Embedded multichannel vector signal generator and vector signal analyzer solutions
Lyrtech's multichannel VSG-VSA advanced development solutions offer user-customizable and turnkey embedded multichannel vector signal generator (VSG) and vector signal analyzer (VSA) solutions for a wide range of applications requiring multichannel, high-speed acquisition channel analysis.
Lyrtech offers the most versatile and integrated FPGA-based, multichannel analog-to-digital and digital-to-analog conversion systems on the market for advanced VSG and VSA development. How? Because they can be scaled according to FPGA processing and channel conversion analysis needs, because of its complete hardware-software tools integration, and because it supports the Simulink model-based design flow from The MathWorks.
Highlights
- Minimum 8-channel, 14-bit, 105 MSPS ADCs
- Minimum 8-channel, 14-bit, 480 MSPS interpolated DAC
- 2 GB memory module, allowing simultaneous recording/playback
- Powerful FPGA for multichannel, high-bandwidth processing
- Support design flow for custom FPGA implementation
- Real-time and hardware-in-the-loop co-simulation FPGA tools
- Real-time data exchange tools for the host device CPU
- Multichannel recording and playback tools
- Host APIs for custom user applications
- Direct and remote access capabilities
- Seamlessly integrated to the Simulink model-based design environment
- Scalable
Applications/Fields
Telecommunications
- Base transceiver stations
- Broadcasting
- Routers
- Triple play
- Quadruple play
- Adaptive beamformers
- MIMO
- 802.11n
Military and aerospace
- Digital communications
- Target tracking
Medical imaging
- Positron emission tomography
- Gamma ray detection
Industrial
- Testing
- Instrumentation
- Storage
- Channel simulation
- Channel analysis
Characteristics
Form factors
- 6U cPCI
- Stand-alone (cPCI systems)
- 19 in rackmount
Functions
- A/D conversion
- D/A conversion
- Digital signal processing
- Multichannel storage/playback
FPGA
- XC4VLX100
- XC4VLX160
- XC4VSX55
LITERATURE
Technical specs
Demos
MIMO FlexOFDM demo
Help file of the Simulink model supplied with the demo (license sold separately).
Model-based positron emission tomography demo
Whitepapers
Prototyping a MIMO W-CDMA system using a system-level approach
FPGA electronics for OPET: A dual-modality optical and PET imaging tomography
Free-running ADC and FPGA-based signal processing method for brain PET using GAPD arrays
Success stories
Success Story - Digital LLRF for Alba storage ring
Success Story – Los Alamos National Laboratory
Software development tools
- Board software development kit (included)
- Model-based design kit (optional)
- Diamond (optional)
Downloads
Multimedia
MIMO FlexOFDM demo
Model-based design implementation of a flexible MIMO OFDM testbed (FlexOFDM)
Documentation
Reference sheet - Multichannel VSG-VSA ADS (hi_res).pdfReference sheet - Multichannel VSG-VSA ADS (lo_res).pdfRelated productsSupport
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