Multi-frequency
L1 – L2 – L5 – L6 – S-Band
Multi-constellation
GPS | Galileo | GLONASS | QZSS | IRNSS NavIC | S-Band | BeiDou | SBAS
Choose the best recorder & playback solution for GNSS signals
Whether developing new components, improving algorithms or working on the integration of an entire receiver system, Echo™ GNSS Recorder is the perfect fit for your testbed environment.
Echo™ singularity lies in the alliance of SDR (Software Defined Radio) and a state of the art RF Analog front-end.
Top-end processing performance and superior RF quality are now met into a COTS appliance with utmost flexibility in recording control.
Highest-Fidelity
- 4, 8 or 16-bit I&Q
- 200 MHz Sampling Rate
- 1.6 GB/s constant write speed
- 3 RF Channels
- Ability to record 3 channels at 8-bit IQ and 200 MHz sampling rate simultaneously
- Ability to record 3 channels at 16-bit IQ and 100 MHz sampling rate simultaneously
Simple data management
- Up to 128 TB Internal Storage
- Convenient swappable design for SSDs
- Quick data dump on local or network storage
- No limit on recording time and playback
Easy to set up and use
- Signal spectrum & GPS L1 PRN analysis software included
- Simple local or remote control
- Quick setup, including for multi-antenna or multi-receiver
- Extensive documentation, examples available & local support
Use cases
Choose the best recorder & playback solution for GNSS signals for DESIGN, VALIDATION & PRODUCTION
Echo R™ is the highest fidelity GPS/GNSS recorder in the world testing.
It captures the entire GNSS band, perfectly.
Able to record:
- up to 16-bit I&Q
- at 200 MHz sampling rate
- on 3 RF channels simultaneously,
It captures even the smallest imperfections of real life.
Echo R™ is used by major aircraft manufacturers for flight tests, but also for recording from cars, trains, boats. Its performance allows researchers on scintillation, multipath, and agriculture to collect data they can trust.
The recorded IQ samples can be processed manually or replayed by Echo P™.
Highest-fidelity field recording
Record simulated signals from in the lab.
