Gooee Creates World’s Smallest Sensor for LED lighting and IoT

GOOEE

Smart lighting ecosystem provider Gooee has created the world’s smallest sensor for LED lighting and the Internet of Things (IoT). The sensor includes the latest Artificial Eye technology following an exclusive agreement with Delta Microelectronics, a European leader in fabless ASIC design, sensor systems, lighting and optics.

The agreement creates in effect a new “standard” in sensing, data and control for the LED lighting industry, and sees Gooee becoming the sole provider of this new, innovative Opto-ASIC technology to luminaire manufacturers. It also follows Gooee’s announcement of the exclusive partnership with EVRYTHNG’s IoT cloud platform, enabling Gooee to operate tens of millions of intelligent light endpoints in a global network.

With multiple environmental, human and LED performance sensing capabilities, the advanced ASIC will be able to detect motion, direction, ambient light, LED colour temperature (CCT) variance, LED lux variance and ASIC operating temperature – all packaged in a 5 x 5mm chip.
A step closer to connecting LED lighting manufacturers to the IoT with its unique ‘Full-Stack’ operating platform, Gooee has partnered with DELTA to focus on co-engineering and further developing more advanced sensing capabilities:

“At present we are only scratching the surface in terms of what this chip can do,” says Gooee CTO Simon Coombes. “We are working on some really incredible functionality that will give Gooee and its customers a significant competitive advantage in sensing for the IoT.”
Gooee is also co-developing a new Bluetooth meshing protocol with a major wireless IC provider. This technology, along with the other on-premise components of Gooee’s ecosystem, will allow light fixtures to communicate two-way, enabling control, sensing, human engagement and asset tracking, all fully integrated into its enterprise cloud platform.

 

 

Related Articles

Changing Scene

Design

  • Stanpro: 3 Tips to Ensure Efficient Lighting for a Hairdressing Salon

    Stanpro: 3 Tips to Ensure Efficient Lighting for a Hairdressing Salon

    Remember your last hair appointment: you’re in the waiting room. Perhaps you’re reading a book or magazine while you wait your turn. You’re watching the hairdressers as they cut, style and dye your hair. Have you ever wondered about salon lighting? Indeed, all these activities entail specific lighting requirements: hairdressers need to be able to… Read More…

  • LightForm: Unboring Project – The Flamingo, A Mid-Century Revival in Surrey, BC

    LightForm: Unboring Project – The Flamingo, A Mid-Century Revival in Surrey, BC

    Reviving a story that already exists is a compelling undertaking, especially if that story is steeped in nostalgia and reinvention. The Flamingo Project in Surrey, BC draws inspiration from the original Flamingo Hotel that once stood in the same spot. It was a mid-century modern destination that opened in 1955. Once known as a stylish… Read More…

New Products

  • SATCO|NUVO: Textured Finish, Decorative String Light Shade

    SATCO|NUVO: Textured Finish, Decorative String Light Shade

    Designed to reduce unwanted upward illumination while maintaining the warm, inviting atmosphere of decorative string lighting, SATCO’s Textured Finish String Light Shades deliver a more refined outdoor lighting experience. Featuring a textured metal finish for an industrial warm look, these shades are ideal for patios, restaurants, hospitality spaces, and outdoor gathering areas. Compatible with SATCO and many… Read More…

  • Cyclone Lighting Introduces New Stretto Luminaire

    Cyclone Lighting Introduces New Stretto Luminaire

    Cyclone has announced that it has released its Stretto luminaire. Stretto pairs a clean linear aesthetic with enduring performance for demanding urban environments. Stretto’s sleek, linear shape is designed to integrate naturally into contemporary urban environments. A subtle, continuous contour line wraps the luminaire, revealing two distinct sections that seamlessly unite into a single, composed… Read More…