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ETL Systems
Global Leaders in Satellite RF Engineering & Custom Build
RSSC Dubna– July 2014
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Heritage
Custom Build &
Design
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• Specialist RF equipment for 25 years
• 80% International Sales
• 75 staff in 3 global offices (UK, US, ME)
• Cover R&D, Production & Test
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Global RF Equipment Coverage
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Broadcasters
Government
Satellite Operators
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The challenge:
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• More and more space crafts orbiting the earth
• Bigger and more teleports with many different sizes and
designs of antennas
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Importance of Signal Handling
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• Ever increasing traffic between space & terrestrial networks
• GEO orbiting satellites well exceed 420
• Hundreds of LEO and MEO satellites provide interlinks
between spacecraft. All eventually beamed down to earth
• Increasing traffic density, as well as capacity means
broader IF bands (E.G HTS Satellites)
• Bigger earth stations and wider range of antennas at each
of these teleports
• Antennas designed to handle multiple RF links of different
frequencies; Ka, Ku and C-bands
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ETL supply all of the satcoms segments
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40% Government & Defense 40% Broadcast
10% Satellite Operators 10% Telecoms
ETL
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Case Study 1
Rack layout of ETL Modular system with 50 downlink and 50 uplink chains.
system
ETL solution & roles:
• Initial definition of requirements
• Customisation: each RF path has a variable gain amplifier and splitter (combiner on TX) with variable gain per output; based on ETL’s modular system chassis. New RF cards developed.
• Supply of amplifiers, splitters, fan trays, termination panels, and intra-module cables.
• Supply and integration into racks.
The brief: European teleport wanting to balance, equalise & distribute all downlink and uplink traffic with variable gain & slope to compensate cable
losses; and have variable gain on each splitter output to balance signals
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Case Study 2
The brief: US government upgrading and expanding L-band switch matrices and need 64x384 with specific RF performance; compact space
and simple cable installation
Vulcan based 64x384 system in comfortable 3 racks
ETL solution & roles:
• Rack layouts and cabling agreed, with particular regard to concerns over total cabling requirements to modems and antennas
• Customisation: cable management and termination panels (standard RF performance)
• Supply of complete system from termination panel in to termination panel out.
• Supply and integration into racks.
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Marine TVRO
• Typically 2 or 4 antennas
• Typically 4 L-band feeds per antenna (Ku or Ka
band)
• 16 to 128 receivers (some digiboxes STB’s; and
some IRD receivers)
• A pair of tracking antennas (e.g. Seatel) with
programmed blockage zones for
superstructure
• Fibre or direct Coax install with LNB powering
• Poor isolation and high losses lead to lost
signal, especially for Ka band
Case Study 3
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1. RF Level Detection redundancy switching for 1 Satellite position with LNB control
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4 off 2x1 Redundancy Switches
in a modular system chassis
ETL Model 26128-SW103-B7B7
4x64 L-band Optimus Matrix
ETL Model 21150-B7B7
DC 13/18V +/- 22 kHz
DC 13/18V +/- 22 kHz
DC 13/18V +/- 22 kHz
Switching based on RF
detection – provides
DC (0V/13/18V +/- 22
kHz
Upto 64 feeds to set top boxes
selecting inputs via 13/18V +/- 22 KHz
Upto 64 feeds to receivers with
remote routing control
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Case Study 4 -Enigma RF Matrix
• 32x32 matrix (expandable)
• Fan-out, fan-in, and FIFO options
• high resilience applications; custom
requirements & asymmetric systems (n>>m)
• NEW: NGM-40: 1200-3000 MHz and vari gain;
NGM-34: excellent RF specs to 2450 MHz for
Ka-band; NGM-35 low noise variant
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Benefits & basics:
•IF, wideband ,L-band & XL-band options
•1 RF card for each RF input & output adding resilience
•Hot swap of all active components
•Dual redundant CPU’s & PSU’S
•On board monitoring & diagnostics
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Static camera’s single matrix with dual input receivers
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A1M A1B
A2M A2B
A3M A3B
CAM 1 RX
CAM 3 RX
CAM 2 RX
CAM 1
CAM 2
Matrix Size Calculation• No of Camera’s = No of Diversity Receivers• 1 Receiver per camera• 2 matrix outputs per camera• 2 Matrix inputs per antenna• For 18 antenna sites = 36 antenna’s = 36 matrix inputs• For 20 camera’s there are 40 receiver inputs = 40 matrix
outputs
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Victor IF to L-band Matrix
• 16x16 full fan-out matrix (8x8, 8x16)
• Compact form factor (1U)
• Designed for smaller head-ends and SNG trucks
• NEW: VTR-56 is to 2500 MHz for Ka-band and HTS
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Benefits & basics:
• VTR-10 offers LNB powering and RF level
detection
• Variable gain
• Dual redundant PSU’s
• VTR-50 is lower cost, no LNB
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StingRay- RF over Fibre
• Ultra compact design
• High isolation
• Hot-swap
• Wide dynamic range and output MGC
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Benefits & Basics
• Up to 16 RX or TX modules in a 1U hot-swap chassis for high capacity
applications
• Part populate and / or mix TX and RX modules for downlink and uplink
with VSAT or small number of terminals
• High Isolation between modules and good RF performance
• Front panel local control and ethernet remote control
• Automatic link optimisation
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Alto L-band AmplifiersVariable gain, high performance amplifiers (flatness & noise figure)
• NEW: 1:1 redundant model, hot swap, variable gain and slope and
options for monitor port, 10 MHz & DC pass, outputs (1U)
• NEW: 2+1 and 4+2 redundant Alto shelves
• NEW: 2U shelf with hot swap PSU’s and enhanced linearity
• NEW: High performance auto gain control (AGC) & MGC modules
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Benefits & basics:
• 8-38 dB gain with local and remote control variants
• Options for LNB powering and Slope Compensation
(0-8 dB)
• 4,8, or 16 amplifier shelves (1U and 2U)
• User settable AGC output (-20 to 0dBm)
• Wide AGC dynamic range (-55 to +5dBm)
• +30 dBm OIP3
• Hot swap amplifier modules and on board monitoring
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DEXTRA Splitters / Combiners - NEW
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• 4, 8, 16-way splitters & combiners in
single and dual configurations.
• high resilience RF distribution, and
optimum satellite signal quality
• Ka-band and HTS applications
Advanced functionality: 0/13/18V LNB powering (±22 KHz
tone) LNB current monitoring Customer settable alarm thresholds
for LNB current Dual redundant amplifiers (option) 20 dB monitor port on the front
panel Web browser access (and SNMP) for
voltage and LNB alarm threshold selection and status monitoring
Compact 1RU 19” chassis
RF performance: Specified to ensure optimum signal
quality with high throughput / high bandwidth satcoms.
850-2450 MHz operating range Excellent Gain flatness (frequency
response) High return loss High linearity Low noise figure
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Modular System - RF signal handling
• Hot swap chassis with dual redundant PSU’s
and CPU -Up to 16 RF modules
• Ideal for larger teleports & broadcasters
• NEW: AGC version of 4-way splitter; 4-way
with RF level monitoring; and IF redundant
amplifier splitters / combiners
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Benefits & Basics
• Splitters / combiners – 4 & 8-way – fixed gain, variable gain,
redundant amplifier, and output gain control options
• 2x1 redundancy switches with RF detection
• Dual redundant amplifier cards
• Variable gain, variable slope compensation amplifier
modules
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Monitoring Switches – DC to 22GHz
• LS Series – compact and low cost (8x1, 16x1, 32x1)
• Standard carrier monitoring applications
• NEW: Ka-band and HTS monitoring switches 50-2450 MHz
(8x1 model 23194, 16x1model 23195, 32x1model 23196)
• NEW: 1x8, 1x32 LS Switch version
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Benefits & Basics
• Multiple modules for 63x1 etc
• Compact form factor (1U)
• IF through L-band
• SHF (S-band, Ka and Ku)
• Local and remote control
• Dual redundant PSU’s
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Component Mounting System (CMS)-NEW!
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• New: ETL 1U 19 inch Chassis
• Designed to house Scorpion Style passive
splitter/combiners
• Will accommodate 2, 4 and 8-way modules
• Capacity for 8 x 2 way or 4 x 4-way or 4 x 8-
way or a combination.
Functions include:
• DC & 10 MHz pass all ports
• DC and 10 MHz block all ports
• DC and 10 MHz pass on 1 port and
blocked on the rest
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ETL Summary
• Strong engineering and performance bias
• Solutioneering culture for new designs
• 25 years of worldwide experience
• World-class switch matrices, supported by a
very strong range of peripherals.
• Winners of the 2007, 2009 & 2013 Queen’s
Award for Enterprise
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