Processor-based smart camera delivers precise image acquisition

30th January 2017
Alice Matthews

Provider of trusted machine vision products, ADLINK Technology has announced the release of its NEON-1021 Intel Atom E3845 processor-based smart camera, EOS-1300 4CH PoE Compact Vision System, and PCIe-GIE72/74 2/4CH GigE Vision PoE+ frame grabbers, delivering precise image acquisition with high integration, effectively reducing TCO.

NEON-1021 Intel Atom E3845 processor-based value series smart camera
The NEON-1021, the first in ADLINK’s new value line of smart cameras, features high performance quad core Intel Atom processors, speedy Multi-ROI image capture, and FPGA-accelerated image pre-processing. Middleware support for the NEON-1021 is complete and verified, accommodating 90% of popularly utilised machine vision software and providing high-speed multi-ROI capture, presenting an advantage over conventional smart camera and compact vision systems. Maximising integration and reducing TCO, the NEON-1021 simplifies development, minimises time to market, and delivers seamless migration from x86 architecture.

Maximum integration reduces TCO

  • 1/1.8” sensor wide range lens capability
  • GigE Vision 1 slave camera support
  • Built-in PWM lighting control

Easy development speeds time to market

  • Streamlined integration and maximisation of all leading machine vision utilities, including MVTec Merlic, HALCON, Stemmer CVB, Congex Vision Pro, Euresys Open eVision, Matrox MIL, Teledyne Dalsa Sherlock and GenTL

Powerful performance guarantees results

  • High-speed Multi-ROI image capture
  • FPGA-based image pre-processing
  • EMVA 1288-verified superior image quality

EOS-1300 4-CH compact GigE vision system with on-the-fly DI/O
The EOS-1300 compact GigE vision system is equipped with 6th generation Intel Core i7/i5/i3 processors and four independent PoE (Power over Ethernet) ports. FPGA-based function allows the EOS-1300 to provide programmable de-bounce filtering, on-the-fly triggering, and advanced encoder functions for real-time precision control with no CPU loading or requirement for additional devices. Advanced I/O deployment, wide operating temperature support and onboard license protection all enable the EOS-1300 to increase reliability while reducing TCO and TTM, making it a useful solution for food and beverage, pharmaceutical and medical device applications requiring high computing power and time-deterministic operation in a durable package with minimal footprint.

PCIe-GIE7x series reliable PCI Express GigE vision PoE+ frame grabbers
With comprehensive PoE power protection, multi-card capture, and smart PoE management the PCIe-GIE72/74 provides complete support for a wide range of machine vision applications. Key assets such as cameras and sensors are protected from damage by the PCIe-GIE72/74’s PoE power protection. As well, a user friendly PoE management utility and APIs monitor and control PoE ports in real time and enable prediction of possible failure events. Moreover, integrated software license management and advanced FPGA-based Trigger Over Ethernet synchronise multi-camera acquisition, significantly reducing ownership costs.

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