Today, product companies are focused on providing a truly immersive connected experience for their users, by enabling high-end visuals (pixel quality and quantity), superior sound (3D sound quality sampling and clarity), and intuitive interaction (Intelligent, responsive and accurate natural user interface) in their products. The barriers of differentiation between the physical and virtual world are rapidly diminishing. The journey to provide a truly immersive virtual world pushes the technological limits of both the hardware and software.
More to that, there are many other application-specific challenges to be addressed, in industries like surveillance, telematics, medical imaging, robotics, gaming and media etc.
Eragon 820, based on Qualcomm Snapdragon 820 processor, enables you to build intelligent video solutions that can capture 4K or Ultra high definition videos, with sensors to enhance the image quality and audio clarity. It offers heterogeneous computing architecture and provide functionalities like:
- Right level of performance for device and application: Kryo CPU 64-bit quad-core processor and Hexagon 680 DSP is designed to sustain 2 times higher performance with low power consumption
- 4K UHD pixel and sound integrity adjustment: Adreno 530 GPU – 40% improvement in graphics performance
- High bandwidth at low power and latency: X12 LTE – 33% faster upload speed
- Address camera, sensor and display challenges with enhancing Images: Spectra Camera ISP – supports capture up to 28 megapixels
Watch this video to know more about how Eragon 820 can enhance the product experience for your end users.
ERAGON 820 SoM, based on Snapdragon 820 processor, is a cost effective and Ultra-small form factor (53mmx25mm) module for solutions requiring 4K, connectivity, high-end graphics, power and batter efficiency, along with solid processing power. It is the ideal choice for 4K cameras, displays, UAVs and drones.
Know more about our Eragon 820 or write to us at marketing@einfochips.com for your product design requirements.