Axalume integrates silicon photonic circuits with electronic chips to enable high-speed data communication, addressing the limitations of electrical channels that restrict bandwidth in data centers. This technology significantly enhances data transfer rates while reducing energy consumption by up to 70% and minimizing the physical footprint of optical modules.
Funding
$3.5M 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
Electrical channels in data centers face bandwidth limitations due to physics, restricting data transfer rates and hindering the performance of modern computing systems. Converting data between electrical and optical domains requires bulky and energy-intensive modules, increasing costs and physical footprint.
Solution
Axalume addresses these challenges by integrating silicon photonics with electronic chips, enabling high-speed data communication directly from the chip level. This co-integration of photonics and electronics eliminates the need for separate optical modules, significantly reducing energy consumption and physical space requirements. By using photons for communication, Axalume overcomes the bandwidth limitations of electrical channels, allowing for faster, denser, and more energy-efficient data transfer. The company's technology unlocks modern data centers by enabling lower costs at higher speeds through closely integrated optics and electronics.
Target Audience
Axalume's primary customers are data centers and high-performance computing environments seeking to improve bandwidth, reduce energy consumption, and lower costs associated with data communication.
Features
- Co-integrated silicon photonic circuits and electronic chips for direct optical communication
- Elimination of electrical-to-optical conversion modules, reducing footprint and cost
- Up to 70% reduction in energy consumption compared to traditional electrical channels
- Increased bandwidth and data transfer rates for improved system performance
- Silicon photonics integration for cost-effective scaling and manufacturing