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The Veloce hardware-assisted verification system is the first complete, integrated offering that combines best-in-class virtual platform, hardware emulation, and FPGA prototyping technologies and paves the way to leverage the latest powerful hardware-assisted verification methodologies.

The Veloce Hardware-assisted verification system is made up of four key components: The Veloce Strato hardware and software platform, Veloce Apps, Veloce Protocol Solutions, and the Veloce FPGA prototyping hardware and software platform.

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Any Simcenter SCADAS hardware supports a variety of analog and digital transducers for acoustic, vibration and durability engineering. The hardware is seamlessly integrated with Simcenter Testlab for accelerated test setup and accurate results and can be a future-proof investment or a more agile, scalable and flexible time-termed solution to respond to your performance engineering challenges.

Configure your data acquisition hardware according to your testing requirements. Simcenter SCADAS Mobile includes a broad range of input modules supporting a large variety of transducers and signal conditioning capabilities, combining analog and digital signals. It covers a broad range of physical types, including vibration, forces, strain, displacement, temperature, sound, torsion, pressure, CAN-bus, GPS and many more.

There is a lot of hardware involved when testing and measuring. No matter where your hardware comes from, your requirements are always similar: you expect it to be easy to setup, robust, flexible, precise and reliable. Streamline your purchase, testing and maintenance processes by selecting hardware from a partner that supplies end-to-end solutions for your multiphysics testing requirements, from sensors and exciters to comprehensive data acquisition, analysis and reporting solutions.

Our extensive range of miniature shakers and sound sources, third-party transducers and sensors, data acquisition hardware, and sound source localization solutions are designed to help you set up and carry out tests faster and more efficiently than before.

Does anyone know if there's a way to get an S7 1500 to RUN if it has been stopped with the hardware button on the plc itself? TIA portal won't change the state of plc, displaying a message that the the hardware switch in on "stop" ( rough translation of my non-English TIA)

This highly cohesive system sets a new standard for the future direction of hardware-assisted verification methodologies. The system takes hardware, software and system verification to the next level of intelligent digitalization by streamlining and optimizing verification cycles while helping to reduce verification cost.

This seamless approach to managing verification cycles emphasizes running market-specific, real-world workloads, frameworks, and benchmarks early in the verification cycle for power and performance analysis. This enables customer-built virtual SoC models early in the cycle and the integration to begin running real-world firmware and software on Veloce Strato+ for deep-visibility to the lowest level of hardware. Customers can then move the same design to Veloce Primo to validate the software/hardware interfaces and execute application-level software while running closer to actual system speeds. To make this approach as efficient as possible, Veloce Strato+ and Veloce Primo use the same RTL, the same virtual verification environment, the same transactors and models to maximize the reuse of verification collateral, environment and test content. This is a necessary foundation for a seamless methodology.

Mobile devices today are composed of many specialized accelerators to achieve high-performance and low-power specifications. However, accelerator design and validation time is a limiting factor in creating these accelerator-rich SoCs. We address this problem by demonstrating the effectiveness of using new programming languages and existing hardware synthesis tools to drastically decrease the time needed to explore the design space of hardware accelerators. By pairing the image-processing language Halide with the Catapult High-Level Synthesis tool, different accelerator designs can be rapidly produced and evaluated for performance, area, and power.

In this webinar, Jeff Setter demonstrates the effectiveness of using new programming languages and existing hardware synthesis tools to drastically decrease the time needed to explore the design space of hardware accelerators.

Mobile devices today are composed of many specialized accelerators to \nachieve high-performance and low-power specifications. However, \naccelerator design and validation time is a limiting factor in \ncreating these accelerator-rich SoCs. We address this problem by \ndemonstrating the effectiveness of using new programming languages and \nexisting hardware synthesis tools to drastically decrease the time \nneeded to explore the design space of hardware accelerators. By \npairing the image-processing language Halide with the Catapult \nHigh-Level Synthesis tool, different accelerator designs can be \nrapidly produced and evaluated for performance, area, and power.

In this webinar, Jeff Setter demonstrates the effectiveness of using \nnew programming languages and existing hardware synthesis tools to \ndrastically decrease the time needed to explore the design space of \nhardware accelerators.

Baggage handling system software and hardware have varying life cycles. While the mechanical systems run reliably for years older HLC software often reaches its limits because it can no longer be readily updated. Discover how to modernize your existing control software.

If a BIOS update is available it might get you from 2TB support to maybe 4TB, but I doubt all the way to 16 TB. A jump that big usually requires new hardware. The other question is what kind of I/O performance will it have.

Siemens Digital Industries Software has launched the latest generation of its Veloce hardware-assisted verification systems with a product line that encompasses silicon virtual platform, hardware emulation, and prototyping support using field programmable gate arrays (FPGAs).

There are three families. Veloce HYCON (HYbrid CONfigurable) is intended for use as a virtual platform for software-oriented verification. Veloce Strato+ represents a capacity upgrade to the Veloce Strato hardware emulator, scaling up to 15 billion gates. For FPGA prototyping Siemens is offering Veloce Primo, an internally developed enterprise prototyping system, as well as Veloce proFPGA for desktop FPGA prototyping based on a modular architecture.

Siemens says it has developed a seamless approach to managing verification using the different hardware elements. Customers can build and test virtual SoC models early in the cycle and during IP integration to run real-world firmware and software on Veloce Strato+. This provides the best visibility of hardware for debugging. Customers can then move the same design to Veloce Primo to validate the software-hardware interfaces and execute application-level software while running closer to actual system speeds. Veloce Strato+ and Veloce Primo use the same RTL, the same virtual verification environment, the same transactors and models to maximize the reuse of verification collateral, environment and test content. Siemens says this is a prerequisite for a seamless methodology.

Siemens Digital Industries Software helps organizations of all sizes digitally transform using software, hardware and services from the Siemens Xcelerator business platform. Siemens' software and the comprehensive digital twin enable companies to optimize their design, engineering and manufacturing processes to turn today's ideas into the sustainable products of the future. From chips to entire systems, from product to process, across all industries, Siemens Digital Industries Software is where today meets tomorrow.

we decided to go with siemens and their EX PR built on the EX-foundation platform due to the advanced capabilities it provides. EX foundation is designed as an open and flexible architecture to support multisite. With EX PR on top, we gain a rich set of out of the box features and best practice applications purpose-built for process industry operations. This showcases Siemens' deep understanding of optimizing plant performance. Their focus on enabling customer success through technology that drivers productivity and asset effectiveness align with our vision. We are confident the Siemens EX PR on EX Foundation will empower our business to achieve new levels of operational excellence.

The Siemens Artiste was last manufactured and sold in 2011. It was considered Siemen's premier linear accelerator at the time. It's characteristics are similar to an Oncor but with the siemens 160 MLC and M-Vision (IGRT).

The Artiste linear accelerator provides a broad portfolio of software and hardware tools for fast and precise conventional radiation therapy. In particular, these include IGRT, ART (Adaptive Radiation Therapy), IMRT (Intensive Modulated Radiation Therapy) and SRT (stereotaxy). 2351a5e196