Lutron’s new Serena Smart Wood blinds on the other hand, can be customized to the size of your windows and offer more control. Like other horizontal slat blinds, the Serena Smart Wood Blinds can ...

We recommend SmartWings Motorized Light Filtering Roller Shades for smart shades, Lutron Serena Smart Roller Shades as the upgrade pick, Lutron Serena Smart Wood Blinds for smart blinds ...

Serena’s Smart Wood ... by Lutron blinds for their elegance, advanced technology, and unmatched convenience. Why you should buy this: The Switchbot Roller Shades are highly adjustable and ...

Our experts have found the best smart blinds ... Venetian blinds use horizontal slats that you can position at various angles based on the amount of light and airflow you want. Wood and vinyl ...

Claiming to be a world’s first-of-its-kind, SwitchBot has just launched its new smart blinds. The SwitchBot Adjustable Smart ...

Like smart lighting ... and out of the room. Blinds, on the other hand, are a hard window treatment consisting of vertical or horizontal slats, typically made of wood, metal, plastic, or a ...

The Serena by Lutron Smart Wood Blinds we reviewed in November 2020 cost $17 per horizontal inch, not including the bridge needed to connect to them a Wi-Fi network. Retrofit solutions are now ...

The Lutron Serena Smart Wood Blinds, our top pick for smart blinds, have one special feature that automatically adjusts the louvers throughout the day, to maximize natural light while still ...

A CNET editor from 2013 to 2024, Ry's beats included smart home tech ... One key difference -- the wood blinds will automatically tilt, but unlike the Serena roller blinds, you'll still need ...

From cellular shades to micro blinds, we’ve gone into the different types of blinds and which ones are probably right for you. The most popular, Venetian blinds are horizontal slats made of metal, ...

Lutron has launched new smart wood blinds, promising not only motorized opening and closing, but the ability to intelligently adjust their angle according to the position of the sun each day.