The ultra high-speed and compact, HD Event-Based Vision evaluation kit built to endure field testing conditions.
With the new IMX636 sensor, realized in collaboration between Sony and PROPHESEE.
Start evaluation of breakthrough stacked Event-based Vision Sensor released by Sony Semiconductor Solutions and realized in collaboration between Sony and PROPHESEE.
Experience next generation computer vision performance that is out of reach for traditional image-based sensors and reveal the invisible to your machines.
Exploration starts now.
1280x720px
Resolution
>10k fps
Time resolution equivalent
>120dB
Dynamic Range
0.08 Lux
Low light cutoff
Metavision® Evaluation Kit 4 HD
METAVISION® SDK PRO
Access to the 5x award-winning software suite, Metavision SDK PRO* is included.
Interact with 64 algorithms, 105 code samples and 17 tutorials.
ALUMINUM STRONG
Built from high-quality aluminum alloy, EVK4 HD combines 40g lightness with highly efficient heat dissipation, electrical isolation and overall casing shielding.
TOTAL LENS FLEXIBILITY
Always find the right focus. The high precision engineering behind EVK4 – HD ensures perfect optical alignment between the sensor, optical barrel and camera body. Switch seamlessly any C / CS mount compatible lens, from 8mm objective lens to microscopes’ or telescopes’ imaging ports, there is no limit to your project.
BUILT TO ENDURE
EVK4 HD has been extensively tested to guarantee it will perform in a wide range of challenging conditions:
- Change of temperature: IEC 60068-2-14
- Damp heat, steady state: IEC 60068-2-78
- Rough handling shocks: IEC 60068-2-31
- Electrostatic discharge immunity test: IEC 61000-4-2
UNIVERSAL CONNECTIVITY
EVK4 – HD is designed with a Plug-and-Play approach in mind, to spare you the costs and integration challenges associated with additional Industrial PCs or frame grabbers.
Use its powered USB 3 connection to operate the EVK from any computer and start right away.
ULTRA COMPACT
With ultra compact dimensions of only 30x30x36mm and multiple fixing points EVK4 – HD fits in your most space-constrained system designs.
IMX636 (HD)
Start evaluation of breakthrough stacked Event-based Vision Sensor realized in collaboration between Sony and PROPHESEE.
This sensor was made possible by combining Sony’s CMOS image sensor technology with Prophesee’s unique Event-Based Metavision sensing technology.
KEY FEATURES
- Resolution (px) 1280 x 720
- Optical format: 1/2.5”
- Pixel latency (μs) <100
- Dynamic Range (dB) >86* / >120**
- Nominal contrast threshold (%) 25
- Pixel size (μm) 4.86 x 4.86
- Event Signal Processing embedded
* DR >86dB (5 lux – 100000 lux) 5 lux is the minimum light level guaranteeing inclusion of all possible operating points.
**DR >120 dB (Low-light cut-off 0.08 lux – 100000 lux) Low-light cut-off is the minimum light level guaranteeing nominal contrast sensitivity. For many typical applications, the sensor data are actionable down to this light level. 100000 lux is a virtual high-light limit, not experienced in experiment.
METAVISION SDK PRO
Award-winning software suite
EVK4 – HD comes with access to Prophesee’s award-winning Metavision SDK PRO*.
Download our software suite, connect the EVK to a computer, and immediately interact with more than 64 algorithms, 105 code samples and 17 tutorials, the industry’s widest selection available to date.
SDK PRO includes a license allowing commercial use, binaries and source code for all modules, 2H premium support and access to extensive knowledge bases.
*For every USB Camera purchased after Oct 7, 2024
METAVISION APPLICATIONS
Explore work from our community
Event-Based Metavision unlocks next-generation performance and efficiency in a wide variety of fields: Industrial, Robotics, Security, Medical and scientific measurement, IoT, AR/VR/XR, Mobile and more.
From giving sight back to the blind to touching cells or tracking space debris, since 2014 a network of corporations, startups and researchers have shown incredible imagination and innovation using Prophesee’s neuromorphic vision technologies.
We can’t wait to see what frontiers you will be pushing.