The new Amazon Fire TV Cube will now have improved response times when taking voice commands. The second generation of the product will look almost identical to the first but with improvements. The Amazon Fire TV Cube now features a hexa-core processor that will power the system's voice control. Other hardware updates include the addition of far-field microphones that will help the system hear users that are far away. The company has stated that the new design makes the device up to four times faster than the previous model.
The original TV cube supported Dolby Vision and HDR, however, the next-gen version will also support HDR10+.
The Fire TV Cube is currently available for pre-order and will begin shipping to customers in October. Amazon's new TV cube has a $119.99 price point.
Image Credit: Amazon
What's Driving This Trend
- Improved Voice Control
- The new Amazon Fire TV Cube will have faster response times when taking voice commands, opening opportunities for improved voice control technology.
- Hexa-core Processors
- The addition of a hexa-core processor to the Amazon Fire TV Cube opens possibilities for enhanced processing power and performance in smart TV devices.
- Support for HDR10+
- The next-gen Amazon Fire TV Cube's support for HDR10+ creates opportunities for better viewing experiences and improved content delivery in the TV industry.
Who This Affects Most
- Smart TV Industry
- The improved voice control and hexa-core processors in the Amazon Fire TV Cube present disruptive innovation opportunities in the smart TV industry, leading to more advanced and user-friendly devices.
- Voice Control Technology
- The advancements in voice control technology showcased in the new Amazon Fire TV Cube open avenues for innovation in voice-controlled devices across various industries, from home automation to automotive.
- Content Streaming Industry
- The support for HDR10+ in the next-gen Amazon Fire TV Cube paves the way for enhanced content streaming experiences and opportunities for industry players to deliver high-quality HDR content.
