• • Software-driven design allows for field updates for adding new features, capability or modifications due to industry changes
• • ADS-B Target Generator
• • ADS-B squitter encode/decode
• • DO-260, DO-260A and DO-260B data parsing
• • DO-260B canned tests available (option)
• • Generates ATCRBS/Mode S interrogations Multi-receiver test capability (option)
• • UAT TX/RX capability (optional)
• • Pulse and frequency measurement
• • 10.4 inch touch screen LCD display for operator control of all test set capabilities
• • Remote controlled via GPIB or Ethernet
• • Two independent transmitters and receivers
• • TX/RX data logging capability
• • Full diversity testing capability
• • Data parsing in engineering units

• • 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

• • MK XIIA AIMS certified for Level 1 and Level 2 
• • Accommodates DOD AIMS 04-900A Option A (KIV-78) and Option B (KIV-77)
• • Dual I/O for diversity testing of transponders or SUM/DIFFERENCE on interrogators
• • Separate connections for direct or over-the-air testing
• • Software defined radio design allows waveform flexibility and future growth potential
• • Dual signal generator design allows coordinated signal production for interference and echo testing
• • Remote interfaces consist of RS-232, Ethernet and GPIB
• • GUI allows easy access to test features
• • Industry wide use in development and end item testing of transponders and interrogators

• • VIAVI designed RF test system, fully integrated into the ATEC® Test System
• • Simple Ethernet interface between RFEM and ATEC® Test System permits easy retrofit to existing ATE installations
• • Powerful test executive interface offers many advantages to the test operator
• • Global service and support provided jointly by SPHEREA and VIAVI Solutions
• • Extensive CMM-listed TPS library in development or planned, covering Nav, Comm, TCAS, Transponder, GPS, and other RF systems
• • Complete RFEM and TPS information can be consulted on the SPHEREA Customer Support and Services MySpherea Internet web site
• • Our objective is to offer test coverage of RF products from all major OEMs

• 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

• • 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.

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)

• • System - Simulated 3D position may be user entered in latitude/longitude/height format or 3D position may be dynamically simulated utilizing a multi-leg waypoint entry scheme. An unlimited number of navigation plans may be saved and recalled under a user assigned name. A built-in GPS receiver allows positional simulation in the form of a range, heading and altitude based on current test set position.
• • Satellite Vehicle (SV) Selection - All GPSG-1000 configurations allow GPS and Galileo satellites to be mixed. (The Galileo codes may be updated via a text file upload.)
• • Waypoints - Waypoint legs join up in 3D space, with either range rate or altitude-rate being auto calculated. Trajectory changes are calculated to simulate real world navigation, i.e. waypoint leg heading changes utilize realistic rates of turn; altitude changes utilize realistic rates of descent or climb. Way points may be entered in LAT/LONG form or automatically recalled from an airport or city database.
• • SBAS - SBAS satellites WAAS/EGNOS may be manually selected or automatically based on simulated position.
• • Setup - The setup page allows system, user and RF connection parameters to be set by the user.

• • Provides >20 dB of antenna isolation
• • <1 dB repeatability
• • Supports GPS antennas up to 14 inches in diameter
• • Rugged design for ramp use