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 VCT-A85A4x-3C is a high-performance 2.5Gbps VCSEL operating at 850nm, encased in a durable TO-46 package with a ball lens for superior optical performance. Designed to operate within a temperature range of 0 to 85°C, it is ideal for telecommunications and data communication applications. -
The VCT-A85A4x-3 is a 2.5Gbps VCSEL operating at 850nm, designed for high-speed data transmission. Encased in a robust TO-46 package with a ball lens for enhanced optical performance, it operates efficiently in temperatures ranging from -10 to 85°C. Perfect for telecommunications and data communications systems. -
The VCT-A85A31-OH is an 850nm 10mW VCSEL diode with integrated ball lens and monitor PD in a TO-46 package, supporting high-speed 1Gbps data transmission for communication and precision sensing applications. -
The VCS-F85S20-MM is an 850nm multimode VCSEL diode in a compact 1608 (0603) SMD package, delivering 2.2mW CW output for proximity sensing and miniaturized consumer electronics.
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The VCPD35A-850H4Wx is a powerful 850nm VCSEL delivering 4000mW of output, featuring an integrated photodiode and diffuser for enhanced functionality. Encased in a space-efficient 3535 package, this versatile component is ideal for a range of high-performance optical applications, ensuring reliable operation and superior performance in various settings. -
The VCPD35A-850H2Wx is a powerful 850nm VCSEL delivering 2000mW of output, featuring an integrated photodiode and diffuser for enhanced functionality. Encased in a space-efficient 3535 package, this versatile component is ideal for a range of high-performance optical applications, ensuring reliable operation and superior performance in various settings.
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The VCD35A-940P4Wx is a 940nm 4W pulsed VCSEL with integrated diffuser in a 3535 SMD package, designed for 3D sensing, LiDAR, gesture recognition, IR illumination, medical diagnostics, and proximity sensors. -
The VCD35A-940P2Wx is a 940nm 2W pulsed VCSEL with integrated diffuser in a 3535 SMD package, designed for 3D sensing, gesture recognition, IR illumination, and medical diagnostic systems.
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The VCD35A-940C500x is a 940nm 500mW CW VCSEL with integrated diffuser in a 3535 SMD package, designed for proximity sensors, gesture recognition, IR illumination, medical, and smart home applications.
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The VCD35A-940C200x is a 940nm 200mW CW VCSEL with integrated diffuser in a 3535 SMD package, designed for 3D sensing, gesture recognition, proximity detection, IR illumination, and medical applications.
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The VCD35A-940C1Wx is a 940nm 1W CW VCSEL with integrated diffuser in a 3535 SMD package, designed for 3D sensing, gesture recognition, IR illumination, medical, and broadband applications.
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The VCD35A-940C140x is a 940nm 140mW dual-junction VCSEL with integrated diffuser in a 3535 SMD package, designed for 3D sensing, IR illumination, gesture recognition, medical, and broadband applications.
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The VCD35A-850P4Wx is an 850nm 4W pulsed VCSEL with diffuser in a 3535 SMD package, designed for 3D sensing, LiDAR, IR illumination, proximity sensing, and medical scanning systems.
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The VCD35A-850C2Wx is an 850nm 2W CW VCSEL with diffuser in a 3535 SMD package, designed for 3D sensing, LiDAR, IR illumination, proximity detection, and medical imaging systems.
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The VCD35A-850C1Wx is an 850nm 1W CW VCSEL with integrated diffuser in a 3535 SMD package, designed for 3D sensing, LiDAR, structured light, proximity detection, and medical applications.
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The VCCx-85D10G is a state-of-the-art coplanar oxide VCSEL chip array, delivering data rates of up to 10Gbps at 850nm. Engineered for high-speed optical communication, this array provides exceptional performance and reliability, making it ideal for modern networking and data center applications. -
Lasermate provides 850nm, multimode Vertical Cavity Surface Emitting Laser (VCSEL) chip array designed for use in 25Gbps data rate operation. The 25G VCSEL chip array features dual top contact, low threshold and low operating current. -
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 VCCAx-85A56G is a 56Gb/s PAM4 (28GBd) 850nm multimode VCSEL array with a dual top contact design, delivering high-performance optical data transmission for advanced communication systems. -
The VCCAx-85A100G is a 100Gb/s PAM4 (50GBd) 850nm multimode VCSEL array with a dual top contact design, delivering high-performance optical data transmission for advanced communication systems. -
The VCCA4-85M2G is a high-performance multimode 850nm 1x4 VCSEL array, capable of delivering data rates greater than 2.5Gbps per channel. Ideal for advanced optical communication systems, this array offers excellent efficiency and reliability, making it perfect for modern networking applications. -
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. -
Lasermate provides high speed 850nm Vertical Cavity Surface Emitting Laser (VCSEL) chip array with 4 channels (array form) designed for use in 14Gbps data rate operation. -
The VCCA12-85M2G is a high-performance multimode 850nm 1x12 VCSEL array, capable of delivering data rates greater than 2.5Gbps per channel. Ideal for advanced optical communication systems, this array offers excellent efficiency and reliability, making it perfect for modern networking applications. -
Lasermate offers high speed, high reliability, 980nm wavelength, Vertical Cavity Surface Emitting Laser (VCSEL) chip with 1.25/2.5Gbps data rate operation. -
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 VCC-94G1A is a precision-engineered 940nm single mode VCSEL chip offering 1mW of output power, specifically designed for sensing applications. Its stable performance and compact form factor make it ideal for a variety of optical sensing needs, ensuring accuracy and reliability in diverse environments. -
The VCC-94A8H is a high-performance 940nm VCSEL chip offering 8mW of output power. Engineered for both optical communication and sensing applications, it delivers stable performance and precision, making it an excellent choice for a wide range of optical systems. -
The VCC-94A6H is a high-quality 940nm VCSEL chip delivering 6mW of output power. Perfect for sensing applications, it ensures consistent performance and accuracy, making it an essential choice for modern optical systems. -
The VCC-94A5H is a versatile 940nm VCSEL chip providing 4.7mW of output power. Engineered for both optical communication and sensing applications, it ensures stable and accurate performance, making it a valuable component for various optical systems. -
940nm, 2.5mW, single emitter, single mode, Vertical Cavity Surface Emitting Laser (VCSEL) chip. Designed for use as proximity sensor, consumer electronics, safety sensor. -
High-efficiency 940nm VCSEL chip with 350mW output power, designed for depth sensing, IR illumination, and LiDAR applications. -
The VCC-94A20SM is a high-quality 940nm single mode VCSEL chip providing 20mW of output power, specifically designed for sensing applications. Its stable performance and compact design ensure accurate and reliable measurements in various optical sensing environments. -
The VCC-94A20H is a robust 940nm multimode VCSEL chip delivering 20mW of output power. Engineered for a wide range of optical applications, including communication and sensing, it ensures stable performance and high efficiency, making it an essential component for modern optical systems.
