New Whitepaper to Help Machine Vision Designers Control CoaXPress Cameras for Greater Flexibility and Lower Costs

Claxon CXP4

WOBURN, MA, JUNE 23, 2020 – The challenges facing today’s machine vision integrators are more complicated and critical than ever before, as they strive to build faster, more accurate and cost-efficient systems in the wake of changing technology. To that end, BitFlow has published a new whitepaper Controlling CoaXPress Cameras from The BitFlow SDK Tools, Configuration File and APIs designed to help integrators new to the CoaXPress (CXP) standard introduce advanced CXP cameras into system infrastructure to shape positive outcomes.

CoaXPress is the world’s fastest standard for professional and industrial imaging applications such as machine vision, medical imaging, life sciences, broadcast and defense. It is an asymmetric point-to-point serial communication standard that transmits video and still images, scalable over single or multiple coaxial cables. It has a high speed downlink of up to 12.5 Gbps per cable for video, images and data, plus a lower speed uplink up to 42 Mbps for communications and control.

An invaluable learning tool, the 10-page whitepaper details the flexible CXP tools available in the BitFlow SDK (Software Development Kit), and how they work in concert to meet different application needs. It also provides examples showing optimization of a CXP machine vision system, accelerated and simplified by the BitFlow SDK.

The publication of the new whitepaper is part of the rollout of the new BitFlow Claxon CXP-12 PCIe Gen 3 frame grabber. CXP-12 is the latest CoaXPress speed jump, now transmitting video at 12. 5 Gb/S.

Get your copy here.

BitFlow Introduces SDK for NVIDIA Jetson AGX Xavier Development Kit

Jetson with a Claxon

BitFlow has released a Linux AArch64 (64-bit ARM) SDK that enables seamless integration of BitFlow frame grabbers with the NVIDIA Jetson AGX Xavier Development Kit. 

Donal Waide, Director of Sales for BitFlow, states, “Many of our customers are already using GPU solutions such as NVIDIA for image processing so adding this option to the already large BitFlow suite of adapters was a natural progression for the company. BitFlow has been supporting Linux for several years across a variety of flavors.”

Added Waide, “BitFlow was one of the first frame grabber companies to support NVIDIA’s GPUDirect for Video technology. BitFlow and NVIDIA have worked together for a number of years already.” 

With the advent of the new machine vision standard CXP 2.0 where data rates are now up to 50 Gb/S, customers are looking to process more and more data and in shorter timeframes. For this, a GPU can typically perform these tasks much more effectively than a CPU. Even with slower data rates such as Camera Link’s (up to 850 MB/S) the ability to quickly process more complex algorithms is equally important. 

The NVIDIA Jetson AGX Xavier is the first computer designed specifically for autonomous machines. It has six Engines onboard for accelerated sensors data processing and running autonomous machines software, and offers the performance and power efficiency for fully autonomous machines.

BitFlow in San Jose, California 2019

BitFlow will be exhibiting at the CRAV conference at the DoubleTree by Hilton San Jose from Tuesday November 12th through Wednesday November 13th.  Come stop by tabletop #63 to see our latest offerings.

BitFlow Debuts NVIDIA-Powered CoaXPress Embedded Vision Solution at Laser World Of Photonics

WOBURN, MA — BitFlow, Inc., a global innovator in frame grabber technology, underscored its commitment to embedded vision by demonstrating a high-speed CoaXPress-NVIDIA® embedded imaging system at the recent Laser World of Photonics Show in Munich, Germany. This Small Form Factor (SFF) solution was engineered with lower hardware requirements so it can reside in compact devices or be integrated directly into a larger mechanical or electrical system, all while minimizing space, cost and energy consumption.

“Embedded vision is still in its infancy, but it has the potential to transform industries and open up new imaging capabilities that are almost infinite,” said Donal Waide, Director of Sales for BitFlow. “Through our Innovation Labs division, BitFlow is leveraging the CoaXPress 2.0 interface to develop embedded systems that are faster, more intuitive, and easier to integrate throughout the factory, which is critical to success in the IIoT era.”

As building blocks, BitFlow’s CoaXPress-NVIDIA solution coupled the BitFlow Claxon-CXP4 Quad CXP-12 frame grabber with a NVIDIA Jetson TX2 high-density AI computing platform, and demonstrated with a JAI SP-12000C-CXP4 camera for image acquisition. HDMI, DisplayPort, DSI and eDP video ports provide flexibility in display choices. Dispensing with the need for a full-sized PC altogether, images relayed from the BitFlow Claxon frame grabber are more efficiently processed on the NVIDIA CPU. At Laser World of Photonics, for example, BitFlow demonstrated how its Claxon frame grabber provided Direct Memory Access (DMA) for 12 Megapixel images transferred into GPU memory where the NVIDIA processor performed 2D to 3D transformations in real time.

BitFlow Innovation Labs aims to usher in a host of next generation embedded solutions for the factory floor and beyond, radically changing the functionality of countless devices. Targeted applications include commercial drones, advanced driver assistance systems (ADAS), border and port security, robotics, portable medical machinery, and many other emerging market segments. Going even further, the BitFlow Innovation Labs foresees embedded systems that facilitate image recognition and deep learning capabilities so that Smart Factory networks can be proactive in making decisions based on the environment around them.

“We founded BitFlow Innovation Labs to accelerate the adoption of embedded vision and CoaXPress 2.0,” said Waide. “By delivering new platforms based on both technologies, we are providing systems integrators with faster, smaller and more cost-effective solutions to deploy even their most mission critical imaging applications.”