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Celero

Celero offers a coherent digital signal processing (DSP) platform that creates high‑bandwidth, low‑power optical links for AI data‑center infrastructure. By converting electrical signals to optical with 100× greater transmission efficiency, it enables light‑speed, energy‑efficient connectivity between accelerators, servers, and clusters while maintaining compatibility with existing AI accelerators and cloud platforms.

Updated 2 months ago

Funding

Funding not disclosed

Funding rounds are not available yet.

Founders

Founder details are not available yet.

Product

Problem

Data centers that run large AI workloads face bandwidth and power constraints when connecting accelerators, servers, and clusters, leading to performance bottlenecks and limited scalability of AI infrastructure.

Solution

Celero provides a coherent digital signal processing (DSP) platform that enables high‑bandwidth, low‑power optical links for AI systems. By integrating advanced coherent DSP with optical transceivers, the technology delivers light‑speed data transmission while minimizing energy consumption. The solution supports seamless connectivity across diverse AI accelerators and cloud platforms, allowing data‑center operators to scale compute clusters without incurring traditional electrical or distance limitations. Its architecture is designed for interoperability, enabling existing hardware to adopt the optical links through standard interfaces.

Target Audience

Primary customers are data‑center operators, AI hardware vendors, and cloud service providers that require high‑performance, energy‑efficient interconnects for large‑scale AI workloads.

Features

  • Coherent DSP engine that converts electrical signals to optical with 100× higher transmission efficiency
  • Low‑power optical transceivers delivering maximum throughput with minimal energy draw
  • Scalable optical link topology for inter‑accelerator, server‑to‑server, and cross‑cluster connections
  • Compatibility with a wide range of AI accelerators and cloud infrastructure via standard interfaces
  • Real‑time signal conditioning and error correction to maintain data integrity over long distances
This profile is AI-generated and may contain inaccuracies.