This Acer XV270UF3BMIIPRX, 27" gaming monitor with a WQHD 2560x1440 resolution delivers incredible detail precision and brightness, making each game scene truly vivid. Such a format is perfectly suited for expansive game worlds and provides advantages due to its wide field of view.
The response time of 0.5ms 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.
IPS technology ensures more accurate color representation and stable image when viewed from the side. Compared to TN and VA, it changes brightness and contrast less with viewing angle, making the displayed data visually more reliable and technically more accurate.
AMD FreeSync dynamically synchronizes the panel's refresh rate with the variable frame rate, reducing motion artifacts. Thanks to a flexible synchronization range, the technology improves motion accuracy and reduces flickering in scenes with rapid transitions.
This monitor with a frequency of 300 Hz ensures maximum smooth motion and minimal reaction lag, which is critical in e-sports games. The high frequency helps track fast objects precisely, reduces blurring, and ensures image stability during rapid movements, improving professional players' control and reaction speed.
Flicker-Free ensures a stable light flow without sudden intensity fluctuations, which may not be visible, but cause discomfort during prolonged usage. The technology improves visual perception, helps to reduce eye strain, and increases comfort when working with texts and static images.
The Pivot technology allows the screen to be rotated into vertical orientation, ensuring more efficient use of workspace when working with text, documents, or long lists. This design improves readability, reduces the need for scrolling, and enhances convenience.
The Swivel mechanism allows for changing the horizontal angle of the screen without moving the entire structure. This facilitates workspace adjustment, improves visibility from different points and helps adjust the monitor for various usage scenarios, including configurations for multiple users or multiple monitors.
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 allows you to install a monitor on the wall, adhering to a uniform industrial standard. It facilitates the choice of mount, increases the flexibility of workspace organization, and allows you to adjust the height and angle of placement, regardless of the desk or tripod.
Built-in speakers allow the monitor to independently process and play audio signals, reducing the need for additional devices. This makes the workplace more compact and facilitates connection. The speakers provide basic sound support for multimedia and communication applications.
HDMI uses a single cable connection for video and audio transmission, ensuring a stable signal and minimal losses. Such an interface simplifies connection and reduces the possibility of synchronization errors. HDMI is compatible with a majority of modern devices and ensures reliable operation in various configurations.
DisplayPort is a modern interface that allows stable image transmission with high resolution and refresh intensity. The interface is compatible with professional and gaming monitors, supports multiple monitor configurations and HDR, ensuring accurate detail transmission and minimal graphics distortion.
Warranty
Acer provides this model with a 2 year warranty at all certified service centres.
*When purchasing a monitor on the legal entity's details - manufacturer's warranty 1 year.
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. 
