HP has introduced the Envy Move 23.8-inch all-in-one (AIO) PC in India today, with a focus on providing versatility for both work and entertainment purposes. The starting price for the HP Envy Move AIO in India is Rs 1,24,900.
With mobility as a key consideration, this PC is designed with an integrated handle that makes it easy to lift and move around the house. It also features kickstand feet that automatically deploy to ensure stability. Additionally, there is a keyboard pocket at the back for convenient storage of the wireless keyboard while on the go.
The HP Envy Move all-in-one PC is equipped with up to a 13th Gen Intel Core i5 processor and integrated Intel UHD graphics. Weighing just 4.1kg, it is lightweight and portable, making it suitable for various activities such as learning, entertainment, video calls, and work. The 23.8-inch QHD touch display offers auto brightness adjustment and screen blurring for enhanced user comfort.
Moreover, the Envy Move AIO PC comes with a rechargeable battery, allowing for unplugged use within the house. Intel Unison enables seamless phone-to-laptop connectivity, while the audio quality is enhanced by Bang & Olufsen technology and Adaptive Audio, which adjusts the sound based on the user’s distance.
Furthermore, the Envy Move AIO boasts an IMAX enhanced display, providing an immersive visual and audio experience. The adjustable HD camera and HP Enhance Lighting feature enhance video calls, ensuring that everyone is included with the help of the HP Wide Vision 5MP camera.
The Envy Move AIO PC provides enhanced security measures, including a convenient manual privacy shutter for the camera. Additionally, it incorporates innovative features such as Walk Away Lock, which intelligently turns off the screen when users step away.
Aligned with HP’s commitment to sustainability, the Envy Move AIO is crafted using 56 percent post-consumer recycled plastics. Furthermore, it proudly holds the prestigious EPEAT Gold Registration and ENERGY Star Certification, reflecting its eco-friendly design and energy-efficient performance.