276B9/01
Simplify your connections
View Quad HD image and re-charge your laptop, all at the same time with a single USB-C cable. SmartErgo base, Flicker-free and LowBlue mode make work easy-on-the eyes.
B Line
27" (68.5 cm)
2560 x 1440 (QHD)
An HDMI-ready device has all the required hardware to accept High-Definition Multimedia Interface (HDMI) input. A HDMI cable enables high-quality digital video and audio all transmitted over a single cable from a PC or any number of AV sources (including set-top boxes, DVD players, A/V receivers and video cameras).
Studies have shown that just as ultra-violet rays can cause eye damage, shortwave length blue light rays from LED displays can cause eye damage and affect vision over time. Developed for wellbeing, Philips LowBlue Mode setting uses a smart software technology to reduce harmful shortwave blue light.
This monitor features a built in USB-C connector which meets USB Power Delivery standard. With intelligent and flexible power management, you can now power up and or re-charge your compatible* Notebook directly from the Monitor using a single USB-C cable.
"IPS" word mark / trademark and related patents on technologies belong to their respective owners.
The maximum resolution works for either USB-C, DP or HDMI input.
Response time value equal to SmartResponse
NTSC Area based on CIE1976
sRGB Area based on CIE1931
Activities such as screen sharing, on-line streaming video and audio over the Internet can impact your network performance. Your hardware, network bandwidth and its performance will determine overall audio and video quality.
For USB-C power and charging function, your Notebook/device must support USB-C standard Power Delivery specifications. Please check with your Notebook user manual or manufacturer for more details.
For Video transmission via USB-C, your Notebook/device must support USB-C DP Alt mode
EPEAT rating is valid only where Philips registers the product. Please visit https://www.epeat.net/ for registration status in your country.
The monitor may look different from feature images.