HP Announces Svelte EliteOne 800 G8 AIO

May 6, 2021 Off By Naveen Victor

Apple isn’t the only one introducing styling all-in-one computers this year. HP has announced the EliteOne 800 G8 All-In-One desktop computer powered by Intel 11th gen Core processors. The sleek PC comes in 23.8 and 27-inch sizes.

Both have a 5MP dual-facing pop-up camera that actively frames user movement even if they are pacing about the room. It has a wide field of view, which means it can capture a larger portion of the room. It’s auto scene detection adjusts the video settings to compensate for the room’s lighting condition.

The computer’s AI-based noise reduction feature filters background noises. In fact, it’s the first HP PC that can filter over 350 million types of voices and noises. HP Dynamic Voice Leveling automatically adjusts the volume on voice to maintain consistent volume whether near or far from the microphone.

In addition to this, The same AI technology suppresses background noise as much as possible and tunes the audio coming out of the speakers to sound as rich and clear as possible. In theory, it is supposed to offer better sound clarity for your music or movies.

The computer’ system finely tunes the cooling fans to make sure they run as quiet and efficiently as possible. This helps minimize noise while ensuring that system temperatures are kept in check. But that’s not all, when the PC is asleep, it still downloads emails, receives network events and downloads necessary updates.

HP Presence Aware is a feature that locks the PC the moment you step away, but wakes it up again when you return. This is especially useful in an environment where you share a room with others and don’t want to have your workflow disrupted.

HP also includes IT fleet management features such as HP manageability Integration Kit that helps companies set up PCs and manage them in a short amount of time and with no end user dependency. The HP EliteOne 800 G8 All-In-One PC will be available in select countries in May. Visit HP.com for more information on this system.