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Ture Solid-State Image Grade LiDAR

LuminScan™ beam control technology enables high-resolution, ultra-wide field of view (FOV) and cost-effective LiDAR products

Millimeter-Level Optical SiP

MicroLiDAR Module with AI Algorithm

MicroLiDAR module is embedded with AI algorithm to provide low power consumption and cost-effective solution for gesture recognition

Wafer Level Micro-nano Optics

Ideal Choices for Perception and Sensor Fusion

The wafer chip process can be used to flexibly cooperate with various sensor modules, and is widely used in LiDAR field

Si Photonics Ecosystem

Si Photonics OPA and FMCW

Creatively apply Si photonics OPA and FMCW technology to the field of LiDAR

Technical advantages

Technologies

Chip Technologies READ MORE

Si Photonics OPA

· Large FOV · High Resolution · High Reliability · Eye-safe · Low Crosstalk · Software-Defined ROI

Si Photonics FMCW

· Coherent Optical Amplification · High Signal-to-Noise Ratio · Anti-Sunlight & Crosstalk · Direct Speed Measurement

Wafer Level Micro/Nano Optics

· Micro-nano and super-surface optical structure design · Micro-nano optical wafer process · Wafer-level optical fabrication

LiDAR Technologies READ MORE

· True Solid-State · Large FOV · High Resolution · High Reliability · Eye-safe · Software-Defined ROI

· Embedded AI Algorithm · High Customizability · Low Compute Power

· Leverage IC Packaging Eco · Dense Integration · High Throughput · Low Cost · High Extensibility

Product line

Products

True Solid-State LiDARLW-SDL

True Solid-State Image Grade LiDAR modules based on LuminWave's proprietary LuminScan™ chip-level beam forming and scanning technology

MicroLiDAR ChipFS8864

Multi-pixel 3D micro sensor module based on Time of Flight (ToF) technology

MicroLiDAR ModuleFS8864-SME

3D ToF micro sensor module which integrate up to 8x8 64pixels 3D ToF (Time of Flight) sensors, microprocessors and optional PMU

Ranger LiDARRS8801

LW-RS8801 series products are mid-range Light Detection and Ranging (LiDAR) module based on Time of Flight (ToF) technology, with a measurement range up to 42m

Si Photonics FMCW OE (Optical Engine)

The second-generation FMCW SoC OE adopts a multi-channel parallel FMCW architecture design. The number of parallel FMCW computing units reaches 128, and the number of computing units is 4 times higher than that of the first-generation product.

Si Photonics OPA OE (Optical Engine)

The second-generation patented OPA OE has greater scalability and can achieve 120-degree FOV and <0.1-degree angular resolution.

NEWS INFORMATION

Media

Luminwave received tens of millions of yuan in Angel round financing

It was learned that the ture solid-state chip-level lidar R&D company Luminwave recently announced that it has received tens of millions of yuan in angel round financing, led by CASSTAR, and Frees...