Infrared (IR) Starboards

New Energy's infrared starboards offer superior performance and help users design faster

Image of New Energy's Infrared (IR) StarboardsNew Energy infrared (IR) starboards follow all industry standards allowing for shortened development time and maximum flexibility with the option to design to user's exact specifications using the full spectrum of New Energy’s starboards. These IR starboards offer superior performance with flexible options featuring beam angle selection for specific applications, ease of product testing and multiple infrared wavelength options including 730 nm, 850 nm, and 940 nm.

Features
  • Multiple infrared wavelength options including 730 nm, 850 nm, and 940 nm
  • Choose the proper beam angle for user's application
  • Prototype faster and test multiple options
Applications
  • Surveillance systems
  • License plate scanning
  • Automotive sensing
  • Machine vision
  • Night vision
  • Eye tracking systems

Infrared (IR) Starboards

ImageManufacturer Part NumberDescriptionConfigurationCurrent - TestLumens/Watt @ Current - TestAvailable QuantityPriceView Details
LED MOD OSLON BLACK STARBOARDLST1-01F09-IR01-00LED MOD OSLON BLACK STARBOARDStarboard350mA-46 - Immediate$13.02View Details
LED MOD OSLON BLACK STARBOARDLST1-01F09-IR02-00LED MOD OSLON BLACK STARBOARDStarboard350mA-408 - Immediate$13.56View Details
LED MOD OSLON STARBOARDLST1-01F09-IR03-00LED MOD OSLON STARBOARDStarboard350mA-197 - Immediate$15.75View Details
LED MOD OSLON STARBOARDLST1-01F09-IR04-00LED MOD OSLON STARBOARDStarboard350mA-215 - Immediate$13.02View Details
LED MOD SST-10 STARBOARDLST1-01G01-IR01-00LED MOD SST-10 STARBOARDStarboard350mA-49 - Immediate$13.74View Details
LED MOD SST-10 STARBOARDLST1-01G01-IR02-00LED MOD SST-10 STARBOARDStarboard350mA-8 - Immediate$13.11View Details
LED MOD SST-10 STARBOARDLST1-01G01-IR03-00LED MOD SST-10 STARBOARDStarboard350mA-225 - Immediate$14.24View Details
LED MOD SST-10 STARBOARDLST1-01G01-IR04-00LED MOD SST-10 STARBOARDStarboard350mA-113 - Immediate$14.24View Details
Published: 2019-01-02