Arycs Technologies provides power‑efficient, coherent‑class optical transceivers that integrate silicon‑photonic engines with digital signal processing. Their 100 G ZR QSFP28 modules deliver deterministic low‑latency, high‑spectral‑efficiency links for data‑center, metro, and edge networks, reducing footprint and energy consumption.
Funding
Funding not disclosed
Founders
Product
Problem
Modern AI, cloud, and telecom infrastructures require ever‑increasing data‑center interconnect and edge bandwidth, but traditional optical transceivers consume excessive power and add system complexity, limiting scalability and deterministic performance.
Solution
Arycs Technologies delivers power‑efficient, coherent‑class optical connectivity by combining highly integrated silicon‑photonic (SiPh) optical engines with advanced coherent digital signal processing (DSP). The SiPh engine consolidates waveguides, modulators, multiplexers, and passive routing onto a single silicon die, reducing footprint and loss while enabling high‑density, pluggable transceivers. Coherent DSP performs real‑time impairment compensation, advanced modulation, and forward‑error‑correction to achieve deterministic latency and high spectral efficiency over long distances. Factory‑calibrated modules are offered in standard form factors (e.g., 100 G ZR QSFP28) with a CMIS‑compatible control interface, allowing seamless integration into existing data‑center, metro, and edge networks without disruptive redesign. An open semiconductor ecosystem leverages leading foundries and packaging partners to scale production and maintain cost‑per‑bit targets.
Target Audience
Primary customers are data‑center operators, cloud service providers, telecom carriers, and edge‑compute network operators that need high‑capacity, low‑power optical links for AI‑driven workloads.
Features
- Fully integrated SiPh optical engine with on‑chip waveguides, modulators, and multiplexers for compact, low‑loss transmission.
- Coherent DSP engine supporting advanced modulation formats, real‑time equalization, and integrated forward‑error‑correction (FEC).
- Deterministic, low‑latency fabric‑level performance suitable for AI traffic and high‑speed data‑center interconnect.
- Pluggable 100 G ZR QSFP28 coherent transceiver with single‑fiber optical interface and CMIS‑like host control.
- Factory‑tested, calibrated modules that simplify deployment and reduce integration risk.
- Open ecosystem model partnering with major semiconductor foundries and advanced packaging providers to ensure high‑volume, cost‑effective manufacturing.
- Bandwidth‑per‑watt optimization delivering industry‑leading energy efficiency for AI‑scale workloads.