Shanghai Hongshi Technology Co., Ltd.Shaping Light, Defining Vision
Shaping Light, Defining Vision
Core Technologies
LCoS (Liquid Crystal on Silicon) spatial light modulators offer key advantages including full-phase continuous modulation, high diffraction efficiency, low insertion loss, and high optical power tolerance. They provide essential chip-level support for next-generation optical communications (WSS/ROADM), optical computing, and high-precision optical field reconstruction.
High-precision optical wave phase control
Achieve subwavelength continuous phase modulation and ultra-high phase uniformity to provide precise underlying control for optical phased arrays and complex field reconstruction.
WSS & Optical Communication-Specific Architecture
Optimized for wavelength-selective switches (WSS), featuring low insertion loss, ultra-low crosstalk, and high optical power tolerance to support ultra-large-capacity optical networks.
Silicon Photonics and CMOS Integration
Features high-density silicon-based driving and large-array pixel design, fully compatible with standard CMOS wafer processes. Delivers exceptional pixel fill factor and scalable mass production capabilities.
Product Line
Covers the full industry chain, from chip-level wafers and LCoS bare chips to SLM optical modulator modules.
LCoS driver wafer
Wafer Series
Key Highlights
Delivery Model
- Wafer Supply
- Custom Baseplate Development
Liquid Crystal on Silicon (LCoS) Chip
LCoS Chip Series
Key Highlights
Typical Use Cases
- Wavelength Selective Switch (WSS)
- Vehicle AR-HUD
- Advanced Laser Display and Industrial Processing
Spatial Light Modulator
SLM Series
Key Highlights
Typical Use Cases
- Beam shaping and micromachining
- Adaptive Optics and Microscopy
- Quantum Computing and Frontier Science
About Us
ReflexWave was founded by a senior team with deep expertise in semiconductors and optoelectronics, focusing on the R&D and commercialization of silicon-based liquid crystal on silicon (LCoS) chips, spatial light modulators (SLMs), and micro-display driver ICs.
We are dedicated to becoming a global leader in light control and micro-display chips, driving the advancement of next-generation display technologies and photonic computing. Leveraging our deep technical expertise and innovation capabilities, we provide core device solutions for AR/VR, holographic displays, lithography, quantum computing, and other fields.
Contact Us
Partner with us to shape the future of light control technology.