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16K
linescan camera - Impressive addition Linea ML family
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Back to Line Scan Cameras
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Teledyne
Dalsa unveil Linea ML CLHS 16k linescan camera with fibre optic interface
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Teledyne Dalsa have announced the release of their Linea ML 16k
Monochrome and Colour Linescan Cameras with Camera Link HS (CLHS)
fibre optic interface. The new Linea ML 16k models use the same
Teledyne DALSA multiline CMOS sensors as other ML models and support
a max line rate of 300 kHz.
The new 16K models offer lower system costs by using industry
standard fibre optic cables with LC-connectors. The ability to
transmit across longer fibre cable lengths also reduces costs
by eliminating the need for repeaters. Furthermore, the immunity
of fiber optics to electromagnetic radiation in harsh industrial
environments significantly improves reliability of high-speed
data transmission.
The 16K model release builds on Teledyne Dalsa's award winning
Linea ML family. The ML range leverages Teledyne Dalsa's leading
CMOS sensor technology with affordable multi-line architecture.
The flexibility of this unique multi-line sensor architecture
gives users access to powerful inspection techniques unavailable
in competitive brands including mono/HDR (high dynamic range),
multiline high fidelity colour, multispectral and multi-field
imaging. The Linea ML will expand your existing vision capabilities.
The 16K Linea ML is Teledyne Dalsa's first camera using a native
CLHS fiber optic interface. Along with the benefits of fibre the
ML gives you enhanced sensitivity, increased line rates (up to
300 kHz) and lower noise.
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Benefits
of fibre optic cabling |
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Increased Bandwidth |
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Durability |
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Telecommunications and internet traffic depend on fiber optics to
carry tremendous bandwidth. In fact, optical fibre cabling can carry
double the bandwidth that is provided by copper.
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The same industrial conditions faced by copper cabling can easily
be withstood by Fibre cabling. Fibre can comfortably withstand crumpling,
vibrations, shock, wrapping and bending.
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Photo: |
Fibre optic cabling is not as fragile as once before. In this case
fibre cabling is bent, stapled, scrunched all whilst only conceding
-0.04dB on the power meter.
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Easily Integrated |
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Affordability
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Modern cable systems are readily field installable and field-modifiable.
You can cut, slice and slash, easily pull through long conduits
and install connectors in mere minutes.
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The widespread growth of fibre for computer networks has brought
an appealing pricepoint for fibre cabling. Today, Fibre cabling
can cost less than copper wire.
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Photo: |
Linea ML is Dalsa's first camera with native fiber optics, which
lets you take advantage of low-cost fibre for long cables and immunity
to electrical interference.
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Distance Capability |
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Time is now
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Telecommunications and internet traffic depend on fiber
optics to cross countries and continents - up to thousands of kilometers.
Few machine vision applications require that distance, but optical
fibre cabling certainly opens the door to inspection systems that
have traditionally been limited to cable lengths that max out at
several feet. Relevant to machine vision:
- Camera Link, standard copper: up to 10 m
- Camera Link HS CX4 copper: up to 15 m
- Camera Link HS CX4 Active Optical Cable (fibre): up to 100 m
- SFP+ fiber cables: up to 20,000 m |
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- Many camera and frame grabber manufacturers and suppliers
(including Teledyne DALSA and Adept Turnkey) already offer low cost
direct to fiber interfaces. Furthermore, Adept Turnkey facilitates
the relevent expertise in the area to service your fibre cabled
system.
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Applications |
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Pair
with Xtium2 Frame Grabber for higher frame rates |
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The Xtium2-CLHS Frame Grabber features Teledynes Dalsa's DataTransfer
Engine (DTE) and host based driver to deliver maximum bandwidth
without the need for specialized computer motherboards or chipsets.
By enabling maximum sustained throughput and ready to use image
data, the Xtium2-CLHS FX8 minimizes CPU usage and improves processing
times for host applications.
In addition, the Xtium2 series features enhanced
memory bandwidth to meet the ever-increasing image resolution and
faster frame rates of today’s camera technology. They feature
host transfers of up to 6.8GB/sec and are compatible with Microsoft
Windows 7&10 (32/64-bit), WOW64 and Linux.
The Xtium2 series leverages the PCIe Gen3 x8 platform
to deliver high speed image transfers to host memory without CPU
overhead. Featuring Camera Link HS® interface standards, supports
Active Optic Cable and SFP+ modules, CoaXpress® 12, and Camera
Link.
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Sapera
LT |
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Sapera LT is an image acquisition control software development
toolkit for Teledyne Dalsa's cameras and frame grabbers. Hardware
independent, Sapera offers a rich development system for machine
vision OEMs and system integrators. Sapera supports image acquisition
from cameras and frame grabbers based on standards including GigE
Vision, CameraLink, and CameraLink HS.
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Specifications |
Linea ML Color
8k Fiber 280 kHz |
Linea ML Colour
16k 300 kHz |
Linea ML Trilinear
Color 16k 141 kHz |
Linea ML Mono
8k Fiber 280 kHz |
Linea ML Mono
16k 300 kHz |
Linea ML Mono
16k Fiber 143 kHz |
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Model |
ML-FC08K10T-00-R |
ML-HC-16K10T-00-R |
ML-FC-16K04T-00-R |
ML-FM-08K30H-00-R |
ML-HM-16K30H-00-R |
ML-FM-16K15A-00-R |
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Resolution |
8,192 x 3 pixels |
16,384 x 3 pixels |
16384 x 3 |
8192 x 4 |
16384 x 3 |
16384 x 3 |
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Max Line Rate |
280 kHz |
300 kHz |
141 kHz |
280 kHz |
300 kHz |
143 kHz |
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Pixel Size |
5 x 5 µm |
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read more ... |
Need a price or more application
information? Please email
Adept Turnkey or call our offices
Adept Turnkey Pty Ltd is "The Machine
Vision and Imaging Specialists" and distributor of Teledyne
Dalsa products in Australia and New Zealand.
To find out more about any Teledyne Dalsa product, please call Adept
Turnkey at Perth (08) 9242 5411 / Sydney (02) 9905 5551 / Melbourne
(03) 9384 1775 or contact us online. |
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