Phanofi provides a photonic interconnect platform that replaces power‑intensive electronic transceivers with optical links using coherent modulation and patented Fano Detector technology. The chiplet‑based solution delivers high bandwidth per laser while reducing power consumption, enabling AI datacenters and high‑performance computing facilities to scale compute capacity more sustainably and cost‑effectively.
Funding
$710K raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
Founders
Product
Problem
Datacenters that support AI and high‑performance computing are facing rapidly rising energy consumption and scalability limits. Traditional electronic interconnects require high power and costly digital signal processors, which increase operational costs and hinder sustainable growth of AI workloads. This creates a need for faster, more energy‑efficient communication solutions within datacenters.
Solution
Phanofi develops an energy‑efficient, high‑speed photonic interconnect platform that replaces power‑intensive electronic transceivers with optical data links. By leveraging coherent modulation without the need for digital signal processors, the technology delivers higher bandwidth per laser while reducing power draw and component count. The solution is built as a photonic interconnect fabric that can be integrated as chiplets for chip‑to‑chip, quantum, and space‑communication applications. Its low‑power design enables datacenter operators to expand compute capacity cost‑effectively and with a smaller environmental footprint. Phanofi’s approach combines advanced photonics and electronics design to provide scalable, high‑bandwidth communication for AI workloads.
Target Audience
Primary customers are AI datacenter operators and high‑performance computing facilities that need sustainable, high‑speed interconnect solutions. Hardware manufacturers and system integrators developing next‑generation compute platforms also constitute a key market segment.
Features
- Photonic interconnect chips that achieve high bandwidth using fewer lasers and control elements
- Coherent modulation without reliance on power‑hungry digital signal processors
- Integrated chiplet architecture for chip‑to‑chip, quantum and space‑communication links
- Energy‑efficient design that lowers overall datacenter power consumption
- High bandwidth per laser enabling cost‑effective scaling of AI compute
- Patented Fano Detector technology (DECODE project) for ultra‑fast, low‑power optical transmission
- Demonstrated minimum viable product under the Innovationsfonden Innobooster program