Line Scan Cameras – Industrial Need

Better Choice

To grace your applications with high resolution and perfect imaging, the line scan cameras proves to be the right choice. These cameras have an edge over frame cameras as they review an object precisely line by line instead of viewing it on a whole. These cameras constitute a single line of pixels for building two-dimensional image of an object while using a line sensor passing in linear motion across an object. However, these cameras require either the object or camera to be perpendicular to the pixel line for imaging large moving objects with great precision and presents the best choice than any other camera.  The line scan technology institutes high speed and high-resolution image captures for ideal use in various machine vision applications including satellite imaging, road inspection, medical diagnostics, printed circuit boards, solar cells, quality assurance, surface topography and flat panel display inspection etc.

Single Line of Pixels

The line scan cameras works by instituting one or more pixel line of sensors which during the exposure time gathers a photoelectric charge that is proportional to the object light being imaged onto that pixel line.  When the camera exposure time ends, the photoelectric charges in the entire pixel row are relocated substantially to a readout register.  To produce camera output, the readout register performs amplification, correction and digitisation of the pixel charges after shifting them. This shifting of pixel charges is performed in parallel while next pixel row is being exposed. The term line rate is used to denote the maximum rate between the readout and exposure timings usually stated in kilohertz (kHz).

High-Speed Industrial Applications

The line series packed with advanced features provides an effortless solution to machine vision applications for meeting the high imaging standards along with low cost benefits.  They are well suited for achieving both high image quality and high speed with availability in both monochrome or color versions accompanied by various data rates, interface choices and resolution. These high sensitivity cameras are available with CameraLink, HSLink interface or GigE interface for delivering exceptional image quality at outstanding speed for aiding high speed industrial applications. In a nutshell, the line scan cameras deliver high dynamic range combined with ultra-high sensitivity for qualifying uncompromised imaging with great precision for meeting the illumination challenge to win your hearts.

 

 

CMOSIS CMV50000 – Limitless Imaging

 

Among the high-performance sensors, the addition of industry first global shutter CMOS image sensor in shape of CMOSIS CMV50000 is not less than any marvel by constituting more than twice the resolution of up to 48MP then the previous generation CMOSIS image sensors. The high frame rates, low-noise image capturing, detailed image views, high resolution and high dynamic range are the distinguishing features of CMV50000 sensors allowing further increase in throughput rates. The intruding CMOSIS CMV50000 image sensors in the industrial market represents a bad signal for conventional CCD image sensors being widely used for high-end security cameras and other machine vision applications. The new inclusions in these easy-to-design-with sensors excel their use in machine vision applications, prosumer video applications and automated optical inspection systems (AOI).

The discrete design and operating advantages of 48-pixel sensor gives the opportunity to enjoy ultra-high resolution, less power consumption and ultra-high frame rates. The patented 8-transistor pixel architecture is a 35mm format sensor with 7920 x 6002, 4.6-µm sized pixels thus offering excellent electronic shutter efficiency along with low noise. The global shutter technology as encompassed by these sensors implies capturing the images of fast-moving objects without any distortion. The imaging under low-light conditions is now not a big deal, due to the sophisticated on-chip circuitry used in these sensors for noise-reduction. One such example is black level clamping for capturing high quality images at up to 60 frames per second making it an ideal substance for varied high-speed machine vision applications.

The high-speed CMOS sensor comprises of 7920 x 6004 effective pixels and constitute a pipelined 8T global shutter pixel array, which performs true Correlated Double Sampling (CDS) operation for allowing exposure during read-out. The image sensor also entails 22 sub-LVDs data outputs for full resolution at 30 frames per second in 12-bit row-windowing or row-subsampling mode. The SPI interface is used for programming all these modes, while the programmable on-board sequencer generates all the internal exposure and read-out timings. The image sensor also integrates programmable offset regulation and analog gain amplifier. Unlike CCD sensors, the advanced noise reduction features of CMOSIS CMV50000 in combination with high optical dynamic range doesn’t require any complex analog output matching for realizing high picture quality thus making it an ideal choice for years to come.

Sony Industrial Cameras – A Way Forward

With the increasing drift of industrial applications use, specialized Sony industrial cameras withstand the varying industrial needs while adhering to consistent and robust performance standards. Another name used for these industrial cameras is machine vision cameras as they are used in intricate measurement tasks related to diverse manufacturing processes at industries such as quality control, R&D testing, robot guidance, production monitoring, process control, microscopy applications, image based automatic inspection and intelligent traffic systems etc.

Sony industrial cameras leverage latest innovations while making a difference by means of its performance architypes. Sony cameras offer a way forward in the ambient environment by providing customized solutions by boasting an extensive portfolio including Gigabit Ethernet (GigE) cameras, Pan cameras, FireWire cameras, Camera Link cameras, unhoused block cameras, analog cameras, smart cameras and high performance standard definition color and monochrome CCD video cameras. Sony thus serves as a model of excellence on quality measures by being the world leader in cutting edge technology manifestation.

Sony further expanded the range of its industrial cameras by catering both high and low-resolution imaging by providing several interface options in its CameraLink output cameras and GigE Vision cameras. The CameraLink output cameras comprise of two models i.e. of XCL-5005 and XCL-5005CR. The GigE cameras are classified as global shutter cameras, miniature cube and GigE output machine vision cameras. The GigE global shutter cameras comprise of four models i.e. XCG-CG240, XCG-CG240C, XCG-CG510, XCG-CG510C for machine vision applications. The GigE miniature cube series camera models are XCG-C30, XCG-C30C, XCG-C32, XCG-C32C, XCG-C130, XCG-C130C respectively. While the GigE output machine vision cameras include two camera models XCG-U100E and XCG-5005E.

These cameras yield best image quality while upholding unmatched performance standards necessitating exceptional lifetime resolution, reliability and precision. These cameras optimize the productivity of wide ranging industrial applications by delivering high performance solutions for different applications related to inspection, asset protection, factory automation, assembly line monitoring, 3D mapping, aerial surveillance etc. In short, Sony industrial cameras demonstrates best user experience by utilizing best performance standards to deliver high image quality for years to come.

 

 

Sony High-Speed Video Cameras

Sony always endeavours unlimited passion for technology in its unique products generating world-class experience in the field of high-speed cameras. Among Sony high speed video cameras, the compact RX100 IV (model DSC-RX100M4) and RX10 II (model DSC-RX10M2) models are new revelations of Cyber-shot series. These cameras underlay exceptional performance by providing advanced signal processing and DRAM memory chip with world’s first 1.0 type stacked Exmor RS CMOS sensor. This combination of DRAM memory chip and high-speed signal processing enable faster readout speeds of image data as compared to previous models i.e. RX100 III and RX10 models. This evolution in terms of 5x more speed than previous models empowers advanced functioning with a variety of standout features available in only a few professional video cameras.

The users can now capture and replay their fleeting moments by using the new Sony RX100 IV and RX10 II video cameras with incredible level of clarity, details and resolution. These high-speed cameras permit best slow-motion videos recording at 40x slower speed as compared to standard camera models for abetting image captures with great precision. Sony new Cyber-shot video cameras enclose ultra-fast shutter which aids anti-distortion of images at a resolution of 4K movie shooting and a speed of about 1/32000 seconds. The standout features include capturing 40x super slow-motion videos at 1000 frames per second but with the limitation of sound recording. For utilizing this feature, an SDXC memory card of class 10 or more is required for recording XAVC S with PAL/NTSC switched into the menu system.

In these models, the user can optimize their experience at their own discretion by choosing the required frame rates from 1000fps to 250 fps and among 50p and 25p play back formats to fit with the speed of moving object. By pressing the start trigger button the recording gets started, while the end trigger mode allows shooting to begin 2-4 seconds before the start button for recording pivotal moments with more accuracy and consistency. The Sony high-speed video cameras further win the hearts by offering 4K movie recording advantage. To minimize jaggies and moire, these cameras provide the finest details with 4K video capture (QFHD 3840×2160) without pixel binning by utilizing full pixel readout. In a nutshell, the Sony new Cyber series offers dual video recording functionality for allowing users to capture high resolution images in eleven different composition patterns only by clicking the shutter button.

 

 

Emergent Vision Technologies – The Name of Quality!

Experience

Today, many camera manufacturers are offering best of the both worlds by delivering high-quality products by combining years of unfolded experience with advanced technology. Among them, Emergent Vision Technologies (EVT) is making remarkable breakthroughs in machine vision markets by bringing together over forty years of experience in the imaging industry ranging from security to life sciences applications. EVT has achieved competitive edge by becoming the first ever providers of 10 Gigabit Ethernet (10 GigE) cameras based on 10 GigE interface. By taking leaps into this advanced technology, EVT is setting new milestones for broad band data transmission by offering exceptional bandwidth and low costs as compared to USB 3.0, CameraLink and CoaXPress.

Making Difference

Moreover, emergent technologies also bring revolutions in its range of industrial cameras since its foundation in 2007. When it comes to machine vision applications, the EVT cameras provide an ideal solution by delivering ultra-high resolution, eventual cost-effectiveness, fast time to market and high recording speed. The seamless interaction of multiple cameras, storage and processing units now is not a big deal, as 10GigE provides all the benefits of networked video transmission by combining ultra-high bandwidth. EVT as one of the distinguished manufacturers of high-quality industrial cameras provides best in class solutions for varied industrial applications by offering ultra-high resolution ranging from 2 to 20 MP at 338 to 32 frames per second. The vision based applications are extensively taking advantage from the EVT camera solutions such as vision guided robots, traffic surveillance, solar panel inspection, highway monitoring, railway inspection, factory automation, golf swing analysis and broadcast applications. EVT is committed in adding priceless value to accelerate the operation of machine vision applications by bridging exceptional performance.

Applicability

By means of highly specialized industrial cameras, spatial precision by vision guided robots can be achieved for quality inspection and manufacturing automation. The long optical fibre cables as used in EVT cameras enable bridging the distance between the central processing unit and camera for aiding traffic monitoring and surveillance applications. The Near-Infra-Red (NIR) cameras models provides enough room for outdoor aerial surveillance by offering networked video transmission, long cabling options, fast processing and storage features. EVT cameras also enable inspection of solar and display panels at an unprecedented accuracy at much faster speed. A sneak peek into Emergent Vision Technologies thus highlight its global presence by providing individual consultation and customized support to many machine vision applications through its qualified partners and distributors.

CMOSIS CMV20000 Sensor – Leveraging New Standards

Today, with an ever-going swiftness of new industrial applications, optimized image sensors such as CMOSIS CMV20000 is an ideal choice. Image capturing now is a profession which needs precision, quality and standardized products. In order to coup demanding requirements of several industrial applications, CMOSIS revolutionary features qualify for providing optimized image capturing for industry specific requirements.

CMOSIS CMV20000 Sensor Technology & Features

CMOSIS CMV20000 is a pipelined sensor thus enabling continued exposure during readout accounting for high read-out speed and less indistinct images caused by random movement. It is based on global shutter CMOS technology offering a resolution of 5120 x 3840 pixels at a remarkable 32 frames per second. The monochrome and color camera models utilize true correlated double sampling technique (CDS) through CMOSIS 8-transistor(8T) pixel architecture corroborating highest degree of pixel uniformity to realize outstanding image quality.

Industrial Camera Manufacturers

These sensors bid high quality for wide-ranging scientific, medical and factory automation applications i.e. solar panel analysis, border security, sports, unmanned vehicles, aerial surveillance, city mapping and flat panel inspection etc. These unique global shutter pixel technology based sensors in combination with correlated double sampling (CDS) technique offers exceptional shutter proficiency for high-end imaging. Industrial camera manufacturers utilizing CMOSIS sensor technology in combination with either USB3 or GigE interface include IDS CP, Emergent Vision Technologies 10GigE camera models, AVT GT camera models, Teledyne Dalsa Genie cameras and some Allied Vision Manta camera models.

Use in Applications

CMOSIS CMV20000 sensors are levitation for some camera models in form of an exceptional performance in terms of speed, image quality and resolution. For applications that require detailed inspection of wide areas, these sensors are an ideal elucidation by presenting the best combination of high resolution and high speed. Moreover, these sensors also provide for automatic level control for gaining best exposures by linking shutter under varying light conditions. They are thus best fitting multiple out door applications including aerial mapping, surveillance and border security. Hence, the sophisticated pixel design of these global shutter sensors considerably reduces fixed pattern and dark noise for leveraging new standards in high resolution imaging yields.

Emergent Vision Technologies – A Prominent Name in 10 GigE Cameras

Today, many industrial camera manufacturers have emerged as leaders by combining experience with technology thus providing exceptional consistency in diverse product portfolio. By introducing newest features and programming options, digital camera manufacturers have achieved competitive edge by focusing on wide dynamic range, highest levels of image quality, flexible triggers and Camera Link choices such as USB3 Vision, 3G-SDI interfaces and GigE Vision.

Among various camera manufacturers, Emergent vision technologies (EVT) have a renowned name as it paves the way to provide best quality industrial cameras and solutions for various applications. By bringing together over 40 years of imaging experience EVT extends its imaging performance in various fields i.e. security, industrial markets and life sciences.  EVT has the privilege to be the first providers of 10 GigE cameras based on 10 Gigabit Ethernet interface. The fully developed 10 GigE technology, provides high bandwidth than USB 3.0, CameraLink and CoaXPress and extremely low costs which leads to new imaging innovations in providing high speed and high resolution cameras.

Emergent Vision Technologies with due support of highly qualified consultants also specializes in providing useful solutions for a large variety of applications such as traffic monitoring systems, quality inspection, motion analysis, panel inspection, factory automation, sport broadcast applications, vision guided robots and aerial surveillance. EVT offers vision guided robots for accelerating the spatial precision in manufacturing automation and quality inspection. The advanced Near-Infra-Red (NIR) camera models provide long cable lengths thus enabling outdoor aerial surveillance easier by networked video transmission , storage and fast processing.

The products of Emergent Vision Technologies are ideal in providing ultimate cost effectiveness, high speed, high resolution and fast time to market.  Their cameras are committed in adding invaluable worth to various applications by enabling unified interaction of multiple cameras, multiple processing and storage units with a classic IT hardware for fast video transmission. EVT cameras stand out in providing high resolutions ranging from 2 to 20 MP with 338 to 32 frames per second. Among its camera lines, it also introduced Sony Pregius Global Shutter CMOS sensors to manifest high performance in addition to SFP+ and 10GBaseT. Sony Pregius cameras sensors come in various resolutions ranging from 3MP (IMX-252), 5MP (IMX-250), 8MP (IMX-255) to 12MP (Sony IMX-253) to cater needs of various applications i.e. Markerless Motion Capture, Special Effects productions, Goal Line Technology, Virtual Reality and many more.

 

 

 

 

10 GigE Cameras – Technology Resolution

GigE Vision is global camera interface standard introduced in 2006 to levitate the performance of digital industrial cameras. It is based on the Gigabit Ethernet communication protocol for transmitting high speed data over Ethernet networks. It allows to transfer images over long lengths using low cost standard cables for fast transmission. Around the world, many companies have widely adopted GigE vision interface by introducing GigE Vision compliant 10 GigE cameras to materialize its benefits including uncompromised data transfers, standard connectors, high bandwidth, highly scalable and low cost integration.

Basically, 10 Gigabit Ethernet interface is an extension of GigE Vision technology (1 Gigabit Ethernet) being the leading interface. For machine vision applications, 10 GigE proves to be 10 times more effective than GigE interface as it provides 10-fold increase in the data rate and frame rates respectively. Many companies are tending to leverage the benefits of 10 GigE interface for varied machine vision applications. The GigE Vision cameras are effectually used in various applications related to Telecom, industrial, military and data communications.

With 10 GigE Vision cameras, the cost of expensive frame grabbers is greatly eliminated as all you need is the perfect length of cable thus reducing the cost of CAT6A installations. However, other interfaces such as CXP-6 CoaXpress, SFP+ and Camera Link rely on expensive pre-made cables requiring high maintenance costs and difficult field termination. Moreover, 10 GigE cameras offer more reliability to prevent data loss as compared to Camera Link which requires expensive cables for detecting and managing errors in real time. GigE Vision cameras based on 10 GigE technology, thus makes it ideal to minimize latency by its superior speed for real-time video applications i.e. telemedicine, conferencing and motion-tracking.

The 10 GigE Vision cameras based on standard 10 Gigabit Ethernet interface thus eliminates the need for complicated link aggregation systems, buffered bursts and latency compression by offering superior bandwidth to deliver high resolution, high quality images at high frame rates, low latency and low cost, all over single cable.

Sony Industrial Cameras – The Ultimate User Experience

Sony being the world leader in industrial camera technology offers an amazing photography experience by introducing wide range of camera solutions both in professional and CCTV products. Sony is committed in maintaining existing line-up by providing innovation by pushing the range of existing technology. Sony offers an extensive portfolio of its camera products in order to capture the need of variety of applications and providing cutting-edge camera solutions.

 

In order to provide a variety of interface options; Sony expanded its range of CMOS based industrial cameras in 2015 in order to cover low and high resolutions both such as Cameralink and GigE vision. It proved to be an exciting year for Sony as it introduced image sensing solutions. These cameras not only account for unmatchable performance standards but also provide the best image quality the moment the camera is turned on. Sony provides an extensive portfolio in high definition cameras as well such as Gigabit Ethernet (GigE) cameras for security applications, industrial CCD cameras for microscopy use and remote monitoring, Analog cameras, Smart cameras based on single module thus easy to integrate, high definition (HD) cameras used for video conferencing; Micro FCB ultra combat color camera, Sony link cameras ideal for machine vision and image processing and un-housed block camera series incorporate Digital Signal Processing (DSP) Firmware and high performance with enhanced picture quality.

Sony aims to continuously support customers with long product lifetimes by introducing new products from time to time including Cubic Gig XCG-C range. Another remarkable achievement of Sony is to introduce first 4K industrial camera and full HD FCB products expanding their vast application appeal. Sony industrial cameras present an ideal solution for variety of functions by introducing new product line-ups and technology thus affecting dramatic changes in technology driven industries. Sony thus provides the best user experience by offering extraordinary precision, outstanding image quality and immediacy, reliability, high resolution and ultimate high performance for many years to come.