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Elbit Systems Deutschland
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Night Vision Systems.
Night operations, especially against technically well-equipped enemies, are the focus of worldwide tactical operations and are made possible by modern night vision technology. Especially in this scenario, the requirements go far beyond just “seeing” at night. With the “night vision goggles XACT nv33” and the “night vision monocular XACT nv32” Elbit Systems Deutschland owns a new and light generation of night vision devices.
Bino- and monocular image intensifier systems for tactical operations.
NIGHT VISION SYSTEMS XACT nv.
XACT nv32.
The “XACT-nv32” is the most compact monocular night vision system for specialized forces. The system offers high resolution and best image quality under adverse environmental conditions.
Features
The XACT nv32 can also be used as a night aiming device. Its compact dimensions make it suitable for mounting on almost all common scopes.
Technical details
180g weight
48h battery life
Monocular and binocular usable
IR illuminator
XACT nv33.
With the “XACT nv33” you have the most compact binocular night vision system. It is the market leader in terms of performance to size ratio.
Features
The XACT nv33 can be used in the armed forces on a cross-sectional and area-wide basis. The night vision goggles are certified for driving vehicles. In addition, the goggles are suitable for parachute jumping operations and can also be used for maritime operations due to the diving depth of up to 25 metres. With the integrated IR illuminator, XACT nv33 maintains the user’s ability to act even in complete darkness.
Technical details
< 460g weight
> 20h battery life
IR illuminator
Expandable with data display and thermal image fusion
Thermal Imaging Target and Observation Systems.
The use of thermal imaging and targeting devices plays an important role in infantry operations. The thermal imaging devices of the XACT th family deliver convincing multifunctionality and interoperability. The ruggedized devices deliver outstanding image quality day, night and under adverse weather conditions.
For handheld weapons from 5.56mm -12.7mm.
Thermal Weapon Sights and Observation Systems XACT.
XACT nv32.
The “XACT-nv32” is the most compact monocular night vision system for specialized forces. The system offers high resolution and best image quality under adverse environmental conditions.
Features
The XACT nv32 can also be used as a night aiming device. Its compact dimensions make it suitable for mounting on almost all common scopes.
Technical details
180g weight
48h battery life
Monocular and binocular usable
IR illuminator
XACT nv33.
With the “XACT nv33” you have the most compact binocular night vision system. It is the market leader in terms of performance to size ratio.
Features
The XACT nv33 can be used in the armed forces on a cross-sectional and area-wide basis. The night vision goggles are certified for driving vehicles. In addition, the goggles are suitable for parachute jumping operations and can also be used for maritime operations due to the diving depth of up to 25 metres. With the integrated IR illuminator, XACT nv33 maintains the user’s ability to act even in complete darkness.
Technical details
< 460g weight
> 20h battery life
IR illuminator
Expandable with data display and thermal image fusion
Wide Area Reconnaissance.
The daylight-independent camera of the “SupervisIRTM” controls large areas on land, on water and in the air. The multifunctional day/night observation system for long ranges “Long View” is a versatile reconnaissance system for remote observation, target acquisition and fire control of single targets. In combination with the geodata-based fire control platform “HattoriX”, it is also a highly mobile network system. It can be used either dismounted or vehicle-based.
Long View, HattoriX and SupervisIRTM.
Long View.
High performance observation and reconnaissance system for long ranges.
Technical details
Tag, thermal and SWIR channels for long ranges
Integrated laser rangefinder
GPS and digital compass
Target acquisition up to 40 km
12.5 kg weight
Video and photo recording
Can be used vehicle-supported, stationary or dismounted
HattoriX.
HattoriX is a “next generation” payload system with passive CAT-1 target acquisition for special operations. It is an all-inclusive solution for dismounted forces.
Technical details
2D and 3D digital map display
Integrated target database
Active & Passive (L)RF capabilities
Not detectable by passive sensor technology
AR Situation report
Integrated goniometer
Compatible with TELEFUNKEN RACOMS UAV
SupervisIR.
The “SupervisIRTM” is a unique Wide Area Persistent Surveillance (WAPS) System. It provides trend-setting surveillance and reconnaissance capabilities.
Technical details
Panorama thermal image 90°X12.5°
Automatic target acquisition and tracking in real time
Regions of Interest function
Interoperable with C2 systems
Parallel video streaming to several end devices simultaneously
VEHICULAR SYSTEMS.
For effective reconnaissance and action as well as situation assessment, the commander and driver need the best possible visibility and maximum control over the vehicle system. Full operational readiness must be guaranteed day and night in order to be able to detect sources of danger even in adverse environments and to anticipate self-reconnaissance. Elbit Systems Deutschland vehicle-based systems offer complete system solutions for this purpose.
AMPS
AMPS (Advanced Multi-sensor Payload System) is a dynamic target detection and recognition system for extremely long ranges, far exceeding those of other systems in its class. It is capable of operating day and night and in adverse weather conditions. The AMPS sensor array is adapted to customer requirements and might typically include two day TV CCD sensors, a FLIR sensor, and an ICCD sensor. The AMPS is optimized to enhance and increase the throughput of target intelligence production. This is facilitated by autonomous navigation with an inertial system and GPS, as well as highly accurate geo-pointing and geo-location capabilities. AMPS is a member of our battle-proven family of stabilized EO payloads, with hundreds of systems in operational service with major customers worldwide.
The AMPS’ angular coverage, combined with the AMMS (Advanced Mission Management System) unique features, enables fast response time to evolving mission needs – from vertical to standoff targets, in a matter of seconds. It has been designed for installation on small and medium sized fixed-wing aircraft, helicopters and other platforms.
Features
Two day TV CCD sensors
FLIR and ICCD Sensor
Day and Night Operation in adverse weather conditions
Inertial GPS, geo-pointing and geo-location
Long-range maritime patrol missions
Covert capabilities
Strategic ISR capabilities
Technical details
Angular coverage Azimuth: N x 360°
Elevation: + 30° to – 87°
FLIR: Large aperture 3rd generation 3-5 μm FPA
B&W / Color TV: 1/3”, CCD detector with ruggedized telescope
Weight: 85 kg
Environmental conditions: IAW MIL-STD-810
Flight envelope: Up to 40 kft and 240 knots
IronVision
See-Through Armor Technology – 360 degree situational awareness system in a closed combat vehicle.
Until now, commanders and drivers of armoured vehicles could only view the external events via periscopes, periscopes or individual cameras. With the “IronVision™ “system, crew members have a full 360° field of view, day and night.
Features
No Latency – Real Time Video
High resolution cameras
VR & AR applications
Day & Night
Look-Lock-Launch capabilities
Applicable on different platforms
Interoperable with unmanned vehicles
Technical details
Latenzfrei – Video in Realzeit
Hochauflösende Kameras
VR- und AR-Applikationen
Tag & Nacht
„Look-Lock-Launch“-Fähigkeiten
Auf unterschiedlichen Plattformen einsetzbar
Verwendbar mit unbemannten Systemen
SPECTRO™ XR
SPECTRO™ XR is an extremely powerful, multispectral, long-range electro-optical sensor head that combines the performance of a 20′ unit in a 15′ housing.
With its integrated high-resolution image channels in various wavelength ranges and modular powerful laser systems, the SPECTRO™ XR offers the highest performance day, night and bad weather conditions.
The heart of the system is a multispectral optical system that provides the highest possible imaging performance for all image channels. The SPECTRO™ XR can be equipped with a long-range laser rangefinder or alternatively with a laser target marker.
As a system, the SPECTRO™ XR includes an advanced video tracker and embedded servers for media, geo and tactical data. The SPECTRO™ XR is designed for maritime and land-based applications as well as fixed and rotary wing aircraft.
Features
Multispectral Common Aperture Telescope
High Definition Spectra-Spatial Image Fusion
Enhanced Multi Layered User Experienc
Ultra Stabilized In-Motion EOP Design
Advanced Geo-Location Insight System
Technical details
Visual channel zoom and spotter in Full HD
Thermal channel zoomer and spotter in Full HD
SWIR spotter in HD
Laser target marker/laser range finder
Multi-axis stabilization
Active Protection Systems.
Elbit Systems Deutschland offers an extensive range of highly developed warning systems for vehicles. With precise warnings tailored to the specific requirements of the operating personnel, the systems enable an effective and timely response to laser and radar-based threats. The warning systems provide 360-degree threat coverage and can be integrated with a wide range of countermeasures. Innovative high-speed processing and communication capabilities combined with electro-optical operation ensure accurate and reliable protection. Furthermore, the systems are immune to false alarms caused by reflections, lightning, gunfire, as well as autonomous RF and electro-optical operations. The warning systems are field-tested and are used by numerous armed forces worldwide (NATO and others).
Warning systems for wheeled and tracked vehicles.
Active PROTECTION SYSTEMS.
Iron Fist.
Active Protection Systems against Anti-Tank threats.
The Active Protection Systems of the Iron Fist series provide powerful protection from Anti-Tank weapons and improve the survivability of vehicle platforms and their crew. The system includes individual configurations for light and heavy armored vehicles.
Iron Fist offers autonomous sensor-based detection, identification, classification and reaction to hostile threats without injuring the crew or damaging the vehicle in the process.
Iron Fist uses a reactive system to neutralize incoming projectiles.
Features
Effective against all types of Anti-Tank threats
Enables operation with an opened hatch
Light and compact system
Easy integration – quick installation and removal
Technical details
Two independent scanning methods: Radar and passive IR
360°-Coverage
Optional Softkill-Jammer against ATGMs
High energy-efficiency
Passive Protection Systems.
Elbit Systems Deutschland offers an extensive range of highly developed warning systems for vehicles. With precise warnings tailored to the specific requirements of the operating personnel, the systems enable an effective and timely response to laser and radar-based threats. The warning systems provide 360-degree threat coverage and can be integrated with a wide range of countermeasures. Innovative high-speed processing and communication capabilities combined with electro-optical operation ensure accurate and reliable protection. Furthermore, the systems are immune to false alarms caused by reflections, lightning, gunfire, as well as autonomous RF and electro-optical operations. The warning systems are field-tested and are used by numerous armed forces worldwide (NATO and others).
Warning systems for land, air and water vehicles.
Iron Fist.
Active Protection Systems against Anti-Tank threats.
The Active Protection Systems of the Iron Fist series provide powerful protection from Anti-Tank weapons and improve the survivability of vehicle platforms and their crew. The system includes individual configurations for light and heavy armored vehicles.
Iron Fist offers autonomous sensor-based detection, identification, classification and reaction to hostile threats without injuring the crew or damaging the vehicle in the process.
Iron Fist uses a reactive system to neutralize incoming projectiles.
Features
Effective against all types of Anti-Tank threats
Enables operation with an opened hatch
Light and compact system
Easy integration – quick installation and removal
Technical details
Two independent scanning methods: Radar and passive IR
360°-Coverage
Optional Softkill-Jammer against ATGMs
High energy-efficiency
End-to-end military Communication Solutions.
The Software Defined Radio and network platform is designed to enable an open mobile wireless network environment. “E-LynXTM“ modular architecture fits all combat platform types – dismounted, vehicular, airborne, unmanned, naval and stationary while maintaining the same intuitive icon-based human-machine-interface. The solution creates a fast information cloud connecting land, airborne and naval forces. E-LynXTM waveforms are secured and immune to jamming and counter measures.
E-LynXTM is a critical enabler for the emerging digitalization and multi-domain networked warfare challenges.
E-LynXTM Personal, Handheld and Manpack configurations provide a powerful SDR platform for a wide range of operational needs. The dismounted solutions provide fast and agile mobile ad-hoc networks with concurrent flooding technology while sharing all network services. Multiple voice groups can be participated in with a single radio and a single antenna. The dismounted solutions can integrate sensors and weapons into the network. All system elements are minimal in S.W.A.P. consumption.
E-LynXTM Handheld.
The “E-LynXTM Handheld” is a SDR radio, designed for infantry platoons and up to battalion level in any terrain. The SDR provides continuous coverage of the tactical VHF/UHF frequencies and can run numerous waveforms to support the connection of the dismounted segment to the wide mobile communication network.
Features
Light and compact solution (Less than 800gr)
Full coverage of the tactical VHF/UHF band (30-512MHz)
Extended network coverage, from infantry up to battalion level
Variety of waveforms available: wideband, narrowband and standard waveforms
Modular architecture, allows connection to mission modules and vehicular adaptors for extended capabilities (Dual-Channel, High power etc.)
E-LynXTM Manpack.
The “E-LynXTM Manpack” is a dismounted SDR radio, designed for infantry platoons and up to battalion level in any terrain. The SDR provides continuous coverage of the tactical VHF/UHF frequencies and can run numerous waveforms to support connection of the dismounted segment to the wide mobile communication network. E-LynXTM Manpack allows an extended range coverage due to the higher power available and longer antennas available.
Features
Full coverage of the tactical V/UHF band (30-512MHz)
Extended network coverage, from infantry up to battalion level
Variety of waveforms available: wideband, narrowband and standard waveforms
Modular architecture, allows connection to mission modules and vehicular adaptors for extended capabilities (Dual-Channel, High power etc.)
E-LynXTM SAT.
Tactical satellite communications for voice and data communication in any terrain, over the horizon and on the move, for dismounted soldiers. E-LynXTM SAT provides an exceptional immunity using standard Ka-Band Geo satellites.
Features
Lightweight, robust and versatile
Well suited for use with dismounted forces
Available configurations for vehicles, air and sea platforms
E-LynXTM Soldier Radio.
The “E-LynX Soldier Radio” (PNR-1000), is a powerful SDR platform designed to support dismounted soldiers in any terrain. Especially designed to meet infantry, special forces and anti-terror units, the E-LynX soldier configuration is lightweight with minimal SWAP demands. It runs a tailored, agile, robust and fast waveform that meets Future Soldier Solutions requirements.
Features
Lightweight solution
Full coverage of the tactical UHF Band (225-512MHz)
Wide network range coverage, from squad up to company level
Light voice-indication based Human-Machine-Interface
Determined and agile waveform for dismounted network behaviour
Increased situational awareness and better efficiency
Vehicular Communication.
IP-based Holistic Solution for Vehicles.
Logical voice services
Tactical Internet and standard data services
NGVA-compatible, simplifies platform installation and integration
Vehicles and soldiers share the same network services
Easy setup and monitoring
Open, standardized and ready for integration of sensors, weapon systems, legacy radios, C2 applications and more
E-LynX Intercom.
Fully distributed in the onboard communication system for all types of operator roles mounted in a vehicle.
Advanced and modular IP-Intercom
Distributed user units without central station
Variety of user unit configurations for Commanders, Soldiers, Drivers
Built-in IP routing and VoIP services
Support for multiple logical IP language groups
Seamless integration with IP and legacy radios
Emergency backup communication during power failure
E-LynX NPMS.
Network planning and monitoring solution.
Serves operational forces deploying communication equipment without field engineers
Easy process from network requirements planning up to automated provision
Over the air mission distribution and monitoring
E-LynXTM Intercom.
Digital on-board communication system for internal vehicle communication. The “E-LynX Intercom” is an advanced, reliable and adaptable digital onboard communication system for digital voice and data communication between armoured vehicles. It meets the most demanding operational scenarios and can be easily adapted to specific requirements.
Features
Intuitive user interface
E-LynXTM Tactical Router.
Tactical router and application server for tactical mobile platforms and command posts. Provides a powerful computing unit, that meets field conditions and supports voice, data, and video routing creating a digital cloud in the battlefield.
Features
GVA compliant
Platform for application and storage servers
Build in, user seamless IP routing service for distribution of all types of services
Fully ruggedized and copliant to harsh field conditions
E-LynXTM Vehicular Single Channel.
Based on the Handheld configuration, the vehicular SDR radio provides continuous coverage of the tactical VHF/UHF/L-Band frequencies and can run numerous waveforms to perform as a backbone of the wide mobile communication network. The radio not only allows multiple concurrent voice sessions, but with its exceptional collocation performance also reduces the integration effort on the vehicle side.
Features
Standard IP/NGVA interfaces
Easy and compact installation
Eliminates the need for multiple radios in one vehicle
Enables the porting of third-party waveforms
50-Watt RF head, operational in all NATO BANDS 30MHz-1.8GHz
Jerk-And-Run on handheld basis as backup in case of power failure
E-LynXTM Vehicular Single Channel Manpack.
Based on the Manpack configuration, the vehicular SDR radio provides continuous coverage of the tactical VHF/UHF/L-Band frequencies. It can run numerous waveforms to perform as a backbone of the wide mobile communication network. In addition to the ability to perform multiple concurrent voice sessions, the radio has exceptional collocation performance that reduce the vehicular integration efforts.
Features
Standard IP/NGVA interfaces
Easy and compact installation
Eliminates the need for multiple radios in one vehicle
Enables the porting of third-party waveforms
50-Watt RF head, operational in all NATO BANDS 30MHz-1.8GHz
Jerk-And-Run on manpack basis as backup in case of power failure
E-LynXTM Vehicular Dual Channel Manpack.
A dual channel vehicular SDR radio based on the Manpack configuration. It provides continuous coverage of the tactical VHF/UHF/L-Band frequencies and can run numerous waveforms to perform as a backbone of the wide mobile communication network. The modular design based on a powerful computing platform allows attaching a second RF head based on one handheld or manpack radio. In addition to the ability to make several calls simultaneously, the radio impresses with its extraordinary collocation performance, which reduces the integration effort in the vehicle.
Features
Standard IP/NGVA interfaces
Easy and compact installation
Eliminates the need for multiple radios in one vehicle
Enables the porting of third-party waveforms
Two 50-Watt RF heads, operational in all NATO BANDS 30MHz-1.8GHz
Jerk-And-Run on manpack basis as backup in case of power failure
Airborne communication.
“E-LynXTM AR” can be used for fixed wing aircraft, helicopters and unmanned systems. The network solution seamlessly connects air- and land-based forces – a crucial prerequisite for the current challenges of digital battlefield command.
E-LynXTM AR.
Sharing the E-LynX Land SDR communal architecture, the Airborne SDR radio provides continous coverage of the tactical VHF/UHF/L-Band frequencies, and can tailored airborne application waveforms that meets the determined requirments of airborne radios. Alongside with the airborne waveforms, E-LynX AR is interoperable with all types of E-LynX Land waveforms, creating a 3D network that allows sharing a common operational picture between Land, Airborne and Maritime nodes.
Features
Standard IP interfaces
Airborn standard interfaces (ARINC-429,MB-1553,video, audio)
Capability of direct communication with land forces
1/2 ATR short with optional deployment computer
Enables the porting of third-party waveforms
x3 RF heads, 30-1240MHz coverage
Antenna diversity
PRODUCTHIGHLIGHTS E-LYNXTM
Unmanned vessel.
Unmanned vehicles have become an important component in dealing with modern security challenges and will continue to gain in strategic, tactical and operational importance in the future. “Seagull™” is the maritime Unmanned Surface Vehicle ( USV ) from Elbit Systems Deutschland.
Unmanned systems for maritime applications.
SEAGULL™
With a length of 12 m “Seagull™” is highly mobile, air-transportable and can also be set down from a mother ship. Afterwards, the system reaches the site of operation fully autonomously and behaves like a conventional watercraft. With its 2 diesel engines, the UPS can monitor and reconnaissance fully autonomously for more than four days. Seagull communicates up to 20 nautical miles via data link, over longer distances via Satcom.
The uninterrupted communication allows the operator to detect dangers in real time and act accordingly. Seagull™ transmits data in real time, deploys reconnaissance sensors automatically and then retrieves them fully automatically. In addition, the use of reconnaissance sensors such as Dipping Sonar, EO/IR sensors, Side Scan/Forward Looking and Diver Detection Sonar is possible.
Various weapons such as a remote weapon station, torpedo launch system, diver combat or non-lethal weapons are also options for the USV.
Highlights:
Seagull™ is the USV system solution for asymmetric threats and an inconspicuous but powerful element of modern maritime combat control. The ease of operation and maintenance, cost efficiency, as well as interoperability offer authorities and armed forces worldwide a suitable possibility to shape the way into the future of unmanned maritime navigation already today.
Features
Dipping, Side Scan/Forward and Diver Detection Sonar
Torpedo Launching System
Different weapon stations
EO/IR sensors e.g. SPECTRO XR
Tactical Data Links.
Elbit Systems Deutschland supports Link 11 and Link 22 with state of the art shipboard and airborne equipment. The Link 22 Operational Management Application (LOMA) enables the design of performant networks with minimal congestion, then mapped into an associated Operational Tasking Data Link (OPTASK LINK) message.
Link 22 Operational Management Application (LOMA).
Link 22 allows to operate multiple nets on different frequencies or hop sets, with each net assigned an individual and carefully selected waveform.
Gateway units can pass tactical data between nets through their simultaneous membership in more than one network.
For each net, Link 22 organizes the data traffic by “Time Division Multiple Access” (TDMA) based net cycle structures.
Loma supports the network designer with a structured capture of the network participants and their memberships, roles, attributes and desired data throughput.
Communication parameters are defined for network setup.
LOMA allows both a preview of the net cycle structures inherent in the system and the alternative computation of optimized and, if required, customized net cycle structures.
The full and final set of information describing the entire Link 22 operation can be exported to an Operational Tasking Data Link (OPTASK LINK) message which is read by local Link 22 Data Link Processor applications.
Features
Import and export of validated OPTASK LINK messages
Import and export of validated Link 22 segments for integration in a multi-TDL OPTASK LINK message
OPTASK LINK messages in text format according APP-11(D)
OPTASK LINK messages in XML format according APP-11(D)
Preview of net cycle structures if to be calculated by the Link 22 system
Computation of net cycle structures for maximum throughput
Manual definition of net cycle structures by subject matter experts
Beyond line of sight assessments
Options
USMTF according MIL-STD-6040B
Link 22 shipboard Signal Processing Controller SPC 1920.
The SPC 1920 incorporates two functional Signal Processing Controller (SPC) entities, SPC #1 and SPC #2, providing concurrent dual-network operation for Link 22. Each embedded SPC operates independent from the other one.
This product is discontinued.
Link 22 shipboard Signal Processing Controller SPC 1920-R.
The SPC 1920-R is a replenishment solution for the discontinued SPC 1920.
The SPC 1920-R incorporates two functional Signal Processing Controller (SPC) entities, SPC #1 and SPC #2, providing concurrent dual-network operation for Link 22. Each embedded SPC operates independent from the other one.
Features
1U 19 inch rack mount enclosure
HF fixed frequency (HF-FF) operation
UHF fixed frequency (UHF-FF) operation
UHF frequency hopping (UHF-EPM) operation
Supporting latest NILE block cycle release
Service interface at front panel
Environmental conditions acc. MIL-STD-810
Electromagnetic compatibility acc. MIL-STD-461
HFFF Options
STANAG 4539 annex E: Traffic waveform 7 and Management waveform
Link 22 shipboard Signal Processing Controller SPC 1940.
The SPC 1940 incorporates four functional Signal Processing Controller (SPC) entities, SPC #1 to SPC #4, providing concurrent quad-network operation for Link 22. Each embedded SPC operates independent from the other one.
HF-EPM mode of operation is ready for implementation but pending due to regulation by the U.S. on TRANSEC availability. A proprietary TRANSEC solution – enabled by relaxed standardization – can be provided on demand but at the expense of violated interoperability.
Features
1U 19 inch rack mount enclosure
HF fixed frequency (HF-FF) operation
UHF fixed frequency (UHF-FF) operation
UHF frequency hopping (UHF-EPM) operation
Supporting latest NILE block cycle release
Service interface at front panel
Environmental conditions acc. MIL-STD-810
Electromagnetic compatibility acc. MIL-STD-461
HFFF Options
STANAG 4539 annex E: Traffic waveform 7 and Management waveform
Link 22 airborne Signal Processing Controller SPC 1921.
The SPC 1921 is the airborne version of the shipboard SPC 1940, built by porting the proven SPC 1940 functionality to airborne suitable hardware. The SPC 1921 incorporates two functional Signal Processing Controller (SPC) entities, providing dual-network operation for Link 22.
Features
ARINC-600 2 MCU Standard chassis
Rear ARINC 600 connector
Front Ethernet service interface
HF fixed frequency (HF-FF)
UHF fixed frequency (UHF-FF)
Supporting latest NILE block cycle release
Environmental conditions acc. MIL-STD-810
Electromagnetic compatibility acc. MIL-STD-461
HFFF Options
STANAG 4539 annex E: Traffic waveform 7 and Management waveform
The DTS 2020 supplies all modem and network control functions required in a TADIL-A / NATO Link 11 system as per MIL-STD-188-203-1A. Modulation types are Conventional Link Eleven Waveform (CLEW) and Single-tone Link Eleven Waveform (SLEW).
Features
1U 19 inch rack mount enclosure
Crypto interface: NTDS parallel
Radio interface: nom. 0 dBm, balanced, 600 Ω
Control interface: Ethernet
Power supply: 110 – 240 V AC, 50/60 Hz
Environmental conditions acc. MIL-STD-810
Electromagnetic compatibility acc. MIL-STD-461
Options
On demand, optional support is provided for:
Link 11 over SATCOM
The DTS 2020 relays tactical information to and from a SATCOM modem connected by a digital interface.
Multi Frequency Link 11 (MFL) Operation
Concurrent / redundant transmission of tactical information on multiple HF/UHF frequencies.
Concurrent multi link operation
The MLT 2920 incorporates one Link11 modem (data terminal set, DTS) and two Link 22 modems (signal processing controller, SPC) for concurrent and unrestricted multi link operation. The Link11 modem supplies all modem and network control functions required in a TADIL-A / NATO Link 11 system as per MIL-STD-188-203-1A. Modulation types are Conventional Link Eleven Waveform (CLEW) and Single-tone Link Eleven Waveform (SLEW). Each Link 22 modem supplies operation by either HF fixed frequency (HF-FF), or UHF fixed frequency (UHF-FF), or UHF electronic protection measures (UHF-EPM) communication.
The Multi Link Terminal
MLT 2920 is a 2U rackmount device offering solution for space restricted vessels. All operational connectors are located on the back side. Operator performs initial set to work by service interfaces located on the front side. Product maintenance occurs in place without dismounting. During life cycle user benefits from Link 22 growth potential by uploading new features to the MLT 2920.
Link 11
Crypto interface: NTDS parallel
Radio interface: nom. 0 dBm, balanced, 600 Ω
Control interface: RS-423 async
Service interface: RS-232 compatible
Link 22
HF fixed frequency (HF-FF)
UHF fixed frequency (UHF-FF)
UHF frequency hopping (UHF-EPM)
Supporting latest NILE block cycle release
Front Ethernet service interface
Remote cotrol of HF/UHF radios by each SPC
General
2U 19 inch rack mount enclosure
Line-Replaceable-Unit (LRU)
Power supply: 100 – 240 V AC, 50/60 Hz
Environmental conditions acc. MIL-STD-810
Electromagnetic compatibility acc. MIL-STD-461
HFFF Options
STANAG 4539 annex E: Traffic waveform 7 and Management waveform
Link 22 Quad Receive / Transmit Splitter RTS 1940.
The RTS 1940 enables Link 22 split-site installations, where receiver radios and transmitter radios are placed at different locations. Four channels are supported, with each channel connecting one transmitting and one receiving Signal Processing Controller.
For communication with connected Signal Processing Controllers over long distances, the RTS 1940 can convert the serial interfaces into Ethernet interfaces, selectively for each channel.
Der selektive Multikoppler SMK 1000 für Kurzwellen-Kommunikation im Marinebereich ist ein einzigartiger Ansatz zur Vereinfachung des HF-Antennensystemdesigns bei gleichzeitiger Reduktion der Antennenanzahl. Das System verbessert die HF-Effizienz durch seine verlustarme Kopplung wesentlich und ist dabei voll STANAG-konform.
Maritime HF-Kommunikation der neuesten Generation.
Selektiver Multikoppler SMK 1000.
Das HF-System „SMK 1000“ beherrscht die Herausforderung, mehrere Sendelinien über eine Antenne gleichzeitig zu übertragen. Bei herkömmlichen Systemen benötigt jede einzelne Funkverbindung ihre individuell abgestimmte Antenne.
Abgesehen vom enormen Platzbedarf mehrerer HF-Antennen führen Verkopplungen der Antennen zu unerwünschten Signaldegradierungen.
Der vielversprechendste Ansatz zur Überwindung solcher Einschränkungen ist die Verwendung einer Breitband-Antenne mit mehreren gleichzeitig zugeführten Sendelinien. Dies erfordert die Aufschaltung der Leistung mehrerer Sender am Einspeisepunkt der Antenne.
Je nach Konfiguration unterstützt der SMK 1000 bis zu 5 adaptive HF-Sendelinien mit jeweils 1 kW an einer Breitbandantenne bei geringsten Verlusten.
Features
Frequenzbereich von 2 MHz bis 30 MHz
Zur Aufschaltung von Sendern der 1 kW-Klasse
Niedrige Durchgangsdämpfung (typ. kleiner als 1,5 dB)
Stehwellenfestigkeit bis 3
STANAG 4538-konforme Frequenzwechselzeiten
Operational advantages
Modularer Aufbau mit späterer Upgrade-Fähigkeit
Automatisches und schnelles Einstellen auf die Nutzfrequenz
Effiziente Kopplung der Sendesignale durch geringe Verluste spart Primärleistung
Reduzierung von Flächenbedarf, Gewicht und Kosten der gesamten Sendelinie
Einfach auf eine unterschiedliche Anzahl von Sendern konfigurierbar
Reduziert das effektive Breitbandrauschen der Sender und Harmonischen sowie Nebenlinien – damit Verringerung von Interferenzeffekten
