ETL Satellite Simulators
Cable-free testing for satcoms systems
Satellite Simulators
Seamless satellite testing, no cables needed
Satellite Simulators offer a versatile solution for cable-free RF testing of mobile satellite communication systems, enabling efficient loop-back tests for Satcoms terminals without requiring direct satellite access. ETL Systems provides a range of Satellite Simulators, including single-band -models for S, X, Ku, K, and Ka-bands, as well as a quad-band system covering C, X, Ku, and Ka-bands.
Our simulators are available in various configurations, including Multi-Path, Bench Instruments, Portable Battery-Powered, Drone-Mountable, and Ruggedized RF test solutions. Additionally, we offer options for synthesised/variable and fixed local oscillators (LO) to meet diverse testing needs.
Cable-free testing
Broad band coverage
Versatile configurations
RF Satellite Simulators
for ODU, Drone Mounted and Multi Channel Solutions
ETL Systems’ Satellite Simulators provide optimised RF testing solutions with flexible configurations to meet diverse testing needs. Whether for lab, field, or aerial testing, these simulators enable efficient and precise testing without the need for direct satellite access.
Versatile Satellite Simulators for All Testing Needs
ETL Systems offers a comprehensive range of Satellite Simulators designed to facilitate efficient and cable-free RF testing for mobile satellite communication systems. These simulators include single-band models for S, X, Ku, K, and Ka-bands, as well as a versatile quad-band system that covers C, X, Ku, and Ka-bands.
Hot Swappable Modules
Hot swappable modules offer significant benefits in ground segment systems by enabling the replacement or upgrade of hardware components without interrupting service or powering down equipment.
This feature is crucial for maintaining continuous operation, particularly in mission-critical environments such as satellite communication, where downtime can lead to data loss or disruption of services. Hot swappability ensures swift and efficient maintenance, reducing repair times and operational costs while enhancing system reliability and uptime. Additionally, it allows for easy scalability and flexibility, enabling ground stations to adapt quickly to changing technology and capacity requirements.
Secure protocols with SNMPv3 and HTTPS
Implementing secure protocols like SNMPv3 and HTTPS in network management provides substantial benefits by ensuring the safety and integrity of data communications. SNMPv3 (Simple Network Management Protocol version 3) enhances security through robust authentication and encryption mechanisms, protecting network devices from unauthorised access and tampering. It also supports fine-grained access control, allowing administrators to precisely manage user permissions.
Meanwhile, HTTPS (Hypertext Transfer Protocol Secure) encrypts data transmitted over the internet, safeguarding sensitive information from interception and attacks during remote access and control of network devices. Together, these protocols help protect critical infrastructure from cyber threats, enhance compliance with security standards, and foster trust in network management practices. By securing both local and remote communication channels, they provide a resilient foundation for reliable and secure operations in modern networking environments.
Local & Remote control & monitoring
Local and remote control and monitoring capabilities provide essential advantages in managing complex systems and networks. Locally, operators can directly oversee equipment status, troubleshoot issues promptly, and make real-time adjustments to optimise performance. This immediate access is critical for maintaining operational continuity and responding swiftly to changing conditions or emergencies.
On the other hand, remote control and monitoring extend these capabilities beyond physical proximity, allowing administrators to manage devices and systems from virtually anywhere. This flexibility enhances operational efficiency by reducing the need for on-site interventions and enabling proactive maintenance and upgrades. Additionally, remote monitoring provides insights into long-term performance trends, enabling data-driven decision-making and predictive maintenance strategies. Overall, the combination of local and remote control and monitoring empowers organisations to maximise uptime, ensure regulatory compliance, and deliver reliable services to end-users.
Free Technical Support
ETL’s product support service offers comprehensive assistance to ensure optimal performance of your equipment. Customers receive free access to our UK-based technical support team, staffed by experienced engineers with in-depth knowledge of ETL products. Our support includes advice on installation, configuration, operation, and maintenance, as well as diagnostic and troubleshooting help. We also provide identification and supply of replacement parts, along with free software updates to keep systems running smoothly.
Need help selecting the right RF Solution for your project?
Only a selection of our products are listed on the site. If you can’t find what you’re looking for or have specific requirements, our team is here to assist you in finding the perfect solution.
Satellite Simulators
ODU
ETL’s Satellite Simulators streamline RF testing of mobile satellite communication systems by providing cable-free, versatile, and comprehensive test solutions.
- C, X, Ku, and Ka frequency ranges
- Multiple frequency bands per chassis (Dual band, tri band, quad band)
- Block or Agile variants
- Variable attenuation control
- Hot swap
- Outdoor chassis housing
- Multi path, bench instruments, portable-battery, drone mountable and ruggedised options.
- Secure protocols with SNMPv3 and HTTPS
- Local & Remote control & monitoring via RJ45 Ethernet port and web browser interface
Datasheets
Drone Mounted
ETL’s compact, robust, IP65-rated drone-mounted GPS over Fibre for versatile SatCom testing.
- S, C, X, Ku, K, and Ka frequency ranges
- SatComs on the move testing
- UAV (Unmanned Aerial Vehicle) Mounting
- HAP (High Altitude Platform) Mounting
- Compact and lightweight
- Robust
- IP65 rated
Multi Channel
ETL’s Multi Channel system allows dual communication for extended testing across S, C, X, Ku, K, and Ka-bands, with fixed or portable setups and Ethernet/local control.
- Simultaneously talks to two sets of ground equipment, enabling the user to run extensive and prolonged tests without the need to go ‘live’ on a satellite.
- S, C, X, Ku, K, and Ka frequency ranges
- Fixed installation or portable
- Ethernet and local control options
Datasheets
Learn more about this product range
Get in touch with our sales team to learn how our RF and Digital IF products could work for you.
Test Applications
Multi-Path RF Signal Testing
ETL’s Multi-Path Satellite Simulators enable simultaneous testing of two satellite terminals by linking the uplink/transmit carrier from one ground system to the downlink/receive carrier of another, while also providing a return path to test the entire system comprehensively.
HAPS (High Altitude Pseudo Satellite)
ETL’s bespoke Satellite Simulators are designed to model High Altitude Pseudo Satellite (HAPS) systems, offering comprehensive testing solutions for high-altitude applications. These simulators support a wide range of testing scenarios, ensuring accurate and reliable performance assessment for HAPS systems.
SNG (Satellite News Gathering)
ETL’s SNG (Satellite News Gathering) system offers a loopback test for vehicle-mounted Ku-band antennas, eliminating the need for direct satellite access.
Learn more about this product range
Get in touch with our sales team to learn how our RF and Digital IF products could work for you.
Case Study
Revolutionising Connectivity: Avealto’s WIP Airships Bring High-Speed Internet to Remote Regions
In today’s interconnected world, access to reliable internet connectivity is no longer a luxury but a necessity. Yet, many remote regions around the globe still lack access to high-quality internet services due to infrastructural challenges and cost barriers. Avealto, a pioneering technology company, is set to change this narrative with its innovative Wireless Infrastructure Platform (WIP) vehicles operating in High-Altitude Platform Stations (HAPS). Read More.
FAQs
Satellite Simulators are advanced testing devices used to emulate satellite signals and communication systems. They enable engineers and technicians to perform RF testing and diagnostics by generating and receiving simulated satellite signals, allowing for thorough testing without needing access to actual satellites.
Test Loop Translators (TLTs) connect to a system, such as an antenna, via coaxial cables, allowing for precise measurement and calibration of uplink power. This setup enables highly controlled tests with a high level of accuracy. In contrast, a Satellite Simulator is a cable-free RF test solution that uses integrated, appropriately polarized antennas to complete a system loop-back without needing a satellite. This approach simplifies testing and provides a more comprehensive evaluation of the system.
Satellite Simulators (Satsims) and Test Loop Translators (TLTs) are essential for evaluating the performance of satellite earth systems, offering a simple, quick, and cost-effective testing solution.
Key applications include:
– Pre-launch loopback tests and system checks
– Diagnosing hardware faults under controlled conditions
– Accurate calibration and measurement of system parameters
– Training tools for satellite earth station personnel
– Testing mobile systems with tracking antennas, including drone-mounted Satellite Simulators
Satellite Simulators offer several key benefits, including cable-free testing of satellite communication systems, flexibility in testing configurations (e.g., Multi-Path, Bench, Portable), and comprehensive coverage of various frequency bands (S, X, Ku, Ka, and C bands). They also allow for precise testing of high-altitude systems and vehicle-mounted antennas.
ETL Systems’ Satellite Simulators stand out due to their wide range of configurations, including Multi-Path, Portable Battery-Powered, and Ruggedised models. They support a broad spectrum of frequency bands and provide options for synthesised/variable and fixed local oscillators, ensuring versatile and tailored testing solutions for diverse applications.
Get in touch
Whether you’re starting a new project or need expert guidance, we’re here to find the perfect solution for your needs. Reach out to us now and start the conversation!
