Key Takeaways
- Sollum Technologies introduced the SF-INFINITE™ dynamic LED fixture for commercial greenhouses
- Platform integrates with the SUNaaS® cloud system and agronomic services
- Fixture offers up to four independently controlled lighting channels per zone
- Designed to reduce obsolescence risk and long-term capital replacement costs
- Incorporates edge computing, telemetry, and AI-driven optimization
Sollum Technologies's SF-INFINITE™ Positioned as Future-Ready Greenhouse Lighting Platform
Sollum Technologies announced the launch of the SF-INFINITE™ fixture, a dynamic LED lighting platform developed for commercial greenhouse operations. The company stated that the new fixture consolidates its technology roadmap into a single system designed to adapt to evolving crop, energy, and market conditions.
Lighting remains one of the most capital-intensive infrastructure investments for greenhouse growers. Conventional systems typically operate with fixed capabilities, requiring producers to anticipate future crop strategies and regulatory or energy changes years in advance. According to Sollum, the SF-INFINITE™ platform was developed to address this constraint by providing long-term adaptability without requiring hardware replacement.
“Greenhouse operators cannot predict the future when they invest in lighting,” said François R.-Moisan, CTO and co-founder of Sollum Technologies. “The SF-INFINITE was built to remove that burden. It’s a platform designed to evolve with crops, energy constraints, and market demands so growers won’t have to replace their hardware every few years. It behaves like a computer on the greenhouse ceiling and uses AI to analyze weather, energy use and other greenhouse and crop information to improve over time.”
Integration with Sollum's SUNaaS® and Agronomic Services
The SF-INFINITE™ fixture connects directly with Sollum’s AI-powered SUNaaS® cloud platform. The system enables real-time management of spectrum, intensity, timing, and daily light integral (DLI) targets.
Each fixture includes up to four independently controlled dynamic channels, allowing growers to deploy crop-specific lighting strategies across multiple greenhouse zones. The platform supports real-time spectrum and intensity adjustments based on changing environmental conditions, production objectives, or energy pricing structures, including tariff-aware dimming capabilities.
Sollum stated that this integrated architecture helps maintain consistent crop quality across seasons while mitigating technological obsolescence and reducing long-term upgrade costs.
Infrastructure Designed for Reliability and Longevity
The SF-INFINITE™ incorporates edge computing and telemetry at the fixture level, allowing uninterrupted operation in the event of connectivity disruptions. Automatic SUNaaS® software updates provide ongoing performance improvements without additional capital expenditure.
Additional features include high-precision multi-channel control and extended service life supported by long-term warranty and support commitments.
“Static lighting architectures are no longer aligned with the realities of modern greenhouse operations,” Moisan added. “The SF-INFINITE was designed to support high-stakes decisions where flexibility, reliability, and long-term value are critical.”
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