Philips Brilliance P-line 326P1H Key Features
Single Cable Solution with 90W USB-C Docking
The Philips 326P1H features a built-in USB Type-C docking station with power delivery. Connect all your peripherals, including keyboard, mouse, and RJ-45 Ethernet, directly to the monitor. The reversible USB-C connector allows you to charge your compatible laptop with up to 90W while watching high-resolution video and transferring data at high speeds, significantly reducing cable clutter.
CrystalClear QHD Visuals and IPS Performance
Experience Quad HD (2560 x 1440) resolution for extremely detailed images, essential for CAD-CAM solutions, 3D graphics, or complex financial spreadsheets. The IPS technology offers vivid colors and extra-wide 178-degree viewing angles. With 118% sRGB coverage, this monitor delivers color precision and consistent brightness, even when rotated into 90-degree pivot mode.
Secure Login with Windows Hello Pop-up Webcam
The innovative 2.0 MP secure webcam pops up when needed and tucks away for privacy when not in use. Equipped with advanced sensors for Windows Hello facial recognition, it allows you to log in to your Windows devices in less than 2 seconds—three times faster than typing a password—combining high-level security with seamless convenience.
Daisy-Chain Productivity and Ergonomics
Expand your view with the DisplayPort-out port, allowing you to daisy-chain multiple high-resolution displays using just one cable from the first monitor to your PC. The SmartErgoBase provides 180mm height adjustment, tilt, swivel, and pivot, ensuring a perfect ergonomic setup to prevent physical strain during long workdays.
Eco-Friendly Smart Sensors: PowerSensor and LightSensor
Built for sustainability, the PowerSensor uses harmless infrared signals to detect user presence, automatically dimming the monitor when you step away to save up to 80% in energy costs. Additionally, the LightSensor monitors ambient light conditions and adjusts screen brightness accordingly, providing the perfect picture while minimizing power consumption.
