![]() The line scan cameras are the new taste of the market due to their multiple advantages over conventional area scan and frame cameras. This series enables low noise image capturing in consort with high speed to meet all the quality control requirements pertaining to inspection, production control and sorting. It provides next level image resolution powered with ultra-high-speed image processing with minimal operational costs. Moreover, these cameras have set new milestones of precision imaging in combination with ruthless processing efficiency for capturing fast moving objects in the blink of an eye. Let us throw some light into the distinguishing features of distinct manufacturers catering the same market. Emergent Vision Technologies ( EVT) The prominent leading names among industrial camera manufacturers is of Emergent Vision Technologies (EVT) who constantly believe in bringing innovation combined with latest technology revolutions. Emergent Vision Technologies (EVT) has pioneered in giving new direction to its industrial base by introducing new LR-8K series of line scan cameras powered by E2V Elite CMOS image sensors (8K) yielding true 8K vision with multi-linear scans. These high-speed cameras cater the high speed inspection needs of demanding imaging applications by opening new imaging possibilities like never before. To enable seamless functioning of processes alongside high precision performance and low noise imaging, the new LR-8K series with global shutter CMOS technology provides the perfect solution to coup with ultra-high-speed environments. For more information, visit: https://emergentvisiontec.com/products/pace-line-scan-camera-series/ Teledyne DALSA When it comes to the list of world renowned industrial camera manufacturers, the name of Teledyne DALSA can’t be undermined. With over forty years of imaging experience, Teledyne DALSA maintains its machine vision market by remaining the key supplier of quality camera products including CMOS and CCD sensors. The line scan series comprises of a diverse portfolio of leading class cameras designed and manufactured by Teledyne for suiting varied needs of machine vision applications. For instance, ELiiXA+ family is a multi-line CMOS based camera with matchless 200,000 lines of highly sensitive pixels. While single line UNiiQA+ family CMOS camera constitutes cost-effectiveness with highly sensitive pixels. The ELiiXA family is for demanding applications utilizing latest CCD sensors with multi-wavelength detection feature. Furthermore, the AViiVA family delivers the state-of-the-art performance for demanding machine vision applications and DiViiNA family based on simple functionality caters mid-range applications by providing robust CMOS solutions for achieving perfect image quality. All in all, line scan cameras represent the perfect fit of high resolution imaging combined with ultra-high speed to complement machine vision applications at a high line of frequency.
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![]() Digital Industrial Cameras To levitate the performance of digital industrial cameras, GigE Vision cameras based on the standard interface introduced in 2006 are the future of this technological era. These cameras are based over Ethernet networks for transmitting high speed data by means of Gigabit Ethernet communication protocol. The low-cost standard cables allow fast data transmission rates over long cable lengths to digitize the image of the camera. Many industrial camera manufacturing companies have introduced GigE Vision compliant products by widely adopting GigE Vision interface for materializing the payback of high bandwidth, low cost integration, standard connectors, fast data transmission speed and uncompromised data transfers. Amazing Transfer Rates The GigE Vision cameras are imaging cameras designed specifically for rendering fast data transfer rate requirements of demanding imaging applications. These cameras based on Gigabit Ethernet technology offer amazing transfer rates up to 1000 Mb/s and comprise of long cable lengths spread over long distances for interfacing with multiple computer systems by using GigE ports. The best highlight of GigE Vision cameras is the ravishing 10 GigE cameras based on 10 Gigabit Ethernet (10GigE) interface. The latest interface serves the purpose of varied machine vision applications by offering 10-fold increase in terms of frame rates and data rates as compared to standard GigE interface for leveraging the benefits in the field of military, data communications, industrial and telecom etc. Least Cost Performance With these high-speed cameras, the limit of interface devices that can be connected is beyond imagination as they allow for large networked cameras to function effectively within a common setup without any interruption. The GigE Vision standard as utilized in these cameras, is unsurpassed for least cost performance in terms of deploying, designing and maintaining high speed video applications. The unmatchable cost performance combined with perfect length of cable is effective for preventing data loss and detecting errors in real time as compared to CameraLink and other interfaces. The performance reliability as offered by these cameras eliminates the need for buffered bursts, latency compression and complicated link aggregation due to superior bandwidth resultantly leading to low-cost, low latency, high image quality and high frame rates all based on a single cable. All in all, the GigE Vision cameras greatly reduces the cost of expensive pre-made cables, frame grabbers and data loss by providing real time ideal solution to networked video applications along with superior data transmission speeds. Seamless Operation
Two things are of immense importance for superlative functioning of machine vision cameras i.e. seamless operation and high-fidelity images. The new 10 GigE cameras follow these principles by offering supreme image fidelity by responding faster than any other camera. They further entail high resolution by being equipped with latest generation of sensors for latency compression, buffered bursts and link aggregation systems. They also constitute latest 10 GigE interfaces with superior bandwidth which uses one cable for delivering high dynamic range, high frame rates, high resolution and low latency. The ultra-fast speed as offered by these flexible cameras has set new standards for industrial vision applications when it comes to high speed imaging. This latest technology is widely accepted around the globe due to standardized industry standards i.e. IEEE and AIA. Furthermore, these cameras utilize 10 GigE interfaces being compatible with GigE vision and GenICam. To provide prompt solutions to complex imaging problems, these cameras also enhance productivity due to on-board processing feature. Benefits of 10 GigE The benefits of 10 GigE cameras multiply as compared to 1 GigE due to its offering of ten-fold increase in data rate and frame rates respectively. The IEEE 802.3 working group has introduced this industry standard, and many machine vision applications have been utilizing this standard for years including data communications, military, industry and telecom. These cameras offer an amazing bandwidth of or 1,250 Mbytes/s or 10Gbps, 10 times faster speed than GigE, 3 times faster than USB 3.0 interface, extraordinary frame rates and flexible cabling options i.e. cooper or fibre. These cameras also account for multi-camera synchronization methods along with network support. Furthermore, no more frame grabbers or fibre converters are needed for this camera series. The rate of adoption of these cameras is turning high leading to cost-competitive performance. Imaging Needs To meet the demanding requirements of machine vision applications, 10 GigE cameras are worth an investment. The designs of these cameras enable using GigE ports to interface with computer systems to best serve diverse application needs requiring multiple cameras along with flexible cabling options and fast transfer rates. They can thus be used at any location due to its option of long cable lengths without any limitation. The 10 GigE cameras, are well suited for allowing multiple imaging interfaces to function effectually within an environment to meet many imaging needs. ![]() Until recent technological breakthrough in form of 10 GigE cameras, users had to choose from two choices i.e. Camera Link for enjoying higher speed but at the same time with shorter cable length. On the other hand, GigE Vision cameras consisted of longer cables but delivered slower speeds. Thus with the existence of this trade-off, there was a need to focus on improving camera interface that proves to be cost effective as well supports the needed bandwidth. Hence, camera manufacturers realized the need to overcome the differences of existing technology and come up with a unique product that is easy to integrate with existing architecture, provides flexibility, scalability and physical infrastructure for application and lowers overall implementation cost. 10 GigE machine vision camera technology is based on hardware interface, communications protocol and standardized camera control registers with long cable lengths and high data rates. These digital cameras eliminate signal degradation thus enabling high image quality for various applications. 10 GigE cameras greatly reduce speeding time to market by integrating machine vision software and machine vision hardware products. Such cameras are based on 10 Gigabit Ethernet interface results in increasing research and development resources for customer applications by opening new application markets that are more affordable and easy to use. 10 GigE camera development is thus effort to focus on improving interface that supports bandwidth and provides scalable and cost effective approach to the end user. These cameras based on 10 GigE interface which is ideal to provide ultra-fast speed and high resolution, high sensitivity, external Sync and trigger, on board algorithms, global shutter, industry compliant, flexible exposure and integration control. Thus it is imminent that industry support is the key ingredient for future implementation of standard interface i.e. 10 GigE to eliminate costly changes. Hence, 10 GigE cameras are the next generation cameras which provides a platform for the users to enjoy real time ultra-high speed professional imagery along with price performance. |
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