Summary of E-CON SYSTEMS ANNOUNCES 90FPS 4K SONY STARVIS® CAMERA WITH ULTRA-LOW LIGHT PERFORMANCE
e-con Systems introduces the e-CAM83_CUMI415_MOD, a compact 4K Ultra-HD MIPI camera module using the 8MP SONY STARVIS IMX415 sensor. It delivers up to 90 fps at 4K (3840×2160), strong low-light performance (nearly 0 lux), interchangeable M12 lens support, and is targeted for smart city, surveillance, sports vision, drones, and factory automation applications, especially on NVIDIA Jetson platforms like Xavier NX/Nano and Jetson AGX Xavier.
Parts used in the e-CAM83_CUMI415_MOD:
- e-CAM83_CUMI415_MOD camera module
- SONY STARVIS IMX415 8MP CMOS image sensor
- MIPI interface (camera module MIPI connection)
- Interchangeable M12 (S-mount) lens
- Support for NVIDIA Jetson Xavier NX/Nano platforms
- Support for NVIDIA Jetson AGX Xavier platform
SONY STARVIS IMX415 Sensor | Ultra-HD 4K Resolution |High Frame Rate (90fps) at 4K |NVIDIA Jetson Xavier NX/Nano
e-con Systems Inc., a leading embedded camera solutions company, brings its new SONY STARVIS based 4K Ultra-HD MIPI camera module to the market for smart city, sports vision, quality inspection and factory automation applications. This camera module is suitable for applications requiring high level of image recognition and detection with a compact design, which makes it suitable for video analytics purposes. The new 4K camera module, e-CAM83_CUMI415_MOD adds to e-con’s 4K (Ultra-HD) family of cameras with its unique 90fps streaming capability. This camera comes with the 8MP SONY STARVIS® IMX415 CMOS image sensor. Its low light sensitivity delivers clear color images even at extremely low light or even no light (nearly 0 lux) conditions. It is capable of streaming high frame rate (90 fps) at 4K (3840 x 2160) resolution. Its interchangeable M12 (S-mount) lens allows customers to choose the lens of choice according to their application needs.
Next generation of Smart Surveillance cameras powered by NVIDIA Jetson, demand high resolution 4K video for monitoring of large area and our e-CAM83_CUMI415_MOD will be the ideal camera for these applications thanks to its excellent low light capability and 4K video streaming. The first-in-the-segment feature of 4K streaming video at 90 fps Jetson AGX Xavier platform marks e-CAM83 as an ideal solution for AI sports cameras, drone camera photography and many applications requiring high resolution and high frame rates.
said Ashok Babu, President of econ Systems, Inc.
The 4K camera provides four times the resolution of 1080p, delivering exceptional image details with good color reproduction, which is ideal for applications that require monitoring a huge area such as parking lot management, traffic monitoring systems, smart surveillance etc. The ability to stream 90 fps in uncompressed format along with its low light performance make the product suitable for industrial applications such as factory automation and quality inspection as well.
Read more: E-CON SYSTEMS ANNOUNCES 90FPS 4K SONY STARVIS® CAMERA WITH ULTRA-LOW LIGHT PERFORMANCE
- What sensor does the e-CAM83_CUMI415_MOD use?
The camera uses the SONY STARVIS IMX415 8MP CMOS image sensor. - Can the e-CAM83_CUMI415_MOD stream 4K at high frame rates?
Yes, it can stream 4K (3840 x 2160) at up to 90 fps. - Is the lens interchangeable on this camera module?
Yes, it has an interchangeable M12 (S-mount) lens. - Does the camera perform well in low light?
Yes, it delivers clear color images even at extremely low light or nearly 0 lux conditions. - Is this camera suitable for NVIDIA Jetson platforms?
Yes, it is suitable for NVIDIA Jetson Xavier NX, Nano, and Jetson AGX Xavier platforms. - What applications is the e-CAM83_CUMI415_MOD targeted for?
It is targeted for smart city, sports vision, quality inspection, factory automation, drones, and smart surveillance. - Does the camera support uncompressed high frame rate streaming?
Yes, it can stream 90 fps in uncompressed format. - How does 4K resolution benefit monitoring applications?
4K provides four times the resolution of 1080p, delivering exceptional image details and good color reproduction for monitoring large areas.
