This Philips 27E1N1300AE, 27" monitor with FHD 1920x1080 resolution is suitable for comfortable work with documents, web content, and multimedia. It provides natural image reproduction, comfortable viewing, and stable performance, satisfying user needs for a universal work screen.
The response time of 4ms ensures a fast pixel transition between tones, reducing the possibility of motion trails and blurring. Such speed improves the sharpness of dynamic scenes and reduces visual artifacts at high frame rate changes, which is essential for interactive applications and precise motion representation.
The IPS technology provides a stable image, thanks to wide viewing angles and consistent color reproduction across the entire screen area. Unlike TN and VA panels, IPS maintains accurate colors even when the viewing position is changed, reducing distortions and increasing reliability for precise visual work.
The 100 Hz refresh rate ensures enhanced motion smoothness and more accurate dynamic object depiction, reduces noticeable blur during scrolling, and improves image response. It is suitable for users who require more stable visual perception in games, multimedia, and professional work.
The Flicker-Free technology reduces or completely eliminates flickering in lighting, ensuring a stable and uniform image. The reduced visual vibration lessens eye strain and improves comfort during prolonged use, especially when using the monitor at a lower brightness level.
Tilt technology allows for adjusting the screen's slope angle back and forth, ensuring the correct image placement in relation to the user's line of sight. This kind of adjustment helps reduce neck and eye strain, improves image perception, and makes long-term work at the monitor more comfortable.
VESA wall mount provides a standardized mounting hole layout, allowing you to safely attach the monitor to the wall using compatible brackets. This type of installation frees up desk space, reduces vibrations from the table, and ensures a stable screen position for prolonged work.
Built-in speakers provide sound playback without having to connect separate acoustic systems, reducing the amount of equipment in the workplace. They provide basic audio signals for video conferencing, system announcements, and multimedia. This solution enhances convenience and reduces the number of additional cables.
HDMI is a digital interface designed for stable video and audio transmission with a single cable. This approach reduces the number of connections and prevents unnecessary signal conversion. HDMI ensures a reliable connection, high throughput, and precise operation with modern devices without loss of quality.
The USB-C connection provides video, audio, and power transmission through a single cable, reducing the number of wires and facilitating the connection. It offers fast data transmission and a stable picture, making the monitor convenient for use with modern laptops and mobile devices without multiple separate connections.
Multiple USB-C ports expand monitor functions when using modern digital devices. Each port provides power, signal, and data transmission through a single cable, reducing the complexity of the connection. This allows for simultaneous use of various devices and optimal cable placement.
USB Power Delivery is capable of powering connected devices through a single cable, eliminating the need for additional chargers. This feature simplifies connection and maintains a more organized workspace. The technology ensures stable power supply and data transmission.
USB-C video input ensures the transmission of video and audio signals through a single cable, simplifying the connection and reducing the number of wires. The connector supports modern data transmission protocols and ensures a stable signal. It improves the monitor's compatibility with a wide range of modern devices.
Warranty
Philips provides this model with a 3 year warranty at all certified service centres.
DVI is a digital standard and ensures high image quality, however, thanks to the big size of the plug and the inability of the standard to develop further due to a few technical restrictions this type of connection is gradually losing its popularity to modern HDMI and DisplayPort standards. 
