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Understanding depth perception in human vision provides the foundation for developing 3D imaging systems that mimic natural spatial awareness. Depth perception is the ability to interpret spatial relationships and determine how far or close objects are relative to the observer. It forms the basis for 3D imaging and 3D camera technologies, which emulate this perception through optics and computational models.

Single camera andmulti-camera setupsare two major configurations ofembedded vision systems. While their end goals may overlap, the technical differences in their designs, operational mechanisms, and data acquisition processes are substantial.

NVIDIA has dropped an exciting update to their existing Jetson Orin product line. It is called the super mode, which boosts the internal clocks of the NVIDIA Jetson Orin Nano and NX to increase AI performance and memory throughput further.

Autofocus systems are an integral part of modern-day cameras, enabling precise focus adjustment for clear and sharp images.

Interpolation is a mathematical technique used to estimate unknown values that lie between known data points. Interpolation helps transform raw sensor data into stunning, full-color images in embedded vision systems.

Golf simulator and golf swing analysis cameras are designed for detailed and immersive analysis of the golf game. These cameras are used to track the ball’s motion, trajectory, spin rate, and speed after impact to simulate realistic gameplay. Read the blog to understand the key differences between golf simulator cameras and golf swing analysis cameras.

Developing cutting-edge vision systems requires more than just advanced hardware—it demands the ability to customise and optimise image processing to meet specific application needs. That’s why e-con Systems offers a suite of high-performance Image Signal Processing (ISP) FPGA IP cores that can help achieve this goal.

Indoor simulators must capture the nuanced motions of a golf swing to help players fine-tune their swings across weather conditions. The right imaging solution makes all the difference.

e-con Systems has developed TintE, a ready to deploy ISP IP core engineered to enhance image quality in embedded vision applications.

In this blog, e-con Systems explores how RGB-IR cameras simplify remote patient monitoring by eliminating the need for separate day and night cameras. It highlights their benefits, including compact design, reduced power consumption, and simultaneous RGB and IR imaging, making RPM systems more efficient and cost-effective.