Frame grabbers PRODUCTS
Grabbers using Arria 10 FPGAs Gidel has released the Proc10A cXp12 and HawkEye_cXp12 frame grabbers, based on Arria 10 FPGAs. Te boards deliver real-time processing, and support up to eight PoCXP12 links to provide 100Gb/s throughput. Te Proc10A cXp12 enables eight 500+ megapixel per second lossless and Jpeg encoders. Te frame grabbers support line scan and
area scan cameras, as well as GenICam. Tey use power-over-CoaXPress (PoCXP) and offer on-board memory up to 34GB. Te grabbers’ compact compression encoders, combined with Gidel’s InfiniVision, are capable of synchronising more than 100 cameras. Gidel’s CoaXPress 12 grabbers’ APIs allow
them to handle separate programs or processes in online machine vision processing and recording systems in parallel, with compression for the recording system handled on the grabber. Tis makes the products suitable for machine vision applications that need to keep the original data. Users can tailor protocols to proprietary
Xtium2-CLHS PX8 LC frame grabber Teledyne Dalsa has launched the Xtium2-CLHS PX8 LC frame grabber, the latest member of the Xtium2-CLHS PX8 series for the PCIe Gen3 platform. Te Xtium2-CLHS supports active optical cable
(AOC) and industry-standard CX4 cables. Tis single cable, single slot solution supports up to four CLHS lanes, each operating at 10Gb/s. It acquires
Harrier USB/HDMI board Active Silicon has added the USB/ HDMI camera interface board to its Harrier range. Te interface solution provides simultaneous HDMI and USB video class (UVC) v1.1 output for autofocus zoom cameras including the Tamron MP1110M- VC, MP2030M-GS and Sony EV series. It serves as both video output and UVC/USB control input port, and supports modes up to 1080p60.
Image sensors
Bora time-of-flight CMOS sensor Teledyne e2v has released its Bora time-of-flight CMOS image sensor, for 3D detection and distance measurement to aid vision-guided robotics, logistics and surveillance. Based on a 10µm pixel design and
incorporating a resolution of 1,280 x 1,024 pixels, the Bora sensor offers
excellent sensitivity and an on-chip gated global shutter mode, which enables gating times of up to 42ns. Bora provides scene capture with
a large field-of-view in both 2D and 3D, real-time 3D image capture with a depth map of 30fps in a four-phase operation, and reliability in challenging conditions. It offers short- and long-range capabilities
36 IMAGING AND MACHINE VISION EUROPE DECEMBER 2019/JANUARY 2020
immune to ambient light intrusions, using an HDR feature. Te Bora sensor comes with
an evaluation kit, comprised of a one-inch optical format calibrated module and a near infrared light source. It also includes optics for time-of-flight imaging at distances to 5 metres or 10 metres.
https://imaging.teledyne-e2v.com
@imveurope |
www.imveurope.com
cameras, including the ability to change frame size and format for every frame, and accelerate image signal processing via the grabber’s FPGA. Gidel’s frame grabbers are supported by the
images at 5GB/s and transfers them using PCIe x8 slots at a sustained speed above 6.8GB/s to the host memory. Te Xtium2-CLHS family delivers high image
throughput, cable distances beyond 100 metres, and built-in support for real-time distributed image processing. It offers synchronised acquisition from multiple independent cameras, and is fully supported by Sapera vision software SDKs.
www.teledynedalsa.com
Camera video modes, along
with other camera and interface board functions, can be controlled by serial communications over RS-485/RS-232/TTL, or by using UVC/USB commands over the USB connection. Te USB interface serves as both (UVC) video output and USB-based control input port. For developers who are new to creating UVC-based applications, there is a working example of UVC
company’s ProcVision kit, which allows users to tailor their vision flows by customising both the software and the FPGA design code. Te developer’s kit enables automatic generation of application support packages (ASPs). It includes Gidel’s CamSim (camera simulator), as well as tools for debugging and verifying FPGA image processing IPs that will be released next month.
www.gidel.com/frame-grabbers
application and software API in the Harrier USB software development kit.
Harrier products extend camera capability for challenging
vision applications, such as pipe inspection, robotics, ROVs, UAVs, medical imaging, law enforcement and remote vision in general. Tey deliver high-definition, real-time imaging over long cable lengths, even when using multiple slip rings. Te range includes a 3G-SDI interface board and an SDI adapter for format conversion of 3G-SDI and HD-SDI video streams.
www.activesilicon.com
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