Allied Vision Technologies
Camera Lineup 2013
| 02
Allied Vision Technologies:
Leading in the World of Digital Cameras
Founded in the year 1989, Allied Vision
Technologies (AVT) is a global leading
manufacturer of digital machine vision
cameras. AVT cameras are well suited
for a wide variety of vision applications
including industrial inspection, scientific
and medical imaging, logistics, security,
traffic surveillance and even multimedia
and interactive entertainment.
High-Quality Products and Service
As a global market leader, Allied Vision
Technologies is committed to the highest
quality standards in the industry. All
AVT cameras are manufactured in the
company’s own facilities in Germany
and Canada by highly qualified staff
according to an ISO 9001-certified total
quality management.
Purchasing a camera from AVT also means
relying on first-class service and excellent
world-wide technical support. Selected
distributors in more than 30 countries
and dedicated AVT staff in Europe, NorthAmerica and Asia ensure a high level of
support during the whole life cycle of a
camera.
Cameras for all Applications
AVT offers one of the largest camera
portfolios with digital interfaces in
the market, featuring a large number
of monochrome, color and infraredsensitive sensors in resolutions from
VGA (0.3 MPixels) up to 29 MPixels.
The different camera families provide
a large choice of form factors, image
optimization functions and interfaces
for any application. Beside standard
models for mainstream machine vision
applications, for example, quality
control, the AVT portfolio also includes
SEEING IS BELIEVING.
high-performance cameras in the visible
and non-visible spectrum for demanding
applications such as high-speed, infrared,
medical imaging, or thermal imaging.
AVT cameras come with powerful
Software Development Kits (SDKs) for
several operating systems that ensure
optimal performance and an easy
implementation with the most popular
operating systems and a large number of
third party libraries.
Allied Vision Technologies is also
well recognized in the market as the
specialist for camera customizations.
Thanks to the AVT Modular Concept, a
wide range of modifications such as
angled heads, optical filters, boardlevel versions, medical housings or
alternative cable outlets are available
“à la carte”. Allied Vision Technologies
also has a strong expertise in specific
OEM camera development.
| 03
Contact and Expert Advice
For expert advice on which camera fits
your application best, our experienced
staff will be happy to help you choose the
right camera. Allied Vision Technologies
is represented in more than thirty
countries worldwide. Please find the AVT
branch office and the distributor sales
network in your region on our website:
www.alliedvisiontec.com
Headquarters:
Allied Vision Technologies GmbH
Taschenweg 2a
07646 Stadtroda
Germany
Tel: +49 36428-677-230
Fax: +49 36428-677-28
E-mail: info@alliedvisiontec.com
Allied Vision Technologies Inc.
38 Washington Street
Newburyport, MA 01950 USA
Toll Free number +1-877-USA-1394
Tel: +1 978-225-2030
Fax: +1 978-225-2029
E-mail: info@alliedvisiontec.com
Allied Vision Technologies Asia Pte. Ltd.
82 Playfair Road
#07-02 D’Lithium
Singapore 368001
Tel: +65 6634-9027
Fax: +65 6634-9029
E-mail: info@alliedvisiontec.com
Allied Vision Technologies (Shanghai) Co., Ltd
2-2109 Hongwell International Plaza
1602# ZhongShanXi Road
Shanghai China 200235
Tel: +86 (21) 64861133
Fax: +86 (21) 54233670
E-mail: info@alliedvisiontec.com
Online Camera Selector
AVT’s Online Camera Selector is a
convenient online tool for displaying
and sorting AVT’s cameras according
to your criteria. For example, if you
are looking for a certain sensor model,
the Online Camera Selector shows all
AVT cameras with this sensor at one
glance.
Among others, it is also possible to show
all cameras within a resolution range
(e.g., 3 to 6 Megapixels), or to display all
available cameras with a particular type
of sensor. You can also display cameras
with the spectral range of your choice.
Additionally, all of your preferred
searching criteria may be combined as
requested.
Online Camera Selector on alliedvisiontec.com
http://www.alliedvisiontec.com/emea/camera-selector.html
| 04
The right camera for every application
Simple & Easy
Economical price
VGA to 5 Megapixels
Sony CCD sensors, CMOSIS and Aptina CMOS sensors
Smart & Flexible
Versatile, flexible cameras
VGA to 29 Megapixels
Sony and Truesense (Kodak) CCD sensors, CMOSIS sensors
| 05
Fast & Sharp
High data rates, high speed
VGA to 29 Megapixels
Truesense (Kodak) and Sony CCD sensors, CMOS sensor
Special & Custom
Cooled CCD cameras with Sony and Truesense (Kodak) sensors
NIR/SWIR and LWIR cameras
InGaAs and Microbolometer sensors
| 06
Guppy PRO. Small size, big quality.
Guppy PRO
Very attractive price
Very small
Optocoupled 12-pin I/O
Lightweight, robust metal housing
Guppy PRO
L x W x H = 44.8 x 29 x 29 mm incl. connectors, w/o tripod and lens. Mass 80 g
Model
Interface
Resolution
MPixels
Frame rate
Sensortype
Sensor
Cell size
A/D
F-031B/C
1394b
656 x 492
0.3
123 fps
1/4 CCD
Sony ICX618
5.6 μm
14 bits
n/a
F-032B/C
1394b
656 x 492
0.3
82 fps
1/3 CCD
Sony ICX424
7.4 μm
12 bits
n/a
F-033B/C
1394b
656 x 492
0.3
85 fps
1/2 CCD
Sony ICX414
9.9 μm
14 bits
n/a
F-046B/C
1394b
780 x 580
0.5
62 fps
1/2 CCD
Sony ICX415
8.3 μm
14 bits
n/a
F-095C
1394b
1280 x 720
0.9
38 fps
1/3 CCD
Sony ICX692
4.08 μm
14 bits
n/a
F-125B/C
1394b
1292 x 964
1.2
31 fps
1/3 CCD
Sony ICX445
3.75 μm
14 bits
n/a
F-146B/C
1394b
1388 x 1038
1.4
17 fps
1/2 CCD
Sony ICX267
4.65 μm
12 bits
n/a
F-201B/C
1394b
1624 x 1234
2
14 fps
1/1.8 CCD
Sony ICX274
4.4 μm
12 bits
n/a
F-503B/C
1394b
2588 x 1940
5
13 fps
1/2.5 CMOS
Aptina MT9P031
2.2 μm
12 bits
n/a
Guppy PRO Cameras
Smart Features
The Guppy PRO is AVT’s smallest FireWire camera. It is equipped
with a fast 1394b interface and a 12-bit or 14-bit ADC. Like
all other AVT cameras, the Guppy PRO has a very robust metal
housing with locking screw connectors. Guppy PRO cameras
have an outstanding price/performance ratio.
• AOI, separate AOI for auto features
• Gain, exposure
• Programmable LUT, gamma
• Debayering, color correction
• Binning (b/w, only Guppy PRO F-503: color binning)
• Sub-sampling (b/w)
• Defect pixel correction (only Guppy PRO F-503)
• Image mirror (only Guppy PRO F-503)
Options
• Modular concept:
- Various IR cut/pass filters
- White medical housing
- CS/M12-Mount
- Hirose power: out
Memory
Operating Conditions
Power requirements
Power consumption
Operating temperature
Storage temperature
Regulations
DC 8 V - 36 V via 1394 cable or HIROSE
typ. <3.5 W (@ 12 V DC)
+5 ... +45 °C ambient temperature
-10 ... +70 °C ambient temperature
CE, FCC Class B, RoHS (2002/95/EC)
| 07
Prosilica GC. Compact performance.
Prosilica GC
Fast frame rates
Ultra-compact, lightweight housing
Large choice of CCD and CMOS sensors
Fits a wide range of applications
Prosilica GC
L x W x H = 51-59 x 46 x 33 mm incl. connectors, w/o tripod and lens. Mass < 112 g
Model
Interface
Resolution
MPixels
Frame rate
Sensortype
Sensor
Cell size
A/D
GC650
GigE
659 x 493
0.3
90 fps
1/3 CCD
Sony ICX424
7.4 μm
12 bits
16 MB
GC655
GigE
659 x 493
0.3
119 fps
1/2 CCD
Sony ICX414
9.9 μm
12 bits
16 MB
GC660
GigE
659 x 493
0.3
119 fps
1/4 CCD
Sony ICX618
5.6 μm
12 bits
16 MB
GC750*
GigE
752 x 480
0.4
67 fps
1/3 CMOS
Aptina MT9V022
6.0 μm
10 bits
16 MB
GC780
GigE
782 x 582
0.5
64 fps
1/2 CCD
Sony ICX415
8.3 μm
12 bits
16 MB
GC1020
GigE
1024 x 768
0.8
33 fps
1/3 CCD
Sony ICX204
4.65 μm
12 bits
16 MB
GC1290
GigE
1280 x 960
1.2
32 fps
1/3 CCD
Sony ICX445
3.75 μm
12 bits
16 MB
GC1350
GigE
1360 x 1024
1.4
20 fps
1/2 CCD
Sony ICX205
4.65 μm
12 bits
16 MB
GC1380
GigE
1360 x 1024
1.4
20 fps
2/3 CCD
Sony ICX285
6.45 μm
12 bits
16 MB
GC1380H
GigE
1360 x 1024
1.4
30 fps
2/3 CCD
Sony ICX285
6.45 μm
12 bits
16 MB
GC1600
GigE
1620 x 1220
2
15 fps
1/1.8 CCD
Sony ICX274
4.4 μm
12 bits
16 MB
GC1600H
GigE
1620 x 1220
2
25 fps
1/1.8 CCD
Sony ICX274
4.4 μm
12 bits
16 MB
GC2450
GigE
2448 x 2050
5
15 fps
2/3 CCD
Sony ICX625
3.45 μm
12 bits
16 MB
*Standard version with CS-Mount
Prosilica GC Cameras
Smart Features
The Prosilica GC is a GigE camera with an ultra-compact,
lightweight housing, fast frame rates, and auto-iris control. It
offers a large choice of CCD and CMOS sensors up to 5 Megapixels
and fits a wide range of applications.
• Video-type auto-iris
• Region of Interest
• Gain, exposure
• White balance
• DSP subregion (selectable ROI for auto features)
• Binning (only CCD cameras)
• Image hold
• Recorder mode (pre/post trigger recording)
• StreamBytesPerSecond (easy bandwidth control)
• Event channel
• Chunk data
• Storable user sets
Options
• CS-Mount adapters (CS-Mount not applicable for type 2/3
sensors and larger)
• IR cut filter on monochrome cameras
Operating Conditions
Power requirements
Power consumption
Operating temperature
Storage temperature
Regulations
DC 5 V - 25 V via 12-pin HIROSE
≤ 3.8 W (@ 12 V DC)
+0 ... +50 °C ambient temperature
-10 ... +70 °C ambient temperature
CE, FCC Class A, RoHS (2002/95/EC)
Memory
| 08
Mako. Small size – big quality.
Mako
Fast frame rates
Compact, robust housing
Popular CCD (Sony) and CMOS (CMOSIS) sensors
GigE Vision or USB3 Vision interface
Mako
L x W x H = 61 x 29 x 29 mm incl. connectors, w/o tripod and lens. Mass tba
Model
Interface Resolution
MPixels
Frame rate
Sensortype
Sensor
Cell size
A/D
Memory
G-030B/C*
NEW
GigE
659 x 493
0.3
300 fps
1/3 CMOS
CMOSIS CMV300
7.4 μm
12 bits
64 MB
G-032B/C*
NEW
GigE
656 x 492
0.3
90 fps
1/3 CCD
Sony ICX424
7.4 μm
14 bits
64 MB
G-125B/C*
NEW
GigE
1280 x 960
1.2
30 fps
1/3 CCD
Sony ICX445
3.75 μm
14 bits
64 MB
G-223B/C*
NEW
GigE
2048 x 1088
2
50 fps
2/3 CMOS
CMOSIS CMV2000
5.5 μm
12 bits
64 MB
G-223B NIR* NEW
GigE
2048 x 1088
2
50 fps
2/3 CMOS
CMOSIS CMV2000
5.5 μm
12 bits
64 MB
G-419B/C*
NEW
GigE
2048 x 2048
4
25 fps
1/1 CMOS
CMOSIS CMV4000
5.5 μm
12 bits
64 MB
G-419B NIR * NEW
GigE
2048 x 2048
4
25 fps
1/1 CMOS
CMOSIS CMV4000
5.5 μm
12 bits
64 MB
*All data for these cameras are preliminary
Mako Cameras
Smart Features
The Mako is a compact mainstream machine vision camera with
an excellent price/performance ratio. It includes the latest
fast and sensitive sensors, a high-quality robust housing, and
PoE. Optocoupled I/Os (1 in, 3 out) ensure an easy integration.
Mako cameras will be available both with GigE and USB3 Vision
interface.
• Region of Interest Readout
• Gain, exposure
• White balance
• DSP subregion (selectable ROI for auto features)
• LUT
• Binning (only CCD cameras)
• Image hold
• Recorder mode (pre/post trigger recording)
• StreamBytesPerSecond (easy bandwidth control)
• Event channel
• Chunk data
• Storable user sets
Options
• Modular concept:
- Various IR cut/pass filters
- White medical housing
Operating Conditions
Power requirements
Power consumption
Operating temperature
Storage temperature
Regulations
DC 8 V - 24 V via HIROSE or PoE
tba (@ 12 V DC)
+5 ... +45 °C ambient temperature
-10 ... +70 °C ambient temperature
CE, FCC Class B, RoHS (2002/95/EC)
| 09
Stingray. Transformer camera.
Stingray
Excellent image quality
Advanced feature set
Modular design: Large choice of variants
Board level versions available
Stingray
L x W x H = 72.9 x 44 x 29 mm incl. connectors, w/o tripod and lens. Mass 92 g
Model
Interface
Resolution
MPixels
Frame rate
Sensortype
Sensor
Cell size
A/D
Memory
F-033B/C
1394b
656 x 492
0.3
84 fps
1/2 CCD
Sony ICX414
9.9 μm
14 bits
32 MB
F-046B/C
1394b
780 x 580
0.5
61 fps
1/2 CCD
Sony ICX415
8.3 μm
14 bits
32 MB
F-080B/C
1394b
1032 x 776
0.8
31 fps
1/3 CCD
Sony ICX204
4.65 μm
14 bits
32 MB
F-125B/C
1394b
1292 x 964
1.2
30 fps
1/3 CCD
Sony ICX445
3.75 μm
14 bits
32 MB
F-145B/C
1394b
1388 x 1038
1.4
16 fps
2/3 CCD
Sony ICX285
6.45 μm
14 bits
32 MB
F-146B/C
1394b
1388 x 1038
1.4
15 fps
1/2 CCD
Sony ICX267
4.65 μm
14 bits
32 MB
F-201B/C
1394b
1624 x 1234
2
14 fps
1/1.8 CCD
Sony ICX274
4.4 μm
14 bits
32 MB
F-504B/C
1394b
2452 x 2056
5
9 fps
2/3 CCD
Sony ICX655
3.45 μm
14 bits
64 MB
Stingray Cameras
Smart Features
The Stingray is a versatile, powerful FireWire camera even for
challenging applications. Its modular and flexible design
provides a large choice of variants. Stingray cameras have an
excellent image quality and incorporate an advanced set of
real-time features.
• AOI, separate AOI for auto features
• Programmable LUT, white balance, hue, saturation
• Gain, exposure
• Debayering, color correction
• Shading correction
• High SNR mode (up to 24 dB better signal-to-noise ratio)
• Sub-sampling, binning (b/w)
• Low-noise binning mode
• Defect pixel correction
• Sequence mode (changes the camera settings on the fly)
• Image mirror
• Deferred image transport
• SIS (Secure Image Signature, enhanced time stamp)
• Storable user settings
Options
• Board level versions available
• Modular concept:
- Various IR cut/pass filters
- CS/M12-Mount
- Angled head
- Hirose power: out
- 1394b connectors: 2 x copper or 1 x GOF, 1 x copper
- Compact housing version
- White medical housing
- Removed cover glass (Stingray F-145 only)
Operating Conditions
Power requirements
Power consumption
Operating temperature
Storage temperature
Regulations
DC 8 V - 36 V via 1394 cable or HIROSE
typ. < 4 W (@ 12 V DC)
+5 ... +45 °C ambient temperature
-10 ... +70 °C ambient temperature
CE, FCC Class B, RoHS (2002/95/EC)
| 10
Manta. Industrial flexibility.
Manta
Very economical price
Three programmable 12-bit LUTs, color correction
Modular design, large choice of housing variants
Power over Ethernet option (PoE), RS232 included
Manta
L x W x H = 86.4 x 44 x 29 mm incl. connectors, w/o tripod and lens. Mass < 200 g
Model
Interface Resolution
MPixels Frame rate
Sensortype
Sensor
Cell size
A/D
Memory
G-031B/C
GigE
652 x 492
0.3
125 fps
1/4 CCD
Sony ICX618
5.6 μm
14 bits
32 MB
G-032B/C
GigE
656 x 492
0.3
80 fps
1/3 CCD
Sony ICX424
7.4 μm
12 bits
32 MB
G-033B/C
GigE
656 x 492
0.3
88 fps
1/2 CCD
Sony ICX414
9.9 μm
14 bits
32 MB
G-046B/C
GigE
780 x 580
0.5
67 fps
1/2 CCD
Sony ICX415
8.3 μm
14 bits
32 MB
G-095C
GigE
1292 x 734
0.9
40 fps
1/3 CCD
Sony ICX692
4.08 μm
14 bits
32 MB
G-125B/C
GigE
1292 x 964
1.2
30 fps
1/3 CCD
Sony ICX445
3.75 μm
14 bits
32 MB
G-145B/C (-30fps)
GigE
1388 x 1038
1.4
16/31 fps
2/3 CCD
Sony ICX285
6.45 μm
14 bits
32 MB
G-145B NIR
GigE
1388 x 1038
1.4
15 fps
2/3 CCD
Sony ICX285
6.45 μm
14 bits
32 MB
G-146B/C
GigE
1388 x 1038
1.4
17 fps
1/2 CCD
Sony ICX267
4.65 μm
14 bits
32 MB
G-201B/C (-30fps)
GigE
1624 x 1234
2
14/30 fps
1/1.8 CCD
Sony ICX274
4.4 μm
14 bits
32 MB
G-223B/C *
NEW
GigE
2048 x 1088
2.2
50 fps
2/3 CMOS
CMOSIS CMV2000
5.5 μm
12 bits
128 MB
G-223B NIR* NEW
GigE
2048 x 1088
2.2
50 fps
2/3 CMOS
CMOSIS CMV2000
5.5 μm
12 bits
128 MB
G-282B/C *
NEW
GigE
1936 x 1458
2.8
30 fps
1/1.8 CCD
Sony ICX687
3.69 μm
14 bits
128 MB
G-283B/C *
NEW
GigE
1936 x 1458
2.8
30 fps
2/3 CCD
Sony ICX674
4.54 μm
14 bits
128 MB
G-419B/C *
NEW
GigE
2048 x 2048
4.2
25 fps
1/1 CMOS
CMOSIS CMV4000
5.5 μm
12 bits
128 MB
G-419B NIR* NEW
GigE
2048 x 2048
4.2
25 fps
1/1 CMOS
CMOSIS CMV4000
5.5 μm
12 bits
128 MB
G-504B/C
GigE
2452 x 2056
5
9 fps
2/3 CCD
Sony ICX655
3.45 μm
14 bits
32 MB
G-505B/C*
NEW
GigE
2452 x 2056
5
15 fps
2/3 CCD
Sony ICX625
3.45 μm
14 bits
32 MB
G-609B/C*
NEW
GigE
2752 x 2206
6
15 fps
1/1 CCD
Sony ICX694
4.54 μm
14 bits
128 MB
G-917B/C*
NEW
GigE
3384 x 2710
9
10 fps
1/1 CCD
Sony ICX814
3.69 μm
14 bits
128 MB
*All data for these cameras are preliminary
Manta cameras are optionally available with PoE
(Power over Ethernet)
| 11
Manta Cameras
Smart Features
The Manta is a very economically priced GigE camera. Equipped
with programmable LUTs and sophisticated color correction
algorithms, the Manta outperforms other GigE cameras in this
price class. In addition, board level versions as well as modular
options are available. The robust metal housing features optimal
quality to ensure a long lifetime.
• Video-type auto-iris
• ROI (Region of Interest Readout)
• Gain, exposure, white balance
• DSP subregion (selectable ROI for auto features)
• Hue, saturation, sharpness
• Three programmable LUTs, gamma
• Binning, decimation/sub-sampling (not Manta G-032B/C)
• Image hold
• StreamBytesPerSecond (easy bandwidth control)
• Event channel, chunk data
• Recorder mode (pre/post trigger recording)
• Five storable user sets
Options
• Board level versions available
- Remote sensor head, cable length up to 200 mm
• Modular concept:
- Various IR cut/pass filters
- CS/M12-Mount adapters
- Angled head
- White medical housing
- Power over Ethernet
- Removed cover glass (Manta G-145 only)
The AVT Modular Concept
In addition to a comprehensive
selection of standard cameras,
AVT also offers customized
cameras. Many customizing
requirements can be covered
by the Modular Concept, which
provides options to change the
camera‘s form factor, optical
filters, and some other options
like PoE (Power over Ethernet),
angled heads, or several lens
mounts. The Modular Concept
is available for all AVT cameras.
Each camera family offers
different modular options.
Benefits:
• Reduces customizing effort
• Permits immediate orders
• Leads to quick delivery times
• Offers transparent pricing
• Optimizes the cameras for
your needs
Operating Conditions
Power requirements
Power consumption
Operating temperature
Storage temperature
Regulations
DC 8 V - 30 V via 12-pin HIROSE/PoE
< 3.6 W; 30fps/PoE <4.6 W (@ 12 V DC)
+0 ... +45 °C ambient temperature
-10 ... +70 °C ambient temperature
CE, FCC Class B, RoHS (2002/95/EC)
| 12
Prosilica GT. Weather persistent.
Prosilica GT
Wide operating temperature range
High sensitivity and high speed
P-iris and DC auto iris lens control
PoE (Power over Ethernet), RS232 included
Prosilica GT
L x W x H = see below* incl. connectors, w/o tripod and lens. Mass 210 -372 g
Model
Interface Resolution
MPixels
Frame rate Sensortype
Sensor
Cell size
A/D
Memory
GT1290
GigE
1280 x 960
1.2
33 fps
1/3 CCD
Sony ICX445
3.75 μm
14 bits
128 MB
GT1380
GigE
1360 x 1024
1.4
30 fps
2/3 CCD
Sony ICX285
6.45 μm
14 bits
128 MB
GT1600
GigE
1620 x 1220
2
25 fps
1/1.8 CCD
Sony ICX274
4.4 μm
14 bits
128 MB
GigE
1600 x 1200
1.9
62 fps
2/3 CCD
Truesense KAI-02050
5.5 μm
14 bits
128 MB
GT1910
GigE
1920 x 1080
2
57 fps
2/3 CCD
Truesense KAI-02150
5.5 μm
14 bits
128 MB
GT1920
GigE
1936 x 1456
2.8
40 fps
2/3 CCD
Sony ICX674
4.54 μm
14 bits
128 MB
GT2000** NEW
GigE
2048 x 1088
2.2
53 fps
2/3 CMOS
CMOSIS CMV2000
5.5 μm
12 bits
128 MB
GT2050** NEW
GigE
2048 x 2048
4.2
28 fps
1/1 CMOS
CMOSIS CMV4000
5.5 μm
12 bits
128 MB
GT2300
GigE
2336 x 1752
4
29 fps
1/1 CCD
Truesense KAI-04050
5.5 μm
14 bits
128 MB
GT2450
GigE
2448 x 2050
5
15 fps
2/3 CCD
Sony ICX625
3.45 μm
14 bits
128 MB
GT2750
GigE
2750 x 2200
6
19 fps
1/1 CCD
Sony ICX694
4.54 μm
14 bits
128 MB
GT3300
GigE
3296 x 2472
8
14 fps
4/3 CCD
Truesense KAI-08050
5.5 μm
14 bits
128 MB
NEW
GigE
3384 x 2704
9.2
12 fps
1/1 CCD
Sony ICX814
3.69 μm
14 bits
128 MB
GT4100** NEW
GigE
4096 X 3072
12.6
7.5 fps
APS-C CMOS
CMOSIS CMV12000
5.5 μm
12 bits
128 MB
GT4905** NEW
GigE
4896 X 3264
16
7.5 fps
APS-H CCD
Truesense KAI-16050
5.5 μm
14 bits
128 MB
GT4907** NEW
GigE
4896 x 3232
15
7.6 fps
35 mm CCD
Truesense KAI-16070
7.4 μm
14 bits
128 MB
GT6600** NEW
GigE
6576 x 4384
29
4 fps
35 mm CCD
Truesense KAI-29050
5.5 μm
14 bits
128 MB
GT1660
GT3400
NEW
* L x W x H = 86-92 x 53.3 x 33 mm (GT1290 ... GT2750); 121 x 59.7 x 59.7 mm (GT3300); 96 x 66 x 53.3 mm (GT4905 ... GT6600)
**All data for these cameras are preliminary
Most Prosilica GT cameras feature DC and P-iris
auto-iris lens control. Users can control and
automate the iris position via the GigE interface.
P-iris relies on stepper motors with reproducable
positions. P-iris enables remote adjustment of
the lens F-number to optimize the iris opening
during changing lighting conditions.
| 13
Prosilica GT Cameras
Operating Conditions
The Prosilica GT is prepared to face the elements. Designed for
ITS and outdoor imaging in extreme temperatures as well as
fluctuating lighting conditions, the GT is geared up with a
rugged, thermally engineered housing and motorized lens
control. It’s also packing the most sensitive Sony EXview
HAD CCD sensors, CMOSIS sensors, fast Truesense sensors, an
advanced feature set, and a Power over Ethernet connection.
Power requirements
Power consumption
Operating temperature
Storage temperature
Regulations
Smart Features
• Auto iris (P-iris and DC iris) (except for GT4100,
GT4905, GT4907, and GT6600)
• Gain, exposure
• White balance
• Gamma
• Binning
• Stream hold
• Clock synchronization (PTP IEEE 1588)
• StreamBytesPerSecond (easy bandwidth control)
• Event channel
• Chunk data
• Recorder mode (pre/post trigger recording)
• Storable user sets
DC 7 V - 25 V via 12-pin HIROSE/PoE
≤ 6.6 W (@ 12 V DC)
-20 ... +60 °C ambient temperature
-20 ... +70 °C ambient temperature
CE, FCC Class A, RoHS (2002/95/EC)
| 14
Pike. High-end FireWire.
Pike
VGA to 16 Megapixels
Fast frame rates
Advanced feature set
Modular design: Large choice of variants
Pike
L x W x H = 96.8 x 44 x 44 mm incl. connectors, w/o tripod and lens. Mass = 250 g
Model
Interface
Resolution
MPixels
Frame rate
Sensortype
Sensor
Cell size
A/D
Memory
F-032B/C
1394b
640 x 480
0.3
208 fps
1/3 CCD
Truesense KAI-0340
7.4 μm
14 bits
64 MB
F-100B/C
1394b
1000 x 1000
1
60 fps
2/3 CCD
Truesense KAI-1020
7.4 μm
14 bits
64 MB
F-145B/C
1394b
1388 x 1038
1.4
30 fps
2/3 CCD
Sony ICX285
6.45 μm
14 bits
64 MB
F-210B/C
1394b
1920 x 1080
2
31 fps
1.0 CCD
Truesense KAI-2093
7.4 μm
14 bits
64 MB
F-421B/C
1394b
2048 x 2048
4.2
16 fps
1.2 CCD
Truesense KAI-04022
7.4 μm
14 bits
64 MB
F-505B/C
1394b
2452 x 2054
5
15 fps
2/3 CCD
Sony ICX625
3.45 μm
14 bits
64 MB
F-1100B/C*
1394b
4008 x 2672
11
5 fps
35 mm CCD
Truesense KAI-11002
9.0 μm
14 bits
256 MB
F-1600B/C*
1394b
4872 x 3248
16
3 fps
35 mm CCD
Truesense KAI-16000
7.4 μm
14 bits
256 MB
* F-Mount housing, L x W x H = 137 x 60 x 60 mm. Mass = 380 g
Pike Cameras
Smart Features
Pike cameras include fast Truesense sensors and a rich set of
advanced real-time features. The Pike is a very fast IEEE 1394b
camera for demanding applications. Pike cameras are available
both with daisy-chain copper ports and with copper/GOF (glass
optical fiber) ports.
• Switchable tap readout (only Pike F-1100 and Pike F-1600)
• AOI, separate AOI for auto features
• Programmable LUT
• White balance, hue, saturation
• Gain, exposure
• Color correction
• Shading correction
• High SNR mode (up to 24 dB better signal-to-noise ratio)
• Smear reduction (not Pike F-1100/F-1600)
• Defect pixel correction (only Pike F-1100/F1600)
• Sub-sampling, 2x - 8x binning (b/w)
• Sequence mode (changes the image settings on the fly)
• Image mirror
• Deferred image transport
• SIS (Secure Image Signature, enhanced time stamp)
• Storable user settings
Options
• Modular concept:
- Various IR cut/pass filters
- F-Mount (F-032 only: CS-Mount, M12-Mount)
- Pike F-1100/F-1600: M42/M58-Mount
- Angled head, white medical housing
- Hirose power: out
- 1394b connectors: 2 x copper or 1 x GOF, 1 x copper
• Sensor variants: Taped cover glass w/o microlenses, fixed
quartz cover glass w/o microlenses available for some models
Operating Conditions
Power requirements
Power consumption
Operating temperature
Storage temperature
Regulations
DC 8 V - 36 V via 1394 cable or HIROSE
typ. < 4 W @ 12 V DC, < 6 W (11/16 MP)
+5 ... +50 °C housing temperature
-10 ... +70 °C ambient temperature
CE, FCC Class B, RoHS (2002/95/EC)
| 15
Prosilica GX. Shift up to double speed.
Prosilica GX
High resolution with very fast frame rates
LAG (Link Aggregation Group) technology
3-axis motorized lens control and auto-iris controls
Latest Truesense and Sony CCD sensors
Prosilica GX
L x W x H (C-Mount) = 107-108 x 53.3 x 33 mm incl. connectors, w/o tripod and lens. Mass = 269-365 g
Model
Interface
Resolution
MPixels
Frame rate
Sensortype
Sensor
Cell size
A/D
Memory
GX1050
GigE*
1024 x 1024
1
112 fps
1/2 CCD
Truesense KAI-01050
5.5 μm
14 bits
128 MB
GX1660
GigE*
1600 x 1200
2
66 fps
2/3 CCD
Truesense KAI-02050
5.5 μm
14 bits
128 MB
GX1910
GigE*
1920 x 1080
2
63 fps
2/3 CCD
Truesense KAI-02150
5.5 μm
14 bits
128 MB
GX1920
GigE*
1936 x 1456
2.8
40 fps
2/3 CCD
Sony ICX674
4.54 μm
14 bits
128 MB
GX2300
GigE*
2336 x 1752
4
32 fps
1/1 CCD
Truesense KAI-04050
5.5 μm
14 bits
128 MB
GX2750
GigE*
2750 x 2200
6
20 fps
1/1 CCD
Sony ICX694
4.54 μm
14 bits
128 MB
GX3300
GigE*
3296 x 2472
8
17 fps
4/3 CCD
Truesense KAI-08050
5.5 μm
14 bits
128 MB
GX6600**
GigE*
6576 x 4384
29
4 fps
35 mm CCD
Truesense KAI-29050
5.5 μm
14 bits
128 MB
*Double-speed GigE Vision interface (240 MB/s)
**Housing with F-Mount, note: larger dimensions, including the mount (diameter = 60 mm, L = 136 mm)
Prosilica GX Cameras
Options
The Prosilica GX, with its double-speed GigE interface, is the
first GigE Vision camera to feature LAG technology. Additional
features include 3-axis motorized lens control as well as videotype auto-iris control.
• CS-Mount (only GX1050)
• F-Mount (only GX1050, GX1660, GX1910, GX1920, GX2300)
• EF-Mount adapter
• Taped cover glass w/o or with microlenses (not for GX1050
and GX1920)
• IR cut filter on monochrome cameras
Smart Features
• LAG Technology - 240 MByte/s
• 3-axis motorized lens control (zoom, focus, and iris)
• Video-type auto-iris
• Region of Interest Readout
• Gain, exposure
• White balance
• DSP subregion (selectable ROI for auto features)
• Binning
• Image hold
• StreamBytesPerSecond (easy bandwidth control)
• Event channel
• Chunk data
• Recorder mode (pre/post trigger recording)
• Storable user sets
LAG Technology
LAG = Link Aggregation Group (IEEE 802.3ad)
The LAG technology has been used in IT networking for years
and is supported by a wide range of standard Ethernet hardware
(switches, interface cards, etc.). When the camera is connected
by two cables to the host computer, it sees the camera as one
connection at twice the normal speed (240 MB/s). The Prosilica
GX can also operate using a single standard CAT-5e Ethernet
cable at 120 MB/s.
Operating Conditions
Power requirements
Power consumption
Operating temperature
Storage temperature
Regulations
DC 5 V - 24 V via 12-pin HIROSE
≤ 7.6 W (@ 12 V DC)
+0 ... +50 °C ambient temperature
-10 ... +70 °C ambient temperature
CE, FCC Class A, RoHS (2002/95/EC)
| 16
Bonito. High speed, high resolution.
Bonito
Highly flexible in speed and resolution
Sensitive CMOS sensor with global shutter
Very compact and lightweight
Robust metal housing for industrial use
Bonito
L x W x H (C-Mount) = 44.2 x 80 x 70 mm incl. connectors, w/o tripod and lens. Mass 360 g
Model
Interface
Resolution
MPixels
Frame rate Sensortype
Cell size
Sensitive area
A/D
CL-400B/C
2 x 10-tap Camera Link Full+
2320 x 1726
4
386 fps
4/3 CMOS
7 μm
16.24 x 12.08 mm
10 bits
CL-400B/C 200 fps 1 x 10-tap Camera Link Full+
2320 x 1726
4
193 fps
4/3 CMOS
7 μm
16.24 x 12.08 mm
10 bits
Bonito Cameras
Smart Features
The Bonito is a prime quality high speed camera. It includes
a very sensitive global shutter CMOS sensor and suits for fast
image acquisition of still and moving objects. Bonito cameras
are the perfect choice for applications requiring fast frame rates
and excellent image quality. Their robust and lightweight metal
housing is designed for industrial use.
• Region of Interest
• Fixed pattern noise (FPN) correction
• Digital gain (selects 8 out of 10 bits for output)
• Exposure time ≥ 1.5 μs
• Off set (brightness)
• Particle image velocimetry (PIV) mode - image capturing
with < 800 ns between two frames
Options
• Available with C-/F-/EF-Mount
Operating Conditions
Power requirements
Power consumption
Operating temperature
Storage temperature
Regulations
DC 12 V via 15-pin D-Sub interface
4.2 W (@ 12 V DC)
0 ... +45 °C ambient temperature
-30 ... +70 °C ambient temperature
CE, RoHS (2002/95/EC)
| 17
Bigeye. Keep cool.
Bigeye
Dual-level Peltier cooling
Low-noise imaging with very long exposure times
Versions with optimized NIR sensitivity available
Comprehensive I/O functionality
Bigeye
L x W x H = 101-133 x 90 x 99-109 mm incl. connectors, w/o tripod and lens. Mass 1250-1390 g
Model
Interface
Resolution
MPixels Frame rate
Sensortype
Sensor
Cell size
A/D
G-132B Cool
GigE
1280 x 1024
1.3
12.5 fps
2/3 CCD
Sony ICX285
6.45 μm
12 bits
G-132B NIR Cool
GigE
1280 x 1024
1.3
12.5 fps
2/3 CCD
Sony ICX285
6.45 μm
12 bits
G-283B Cool NEW
GigE
1928 x 1452
2.8
5.7 fps
2/3 CCD
Sony ICX674
4.54 μm
14 bits
G-629B Cool
GigE
3072 x 2048
6
0.67 fps
35 mm CCD
Truesense KAF-6303E
9.0 μm
14 bits
G-629B NIR Cool
GigE
3072 x 2048
6
0.67 fps
35 mm CCD
Truesense KAF-6303E
9.0 μm
14 bits
G-1100B Cool
GigE
4024 x 2680
11
1.58 fps
35 mm CCD
Truesense KAI-11002
9.0 μm
14 bits
Bigeye Cameras
Operating Conditions
The Bigeye is a prime quality low noise CCD camera. It satisfies
even the highest expectations for excellent image quality. The
Peltier cooling provides for an excellent signal-to-noise-ratio
even with very long exposure times. Bigeye cameras are ideal for
very demanding applications, like low light microscopy or nondestructive evaluation of photosensitive objects.
Power requirements
Power consumption
Operating temperature
Storage temperature
Regulations
Bigeye NIR Cameras
The spectral ranges of Bigeye NIR cameras are optimized for
both the visible spectrum and the NIR spectrum. They allow to
realize demanding applications with just one camera.
Peltier Cooling
Cooling the sensor to a stabilized temperature results in a lower
dark current and thus an improved image quality.
• G-132B (NIR) Cool: -20 °C
• G-283B Cool: -10 °C
• G-629B (NIR): +5 °C
• G-1100B Cool: 0 °C
Smart Features
• Gain
• Exposure time > 60 minutes
• Binning
• Three LUTs
• Gamma
• Five storable user sets
DC 12 V via Mini D Ribbon interface
Typ. <18 W, max. 37 W (@ 12 V DC)
0 ... +35 °C ambient temperature
-30 ... +70 °C ambient temperature
CE, RoHS (2002/95/EC)
| 18
Pearleye. See the heat.
Pearleye
Uncooled microbolometer sensors, LWIR 8 - 14 μm
NETD < 80 mK @ 30 °C with f/1.0 lens
Built-in real-time image correction
Temperature measurement range -20° C to +80° C
Pearleye
L x W x H = 133.7 x 90 x 86 mm incl. connectors, incl. lens. Mass 790-830 g
Model
Interface
Resolution
Frame rate
Sensor
P-007 LWIR*
GigE
320 x 240
40 fps
Microbolometer
P-030 LWIR**
GigE
640 x 480
24 fps
Microbolometer
*Standard lens: 18 mm f/1.0, field of view 35° x 26°
Cell size
Sensitive area
A/D
ULIS UL 03 08 1
35 μm
11.2 mm x 8.4 mm
14 bits
ULIS UL 04 17 1
25 μm
16 mm x 12 mm
14 bits
**Standard lens: 18 mm f/1.0, field of view 47.9° x 36.9°
Pearleye LWIR Cameras
Smart Features
Pearleye LWIR cameras are distinguished by their uncooled
microbolometer sensors and a temperature reference element.
With their maintenance-free sensors, the built-in long-life
calibration shutter and the many image correction features,
Pearleye cameras are ideally suited for industrial and scientific
demands.
• On-chip high gain mode
• Shipped with various built-in correction data sets:
- Bad pixel correction
- Non-uniformity correction (NUC)
- Drift compensation
- Temperature linearization via LUT
• Long-life electromechanical shutter for background
correction in the field
Applications
• Non-contact temperature measurements
• Industrial inspection and quality control
• Non-destructive testing
• Thermal vision (surveillance, early fire detection)
• Medical imaging
• Science and research
• Laser beam profiling
• Paper recycling, waste sorting
Options
• Other lenses available on request
• Pearleye P-007 LWIR High Temp: 0 °C to +200 °C
• Other temperature ranges on request
Operating Conditions
Power requirements
Power consumption
Operating temperature
Storage temperature
Regulations
DC 12 V via 15-pin D-Sub interface
≤ 18 W (@ 12 V DC)
+15 ... +50 °C internal sensor temp.
-30 ... +70 °C ambient temperature
CE, RoHS (2002/95/EC)
| 19
Goldeye. Infrared sees more.
Goldeye
InGaAs NIR/SWIR sensors, spectral response 900 - 1700 nm
14-bit digital processing
Robust metal housing for industrial use
Peltier cooling for high-quality imaging and long exposure
Goldeye
L x W x H (C-Mount) = 71-116 x 90 x 71-99 mm incl. connectors, w/o tripod and lens. Mass 600-1420 g
Model
Interface
Resolution
Frame rate
Sensor
Cell size
Sensitive area
A/D
P-008 SWIR
GigE
320 x 256
118 fps
InGaAs
30 μm
9.6 mm x 7.68 mm
14 bits
P-032 SWIR
GigE
636 x 508
30 fps
InGaAs
25 μm
15.9 mm x 12.7 mm
14 bits
Goldeye SWIR Cameras
Options and Cooling
Goldeye SWIR cameras incorporate high-performance InGaAs
sensors. They are very sensitive in the NIR/SWIR spectrum, show
excellent linearity, and tolerate intense illumination. Thanks
to the 14-bit processing and the numerous image correction
features, Goldeye cameras produce an outstanding, low-noise
image quality.
• Optional Camera Link interface (Goldeye CL-008 NIR, CL-032 NIR)
• Optional F-Mount (only Goldeye P/CL-032)
• Peltier cooling:
- Goldeye P-008: 0°C
- Goldeye P-032: -5°C
- Only Goldeye P/CL-008: cost effective version without
Peltier cooling
Applications
• Thermal imaging of hot objects (> 200 °C)
• Water or moisture detection
• IR-spectroscopy
• Laser beam profiling
• Solar cell and semiconductor inspection
• Vision enhancement
• Plastic sorting
• Medical science and biology
Smart Features
• Gain
• Exposure time 5 μs - 1 s
• On-chip high gain mode
• Shipped with built-in correction data sets:
- Non-uniformity correction (NUC)
- Bad pixel correction
• Background correction
Operating Conditions
Power requirements
Power consumption
Operating temperature
Storage temperature
Regulations
DC 12 V via 15-pin D-Sub interface
≤ 18 - 37 W
0 ... +40° C ambient temperature
-30 ... +70° C ambient temperature
CE, RoHS (2002/95/EC)
Allied Vision Technologies GmbH
Taschenweg 2a
07646 Stadtroda
Germany
info@alliedvisiontec.com
www.alliedvisiontec.com
© Copyright Allied Vision Technologies GmbH Germany. Printed in Germany 1/2013 V8.0.1
AVT assumes no liability for errors or omissions.