• Support of all global satellite navigation systems (GNSS), regional satellite navigation systems (RNSS) and augmentation systems (SBAS)
• 32 - 256 signal channels (up to 8 RFSIM signal generation engines)
• Each RFSIM engine of 32 channels is divided into 4 blocks of 8 channels each
• Each block of eight channels is fully configurable in terms of frequency and signal modulation
• Multipath channels
• In-field extension of signal capability and GNSS functionality by software license
• On-the-fly re-configuration of constellation and signal configurations
• All GNSS constellation types and all frequencies brought into one single chassis
• Multi-RF output options available, with up to 4 independent RF outputs per chassis
• RF Switch Matrix allows the user to assign each block of 8 channels to any RF output

• Advanced graphical user interface (GUI) for scenario definition, simulation configuration and control
• Easy modification of variables
• Full constellation user and vehicle motion control
• Flexible user trajectory generation (pre-defined, from file, via editor or remote motion data)
• Real-time data logging of a range of simulation parameters during scenario run-time for analysis

• Real-time simulation of space and user segment
• Extensive signal propagation modelling and realistic user environment configuration (multipath, ionosphere, troposphere, scintillation, terrain/earth obstruction, antenna characteristics, ect.)
• Support of Differential GNSS (DGNSS) test scenarios, including generation of DGNSS correction data in RTCM format.
• Real-time external user trajectory streaming for hardware in the loop (HIL) applications
• Enhanced simulation capabilities for space applications and very high signal dynamics for simulation of spinning vehicles /objects to support aerospace and defense applications
• Optional IMU/Sensor emulation package (SEP)
• Optional automotive test platform
• Optional high-end noise generator for realistic SIS simulations

Antenna Diversity —Two antennas of the same type but with different orientation at the same receiver.

Heading Determination — Two antennas with the same orientation at one receiver.

Differential GNSS  — Static reference receiver and mobile rover.

Dual Tracking — Two antennas with different gain patterns optimized for special visibility at the same receiver.

Attitude Determination — 3 or 4 antenna based attitude determination.

Formation Flying — Spacecraft formation flying with up to 4 spacecrafts.

Radio Occultation (RO) and Precise Orbit Determination (POD) — 3 antenna approach with Dual-Frequency and Multi-GNSS capability. 1 zenith antenna for POD, 1 velocity-direction antenna and 1 anti-velocity antenna for RO.

CRPA Applications — Test your steered antenna beam array applications with 4 antennas for multipath mitigation, interference suppression, anti-spoofing and more. You need more than 4 antennas for your sophisticated CRPA application? Ask us for a solution.

• Channels per Chassis: 32 – 256
• RF Outputs: 1-4
• Up to 16 frequencies with 16 channels each for all GNSS L-band and IRNSS S-band frequencies
• Embedded noise generator module (optional)
• Wide dynamic range

• GPS L1, L2/L2C, L5
• GLONASS G1, G2, G3 ready (pending ICD availability)
• Galileo E1, E5ab, E6
• BeiDou B1, B2, B3
• IRNSS L5/S-band
• QZSS L1, L2, L5, LEX
• SBAS L1, L5 (WAAS, EGNOS, MSAS, GAGAN, SDCM)

• Advanced GUI for scenario definition and simulation configuration and control
• Intuitive operation allows easy modification of variables from preset defaults
• Full constellation and user / vehicle motion control via flexible user trajectory generation with pre-defined trajectories from file or individual trajectories through editor
• Data logging during scenario simulation for easy subsequent analysis
• Motion data in real-time (for HIL testing)
• Antenna pattern
• External start-trigger (optional)

• RF output, RF monitoring output
• 1 PPS output / input
• External reference oscillator input: 10 MHz / 10,23 MHz
• Internal reference oscillator output: 10 MHz
• External trigger input
• External interference input

Datasheet NCS TITAN (2018)