Spirent - High Frequency Converter (HFC) mmWave Extension for Vertex
- • 4 Channels
Depending on the model, the Vertex HFC converts RF ranges between 0.75GHz and 6GHz to mmWave ranges between 5.9GHz and 40.5GHz and vice versa, allowing channel characteristic simulation in millimeter band scenarios required for 5G implementation.
It can also be customized to support other mmWave frequencies.
More Product Information
- • Uses a precise non-contact air-solvent-air sequence to blast and remove contamination particles
- • Comprehensive selection of precision cleaning tips for most fiber connector types
- • High performance air filter system
- • Hassle-free solvent management
- • Additional connections for foot activation pedal & backplane handset extension.
- • Legacy command set compatibility offered for the following products: NAV-2000R, ATN-7300 and the Collins 479S-6A
- • Ethernet remote control interface offered on the ATB-7300NG
- • VHF Generator - Provides control of modulation frequency, modulation depth (up to 3 sources), SELCAL tones, frequency and tone sequences.
- • ILS/Localizer Generator - Provides control of 90 Hz and 150 Hz tone frequencies, modulation depths, left/right DDM and IDENT settings, including Morse code.
- • ILS Glide Slope Generator - Provides control of 90 Hz and 150 Hz tone frequencies, modulation depths, up/down DDM
- • VOR Generator - Provides control of 30 Hz Var/Ref and 9960 Hz tone frequencies, modulation depths, 9960 Hz deviation, VOR bearing, to/from and IDENT settings
- • ADF Generator - Provides control of modulation frequency, modulation depth and IDENT settings
- • Marker/Beacon Generator - Provides selection of Outer, Middle and Inner marker beacon tones and control of tone frequencies, modulation depth and IDENT settings
- • Basic Graphical User Interface (GUI) allows access to test features
C100-M4 – provides unprecedented performance resulting from Spirent’s multi-core architecture with new hardware-assisted application, mobility and encryption acceleration.
Nodal testing – wrap around individual network elements
Scales up to: 50,000 gNBs -> and 5,000,000 5G UEs -> and 50,000,000 Diameter UEs
E10 – is a small form factor test platform that supports applications for benchtop, lab and distributed testing of Mobile and Wi-Fi networks.
Scales up to: 64 Wi-Fi Clients -> and 1,000 5G UEs
Virtual – emulates the control and data traffic of mobile subscribers moving through the network while using carrier and OTT services. The solution incorporates a complete suite of Mobile Core, Diameter, IMS and Wi-Fi network nodes and interfaces.
Scales up to: 1,000 UEs (Small) -> and 100,000 UEs (Medium) -> and 400,000 UEs (Large) – and 1,250,000 UEs (X-Large)
- • 4 Channels
Depending on the model, the Vertex HFC converts RF ranges between 0.75GHz and 6GHz to mmWave ranges between 5.9GHz and 40.5GHz and vice versa, allowing channel characteristic simulation in millimeter band scenarios required for 5G implementation.
It can also be customized to support other mmWave frequencies.
- • Reliable FAR Part 43 Appendix ‘F’ ERP and MTL testing in high multi-path environments
- • Provides >20 dB of antenna isolation for Mode S transponder altitude and diversity tests
- • Reduces interference with air traffic control and nearby aircraft
- • Rugged design for ramp use
- • Fits most ‘Shark Fin’ L-Band antennas
- • Quick action antenna grip/release action
- • Modular architecture
- • Scalable from 2×2 up to 16×16
- • Freq Range: 380MHz to 3.85GHz
- • Low end extension down to 30MHz
- • High end extension up to 5.95GHz
- • Channel BW: 40MHz
- • Options 100, 200, 400, 600, 800, 1000 and 1200MHz
- • Doppler Shift: ± 4kHz
- • Options ± 12kHz and ± 1.95MHz
- • Delay 4msec
- • Option 2sec (40MHz) / 1sec (>40MHz)
- • Accommodates both phase and amplitude type antennas
- • Reliable, FAR Part 43, Appendix F, ERP and MTL testing in high multi-path environments
- • Provides >20 dB of isolation
- • Provides shielding for all transponder and ADS-B performance testing
- • Lower antenna adjustable support pole
- • Perform four-quadrant testing by simply rotating the bearing selector dial
- • TCAS bearing accuracy < 10 degrees
- • Wide bandwidth, massive recording memory depth with contiguous and sequential recording and playback modes
- • Capable of more than three hours of streaming capture or play back at full instantaneous bandwidth (IBW) (max IBW is 200 MHz) at any center frequency between 100 kHz to 6 GHz or 30 GHz, depending on optional hardware configurations.
- • Capture, playback, and analyze the electromagnetic spectrum (EMS), including both military radars and 5G signals.
- • Ranger’s open industry standard based modular construction supports single or multiple channels in a single 6U chassis, as well as optional high-speed memory depths for recording and playback.
- • Frequency Range
- • VSG: 100 kHz to 6 GHz
- • VSA: 100 kHz to 6 GHz, 100 kHz to 30 GHz (based on hardware configuration)
- • Instantaneous Bandwidth (IBW) up to 200 MHz (250M samples / sec)
- • Signal WorkShop™ Signal Analysis Suite is integrated in all Ranger systems; provides extensive frequency-selective modulation-domain analysis tools to help users pinpoint and isolate signals and identify the cause of RF issues.
- • Compact design, 4U x 19” rack-mountable chassis
- • Rugged construction, 30 G Shock, MIL-28800 Class 3
- • Modular design to adapt to ever-changing needs and allow for system sanitization
• Two independent receivers and two transmitters in each unit.
• Transmit and receive frequency range of 1 MHz to 18 GHz.
• Up to 400 MHz instantaneous signal bandwidth on each transmitter and receiver.
• Each receiver is independently programmable in frequency, gain, and bandwidth.
• Each transmitter is independently programmable in frequency, power, and signal waveform.
• Large waveform storage capacity for full bandwidth recording and playback.
• Quick setup and configuration, operational in a matter of minutes.
• Compatible with standard universal AC power, vehicle power, and battery power.
• BB2590 battery operation for extended field use.
• Compatible with Ranger Signal WorkShop™ waveform files.
• Compatible with Ranger EMS Sequencer (Vignette Planning & Execution) software.
• Mobile phone, tablet, or PC operation via network connection.
• Modular hardware structure for customizable configurations.
• Software Communications Architecture (SCA) framework for rapid deployment of new features and applications.
• Open modular architecture for easy integration into various platforms and systems
Spirent
Spirent, a global leader in communications device and network testing, brings their off-the-shelf solutions to the military and aerospace sectors through a strategic relationship with Dualos. This collaboration will leverage Dualos’ deep understanding of applications for aero and defense programs and Spirent’s technologies to lower program costs, and accelerate test cycles.
A commercial communications device and network testing leader for over 85 years, Spirent Communications leverages expertise in testing, assurance, analytics and security to deliver the promise of superior communications.
The scope of realistic testing scenarios is often too broad to account for completely when field-testing devices and networks on the range, leaving systems and personele open to unknown disruption. Spirent directly contributes to the mission success, as well as to the overall health and safety of armed forces, through pre-deployment, in-lab testing and simulation. By testing in a multitude of real world scenarios, often impossible to recreate on the range, Spirent helps bring clarity to increasingly complex technological and business challenges for developers, service providers and enterprise networks throughout the military/aerospace sectors.
Test, Measurement, Simulation and Emulation
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