Easy Customisation
and Adaptation

The GENUS habitat is modular, allowing for easy customisation and adaptation to specific RF distribution requirements. Operators can populate the chassis with a variety of RF modules, such as Frequency Converters, Splitters, RF Over Fibre modules, and more.

Compact, Space Saving Design

Available in 1U, 2U, and 3U rack sizes, the GENUS habitat is compact, saving valuable rack space in teleport operations.

Advanced Security

With improved security protocols such as SNMPv3 and HTTPS, the GENUS smart chassis enhances data protection and network security.

1U
2U
3U
ODU
Benchtop

Modules

Seamless Signal Management for Optimal Performance
Delivering dependable RF signals over long distances
Enhancing signal integrity and network integration
Streamline Operations with Advanced Converter Solutions
Enhanced Performance and Flexibility with Comprehensive Frequency Coverage
Provide versatile DC powering options within a compact chassis
Versatile, reliable switches for L-band, IF, Broadband and SHF frequencies
Enhance Signal Flexibility with our Splitter & Combiner Solutions
Ensure precise diagnostics with ETL’s measurement solutions
Cable-Free Testing for Satcom Systems
Seamlessly Test and Align Earth Stations with Test Loop Translators
Precise & adaptable testing

5 Chassis Available:
1U, 2U, 3U, ODU, Benchtop

The GENUS chassis range offers versatile solutions across various form factors, including 1U, 2U, 3U, outdoor (ODU), and benchtop configurations. Designed to meet diverse operational needs, these chassis provide robust housing for ETL’s advanced modules, supporting applications ranging from satellite ground stations to telecommunications infrastructure. Each form factor is meticulously engineered to optimise space utilisation, enhance operational efficiency, and ensure seamless integration within different environments, making the GENUS habitat a reliable choice for critical RF and power distribution applications.

Chassis

  • Modular Architecture: Can house different types of modules (e.g., fibre, amplifier) within the same chassis.
  • Space Saving: Eliminates the need for multiple chassis for different types of modules.
  • Commonality of Spares: Uses the same power supply units (PSUs) and central processing units (CPUs) across different chassis types.
  • Unified Protocol and Commands: Consistent protocol and software commands across multiple chassis types.
  • Standardised Webpage: Uniform interface across all platforms for ease of use.
  • Hot Swappable RF Modules: Allows for the replacement of RF modules without powering down the system.

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.

ETLSystems Customer Sup[port Icon BLUE
  • Modular & flexible – configurable design housing up to 17  RF modules, which can be mixed
  • Integrated RF module redundancy options
  • Resilience from:
    • Hot-swap modules
    • Dual redundant & hot-swap PSUs
    • Hot-swap fans
    • Field replaceable CPU and HMI
  • Option for integrated internal 10MHz reference source, also field replaceable
  • Future proof and secure protocols including SNMPv3 and HTTPS
  • Common spares and remote interfaces across different products allows Genus chassis to be easily maintained in service
  • Module options are frequency converters, matrices, RF over fibre, amplifiers, DC PSUs, switches & splitter/combiners

  • Modular & flexible – configurable design housing up to 17  RF modules, which can be mixed
  • Integrated RF module redundancy options
  • Resilience from:
    • Hot-swap modules
    • Dual redundant & hot-swap PSUs
    • Hot-swap fans
    • Field replaceable CPU and HMI
  • Option for integrated internal 10MHz reference source, also field replaceable
  • Future proof and secure protocols including SNMPv3 and HTTPS
  • Common spares and remote interfaces across different products allows Genus chassis to be easily maintained in service
  • Module options are frequency converters, matrices, RF over fibre, amplifiers, DC PSUs, switches & splitter/combiners

  • Modular & flexible – configurable design housing up to 17  RF modules which can be mixed
  • Integrated RF module redundancy options
  • Resilience from:
    • Hot-swap modules
    • Dual redundant & hot-swap PSUs
    • Hot-swap fans
    • Field replaceable CPU and HMI
  • Option for integrated internal 10MHz reference source, also field replaceable
  • Future proof and secure protocols including SNMPv3 and HTTPS
  • Common spares and remote interfaces across different products allows Genus chassis to be easily maintained in service
  • Module options are high density splitters and combiners

  • Houses up to 19 RF module types, which can be mixed
  • Hot swappable RF modules
  • IP65 outdoor rated
  • Airconditioning and heater options for extended operating temperatures
  • Dual redundant, hot swap power supplies
  • Field replaceable CPU and HMI
  • Optional user replaceable Internal 10MHz source/distribution card
  • Secure protocols with SNMPv3 and HTTPS
  • Remote control & monitoring via RJ45 Ethernet port and web browser interface
  • Optional local control touchscreen HMI

  • Compact outdoor chassis
  • Houses up to 8 RF module types, which can be mixed
  • 1+1 redundancy options
  • Hot swappable RF modules
  • IP65 outdoor rated
  • Dual DC power inputs
  • Field replaceable CPU
  • Internal user replaceable 10MHz source/distribution card
  • Secure protocols with SNMPv3 and HTTPS
  • Remote control & monitoring via RJ45 Ethernet port and web browser interface

  • Local control  via optional touchscreen HMI
  • Compact and easily transportable by hand
  • Houses up to 10 hot swappable  RF module types,
    which can be mixed
  • User replaceable CPU
  • Optional Internal 10MHz source/distribution card
  • Secure protocols with SNMPv3 and HTTPS
  • Remote control & monitoring via RJ45 Ethernet port and web browser interface

Applications

CWDM
DWDM
GNSS/GPS
HTS
Ka-Band Teleport Site Diversity
Low Earth Orbit (LEO) Satellite
Microwave Links
Outdoor Use
Satellite Systems
Telecom Infrastructures
Test & Measurement
Very Small Aperture Terminal

FAQ

What is the GENUS habitat used for?

The GENUS habitat is designed for housing and managing a variety of RF and microwave components in a centralised, modular system. It is commonly used in satellite communications, broadcast, and defence applications to streamline the organisation and operation of RF distribution equipment.

What are the key features of the GENUS habitat?

Key features include modularity for flexible configuration, high density to maximise space efficiency, robust power supply options, comprehensive monitoring and control capabilities, and compatibility with a wide range of RF and microwave components.

How does the GENUS habitat enhance system reliability?

The GENUS habitat enhances system reliability through its redundant power supply options, hot-swappable modules, and advanced cooling systems. These features ensure continuous operation and minimise downtime, even during maintenance or component replacement.

Can the GENUS ecosystem be customised to specific requirements?

Yes, the GENUS ecosystem is highly customisable. ETL Systems offers various modules and configurations to meet specific needs, allowing users to tailor the chassis to their unique operational requirements. This customisation can include different types of RF and microwave components, power supply options, and monitoring systems.

What monitoring and control options are available with GENUS chassis?

GENUS chassis come equipped with advanced monitoring and control options, including local and remote management via web interfaces, SNMP (Simple Network Management Protocol) support, and detailed status indicators for all critical components. These features enable real-time monitoring and control, ensuring optimal performance and rapid response to any issues.

Which modules are available within the GENUS ecosystem?

There are many different module variations available for the GENUS ecosystem. We recommend contacting ETL Systems directly to discuss your specific requirements and ensure you select the appropriate modules for your application.

How many modules can the GENUS habitat house?

The number of modules the GENUS habitat can house varies from chassis to chassis. For precise details on capacity, please refer to the specifications of the particular chassis model you are interested in.

Can you modify the aliases on GENUS modules?

Yes, you can modify the aliases on GENUS modules, with each alias accommodating up to 30 characters. This allows for easy identification and customisation of the modules within the system.