Matrices - ETL Systems

Matrices Range

ETL has a broad Switch Matrix / RF Router range providing RF signal distribution for satellite communications. ETL’s Switch Matrix Router products are available as a distributive fan-out matrices for Receive Chains and as a combining fan-in matrices for Transmit Chains. ETL also has the Ensign fan-in fan-out L-band matrix.

Our RF Router range provides options which are fully hot-swap, with hot-swap of all active components such as RF cards, CPU, and PSU, and expandable systems for future requirements. For larger applications, our scalable multi-modular Matrix systems are available for sizes up to 1024 inputs x 1024 outputs.

The Matrix Switch range provides solutions to cover different frequency ranges, such as L-band, IF & Broadband frequencies.

Matrix Range Summary

Victor Matrix – up to 16 input x 16 output (populated in increments of 4)

Enigma Matrix – up to 32 inputs x 32 outputs (populated by increments of 1)

Ensign Matrix – up to 32 inputs x 32 outputs (populated by increments of 1)

Hurricane Matrix – up to 64 inputs x 64 outputs (populated by increments of 8)

Vortex Matrix – up to 64 inputs x 64 outputs (populated in increments of 16)

Harrier Matrix – up to 128 inputs x 128 outputs (populated by increments of 8)

Vulcan Matrix – up to 128 inputs x 128 outputs (populated in increments of 8)

Havoc Matrix – up to 256 inputs x 256 outputs (populated by increments of 16)

HAWK

ETL’s HAWK range is expertly designed for RF signal routing at Low Earth Orbit (LEO) and Medium Earth Orbit (MEO) gateways. It is also ideally suited for small High Throughput Satellite (HTS) ground stations and deployable Very Small Aperture Terminal (VSAT) systems. The HAWK range provides efficient and reliable signal distribution, ensuring optimal performance in advanced satellite communication infrastructures. Its robust design and versatility make it an essential solution for managing complex RF signal routing needs in a variety of satellite applications.

Datasheets: (HWK-10-8X8/HWK-21/HWK-15-D44)

Variation of Sizes, 4×4, 8×8, Dual 8×8 in a single 1U chassis, 8×16, 16×8, 8×32
Frequency range options 500-2450MHz/ 500x3150MHz
Type (Fan-in, fan-out or FIFO)
Hot-swappable matrix modules
Heightened security protocols (SNMPv3/HTTPS)
Used in the Genus chassis – commonality of spares.
Compact 1U/2U high chassis
Ethernet remote control
Local control via HMI touchscreen

VICTOR

ETL’s Victor matrix range is available in sizes of 16×16 and 8×24. Specifically designed for optimal RF signal routing in Low Earth Orbit (LEO) and Medium Earth Orbit (MEO) gateways; it is also ideally suited for small High Throughput Satellite (HTS) ground stations and deployable Very Small Aperture Terminal (VSAT) systems. The Victor matrix ensures efficient and reliable signal distribution, making it a critical component for advanced satellite communication infrastructure, particularly in applications requiring compact and versatile solutions.

Datasheets: (VTR-101/VTR-102/VTRC-101/VTRC-102)/VTR-100/VTRC-100-

Variation of sizes 16×16/ 8×24
Software expandable
Type Fan Out/Fan In
Broadband (50-2450MHz) & L-Band (850-2450MHz) variants
Variable gain for balancing input signal levels.
Compact 1U high chassis
50 and 75 ohm
Ethernet remote control
Local control via HMI touchscreen

ENIGMA

NGM – ETL’s ENIGMA matrix range is available in configurations of up to 32 inputs and 32 outputs. It is designed to offer exceptional flexibility in routing signals from antennas to receivers or modems, and for remote routing of satellite signals. Engineered for high resilience, this matrix is ideal for mission-critical applications where reliability and performance are paramount.

Datasheets: (NGM-101/102/103/105/106 NGMC-101/102/103/105/106)

Can be part populated and expanded in single increments to 32×32 maximum size
Fan-In and Fan-Out options
Frequency range options L-Band, Broadband, IF.
It provides ultra resilience with single input and output cards functioning independently.
Single card failure only effects a single input or output.
Heightened security protocols (SNMPv3/HTTPS)
PSU’s/CPUs’/RF cards are all hot swappable.
50 and 75 ohm
Ethernet remote control
Local control via HMI touchscreen
Multi-modular matrix expandable to 1024×1024

ENSIGN

NSN – ETL’s ENSIGN matrix range is available in configurations of up to 32 inputs and 32 outputs and features a versatile Fan-In and Fan-Out (FIFO) design. This allows multiple input signals to be combined and subsequently routed to multiple outputs, providing flexible and efficient signal distribution. Ideal for smaller teleports or ground stations, the ENSIGN matrix enables modems to access multiple uplink chains and can function as both a transmit and receive matrix. This adaptability makes it a valuable tool for optimising communication systems, ensuring seamless connectivity and efficient use of resources.

Datasheets: (NSN-102/NSN-103)

Can be part populated and expanded in single increments to 32×32 maximum size
FIFO matrix type
Frequency range options L-Band, Broadband.
It provides ultra resilience with single input and output cards functioning independently.
Single card failure only effects a single input or output.
Heightened security protocols (SNMPv3/HTTPS)
PSU’s/CPUs’/RF cards are all hot swappable.
50 and 75 ohm
Ethernet remote control
Local control via HMI touchscreen

VORTEX

VTX – ETL’s Vortex L-band matrix range, available in configurations of up to 64 inputs and 64 outputs, is engineered for superior RF performance within a compact 5U design. This matrix stands out for its ability to handle high-density signal routing efficiently while maintaining a small footprint. Widely adopted in large broadcast and government applications globally, with over 100 units currently in operation, the Vortex matrix is trusted for its reliability and advanced capabilities. It offers a robust solution for optimising signal distribution, making it an essential asset for complex and large-scale communication systems.

Datasheets: (VTX-100 & VTXC-100)

64×64 matrix size
Extended L-Band matrix
Available in Fan-Out & Fan-In variants
50 ohm and 75 ohm
Can be part populated and expanded in blocks of 16 with additional matrix cards.
Heightened security protocols (SNMPv3/HTTPS)
Hot swap PSU’s/CPU’s/RF cards
Ethernet remote control
Local control via HMI touchscreen

Hurricane

HUR – ETL’s Hurricane L-band matrix, available in configurations of up to 64 inputs and 64 outputs, is designed to offer exceptional flexibility in routing signals from antennas to receivers or modems. This advanced matrix allows for remote management of satellite signals, enhancing the efficiency and adaptability of satellite communication systems. By enabling precise and reliable signal distribution, the Hurricane matrix supports the optimization of receiving infrastructure, making it a crucial component for modern satellite communication networks that require dynamic and remote signal routing capabilities.

Datasheet: (HUR-10)

64 inputs x 64 outputs,
Distributive Fan-Out matrix
Configurable input/output module options including fibre, variable gain, LNB power and passive modules.
50 ohm and 75 ohm
Ultra compact 4U matrix
Can be expanded from 8×8 up to 64×64 in block of 8
Hot swap PSU’s/CPU’s/RF cards/RF modules.
Heightened security protocols (SNMPv3/HTTPS)
Ethernet remote control
Local control via HMI touchscreen

Harrier

HAR – ETL’s Harrier L-band matrix, available in configurations of up to 128 inputs and 128 outputs, is a versatile and efficient solution for flexible signal routing. It is designed to facilitate the dynamic allocation of antennas to receivers or modems, enabling remote management of satellite signals. By optimising the use of receiving capacity, the Harrier matrix ensures that communication systems can handle high volumes of data with enhanced reliability and precision. This matrix is essential for modern satellite communication infrastructures, offering robust support for complex signal distribution needs.

Datasheet: (HAR-40)

128 inputs x128 outputs,
Distributive Fan-Out matrix
Configurable input/output module options including fibre, variable gain, LNB power and passive modules.
50 ohm and 75 ohm
Ultra compact 10U matrix
Can be expanded from 8×8 up to 128×128 in block of 8
Hot swap PSU’s/CPU’s/RF cards/RF modules.
Heightened security protocols (SNMPv3/HTTPS)
Ethernet remote control
Local control via HMI touchscreen

Vulcan

VCN – ETL’s Vulcan L-band matrix is a high-performance solution designed for managing frequency signal routing changes and handling a substantial volume of downlink feeds. Available in configurations of up to 128 inputs and 128 outputs, this matrix provides exceptional flexibility and efficiency in signal distribution. It is engineered to meet the demanding requirements of modern satellite communication systems, ensuring reliable and precise routing of signals. The Vulcan matrix is an essential tool for optimising the flow of satellite data, enhancing the capacity and functionality of communication networks.

Datasheet: (VCN-20)

128×128 matrix size expandable in blocks of 16,
Distributive Fan-Out matrix
L-Band matrix
Hot swappable RF cards/dual redundant CPU’s and dual redundant PSU’s
50 or 75 ohm
Variable gain to balance input signals
Ethernet remote control
Local control via HMI touchscreen

Havoc

HAV – ETL’s L-band Havoc Matrix is a pioneering product in the field of satellite signal routing, designed to handle up to 256 input and 256 output feeds within an ultra-compact 16U high chassis. This innovative matrix was the first of its kind on the market, offering unmatched scalability and efficiency. It enables flexible routing of antennas to receivers or modems, facilitating remote management of satellite signals and optimising the utilisation of receiving capacity. This advanced technology is essential for modern satellite communication systems, providing a robust solution for high-density signal distribution and routing.

Datasheet: (HAV-80)

256×256 matrix size expandable in blocks of 16.
L-Band matrix
50 ohm
Distributive Fan-Out
Hot swappable RF cards/dual redundant CPU’s and quad redundant PSU’s
Ethernet remote control
Local control via HMI touchscreen