EPIGAP OSA Introduces High-Power Infrared SMD LED for Mission-Critical Applications

Posted  by GoPhotonics

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EPIGAP OSA, a global leader in engineered LED solutions, announced the launch of its OCI-460 ID1460-XS, a high-power short-wave infrared (SWIR) LED designed to deliver exceptional optical performance in a compact surface-mount package. This next-generation emitter targets mission-critical applications across industrial, medical, life science, and environmental sensing markets - where reliability, precision, and efficiency are non-negotiable.

A Leap Forward in SWIR Technology

Operating in the 1410 to 1510 nm wavelength band, the OCI-460 ID1460-XS addresses a crucial segment of the SWIR spectrum used for gas detection and sensing. At 1000 mA drive current, it delivers an impressive 25 - 50 mW/sr radiant flux and up to 190 mW total radiant power, enabling stronger illumination for detectors and sensors while minimizing system size.

Designed for Demanding Environments

Built on a 3535 ceramic SMD platform with a silicone glob-top lens, the device offers both robust mechanical stability and optimized thermal management - critical for maintaining performance over long operating cycles. Its wide 135° viewing angle ensures uniform illumination, reducing the number of LEDs required in multi-emitter arrays.

Also Read: What is an LED (Light Emitting Diode)?

Key Specifications:

  • Wavelength Range: 1410 - 1510 nm
  • Radiant Flux: 25 - 50 mW/sr
  • Total Optical Power: 75 - 190 mW
  • Viewing Angle: 135°
  • Package: 3535 ceramic SMD, silicone glob-top lens
  • Forward Voltage: 1 - 1.5 V

With an operating temperature range from -40 °C to +85 °C, the LED performs reliably from deep-freeze conditions to high-heat industrial environments, making it suitable for outdoor instrumentation, rugged field devices, and in-line process control systems.

Part of a Proven SWIR Platform

The OCI-460 ID1460-XS extends EPIGAP OSA’s acclaimed SWIR LED family, which includes emitters at 1040 nm, 1200 nm, 1300 nm, and 1550 nm. These LEDs have set industry benchmarks with up to 96% higher output power compared to the company’s earlier OCI-480 series, while offering enhanced optical efficiency and spectral stability. This modular wavelength approach gives system integrators seamless flexibility in multi-wavelength sensing systems.

By combining advanced materials engineering with precision optical design, EPIGAP OSA continues to push the boundaries of SWIR illumination technology. The OCI-460 ID1460-XS not only delivers higher output in a smaller footprint but also empowers designers to build more compact, energy-efficient, and high-performance sensing systems. As industries demand ever-greater reliability and spectral accuracy, this latest addition reinforces EPIGAP OSA’s position at the forefront of LED innovation - providing the light that enables tomorrow’s most critical measurements.

Click here to download the datasheet of OCI-460 ID1460-XS LED.
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