The key to successful FPGA design development lies in selecting effective verification criteria.
A poor verification strategy can be time-consuming and resource intensive. Thus one must rely upon capabilities and experience.
With 15+ years of experience and a deep understanding of the verification discipline, our knowledge includes the following:
-Limited random testing
-Functional coverage analysis
-UVM and OVM languages
-Advising on EDA tools
Adaptive data stream management system. The solution allows content providers to analyze their quality of service (QoS) and optimize network streams based on dynamic bandwidth demands.
FPGA implementation includes platform infrastructure and control and monitoring applications.
* TCP/IP routing tasks handling
* Efficient multiple data stream management
* Transfer metrics for network flow control evaluation
* PCI express interface
* Remote access
System implementation of algorithms and signal processing techniques to generate SAR RADAR data, simulating the transmitted and received signals as obtained from a real SAR antenna.
FPGA implementation includes: beam-forming, polarization, bandwidth, and beam steering.
Verification of the System On Chip (SoC) designed to be the main controller of a Critical System and implemented in a FPGA.
The SoC incorporates a general purpose processor, several application specific cores and controllers connected with a multi-master AXI bus and fault detection & recovery resources.
High Performance Computing
Industrial Instrumentation & Control
Sensor Adquisition & Procesing