Innovation
Join the Global Leaders Working with Us
Innovation
Reinventing Ultra Light-Speed Transmission
AI-powered PDK & ADK streamline next-gen photonics design, while Metalens applications enable precise light control. Short-range high-speed transmission ensures seamless data flow, fully compatible with CMOS processes.
By integrating AI, Metalens, and new optical architectures, Brillink builds light-speed pathways that connect intelligence and creativity, driving innovation and unlocking future possibilities.
Short-Range High-Speed Transmission
Targeting data centers and AI accelerators, we develop novel optical modules using micro-LED light sources, featuring high frequency, low power consumption, and high integration to meet next-generation data exchange requirements.
Metalens Innovative Applications
By integrating metallic metastructure lenses (Metalens), optical component size is greatly reduced and coupling efficiency improved. Co-packaged with light-emitting modules on a single wafer, this approach enhances overall system speed and spatial efficiency.
CMOS-Compatible Wafer-Level Production
Core module design and processes are fully compatible with 12-inch CMOS wafer platforms. This enables seamless integration into mature semiconductor lines, offering scalable production, quality control, and cost competitiveness.
New Transmission Architecture with Ultra-Sensitive PD
Deeply integrating our parent company’s ultra-sensitive photodetector (PD) technology, spanning shortwave to infrared, this approach combines high-speed micro-LED emission with highly sensitive detection, effectively overcoming short-range optical transmission bottlenecks.
Short-Reach, High-Speed Optical Links
For data centers and AI accelerators, we build microLED-based optical modules that deliver ultra-high bandwidth density at ultra-low power—ready for next-generation interconnects.
Innovative Metasurface Optics
Integrating metasurface optics shrinks the optical stack and boosts coupling efficiency. Wafer-level co-packaging with light-emitting modules enables higher link density and throughput while reducing footprint and alignment complexity.
New Link Architecture with Ultra-Sensitive PDs
Powered by our parent company’s ultra-sensitive PDs, microLED/low-noise-receiver pairs remove short-reach bottlenecks, boosting bandwidth and cutting power from visible to IR
Customers
Key Customers & Partners
Service and Solution
ADK/PDK Development :
Ultra-low-loss perfect vertical couplers; high-speed modulators, Ultra-high-sensitivity Ge-on-Si PD
PIC Design Service :
200G-per-channel DR/FR; optical-sensing PIC
MicroLED Optical Interconnect Solution:
Short-reach, high-bandwidth, ultra-energy-efficient modules
Engagement Models
Co-development (JDP) :
Build together from concept to production
Contract Development :
Commissioned projects delivered under NRE
Design-In (Spec-In) :
Our solutions designed to your spec/BOM
Other Flexible Models :
We adapt to your needs
End Customers/Applications
AOC
CPO
Optical Sensor
News
Breakthroughs in Next-Gen Optical Fiber Technology
New fiber innovations deliver faster speeds and higher efficiency, driving the future of global communications.
Empowering AI Data Centers with Advanced Fiber Solutions
Advanced optical fibers boost AI data centers with ultra-fast, low-latency, and energy-efficient connections.
Revolutionizing On-Chip Integration with Optical Fiber Innovations
On-chip fiber integration enables compact, high-speed, and efficient interconnects for next-gen chips.
