: Connector_help_Ross_Video_NEWT-HDMI-RX
   - name: Ross Video Newt-IPR-3G-4S