Electronics

Kokoxili Photonics Limited

🚫 No Website Found 🏢 HKSTP Source
92 Potential

Decision Maker

Dr. Ke ZHANG
zakaizhangke@gmail.com
+852 67436998
Unit 946, 9/F, Building 19W, 19 Science Park West Avenue, Hong Kong Science Park, Pak Shek Kok, N.T.
Raw Description
Kokoxili Photonics Ltd. is a cutting-edge startup specialising in the development of ultra-high-speed photonic chips and their applications in future-oriented scenarios. Our team comprises exclusively PhD holders from world-renowned institutions such as Harvard University and City University of Hong Kong, ensuring a foundation of unparalleled expertise and innovation. Leveraging state-of-the-art physical architecture design and advanced micro/nanofabrication technologies, our ultra-high-speed photonic chips boast a compact size, superior performance, and low power consumption. These groundbreaking chips are designed to meet the demands of future high-bandwidth signal interconnection, sensing, and computing, with applications spanning AI, 6G, data centres, autonomous driving, low-altitude economy, and quantum technologies. | Description | Kokoxili Photonics Ltd. is a cutting-edge startup specialising in the development of ultra-high-speed photonic chips and their applications in future-oriented scenarios. Our team comprises exclusively PhD holders from world-renowned institutions such as Harvard University and City University of Hong Kong, ensuring a foundation of unparalleled expertise and innovation. Leveraging state-of-the-art physical architecture design and advanced micro/nanofabrication technologies, our ultra-high-speed photonic chips boast a compact size, superior performance, and low power consumption. These groundbreaking chips are designed to meet the demands of future high-bandwidth signal interconnection, sensing, and computing, with applications spanning AI, 6G, data centres, autonomous driving, low-altitude economy, and quantum technologies. || Product | The optical frequency comb, a Nobel Prize-winning technology, has revolutionised fields such as optical communications, LiDAR, optical and quantum computing, and optical clocks. What we do is bring this groundbreaking technology to advanced photonic chips—essentially integrating the functionality of entire rack-level systems into a compact, state-of-the-art chip. This innovation is poised to drive significant advancements in AI data centres, 6G wireless networks, and eVTOLs (electric vertical take-off and landing vehicles).

Strategic Analysis

Executive Brief

Kokoxili Photonics is a high-end fabless/research startup focused on miniaturizing massive optical systems into integrated photonic integrated circuits (PICs). Their core product, the chip-scale Optical Frequency Comb, serves as the backbone for next-generation AI interconnects, 6G, and quantum sensing. By utilizing advanced micro/nanofabrication, they aim to solve the bandwidth and power bottlenecks of traditional electronics.

Strategic Fit & Lead Score

Lead Score: 92/100 (High-Value Strategic Target)

Why this Score? Kokoxili's focus on Optical Frequency Combs and Quantum Technologies creates a perfect synergy with 6C’s capabilities. Diamond is the "Ultimate Semiconductor" for photonics due to its wide transparency window (UV to THz), high Raman gain, and exceptional non-linear optical properties. As they scale from lab to data center applications, thermal dissipation and material-induced optical loss will become their primary engineering bottlenecks—problems only 6C's MPCVD diamond can solve at scale.

6C Solutions Proposal

Application Area 6C Solution Technical Value Prop
Optical Frequency Combs SCD (Single Crystal) Thin Films Diamond's high Kerr nonlinearity and zero two-photon absorption (TPA) in telecom bands allow for high-Q micro-resonators with significantly lower power thresholds than Silicon Nitride.
AI & Data Center ICs PCD Thermal Spreaders Integrating 6C PCD (Thermal Conductivity > 1800 W/mK) as a sub-mount for their photonic chips to eliminate thermal-induced wavelength shifting in high-speed interconnects.
Quantum Computing Electronic Grade SCD 6C's ultra-pure SCD (Nitrogen < 5ppb) serves as the ideal substrate for NV-center based quantum registers, supporting Kokoxili's quantum technology roadmap.
6G / RF Photonics Diamond-on-Substrate Coating Direct MPCVD diamond growth on their photonic platforms to provide simultaneous high-frequency insulation and massive heat extraction for high-speed modulators.
In-house R&D Custom MPCVD System A bespoke 6C Reactor allows Kokoxili’s PhD team to iterate on "Diamond-on-Insulator" (DoI) wafers, keeping their proprietary "Physical Architecture" IP entirely in-house.

Engagement Hooks

  • Technical Question: "As Kokoxili scales its Optical Frequency Combs for AI data centers, how are you managing the thermo-optic instabilities and frequency drift caused by the high pump powers required in Si3N4 or Lithium Niobate architectures?"
  • Value Statement: "6C can help Kokoxili leapfrog current photonic limitations by providing SCD Diamond platforms that offer 100x better thermal management and a wider transparency window than any standard CMOS-compatible material."