NEW
DAXPYCAM-X-POLAR12 DAXPYCAM-X-POLAR12
Industrial Camera, DPCONTROL, USB 3.1, 4112 x 3018, CMOS, Monochrome, Polarization, Global Shutter, 3.45 x 3.45 um, FPGA Family LIFCL, SoC Model Intel Movidius Myriad-X VPU, SoC memory 512/1GB RAM LPDDR4, Frame Rate 60 fps (8bit) - 40...
NEW
DAXPYCAM-LH-12 DAXPYCAM-LH-12
Industrial Camera, DPCONTROL, Thunderbold 3, 4128 x 3072, CMOS, Monochrome, Global Shutter, 2.74 x 2.74 um, Frame Rate 184.8 fps (8bit) - 121 fps (12bit), FREE Space FPGA On-Board, CS-mount, IP54, Thunderbolt 3 connector, 24V 2A power...
NEW
DAXPY-B-IMX290 DAXPY-B-IMX290
Industrial Camera, DPCONTROL, PoE, Sony IMX290, 2.90um, FullHD 1920 x 1080, 30fps, Lens M12, ARM V7 Core, H.264 High Profile Level 5.1, HEVC (H.265) Main profile with Smart GOP, JPEG encoding for still frames, RAW dump up to 2048 × 1156
NEW
DAXPY-B-IMX219 DAXPY-B-IMX219
Industrial Camera, DPCONTROL, PoE, Sony IMX219, 1.12um, FullHD 1920 x 1080, 30fps, Lens M12, ARM V7 Core, H.264 High Profile Level 5.1, HEVC (H.265) Main profile with Smart GOP, JPEG encoding for still frames, RAW dump up to 2048 × 1156
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First introduced in the 1980s, smart cameras or “smart sensors” combine lenses, embedded sensor, processors, interfaces and software together into small, all-in-one vision systems. Besides being inexpensive, their primary advantage is having the on-board computational ability to solve a vision task independently without connection to a host PC. A compact form factor also makes smart cameras easy to fit in tight spaces or to retrofit into an existing process. Since they have few moving parts and do not generate high temperatures, maintenance costs are kept low. Smart camera systems are also typically provided with GUIs for developing a machine-vision inspection program with little or no programming. Smart cameras that integrate fast CPUs may even allow the use of familiar off-the-shelf software packages designed for host-based systems.

It is important to point out that while many consumer cameras have built-in signal and image processing power this does not qualify them as “smart cameras.” What differentiates consumer-level cameras from true smart cameras is their purpose. A smart camera uses an application specific information processing block or “ASIP” running analytics algorithms to make decisions for other devices in an automated system. On the other hand, a consumer camera with embedded processing is solely for personal enjoyment.

First introduced in the 1980s, smart cameras or “smart sensors” combine lenses, embedded sensor, processors, interfaces and software together into small, all-in-one vision systems. Besides being... read more »
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First introduced in the 1980s, smart cameras or “smart sensors” combine lenses, embedded sensor, processors, interfaces and software together into small, all-in-one vision systems. Besides being inexpensive, their primary advantage is having the on-board computational ability to solve a vision task independently without connection to a host PC. A compact form factor also makes smart cameras easy to fit in tight spaces or to retrofit into an existing process. Since they have few moving parts and do not generate high temperatures, maintenance costs are kept low. Smart camera systems are also typically provided with GUIs for developing a machine-vision inspection program with little or no programming. Smart cameras that integrate fast CPUs may even allow the use of familiar off-the-shelf software packages designed for host-based systems.

It is important to point out that while many consumer cameras have built-in signal and image processing power this does not qualify them as “smart cameras.” What differentiates consumer-level cameras from true smart cameras is their purpose. A smart camera uses an application specific information processing block or “ASIP” running analytics algorithms to make decisions for other devices in an automated system. On the other hand, a consumer camera with embedded processing is solely for personal enjoyment.

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