Fixed-focus lens vs. autofocus lens: How to choose the best lens for your application
In this blog, you'll learn about these two lens types with key insights into their attributes and best-use scenarios in the world of embedded vision....
Technology Deep Dive
Do a deep dive into various camera technologies and understand how they enhance the performance of camera-based devices and help machines see better.
Everything you need to know about 3D mapping cameras
by Prabu Kumar
3D mapping technology greatly improves imaging capabilities, empowering applications used in industries like manufacturing, healthcare, agriculture, etc. Learn about the types of 3D cameras, their key components, and benefits. Also get to know popular use cases of 3D mapping....
The Role of Precision Time Protocol Synchronization in Ethernet Cameras
by Prabu Kumar
Ethernet cameras rely on precise timing and synchronization for accurate data transmission. The Precision Time Protocol (PTP) ensures sub-microsecond accuracy, synchronizing time clocks among IP-connected devices. Gain expert insights into how precise timing and synchronization work within Ethernet cameras. Discover the critical role of PTP modes in preserving data integrity...
What are the most effective methods to achieve High Dynamic Range imaging?
by Prabu Kumar
The importance of High Dynamic Range (HDR) in new-age embedded vision applications has been steadily growing. They can capture fine details from scenes despite changing light conditions. Get expert insights to better understand the six main HDR techniques, their pros and cons, and practical use cases....
The Role of Inertial Measurement Unit (IMU) in 3D Time-of-Flight Cameras
by Prabu Kumar
An Inertial Measurement Unit (IMU) detects movements and rotations across six degrees of freedom, representing the types of motion a system can experience. When paired with ToF cameras, it ensures accurate spatial understanding and enhances robotic navigation systems. Get expert insights into how IMUs are redefining the capabilities of 3D...
What is a PoE Camera? Benefits for Ethernet Vision Applications.
by Prabu Kumar
PoE cameras combine power source and data connection capabilities through a single Ethernet cable. They can be integrated into intelligent embedded vision systems across different environments. Find out the real impact of PoE cameras on end applications, understand how they work, and more....
Spectral sensitivity: A quick guide to understanding the impact
by Prabu Kumar
Spectral sensitivity dictates how camera sensors respond to different wavelengths of light - impacting the accuracy of image capture. But, each application has unique requirements that demand specific spectral sensitivities. Find out more about spectral sensitivity, how it enhances embedded vision devices, and the factors that influence it....
What is LED Flicker Mitigation (LFM) – and why is it a critical camera feature?
by Prabu Kumar
LED flickers can impact the performance of embedded vision systems. To address this, LED Flicker Mitigation (LFM) is crucial for applications like AMRs, ADAS, fleet management systems, etc. Know more about the significance of LFM, its use cases, and the range of LFM-equipped cameras offered by e-con Systems....
Everything you need to know about split-pixel HDR technology
by Prabu Kumar
Split-pixel HDR technology is a game-changer in embedded vision, allowing camera systems to capture a broader range of brightness levels for more vibrant and true-to-life images. Explore the two HDR modes, see how split-pixel HDR works, and know why it is so popular, these days....
The ultimate image sensor guide: EMCCD vs. SCMOS vs. CMOS vs. CCD
by Prabu Kumar
Image sensors are responsible for capturing visual data, which is extremely crucial for the overall performance of the embedded vision system. But there are many factors to be considered, like resolution, frame rate, etc. Get to know about EMCCD, sCMOS, CMOS, and CCD sensors – and how they compare against...