When Robotic Systems Integration* (RSI) wanted to migrate analog servo controls into its digital robotics platform, it turned to INtime®. The result was a less-complex yet more-capable platform.
Allied Electronics* used INtime® to bring cloud services, payment processing, and fraud management onto the industrial PC that manages pump operations. The result was a more capable system with lower TCO.
With INtime®, Aerotech*’s deterministic motion control platform can be deployed on nearly any industrial PC. Now its system integrator partners can address a wide range of high-precision applications.
Machinery manufacturer Biesse* needed high-performance determinism, not only for multi-axis motion controls, but also for real-time fieldbus networking. INtime® delivered new levels of precision and flexibility.
Optel* needed a solution that could handle both high-speed I/O and a Windows*-based operator interface. INtime® delivered where others had failed, netting a positive ROI for Optel in less than six months.
Moving to a new PC platform gives Abbott* access to more cost-effective hardware and up-to-date interfaces for communication and I/O while protecting existing investments.
INtime® software brings machine control and human-directed functions together on the same computing platform
In this TSN/A Conference presentation, TenAsys experts examine the rise of softPLC and virtual PLC technologies before explaining how Time-Sensitive Networking (TSN) can help scale them into Industry 4.0.
At embedded world 2024, TenAsys and partner NexCOBOT demonstrated how real-time software, virtualization technology and time-sensitive networking are transforming development lifecycles and the converged industrial enterprise.
This presentation describes the roadblocks to mass TSN deployment and how a modern RTOS can help organizations overcome them to realize a software-defined manufacturing future.
TenAsys VP Kim Hartman explains how the INtime® RTOS helps developers deploy, manage and prioritize different classes of TSN network traffic and evolve distributed industrial applications.
This TSN/A Conference presentation outlines the dire need to simplify Time-Sensitive Networking (TSN) technology and ways to abstract its complexity to achieve critical mass.