AI Glasses and Earphones Solution Unveiled: Significant Differences in Technology and Performance from High End to Mid to Low End

Recently, various product solutions for the AI glasses and headphones industry have been exposed, and different levels of solutions have shown significant differences in technology and performance, which has attracted widespread attention within the industry. These solutions cover high-end, mid to high end, and mid to low end, providing important references for consumers and businesses in product selection and research and development direction.
High end solutions are in a leading position in terms of functionality and performance. From its schematic diagram, this solution integrates multiple advanced technologies. Firstly, possessing H.264/H.265 video encoding capability is crucial in the field of video processing, as it enables efficient video compression while reducing data storage and transmission pressure while ensuring image quality. Secondly, the use of high-speed DDR2/3/4 memory in SIP provides sufficient and fast data storage and reading space for device operation.
In terms of camera, it can mount 5M/8M/12M high-definition cameras, which can meet the needs of 4K@30fps The video recording requires clear and smooth shooting images, which can be easily handled for both daily recording and professional scene applications. At the same time, the solution is equipped with an NPU (Neural Network Processing Unit), which can run end-to-end AI algorithms and achieve advanced functions such as intelligent image recognition and scene analysis. In addition, it also supports the end side EIS (Electronic Image Stabilization) algorithm, effectively reducing image blur caused by shaking during shooting and improving shooting stability. Its processor has a clock speed of GHz and offers multiple options such as single core, dual core, and quad core. Its powerful processing capabilities provide a solid guarantee for the operation of various complex tasks.
The mid to high end solutions one and two have some performance adjustments compared to the high-end solutions, but they can still meet the needs of most users. Both solutions are equipped with H.264/H.265 video encoding, SIP small to medium capacity high-speed DDR2/3/4 memory, and can mount 5M/8M high-definition cameras, achieving 2K@30fps The video recording. However, they are equipped with small computing power NPUs that can only run simple end-to-end AI algorithms, and their depth and breadth of AI functionality are not as good as high-end solutions. Moreover, both of these mid to high end solutions are unable to run EIS algorithms on the device side and require the use of smartphones to achieve image stabilization functionality. Its processor frequency is in the 500MHz -1GHz range, with moderate processing power, capable of handling common tasks, but may be slightly challenging when dealing with complex multitasking.
The mid to low end solutions, represented by the Jieli AC792N and Shenju W20 solutions, have corresponding compromises in performance while controlling costs. This type of scheme does not have H.264/H.265 video encoding, only supports JPEG format, and JPEG can only compress static images, with a compression rate much lower than H.264/H.265, which has significant limitations in video processing. In terms of memory, SIP small capacity DDR is used, and some products may not even have it. The camera can only mount a 1M/2M low definition camera, and the highest recording resolution can only reach 720P@30fps Some even only support 15fps, resulting in lower shooting quality. In addition, the mid to low end solutions do not have NPUs and cannot run end-to-end AI and EIS algorithms, relying only on mobile devices to implement related functions. Its processor frequency is below 500MHz, with low processing power and overall weak performance.
The exposure of various AI glasses and headphones solutions this time showcases the technological level and product positioning at different levels within the industry. High end solutions meet the needs of high-end users and professional scenarios with their powerful functions and performance; Mid to high end solutions balance cost and mass market while ensuring certain performance; The mid to low end solution provides consumers with an entry-level choice at a lower cost. With the continuous development of technology, future AI glasses and headphone solutions are expected to find a better balance between performance and cost, bringing users more high-quality products.