Streamlining optical control and characterization with software-defined instrumentation
Learn how FPGA-based, software-defined equipment can help labs customize system applications and save on costly resources
This brief explores the practical applications of software-defined, FPGA-based test equipment, along with common challenges faced by labs in optical control and characterization.
Overview
Efficiency and adaptability are critical to optical experimentation. This technical brief of our webinar in partnership with Spectroscopy Online, “Streamlining optical control and characterization with software-defined instrumentation,” explores the practical applications of software-defined, FPGA-based test equipment. Gain insights into how these instruments provide a configurable solution, addressing common challenges faced by labs in optical control and characterization.
Read this technical brief to:
- Examine the benefits of consolidating multiple standalone test equipment pieces, reducing financial strain and minimizing benchtop space.
- Understand how FPGA-based tools facilitate the optimization of intricate setups like stimulated Raman spectroscopy (SRS) and the Pound–Drever–Hall (PDH) technique.
- Learn about the advantages of software-defined instruments, allowing for immediate updates, tailored configurations, and scalable solutions to meet evolving experimental requirements.
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