6.3mm PMMA aspheric lens with a 12.0mm back focal length. Optimized for 532nm green laser collimation and long-range optical applications.
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5.0mm plastic aspheric lens with 6.0mm BFL. Precision-molded in PMMA and optimized for 532nm green laser applications.
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7.0mm PMMA aspheric lens with 13.0mm BFL and 2.3mm height. Ideal for low-divergence collimation in 450–980nm optical systems.
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7.0mm plastic aspheric lens with 5.6mm BFL and 3.3mm height. Precision-molded PMMA for optical systems in the 450–980nm range.
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7.0mm aspheric lens with 6.5mm BFL and 3.3mm height, molded in PMMA. Ideal for beam shaping across the 450–980nm spectrum.
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7.0mm PMMA aspheric lens with a 6.9mm back focal length. Ideal for long-range optical collimation from 450–980nm.
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6.0mm plastic aspheric lens with 9.0mm BFL. PMMA construction provides high transmission for precision optics across 450–980nm.
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5.0mm PMMA aspheric lens with 12.0mm back focal length. Designed for precise, long-range beam collimation across 450–980nm wavelengths.
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5.0mm PMMA aspheric lens with a long 10.0mm BFL, ideal for laser collimation and optical alignment in the 450–980nm range.
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5.0mm plastic aspheric lens with an extended 9.0mm BFL. Molded in PMMA for precision beam shaping in 450–980nm optical systems.
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5.0mm PMMA aspheric lens with a long 8.0mm BFL for precision beam shaping in the 450–980nm spectral range.
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5.0mm plastic aspheric lens with a long 4.8mm BFL, molded from PMMA. Ideal for visible to NIR light collimation in compact precision optics.
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5.0mm COC aspheric lens with 4.35mm BFL. Ideal for precision beam control and laser collimation across the 450–980nm wavelength range.
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5.0mm plastic aspheric lens with a 4.0mm back focal length, made from PMMA. Ideal for precision laser collimation and optical systems in the 450–980nm range.
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5.0mm aspheric plastic lens with 2.3mm BFL, made from high-clarity COC. Designed for precision optical systems using 450–980nm light.
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5.0mm plastic aspheric lens with 2.2mm back focal length. PMMA design for compact, high-performance collimation across 450–980nm.
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Precision-molded 5.0mm PMMA aspheric lens with 2.0mm BFL. Designed for compact optical systems operating in the 450–980nm wavelength range.
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5.0mm aspheric plastic lens with 1.8mm BFL, made from COC. Ideal for collimating or focusing light in the 450–980nm range with glass-like optical performance.
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5.0mm plastic aspheric lens with 1.1mm BFL, made from COC. Designed for high-precision optical systems operating between 450–980nm.
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5.0mm plastic aspheric lens with 1.7mm back focal length, made from PMMA. Ideal for collimating 450–980nm light in compact optical systems.
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High-performance 4.3mm plastic aspheric lens with 8.0mm BFL. PMMA construction for visible to NIR collimation in compact laser and optical systems.
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3.0mm plastic aspheric lens with 2.0mm BFL, made of PMMA. Designed for compact collimation systems across 450–980nm wavelengths.
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Compact 3.0mm plastic aspheric lens with 1.5mm back focal length. Made from PMMA and designed for high-quality collimation across 450–980nm.
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3.0mm plastic aspheric lens with 1.0mm BFL, made from PMMA. Designed for 450–980nm laser collimation and compact optical modules.
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2.9mm COC aspheric lens with 2.5mm back focal length. Optimized for 450–980nm, offering glass-like optical performance in compact applications.
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Precision 2.9mm plastic aspheric lens with 2.9mm BFL, made of PMMA. Supports 450–980nm wavelength range for compact optical systems and laser collimation.
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Precision-molded 2.5mm plastic aspheric lens with 1.5mm BFL, made from COC. Excellent optical clarity for use across 450–980nm in compact optical systems.
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Compact 2.5mm plastic aspheric lens with 2.0mm back focal length, made from PMMA. Optimized for 450–980nm laser collimation and optical applications.
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High-performance 2.2mm plastic aspheric lens with 1.5mm BFL, made from COC for excellent optical clarity. Ideal for 450–980nm laser and sensor applications.
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High-precision 2.2mm plastic aspheric lens with 2.2mm back focal length. Made of PMMA, suitable for 450–980nm wavelengths. Ideal for miniaturized optical systems.
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Miniature plastic aspheric lens (2.2×1.5mm) with 1.5mm back focal length. Made of PMMA and supports 450–980nm wavelengths. Ideal for laser, sensor, and compact optics.
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The DWM65851FA3 is a dual wavelength coaxial laser module emitting aligned 650nm red and 850nm infrared beams. It features 0.5–0.99mW output per wavelength, <2mrad beam divergence, and operates on 3VDC within a 0–50°C temperature range. -
The DWM51851FA6 is a dual wavelength coaxial laser module combining 520nm green and 850nm infrared beams with <2mrad divergence, 0.5–0.99mW output, and 6VDC operation. Ideal for applications requiring aligned visible and IR beams. -
The DVT15xxH12C CWDM SFP+ optical transceiver supports 12G/6G/3G/HD/SD SDI video transmission over 1470–1610nm wavelengths via single-mode fiber (SMF) up to 10km. It features a duplex LC connector, digital diagnostics (DDM), and is hot-pluggable with a 3.3V power supply. Compliant with SFF-8431 and SFF-8472, it supports video color bar and pathological patterns, making it ideal for professional broadcast and video transport applications. -
The DVT13xxH12C CWDM SFP+ optical transceiver supports 12G/6G/3G/HD/SD SDI video transmission over 1270–1450nm wavelengths via single-mode fiber (SMF) up to 10km. It features a duplex LC connector, digital diagnostics (DDM), and is hot-pluggable with a 3.3V power supply. Compliant with SFF-8431 and SFF-8472, it supports video color bar and pathological patterns, making it ideal for professional broadcast and video transport applications.
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The QSFP28 100G Passive Direct Attach Cable is a high-performance, low-cost solution for short-distance 100Gbps data transmission. Designed for use in high-density data center environments, it supports 100G Ethernet over shielded copper cabling, with ultra-low power consumption (<0.1W) and high reliability. Fully compliant with the QSFP28 MSA, it is ideal for rack-to-rack or intra-rack connections between switches, routers, and servers.
