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![SVS-VISTEK FXO<br>[25GigE]](https://www.jm-vistec.com/wp-content/uploads/2023/01/SVS-FXO-300x300.png)
Brand New And Incredibly Fast
The FXO 25GigE delivers up to 671 fps with a resolution of 1.8 MP and RDMA technology.
The use of the 25GigE interface revolutionizes machine vision with outstanding performance features. The impressive bandwidth allows for the transfer of immense amounts of data, which is especially crucial for applications with high resolutions and fast frame rates.
This camera is equipped with RDMA (Remote Direct Memory Access) technology. With this technology, it is possible to transfer image data directly to the main memory of a PC. This does not stress the operating system and CPU, significantly improving reliability and performance and greatly reducing latency/response time. The CPU can perform other tasks due to this relief.
The technology enables near-real-time image processing and analysis through minimized latency, a critical consideration in dynamic industrial environments.
However, a firmware update also allows the camera to be switched to conventional streaming via GVSP (GigE Vision Stream Protocol).
With the 25GigE version of the successful FXO series, SVS-Vistek now offers a powerful tool in this sector. By using SFP28 optical transceivers, data transmissions over distances of up to 10,000 meters are possible, making it particularly suitable for extensive industrial sites. It integrates seamlessly into existing network structures, enabling companies to adapt the technology without massive hardware overhauls, resulting in cost efficiency. The FXO 25GigE also impresses with reliability and a robust, thermally highly optimized milled housing, which is essential for an uninterrupted and stable data flow.
The FXO 25GigE also impresses with a milled housing measuring just 50 x 50 x 100 mm, making it currently one of the most compact industrial cameras with a 25GigE interface in the world.
Technical highlights:
The scalability of this camera’s technology ensures the future viability of image processing systems. The support of standardized image processing protocols promotes compatibility and flexibility in different application areas.
The advantages of the FXO 25GigE enable innovative and advanced applications in automation and image analysis, which contribute to the optimization and increased efficiency of industrial processes.
Data Rates Of 12.5, 25, Or 50 Gbit/s
The FXO stands for outstanding image quality. The fast CoaXPress-12 interface gives the camera outstanding properties in terms of trigger latency and constant data rate.
An excellent, low-noise image with high dynamic range is complemented by a comprehensive feature set. The Sony Pregius S sensors used are characterized by high light sensitivity and excellent homogeneity. Signal voltages, temperature resistance, I/O control, integrated strobe controller and firmware features are designed for applications in demanding industrial automation.
Technical highlights:
The FXO CoaXPress environment is characterized by the highest demands on data rate and latency behavior. The thin CoaXPress cable can be used to power the camera (PoCXP) and is suitable for distances of up to 25 m.
The integrated GenICam strobe controller effectively saves costs by reducing the number of components. In plant engineering, the fast FXO scores with the latest sensor technology, an extended temperature range, and numerous I/O interfaces.
With four CoaXPress-12 connections in an ultra-slim, passively cooled housing, this camera enables data rates of up to 50 Gbit/s.
The FXO CXP (4 Connections) combines high quality imaging with advanced frame rates in a remarkably slim housing. Powered via CoaXPress and built around Sony Pregius S™ sensors, it delivers efficient performance without active cooling. Its modular mount concept ensures seamless integration into space-constrained and high-performance vision systems.
FXO CXP (4 Connections) is the perfect camera for you if:
The FXO CXP (4 Connections) series delivers tangible advantages that translate directly into higher performance, greater reliability, and more flexible system design.
Thanks to its advanced power efficiency and thermal design, the camera supports operating temperatures from -10°C to 60°C while delivering full 4-channel CXP-12 data streams without active cooling.
![SVS-VISTEK SHR<br>[10GigE]](https://www.jm-vistec.com/wp-content/uploads/2023/01/SVS-SHR-300x300.png)
High-Performance 10GigE Interface Offers Up To 1.25 GBit/s
The SHR series offers image quality at the highest level with the highest resolutions. This is made possible by the special physical features offered by large pixels in large-format sensors. Added to this is the highest structural precision in sensor adjustment in a solid, thermally highly optimized housing. The large M72 lens mount with a flange distance of 19.55 mm can be adapted to any lens.
The economical and high-performance 10GigE interface offers up to 1.25 GB/s data transfer for these large images. A special frame grabber is not required.
Highlights of the SHR series (some features only on some models):
The exceptional image quality makes the SHR the ideal partner for the most demanding optical tasks.
With the SHR and 10 GigE interface, this can be implemented very economically. Typical applications include the inspection of semiconductors, solar panels, or flat screens, as well as aerial photography.
The Fastest Standardized Interface For Industrial Cameras Over Long Distances
The SHR offers low-noise CMOS sensors with the highest resolution and large pixels in medium format. The high-quality harmonization of the pixels guarantees an impeccable image. Highest structural precision in sensor adjustment in a solid, thermally highly optimized housing make the SHR with its lens shading correction the ideal partner for the most demanding optical tasks.
CoaXPress is currently the fastest standardized interface for industrial cameras over long distances with thin cables. The industrial I/O interface facilitates integration.
The SHR with CoaXPress interface is designed for applications where speed and efficiency are required to bring quality to the market economically.
Typical applications include the inspection of semiconductors, solar panels or flat screens, as well as aerial photography.
Conveyor Bearing Block attaches to the extrusion body and holds the bearing used for the rollers on the conveyor. Block includes the bearing, T nut, and fasteners. The bearing fits the ½” diameter shaft of the rollers. Designed for easy bearing replacement when needed. The block has a boss to position and guide the block onto the extrusion fastener slot.
Tension Block – Use this block at the idle roller end to give precise belt tension adjustment. Use this in conjunction with the AFC-1 bearing blocks. This block attaches into the extrusion T slot with included fasteners. The included tension adjustment screw can be turned with a standard open end wrench.
Conveyor Kit includes everything you would need to build a conveyor except the motor, extrusion, and conveyor belt. This kit gets you a drive kit, bearing blocks, tensioners, rollers, and stands. Includes (3) AFC-1, (2) AFC-10, (1) AFC-20-DK, (2) AFC-14V-X.X, and (quantity) AFC-7-SKF. Reference the web site for information on configuring your custom kit application.
Conveyor rollers are available for 1.5”, 3.0”, and 4.5” frame widths. Roller can be used for a drive or idle roller. Rollers feature a standard 6mm centered V belt driver for both drive and belt tracking. This V belt groove aligns with the T slot in the extrusion so that the belting material is guided the entire length of the conveyor.
Roller Pulley is used on the drive roller of the conveyor. Set screw lock to the roller shaft. Belt drive is with a 5mm pitch timing belt drive for no slip applications.
Motor Pulley is used on the drive motor of the conveyor. Made to fit the ¾” motor shaft. Set screw lock to the motor shaft. Belt drive is with a 5mm pitch timing belt drive for no slip applications.
Under drive motor plate is used to mount the drive motor to the side of the conveyor body extrusion. Plate attaches with included T-nut plate and fasteners. Boss locates the plate into the extrusion T slot. Bearing included for the drive roller shaft. Mounting pattern for 90° gear motor. Should not be used without the AFC-21 Under drive belt cover.
Drive Kit includes all the parts needed to build the conveyor drive except the motor and roller. Includes (1) AFC-18, (1) AFC-19, (1) AFC-20, (1) AFC-21, and (1) AFC-22.
Under drive belt cover – use with the AFC-20 Under drive motor plate to enclose and protect the conveyor belt drive. Solid construction for protection of the drive in industrial use applications.
Timing belt 5mm pitch X 15mm wide timing belt used with the roller and drive pulley to transfer the gear motor drive to the conveyor roller.
Stand Foot Plate attaches to the 3.0” extrusion used on a stand base. Bolt pattern for the extrusion orients at the 45° angle needed. Plate makes a stable base that has provisions for both leveling screws and floor anchor points.
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