The TLC-P85AxA10M is a 10Gbps 850nm multimode VCSEL LC-TOSA designed for high-speed data communication, Fiber Channel, and 10G Gigabit Ethernet applications.
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The LD405x150C17 is a 405nm 150mW CW violet laser diode in a TO-18 (5.6mm) package, offering stable TE mode output and high-temperature operation up to +75°C. -
The VCx-1060P10A is a 1060nm 10mW pulsed VCSEL diode in SMD or TO-can packages, designed for AOC, telecommunications, medical applications, and range or proximity sensing. -
The VCx-1060P1WA is a 1060nm 1W pulsed VCSEL diode in SMD package, designed for LiDAR, 3D cameras, medical applications, heating systems, and consumer electronics. -
The VCx-940P4WA is a 940nm 4W pulsed VCSEL diode available in SMD or T-mount packages, designed for 3D sensing, LiDAR, IR illumination, medical diagnostics, and consumer electronic applications.
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The VCx-940C10A is a 940nm 10mW CW VCSEL diode with >2GHz modulation bandwidth, available in SMD or TO-can packages for sensing, consumer electronics, AOC, and high-speed optical applications.
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The VCT5-850C200B is an 850nm 200mW CW VCSEL diode in TO-56 package with built-in monitor PD, designed for 3D sensing, IR illumination, proximity detection, and medical applications.
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The VCS-F85S20-S is an 850nm single-mode VCSEL diode in a 1608 SMD package, offering high reliability and cost-effective performance for sensors, laser printers, laser mice, and consumer electronics applications.
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The VCx-660A1SP is a 660nm 1mW single-mode VCSEL diode featuring stable linear polarization, high beam quality, and wavelength tuning capability for precision sensing and biomedical applications.
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The VCx-680H40A is a 680nm 40mW red VCSEL diode offering high optical output, low wavelength drift, and high efficiency. Available in SMD and TO-can packages for sensing, therapy, medical, and machine vision applications.
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The VCCOB-85B40G is an industrial-temperature 850nm COB optical engine for QSFP SR4 transceivers. It integrates four full-duplex channels to support reliable 40Gbps multimode fiber communication. -
The VCCOB-85A40G is an 850nm COB optical engine designed for QSFP SR4 transceivers with four full-duplex channels supporting aggregated 40Gbps transmission over multimode fiber. -
The VCC-85B25G is an 850nm multimode VCSEL die designed for optical data transmission up to 25Gb/s. Its dual top contact configuration enables efficient integration into high-speed communication modules. -
The VCC-85A16G is an 850nm multimode VCSEL die designed for data transmission up to 16Gb/s. Featuring a dual top contact configuration, it enables efficient integration into high-speed optical communication modules. -
The VCCA4-85B4G is an 850nm oxide-confined 1×4 VCSEL chip array designed for 4.25Gbps multimode optical transmission. It provides efficient optical performance and is suitable for compact, short-reach data communication modules. -
The VCC-98A10G is a 980nm multimode VCSEL die supporting 10Gb/s data transmission. Featuring a dual top contact design, it delivers reliable high-speed modulation for optical communication and sensing applications. -
The LIS2048M12S917 is a 2048x1 near-infrared InGaAs linear image sensor (0.9–1.7µm) featuring a metal DIP package, embedded TEC, high quantum efficiency, and 8 parallel outputs for advanced SWIR imaging and spectral analysis. -
The LIS1024M12S917 is a high-performance 1024x1 near-infrared InGaAs linear image sensor (0.9–1.7µm) with a metal DIP package, embedded TEC, >70% quantum efficiency, and dual 22MHz outputs for advanced SWIR imaging and spectral applications. -
The LIS1024M12M917 is a high-performance 1024x1 near-infrared InGaAs linear image sensor (0.9–1.7µm) with a metal DIP package, embedded TEC, >70% quantum efficiency, and dual 22MHz outputs for advanced SWIR imaging and spectral applications.
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The LIS1024C12M917 is a high-resolution 1024x1 pixel near-infrared linear InGaAs image sensor (0.9–1.7µm) with >70% quantum efficiency, fast 22MHz readout, and integrated temperature sensor for SWIR imaging and spectroscopy applications. -
The LIS1024C12S917 is a high-resolution 1024x1 pixel near-infrared linear InGaAs image sensor (0.9–1.7µm) with >70% quantum efficiency, fast 22MHz readout, and integrated temperature sensor for SWIR imaging and spectroscopy applications.
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The LIS512M25L917 is a 512x1 pixel near-infrared linear InGaAs image sensor with high quantum efficiency, fast 22MHz readout, and built-in temperature monitoring. Perfect for SWIR imaging, semiconductor inspection, and spectrophotometry. -
The LIS512M25M917 is a 512x1 pixel near-infrared linear InGaAs image sensor with high quantum efficiency, fast 22MHz readout, and built-in temperature monitoring. Perfect for SWIR imaging, semiconductor inspection, and spectrophotometry.
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The LIS512M25S917 is a 512x1 pixel near-infrared linear InGaAs image sensor with high quantum efficiency, fast 22MHz readout, and built-in temperature monitoring. Perfect for SWIR imaging, semiconductor inspection, and spectrophotometry.
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The LIS512C25L917 is a 512x1 pixel near-infrared linear InGaAs image sensor featuring high quantum efficiency, built-in temperature sensor, and fast 22MHz readout. Perfect for spectroscopy, SWIR imaging, and industrial inspection. -
The LIS512C25M917 is a 512x1 pixel near-infrared linear InGaAs image sensor featuring high quantum efficiency, built-in temperature sensor, and fast 22MHz readout. Perfect for spectroscopy, SWIR imaging, and industrial inspection.
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The LIS512C25S917 is a 512x1 pixel near-infrared linear InGaAs image sensor featuring high quantum efficiency, built-in temperature sensor, and fast 22MHz readout. Perfect for spectroscopy, SWIR imaging, and industrial inspection.
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The FPA15M128917T is a cooled 1280x1024 InGaAs focal plane array for 0.9–1.7µm imaging. Featuring a 2-stage TEC, >99.5% pixel operability, and >65% quantum efficiency, it enables high-resolution NIR imaging for industrial, scientific, and defense applications. -
The FPA25M64917T is a cooled 640x512 InGaAs focal plane array for 0.9–1.7µm near-infrared imaging. Featuring high sensitivity, embedded 2-stage TEC, and >99.5% pixel operability, it supports applications in spectroscopy, inspection, surveillance, and scientific imaging. -
The FPA25M64917C is a cooled 640x512 InGaAs focal plane array for 0.9–1.7µm near-infrared imaging. Featuring high sensitivity, embedded 1-stage TEC, and >99.5% pixel operability, it supports applications in spectroscopy, inspection, surveillance, and scientific imaging. -
The FPA30M321222T is a 320x256 InGaAs SWIR focal plane array with 2-stage TEC, optimized for 1.2–2.2µm imaging. It features >98% pixel operability, >65% quantum efficiency, and versatile readout modes for advanced imaging applications. -
The FPA30M321119T is a 320x256 InGaAs SWIR focal plane array with 2-stage TEC, optimized for 1.1–1.9µm imaging. It delivers >99% pixel operability, >70% quantum efficiency, and advanced readout modes for precision applications. -
The FPA30M32917T is a 320x256 InGaAs image sensor with a 2-stage TEC, optimized for 0.9–1.7µm near-infrared imaging. It offers >99.5% pixel operability and >70% quantum efficiency for high-precision imaging applications. -
The FPA30M32917C is a 320x256 InGaAs near-infrared image sensor with 1-stage TEC, optimized for 0.9–1.7µm spectral range, offering >99.5% pixel operability and >70% quantum efficiency for reliable imaging and inspection. -
The FPA30C32917 is a 320x256 InGaAs focal plane array with 0.6–1.7µm spectral coverage, lightweight 44CLCC package, high operability, and quantum efficiency >70%, enabling reliable VIS to NIR imaging and inspection. -
The FPA15M641119T is a high-performance 640x512 InGaAs shortwave infrared (SWIR) focal plane array with TEC cooling, optimized for imaging and inspection across the 1.1–1.9µm range.
