XTD - Narrowband Ethernet Radio
XTD facilitates the outdoor operations of critical infrastructure by transporting monitoring and control data from remote sensors or RTU/PLC devices to the operations center.
This supports real-time automated decision-making and continuous analytics. Designed to cover extensive geographic areas, navigate challenging terrains, and operate in demanding spectrum environments, XTD ensures dependable and secure connectivity for industries such as, agricultural, utility and surveillance.
Additionally, XTD simplifies the transition to modern networks by integrating legacy serial and analog/digital I/O with TCP/IP and Ethernet connectivity. With an outstanding receiver sensitivity within the bandwidth options of 50/25/12.5 KHz, and a powerful 8W ax RF output, this system ensures highly resilient links, achieving ranges in excess of 100 kilometres.
Thanks to its performance, XTD can also be used for IP video streaming applications.
XTD Specs
Frequency Range
400MHz, 700MHz, 800MHz, 900MHz
Transmit Power
39dBm (8W) Max
50KHz <-109.5/-103/-97/-91dBm
25KHz <-112.5/-106/-100/-93.5dBm
12.5KHz <-115.5/-109/-104/-96dBm
RX Sensitivity
1KHz
Frequency Step size
Modulation
MSK / 2FSK / BPSK / QPSK / 8PSK / 16PSK / 16QAM/ 64QAM
Over the air Bitrate
50KHz - 160/320/480/640kb/s Uplink and/or downlink 320/640/960/1280kb/s Full-duplex
Operating Modes
Range
AP/STA/Repeater
100KM+
Ethernet Port
RJ45x2
2X RS232, 2X RS485 (Optional)
Serial Port
10-30 VDC
Power Input
Dimensions Enclosed/PCB
190x100x60mm / 155x90mm
Operating Temperature
-40Cº to +40Cº
Web GUI, Serial
Config
Narrowband data radios play a crucial role in the operation and communication systems of oil rigs and other industrial settings, especially in remote and offshore environments where traditional wired or cellular communication infrastructure may be unavailable or unreliable. Here’s how they are used:
1. Telemetry and SCADA Systems
• Narrowband radios are widely used to transmit telemetry data from sensors and equipment on the rig to a centralized control system. This is part of a Supervisory Control and Data Acquisition (SCADA) system.
• They monitor and control parameters like pressure, temperature, flow rates, and equipment status.
• Data radios operate reliably over long distances, making them ideal for connecting remote sensors and controllers to the main system.
2. Wireless Monitoring and Control
• Oil rigs often have various processes and equipment spread across a large area. Narrowband radios enable wireless communication between devices, eliminating the need for extensive cabling.
• This allows operators to monitor and control processes in real time, improving efficiency and reducing maintenance challenges associated with wired systems.
3. Alarm Systems
• Radios transmit alarms and critical notifications when abnormal conditions are detected (e.g., gas leaks, pressure surges, or equipment failures).
• This quick transmission allows for faster responses, enhancing safety on the rig.
4. Environmental Monitoring
• They are used to collect and transmit data related to environmental conditions such as wind speed, wave height, or air quality around offshore rigs.
• This helps ensure compliance with environmental regulations and supports operational safety.
5. Drilling and Production Operations
• During drilling operations, narrowband radios are used to relay data from drilling equipment, such as downhole tools or mud logging systems, to the surface.
• In production, they monitor wellhead parameters, pipeline pressures, and valve positions.
6. Remote Communication
• Oil rigs often need to communicate with onshore facilities or other rigs. Narrowband radios can be used for this purpose, providing a cost-effective and reliable solution for long-range, low-data-rate communication.
7. Integration with IoT and Edge Computing
• Narrowband radios are often used as part of Industrial IoT (IIoT) systems. They transmit data from edge devices and sensors to centralized processing systems for analysis and decision-making.
• Their low power consumption and ability to operate in harsh conditions make them well-suited for IIoT applications on oil rigs.
Advantages of Narrowband Data Radios on Oil Rigs:
• Long Range: Ideal for remote and offshore locations.
• Low Power Consumption: Essential for battery-operated sensors in remote areas.
• Reliability: Operate in harsh conditions with minimal interference.
• Low Bandwidth Requirements: Suitable for the small packets of data typically used in monitoring and control systems.
• Cost-Effective: Eliminates the need for extensive cabling infrastructure.