IN THIS PROPOSAL WE DESCRIBE ENHANCEMENTS TO THE SBIR PHASE 2 PROGRAM FOR A COMPACT 2-MICRON TRANSMITTER FOR REMOTE SENSING APPLICATIONS THAT PROGRESS THIS RESEARCH TO A PACKAGED PRODUCT AS A HIGH PERFORMANCE 2-MICRON LIDAR TRANSCEIVER. THIS EXTENSION PROGRAM WILL SIGNIFICANTLY PROGRESS THE STUDY OF THE BASELINE PROGRAM TO THE PRODUCTION OF DEVICES COMPATIBLE WITH THE NASA WIND-SP DEMONSTRATION ENVIRONMENT AND ALSO FOR COMMERCIAL PRODUCT APPLICATIONS. THE DEVELOPMENT OF THE COHERENT LIDAR SYSTEM AND KEY COMPONENTS FOR LONG RANGE, EVENTUALLY SPACE-BASED, WIND MEASUREMENTS IS PROGRESSING VERY WELL UNDER THE EXISTING SBIR FUNDING. THIS ADDED PHASE 2E EFFORT WILL ALLOW BEYOND PHOTONICS TO BUILD AND TEST CRITICAL LIDAR COMPONENTS AND BUILD, ASSEMBLE, AND TEST THE TRANSCEIVER BENCH AND ENCLOSURE MODULES.