We are thrilled to announce the launch of the DMP300KP, our latest high-performance Vertical Cavity Surface Emitting Laser (VCSEL). Engineered to push the boundaries of 3D sensing and LiDAR technology, the DMP300KP delivers an extraordinary 300W peak pulsed power in a compact, highly reliable package.Key Breakthroughs:Massive Power in a Tiny Profile: Delivering 300W of pulsed output from a sleek 5.2x5.2x1.55mm footprint, ensuring long-range detection and exceptional signal clarity.Optimized Field of View: Features a unique 40°x30° rectangular emitting spot, precision-designed for wide-angle scanning and efficient spatial mapping.Advanced Thermal Management: Utilizing an AlN (Aluminum Nitride) ceramic package, the DMP300KP offers superior thermal conductivity, ensuring stable performance and high reliability even in demanding environments.Industry-Standard 905nm Wavelength: Perfectly suited for standard LiDAR sensors and optical systems, providing a seamless upgrade path for high-accuracy distance measurement. Applications:The DMP300KP is the ideal solution for high-stakes perception tasks, including:Industrial Automation: AGV/AMR navigation and robotic arm safety zones.UAVs & Automotive: Precision altitude hold, obstacle avoidance, and proximity sensing.Smart Infrastructure: Advanced monitoring and 3D environment reconstruction. Whether you require a specific emitting spot for AR/VR, custom pulse widths for TOF, or unique packaging for industrial robotics, our engineering team is ready to deliver a bespoke version of the DMP300KP tailored to your blueprint.At the core of the DMP300KP series is a commitment to flexibility. We recognize that every cutting-edge application—whether in AR/VR optics or industrial LiDAR—comes with its own set of unique challenges. To support your innovation, we offer comprehensive Bespoke Customization Services:Optical Pattern Customization: Beyond the standard 40°x30° spot, we can adjust the Field of View (FOV) and diffuser patterns to perfectly match your sensor’s requirements.Performance Optimization: Our engineering team can fine-tune peak output power and pulse characteristics to optimize the signal-to-noise ratio for your specific system.Flexible Packaging & Integration: We offer custom substrate designs and form factors, ensuring the VCSEL fits seamlessly into space-constrained hardware architectures.Spectral Precision: Need a specific wavelength tolerance? We provide tight wavelength binning to ensure compatibility with high-precision optical filters.
Read Featured StorySpeak with our engineering team to find the perfect sensor for your application.
Contact Engineers
Leading this technological shift is the DMP200W, a revolutionary 980nm VCSEL module designed to bridge the gap between c...
Field of Time-of-Flight (ToF) sensing is currently undergoing a paradigm shift, transitioning from basic proximity detec...
The quest for truly autonomous mobility, spanning from agile unmanned aerial vehicles (UAVs) to collaborative industrial...
The demand for precise spatial perception in Unmanned Aerial Vehicles (UAVs) is unrelenting, moving beyond basic collisi...
In the rapidly evolving world of computer vision, the depth camera has become a cornerstone technology for robotics, ges...
The DMAS2M001 is not just a spatial sensor; it is a high-performance dToF sensor module meticulously engineered to provi...
The rapid proliferation of Autonomous Systems, from agile unmanned aerial vehicles (UAVs) to collaborative industrial ro...
The quest for truly autonomous mobility, from agile drones to collaborative industrial robots, hinges on a fundamental c...
This technical deep dive explores the architecture and performance benchmarks of the DMAS2M001, a cutting-edge Area-Arra...
