Samsung QN65S95B 65" OLED Smart TV
Offer updated on 6/28/2022
A highly anticipated OLED TV Samsung is no stranger to OLED display technology - they are a leading manufacturer of the smaller OLED screens used in smartphones. But there is major buzz about the fact that they are releasing their first 4K OLED TV. For the last decade they've focused on their QLED quantum dot technology, which is known for delivering vibrant colors, even in the brightest rooms. The good news for TV lovers is that the 65" QN65S95B combines the rich color of those quantum dots with the infinite contrast of OLED to create one stunning picture. The S95B's LaserSlim Design is aptly named - it's incredibly thin. Powerful processing This hybrid design - Samsung calls it Quantum HDR OLED - delivers gorgeous color, detail, and contrast with HDR content, but you don't need a premium signal to enjoy excellent picture quality. The S95B's Neural Quantum Processor 4K uses Artificial Intelligence to optimize your experience for all kinds of sources. Content is analyzed scene by scene against its built-in database of images to create a sharper picture with realistic texture and detail. The QN65S95B also uses Samsung's new Real Depth Enhancer. This algorithm identifies a scene's main subject and processes it to stand out from the background to improve the sense of depth. Accurate sound Just in case your room or budget doesn't allow for a separate audio system yet, it's nice to see Samsung put some focus on this TV's audio quality. The S95B has a 2.2.2-channel speaker system built into its frame. It's paired with their innovative AI-based Object Tracking Sound for directional sound effects that follow the action on the screen. And if you connect it to certain Samsung sound bars , you can engage the Q-Symphony feature. This synchronizes the TV's speakers with the sound bar to create an even fuller soundstage. Streaming and more with the new Smart Hub The QN65S95B uses the Tizen platform to consolidate a wide range of streaming services into a single user interface.