EyeCheck ZLS
The EyeCheck ZLS & ZM smart line scan and matrix camera are of one platform with Zynq and optional Myriad 2 Deep Learning processor. With DualCore ARM Cortex with either 800 MHz or 1.5 GHz.
On all EyeCheck cameras runs the EyeVision image processing sofware. The smart camera is also as RazerCam ZLS & ZM without software available.
The smart cameras of the Jupiter series have been expanded by another line sensor with 6K pixels. This means that even higher resolutions or larger image areas can now be covered.
The Jupiter series is particularly suitable for all tasks involving continuous materials, for example in the fields of strip, plastics, extrusion, but also wood surface analysis. The camera series enables fast and precise inspection of all woven and non-woven materials.
A very advantageous feature is that line applications can be easily and quickly assembled using drag-and-drop. This means that many applications can be realized within 2- 4 hours and thus fast time-to-market solutions can be developed.
All cameras of this series are equipped with GigE with PoE, which allows them to be powered directly via the Ethernet connection. A powerful I/O interface offers, in addition to various I/O lines within the 24V technology, incremental encoder inputs to synchronize the image acquisition with the system. A daisy chain input and output also allows several sensors to be lined up, so that even large areas can be scanned without gaps.
The powerful FPGA also allows fast image pre-processing. This pre-processing can be done by the customer with a suitable development tool or by EVT’s specialists
| EyeCheck | Resolution | Processor | RazerCam |
| EC 1100 ZLS | 2048 Pixel | DualCore 800 MHz | RC 1100 ZLS |
| EC 1101 ZLS | 2048 Pixel | DualCore 800 MHz & Myriad 2 Deep Learning Prozessor | RC 1101 ZLS |
| EC 1200 ZLS | 4096 Pixel | DualCore 800 MHz | RC 1200 ZLS |
| EC 1201 ZLS | 2048 Pixel | DualCore 800 MHz & Myriad 2 Deep Learning Prozessor | RC 1201 ZLS |
| EC 1300 ZLS | 2×2048 Pixel | DualCore 800 MHz | RC 1300 ZLS |
| EC 1301 ZLS | 2×2048 Pixel | DualCore 800 MHz & Myriad 2 Deep Learning Prozessor | RC 1301 ZLS |
| EC 2100 ZLS | 2048 Pixel | DualCore 1.5 GHz | RC 2100 ZLS |
| EC 2101 ZLS | 2048 Pixel | DualCore 1.5 GHz & Myriad 2 Deep Learning Prozessor | RC 2101 ZLS |
| EC 2200 ZLS | 4096 Pixel | DualCore 1.5 GHz | RC 2200 ZLS |
| EC 2201 ZLS | 4096 Pixel | DualCore 1.5 GHz & Myriad 2 Deep Learning Prozessor | RC 2201 ZLS |
| EC 2300 ZLS | 2×2048 Pixel | DualCore 1.5 GHz | RC 2300 ZLS |
| EC 2301 ZLS | 2×2048 Pixel | DualCore 1.5 GHz & Myriad 2 Deep Learning Prozessor | RC 2301 ZLS |
EyeCheck ZM
| EyeCheck | Resolution | Processor | RazerCam |
| EC 1100 ZM | 1.6 Megapixel | DualCore 800 MHz | RC 1100 ZM |
| EC 1101 ZM | 1.6 Megapixel | DualCore 800 MHz & Myriad 2 Deep Learning Prozessor | RC 1101 ZM |
| EC 1200 ZM | 3.2 Megapixel | DualCore 800 MHz | RC 1200 ZM |
| EC 1201 ZM | 3.2 Megapixel | DualCore 800 MHz & Myriad 2 Deep Learning Prozessor | RC 1201 ZM |
| EC 1300 ZM | 5.1 Megapixel | DualCore 800 MHz | RC 1300 ZM |
| EC 1301 ZM | 5.1 Megapixel | DualCore 800 MHz & Myriad 2 Deep Learning Prozessor | RC 1301 ZM |
| EC 2100 ZM | 1.6 Megapixel | DualCore 1.5 GHz | RC 2100 ZM |
| EC 2101 ZM | 1.6 Megapixel | DualCore 1.5 GHz & Myriad 2 Deep Learning Prozessor | RC 2101 ZM |
| EC 2200 ZM | 3.2 Megapixel | DualCore 1.5 GHz | RC 2200 ZM |
| EC 2201 ZM | 3.2 Megapixel | DualCore 1.5 GHz & Myriad 2 Deep Learning Prozessor | RC 2201 ZM |
| EC 2300 ZM | 5.1 Megapixel | DualCore 1.5 GHz | RC 2300 ZM |
| EC 2301 ZM | 5.1 Megapixel | DualCore 1.5 GHz & Myriad 2 Deep Learning Prozessor | RC 2301 ZM |
Technical Data
| Operating System | Linux |
| Processor | Dual Core 800 MHz oder 1.5 GHz optional Myriad 2 |
| Interface | GigE (PoE) |
| Interface options | UART, SPI, I²C |
| Digital I/Os | 4/4 In-/Outputs galvanically separated, 24V |
| 3 freely programmable, 24V tolerant | |
| SDK | C++ for receiving the image data & for parametrization |
| Libraries | EVLib, OpenCV, etc. |
| Options | as RazerCam without EyeVision Software |
| as network camera for image transfer |