Teledyne DALSA - Linea Lite
Linea Lite line scan camera is delivering both speed and responsivity in a small form factor based on the standard GigE interface.
Key Features
- Sensor: Dual line CMOS sensor
- Resolution: 2048 and 4096 pixel, and 8192 pixel super resolution
- Pixel size: 7µm or 14µm pixels, 3,5µm in super resolution
- Interface: Gigabit Ethernet incl. Power over Ethernet (PoE)
- Line rate: up to 50 kHz
- Features: TurboDrive, burst mode, HDR imaging, programmable GPIOs, multiple regions of interest (ROI) for calibration and data reduction; Precise Time Protocol (PTP)
- Pixel Offset Technology: Camera uses two 4k/7 μm pixel rows with 1/2 pixel offset. Data from two 4k/7 μm images is captured and then reconstructed to achieve a super resolution image of 8k/3.5 μm in real time. (08K02S Model only)
- Configuration: GenICam compatible interfaces
- Lens mount: M42
- I/O: programmable trigger, signal and synchronisation
- Operating temperature: -10 °C up to 65 °C
Find the right model for your needs
Use the filters below to narrow down your selection based on your application requirements
| Nom de produit | Dimension (depth, mm) | Dimension (height, mm) | Dimension (width, mm) | Resolution Horizontal (Px) | Interface | Lens mount | Manufacturer | Max. line freq. (kHz) | Pixel size (µm) | Scan type | Sensor type | Wavelength range | Weight (kg) |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| 37 | 46 | 46 | 4096 | Gigabit Ethernet | M42 x 1 | Teledyne DALSA | 25 | 7 | line | CMOS | Monochrome; Visible | 0.111 | |
| 37 | 46 | 46 | 2048 | Gigabit Ethernet | M42 x 1 | Teledyne DALSA | 50 | 14 | line | CMOS | Monochrome; Visible | 0.150 | |
| 37 | 46 | 46 | 4096 | Gigabit Ethernet | M42 x 1 | Teledyne DALSA | 12.5 | 7 | line | CMOS | Colour; Visible | 0.150 | |
| 37 | 46 | 46 | 2048 | Gigabit Ethernet | M42 x 1 | Teledyne DALSA | 25 | 14 | line | CMOS | Colour; Visible | 0.150 | |
| 37 | 46 | 46 | 8192 | Gigabit Ethernet | M42 x 1 | Teledyne DALSA | 25 | 3.5 | line | CMOS | Monochrome; Visible | 0.120 |
Pourquoi choisir Teledyne DALSA - Linea Lite ?
Flexible bandwidth limit with burst mode
With the burst mode, the line rate can be increased beyond the GigE Vision bandwidth limitation. By combining the high data acquisition rate in the on-board image buffer and comprehensive cycling modes and readout control, applications with fast burst acquisition can be realised. In this mode, images can be acquired at a maximum line rate of the sensor with the data buffered on the main storage of the camera. The buffered data is only transferred during camera idle times e.g. when a conveyor belt moves forward.
Speed up with TurboDrive
The TurboDrive feature allows an increase of the frame rate while loss-less data compression and transmission via Gigabit Ethernet extend the capability of the data throughput (typically 115 MB/s) achievable with GigE Vision systems. Still, all the benefits of GigE networks - like mass-market components and protocols and Ethernet technology for fast and inexpensive communication for distances of up to 100 m - can be used. Engineers can therefore use proven technology, keeping design and support easy, while there is a lot of potential to increase the speed of the application.
Multiple ROI feature
The Linea Lite supports up to 4 regions of interest (ROI) within the image. Less image data lowers the bandwidth required, which results in an increased frame rate. As the host software does not need to extract the regions of interest anymore, data processing on the host becomes faster.
Flexibility for a wide range of applications
No matter your application, Linea Lite is flexible enough to handle a wide variety of tasks, with features to help you detect what’s critical. High sensitivity mode to see weaker signals. Enhanced SNR mode to handle the brightest light sources and discern details in the brightest region of your images. HDR mode to simultaneously resolve bright and dark features. Precision Time Protocol (PTP) and Power over Ethernet (PoE) to run all of this power through a single cable. And all of this fits neatly in a package optimised for size, weight, power, and cost (SWaP-C).