Introducing Linea, a CMOS line scan camera that can help you improve your imaging and lower your costs. Linea starts with an advanced CMOS sensor with high quantum efficiency and low noise for better images. Linea is also packed with advanced features to make your machine vision job almost effortless.
Linea uses Teledyne DALSA's own advanced CMOS line scan sensors with high QE and low noise for better image quality. Available in resolutions from 2k to 16k, and now with color options.
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Teledyne DALSA's proprietary TurboDrive™ technology allows Linea GigE to deliver its full image quality at line rates up to 80 kHz—several times faster than competitors—with no changes to your GigE network.
Camera Link® | GigE Vision + TurboDrive |
80 kHz AT 8K RESOLUTION |
80 kHz With TurboDrive Enabled |
See things in a whole new light with Linea's color option. Our bilinear color architecture maximizes color fidelity and image quality better than anything else at its price point, and still takes advantage of the incredible speed and throughput made possible with TurboDrive.
Teledyne DALSA's proprietary TurboDrive™ technology allows Linea GigE to deliver its full image quality at line rates up to 80 kHz—several times faster than competitors—with no changes to your GigE network.
Linea's GigE models can take advantage of its high speed sensor by capturing and buffering high speed bursts faster than GigE allows.
Linea GigE cameras let you change your settings every line and cycle through up to five different user-controlled configurations.
That means for every line you can use a different light source, lighting angle, exposure time, gain, and more to get more information from a single pass with a single camera.
Linea lets you combine short and long exposures to see details in bright and dark areas at the same time.
Linea gives you Multiple Regions of Interest to let you reduce your data transfer and processing load — all of which not only help boost performance but also reduce your system cost.
Camera Type | Line Scan |
Sensor Technology | CMOS |
Supported Interfaces | GigE Vision, Camera Link, Camera Link HS, Gigabit Ethernet |
Spectrum Capability | Visible (400-700 nm), Near Infrared (700-1000 nm) |
Features | TurboDrive, T2IR, Power over Camera Link (PoCL) |
Model | Resolution | Spectrum | Interface | Pixel Size | Max Line Rate |
---|---|---|---|---|---|
Linea Color 2k 26 kHz GigE Part number: LA-GC-02K05B
|
2048 x 2 | Color | GigE Vision | 7.04 µm | 26 kHz |
Linea Mono 2k 52 kHz GigE Part number: LA-GM-02K08A
|
2048 x 1 | Mono | GigE Vision | 7.04 µm |
Standard:
52 kHz
TurboDrive: 80 kHz |
Linea Mono 2k 80 kHz CL Part number: LA-CM-02K08A
|
2048 x 1 | Mono | Camera Link | 7.04 µm | 80 kHz |
Linea Color 4k 13 kHz GigE Part number: LA-GC-04K05B
|
4096 x 2 | Color | GigE Vision | 7.04 µm | 13 kHz |
Linea Mono 4k 26 kHz GigE Part number: LA-GM-04K08A
|
4096 x 1 | Mono | GigE Vision | 7.04 µm |
Standard:
26 kHz
TurboDrive: 80 kHz |
Linea Mono 4k 80 kHz CL Part number: LA-CM-04K08A
|
4096 x 1 | Mono | Camera Link | 7.04 µm | 80 kHz |
Linea Color 4k 48 kHz CL Part number: LA-CC-04K05B
|
4096 x 2 | Color | Camera Link | 7.04 µm | 48 kHz |
Linea Color 8k 48 kHz CL Part number: LA-CC-08K05B
|
8192 x 2 | Color | Camera Link | 7.04 µm | 48 kHz |
Linea Mono 8k 13 kHz GigE Part number: LA-GM-08K08A
|
8192 x 1 | Mono | GigE Vision | 7.04 µm |
Standard:
13 kHz
TurboDrive: 45 kHz |
Linea Mono 8k 80 kHz CL Part number: LA-CM-08K08A
|
8192 x 1 | Mono | Camera Link | 7.04 µm | 80 kHz |
Linea Mono 16k 48 kHz CL Part number: LA-CM-16K05A
|
16384 x 1 | Mono | Camera Link | 3.52 µm | 48 kHz |
Linea Mono 16K 71 kHz CLHS Part number: LA-HM-16K07A
|
16384 x 1 | Mono | Camera Link HS | 3.52 µm | 71 kHz |
Document | Type |
---|---|
Linea 16K Application Note: Camera Link vs. CLHS |
Document | Type |
---|---|
Linea LUT | ZIP |
Document | Type |
---|---|
Linea Camera Link 16K 3D Model | STP |
Linea Camera Link 2k and 4k 3D Model | ZIP |
Linea Camera Link 8k 3D Model | ZIP |
Linea CLHS 16K 3D Model | STP |
Linea GigE 2k and 4k 3D Model | ZIP |
Linea GigE 8k 3D Model | STP |