Attribute | Value |
---|---|
Manufacturer | Sonardyne |
Model | 7784-146-01 |
Type | Serial I/O |
ISS Version | iss.e3 |
Part Number | 881-2147 |
Alternative Model | 7784-146 |
Additional ISS Version | iss.e |
U21 Component | 7784-168 U21 |
U22 Component | 7784-168 U22 |
Firmware Version | v3.00 |
Weight | 380 gm |
Understanding Sonardyne and Its Technology
Sonardyne is a world leader in underwater technology, providing acoustic positioning, navigation, and communication solutions. They have extensive applications in marine industries, defense, offshore energy ventures, and scientific research. The 7784-146-01 Serial I/O Board is one of the ways they are committed to providing state-of-the-art underwater systems.
The board serves as a communication bridge between different subsystems, providing accurate and low-latency data transfer. It is a key component in applications involving high-precision positioning and remote control functionality.
Key Features of Sonardyne 7784-146-01 Serial I/O Board
The Sonardyne 7784-146-01 Serial I/O Board is built for high-performance underwater communication. Some of its key features are:
1. Reliable Serial Communication
- Supports multiple serial interfaces for smooth data transfer.
- Guarantees high-speed data transfer with minimal loss.
2. Harsh Environment Robust Design
- Designed to resist harsh underwater conditions.
- Pressure-resistant, corrosion-resistant, and resistant to temperature changes.
3. High Integration & Compatibility
- Integrates smoothly with Sonardyne’s acoustic systems, such as transceivers, beacons, and telemetry units.
- Compatible with third-party marine and subsea gear.
4. Low Power Consumption
- Designed for low power consumption in battery-powered underwater systems.
- Increases operating time for autonomous and remote operations.
5. Increased Data Processing Capabilities
- Supports real-time processing of data for precise positioning underwater.
- Enhances system responsiveness and performance.
Technical Specifications
Sonardyne does not always provide full technical specifications publicly, but the 7784-146-01 Serial I/O Board would normally have:
Input/Output Ports: More than likely multiple serial communication ports (RS-232, RS-485, etc.).
Power Requirements: Low-power design for powering AUVs and ROVs.
Data Processing: Supports high-speed acoustic data transfer.
Environmental Protection: Housed to withstand water pressure and corrosion.
For technical specifications, refer to Sonardyne’s published documentation or query their technical department.
Uses of Sonardyne 7784-146-01 Serial I/O Board
The 7784-146-01 board is extensively implemented in underwater missions requiring stable communication and control. Below are the major use applications:
1. Autonomous Underwater Vehicles (AUVs) and Remotely Operated Vehicles (ROVs)
- Permits smooth communication between onboard sensors and navigation controls.
- Improves AUV/ROV autonomy by enhancing real-time communication.
2. Subsea Positioning and Navigation
- Operates with Sonardyne’s USBL and LBL systems for high accuracy underwater positioning.
- Assists divers, vehicles, and vessels in maintaining accurate location awareness.
3. Offshore Energy and Oil & Gas Exploration
- Aids underwater surveying, pipeline inspection, and infrastructure monitoring.
- Guarantees safe data transfer between offshore platforms and subsea equipment.
4. Oceanographic Research and Environmental Monitoring
- Applied in deep-sea exploration missions and marine life research.
- Provides real-time telemetry data exchange in scientific deployments.
Why Sonardyne 7784-146-01 Serial I/O Board?
When choosing a serial I/O board for underwater use, performance and reliability are most important. Here’s why the 7784-146-01 is the best:
✅ Proven Performance – Tested and trusted in actual marine operations.
✅ Long Lifespan – Designed to withstand demanding underwater environments.
✅ Energy Efficiency – Perfect for battery-powered ROVs and AUVs.
✅ Smooth Integration – Compatible with Sonardyne and third-party systems.
✅ Low-Latency Communication – Facilitates quick, real-time data exchange.