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Camera ApplicationsLife Sciences

What is a flow cytometer and how does it work?

Balaji S
by Balaji S
Embedded vision technology plays an important role in flow cytometers. They enable the acquisition, analysis, and interpretation of large amounts of cellular data in real time. Find out what flow cytometers can do, how they work, and the role of embedded vision in their evolution....
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How NVIDIA and e-con Systems are helping solve major challenges in the retail industry

Ranjith Kumar
by Ranjith Kumar
e-con Systems has proven expertise in integrating our cameras into the NVIDIA platform, including Jetson Xavier NX / Nano / TX2 NX, Jetson AGX Xavier, Jetson AGX Orin, and NVIDIA Jetson Orin NX / NANO. Find out about how our cameras are integrated into the NVIDIA platform, their popular use...
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Unleashing the Power: A Guide to Model Inference and Visualizing Output with EdgeECAM50_USB

Suresh Madhu
by Suresh Madhu
Model inference is a crucial step in deploying machine learning models for practical applications such as Image and Object Recognition, medical diagnosis, and more. The process of model inference entails several intricate steps. Explore the EdgeECAM50_USB device, designed to facilitate efficient model inference and enable effective visualization of output. Learn...
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Bring your own Model (BYOM) and deploy it with EdgeECAM50_USB

Suresh Madhu
by Suresh Madhu
Custom vision AI models can train and customize vision-based machine learning models to tackle specific tasks like image classification, object detection, or image segmentation. With the EdgeECAM50_USB, you can extend the capabilities of your models to operate on the edge, enabling real-time inferencing and analysis directly on the device itself....
Sensor and ISPTechnology Deep Dive

The ultimate image sensor guide: EMCCD vs. SCMOS vs. CMOS vs. CCD

Prabu Kumar
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...
Camera ApplicationsLife Sciences

What is a programmable camera? Why do modern medical applications need it?

Balaji S
by Balaji S
The role of programmable cameras in the modern medical industry has been unprecedented. Thanks to the latest embedded vision advancements, they can now deliver real-time imaging and analysis capabilities. In turn, this greatly improves patient outcomes. Discover how programmable cameras work, where they are used, and what makes them ideal...
Sensor and ISPTechnology Deep Dive

Five crucial features that highlight the advantage of CMOS cameras

Prabu Kumar
by Prabu Kumar
Over the past two decades, CMOS cameras have evolved – enabling better performance in applications used in scientific research, medical imaging, industrial inspection, etc. But what makes them perfect for these industries – how do CMOS cameras actually work? Get insights on their use cases and five features that make...
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e-con Systems launches GMSL2 cameras for x86-based platforms

Suresh Madhu
by Suresh Madhu
Many x86 processors work only with USB/Ethernet protocols – posing a serious challenge for automotive devices that transmit a lot of data over long distances. However, you can easily overcome this challenge with e-con Systems’ GMSL2 cameras. Find out how their key features can help your application unlock the true...
Life Sciences

Why global shutter cameras are a perfect fit for live cell imaging systems

Balaji S
by Balaji S
Global shutter cameras are best-fit solutions for live cell imaging devices – equipped with fast frame rates, better synchronization, and more. It ensures more accuracy in real-time imaging, which is of monumental importance. Discover why live cell imaging and global shutter cameras are perfect for each other and their key...
Camera ApplicationsLife Sciences

Top factors to consider when choosing a microscope camera

Balaji S
by Balaji S
In recent years, medical and life science applications have been under tremendous pressure to capture and process microscopic images accurately. So, what does it take? Well, it starts with choosing the right camera. Find out why top factors like sensor type, noise level, sensitivity, etc., play a major role in...