The SMW Ku-Band LNB 12.70-15.50 GHz 1-4 Band Uplink Monitoring is a top-tier product designed to meet the rigorous demands of modern satellite communication networks. As a reliable Low Noise Block (LNB) downconverter, this model is ideal for applications that require precise monitoring, excellent phase noise, and multi-band capability, making it a leading choice for both commercial and industrial satellite networks. In this article, we’ll explore the features, benefits, and various applications of this product, which is available exclusively through VSATPlus.
What is the SMW Ku-Band LNB ?
The SMW Ku-Band LNB (Low Noise Block downconverter) is a device that converts high-frequency Ku-band signals down to a lower frequency range for easier processing. Covering the 12.70-15.50 GHz frequency range, this model is capable of operating in up to 4 selectable sub-bands, making it versatile and adaptable for specific satellite uplink requirements. It is designed and manufactured by Swedish Microwave (SMW), a trusted name in high-quality satellite communication equipment.
This product excels in environments where precise and reliable satellite signal monitoring is critical, such as remote VSAT networks, broadcast stations, and telecommunications infrastructures.
Key Features of the SMW Ku-Band LNB
Multi-Band Capability The SMW Ku-Band LNB 1-4 Band model offers multi-band support, allowing operators to monitor multiple frequency sub-bands within the Ku-band range. This flexibility means that it can cover different signal sources or channels without needing additional LNBs, saving both space and cost.
Exceptional Phase Noise Performance A key requirement for uplink monitoring is excellent phase noise performance, and the SMW Ku-Band LNB delivers on this front. It offers low phase noise that aligns with DVB-S2X standards, making it suitable for applications requiring high signal stability, such as satellite broadcast and telecommunications.
Autoswitching 10 MHz Reference The SMW LNB is equipped with an autoswitching function that allows it to toggle between an external 10 MHz reference and an internal one, ensuring that it operates seamlessly in a variety of setups without requiring manual intervention.
Customizable Options With this LNB, you can select custom Local Oscillator (LO) frequencies and gain settings, as well as integrate monitoring and control interfaces via Modbus RTU RS485. This customization allows for flexibility in various setups, catering to unique operational requirements.
Durable Design and Wide Temperature Range Designed to perform under harsh conditions, this LNB is equipped with high ingress protection (IP54), allowing it to operate in dusty or slightly wet environments. It also functions in a broad temperature range, from -40°C to +80°C, making it suitable for use in both extreme cold and hot environments.
High Input Power Tolerance The SMW Ku-Band LNB can handle high input power levels without compromising performance, ensuring that it delivers reliable signal quality even in strong signal conditions.
Alarm and Monitoring Capabilities Advanced alarm functionality via monitoring and control (M&C) allows operators to receive real-time status updates on performance parameters, enabling rapid response to any issues that may arise.
Advantages of Using the SMW Ku-Band LNB
Enhanced Signal Quality The high-quality downconversion capabilities and excellent phase noise ensure that signals are received with minimal interference or degradation, a critical factor in applications requiring consistent, high-quality uplink monitoring.
Space and Cost Efficiency Supporting multiple sub-bands in a single unit means operators do not need to invest in separate LNBs for each band, reducing both equipment footprint and cost.
Versatile Deployment With its durable design and broad operational temperature range, this LNB can be deployed in a variety of challenging environments, from maritime applications to high-altitude installations, making it a versatile choice for diverse sectors.
Scalability The device’s compatibility with Modbus RTU RS485 makes it easy to integrate into large networks where multiple devices may need to communicate seamlessly. This capability also enables scalability, allowing network operators to expand their systems without replacing existing equipment.
Reliability in Extreme Conditions Built for durability, this LNB withstands high temperatures, exposure to dust, and even slight moisture, ensuring that it continues to perform reliably over long operational periods.
Applications of the SMW Ku-Band LNB 12.70-15.50 GHz 1-4 Band
Broadcast and Media Uplink Monitoring For satellite broadcast providers, signal stability and clarity are essential. The SMW Ku-Band LNB’s low phase noise and high tolerance for signal strength make it an ideal choice for uplink monitoring in broadcasting, ensuring consistent and high-quality signal transmission.
Telecommunications and Internet Service Providers Telecom providers operating in remote or underserved areas require reliable satellite uplinks. The SMW Ku-Band LNB enables high-speed data transmission with stable signals, which is crucial for providing uninterrupted service in areas where terrestrial connections are not feasible.
Maritime and Remote VSAT Networks This LNB’s rugged design and ability to operate in extreme environments make it well-suited for maritime applications. Ships, oil rigs, and remote installations can rely on the SMW Ku-Band LNB for stable connectivity even under challenging conditions.
Research and Industrial Monitoring Research institutions and industrial monitoring networks that use satellite data for environmental monitoring or large-scale data collection benefit from the stable and versatile performance of the SMW Ku-Band LNB. Its alarm functions and M&C capabilities make it easy to monitor and control from central command centers.
Government and Defense Communications Defense and government agencies that require secure and reliable satellite communications for mission-critical operations can utilize the SMW Ku-Band LNB’s advanced features to ensure uninterrupted, high-quality data transmission.
Technical Specifications
Frequency Range: 12.70 - 15.50 GHz (customizable by model)
Gain: Programmable up to 55 dB
Phase Noise: -118 dBc/Hz at 1 MHz offset, ensuring clear signal reception
IF Output: 950-2450 MHz, customizable for extended applications
Power Requirements: +11 to +26 V DC through output or separate SMA connector
Operating Temperature: -40°C to +80°C
Ingress Protection: IP54, ensuring protection from dust and light moisture
Alarm Features: Real-time monitoring with Modbus RTU RS485 support for seamless M&C integration
Size and Weight: Compact and lightweight design, ideal for versatile installations
Why Choose VSATPlus for the SMW Ku-Band LNB?
At VSATPlus, we are dedicated to providing top-of-the-line satellite communication solutions tailored to meet the specific needs of our clients. The SMW Ku-Band LNB 12.70-15.50 GHz 1-4 Band model is available through VSATPlus, and our expert team is here to help you find the right configuration and ensure smooth installation and operation.
When you order from VSATPlus, you gain access to our customer support team, who are ready to assist you with everything from technical inquiries to installation advice. We understand the critical nature of satellite communication and are committed to providing our clients with the most reliable products on the market.
Ordering Information
To order the SMW Ku-Band LNB 12.70-15.50 GHz 1-4 Band, simply visit our website at VSATPlus.com or reach out to our sales team. We offer competitive pricing, and our team is available to discuss any specific customization options you may require.
Conclusion
The SMW Ku-Band LNB 12.70-15.50 GHz 1-4 Band represents a powerful, flexible solution for satellite uplink monitoring and communication. With its multi-band capability, low phase noise, and rugged design, this LNB meets the needs of industries ranging from telecommunications to defense.
Available through VSATPlus, this LNB ensures that you’re equipped with a reliable, high-performance tool for your satellite communication network. Contact us today to learn more or to place your order, and let us help you take your satellite operations to the next level.
