With their high speed, acceleration and handling, supercars provide a thrilling level of performance which leaves many of us in wonder and amazement. However, supercars do have their disadvantages due to a lack of visibility, difficulty getting into the car and highly sensitive controls.
As a result, people may prefer to use a more reliable, comfortable and compact car for their daily commute rather than using their supercar as the compact car is easy to operate, provides more comfort and has a much better fuel efficiency.
How can you enjoy the best of both worlds?
In machine vision, USB 3.0 can be thought of as a high-performance supercar which combines all of the benefits of a compact car.
USB 3.0 is the supercar of machine vision - Lumenera Corporation
The Benefits of USB 3.0
With user-friendly consumer oriented technology, USB 3.0 offers a high-speed data interface without the need for expensive cabling, specialized frame grabbers or tedious software installation. USB 3.0 is an advanced version of USB 2.0, one of the most widely used data interfaces currently available.
One of the most attractive features of USB 3.0 for machine vision systems is the high bandwidth which offers a transfer speed around 5Gb/s. This transfer speed is ten times higher than that of USB 2.0 and five times higher than the widely used GigE interface.
However, USB 3.0 is dependent on 8b/10b data encoding for embedding bus timing information within the data, meaning that not all of the transfer speed is usable. Nevertheless, the effective payload data rate of USB 3.0 still stands at 4Gb/s, even after taking this dependency into account.
The data transfer speed of USB 3.0 is effectively nearing the speed of specialized machine vision interfaces such as CoaXPress and CameraLink. However, USB 3.0 requires no special interface cards or frame grabbers in the host computer unlike these two interfaces.
USB 3.0 provides a truely plug-and-play experience as it is already integrated into most modern computers. The widespread adoption of USB 3.0 has allowed the maturity of the standard to a solid, reliable computer peripheral bus with access to a wide range of devices.
The availability of a variety of computer platforms and operating systems allows USB 3.0 to offer flexibility to system designers, thereby facilitating the deployment of complex machine vision systems.
Lumenera Microscopy Cameras
Lumenera Microscopy Cameras | YouTube - Lumenera Corporation
Some people believe that the length of cabling used to connect a device to the host is limited to 5 metres by USB 3.0.
However, this is not true due to that fact that many cable vendor produce cables and extender solutions which are capable of supporting distances of more than 300 metres.
In fact, there are very few applications in which USB 3.0 is not good enough to satisfy the requirements for the bulk of machine vision, ITS and UAV.
Lumenera’s USB 3.0 Camera Solutions
Not all USB 3.0 camera solutions are able to deliver the same performance. Lumenera is one of the pioneers in the industry to provide USB 2.0 imaging solutions, with expertise in the design and support of the interface. Building on over a decade of experience with USB 2.0, Lumenera offers robust and reliable USB 3.0 drivers.
Read more about Lumenera's USB 3.0 Camera Solutions
Low pricing may be a selling point of for companies creating USB 3.0 cameras but can we trust the reliability of these cameras? In any application, the reliability of a camera is crucial as any downtime can incur significant costs.
Lumenera’s customers repeatedly say that Lumenera surpasses their competition due to their solid, reliable, high performance USB 3.0 cameras which can be easily integrated and deliver consistent results. Additionally, Lumenera delivers excellent support both before and after sales. Their new four-year warranty demonstrates its commitment to reliability and customer service.
This information has been sourced, reviewed and adapted from materials provided by Lumenera Corporation.
For more information on this source, please visit Lumenera Corporation.