FPGA prototyping using real sensors and output displayer to provide an intuitive and visual presentation of DUT execution results is the most suitable functional verification means for image processing designs.
Prototyping共0 个搜索结果
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VeriTiger®-K115 is a pretty agile and easy bring-up prototyping system from HyperSilicon, using Xilinx Kintex UltraScale XCKU115 FPGA. VeriTiger®-K115 delivers high performance, fast running speed and flexible scalability to accelerate software development, system verification and validation. Through the Protowizard® software to manage prototyping runtime resource and Semu® software to deliver highest debug productivity, VeriTiger®-K115 can significantly reduce the digital IC development time.
VeriTiger®-V9P is a pretty agile and easy bring-up prototyping system from HyperSilicon, using Xilinx Virtex UltraScale+ XCVU9P FPGA. VeriTiger®-V9P delivers high performance, fast running speed and flexible scalability to accelerate software development, system verification and validation. Through the Protowizard® software to manage prototyping runtime resource and Semu® software to deliver highest debug productivity, VeriTiger®-V9P can significantly reduce the digital IC development time.
VeriTiger®-V13P is a pretty agile and easy bring-up prototyping system from HyperSilicon, using Xilinx Virtex UltraScale+ XCVU13P FPGA. VeriTiger®-V13P delivers high performance, fast running speed and flexible scalability to accelerate software development, system verification and validation. Through the Protowizard® software to manage prototyping runtime resource and Semu® software to deliver highest debug productivity, VeriTiger®-V13P can significantly reduce the digital IC development time.
VeriTiger®-E4000T Series is the most deployed prototyping system from HyperSilicon, using Xilinx Virtex UltraScale XCVU440 FPGA, which is the industry’s only high-end FPGA at the 20nm process node. VeriTiger®-E4000T Series delivers high performance, fast running speed and flexible scalability to accelerate software development, system verification and validation. Through the Protowizard® software to manage prototyping runtime resource and Semu® software to deliver highest debug productivity, VeriTiger®-E4000T Series can dramatically reduce the time-to-tapeout (TTT) pressure of digital IC design.
Daughter cards play an important role in assisting functional verification, which deliver a great flexibility for more types of designs prototyping. In addition to providing more than 100 ready daughter cards, we also provide professional and rapid daughter cards design services.
Leverage our rich experience in the development of FPGA prototyping system to provide rapid customization of FPGA-based hardware design service , our service covers all series of Intel and Xilinx FPGAs.
VeriTiger®-V19P series is the latest generation of prototyping system from HyperSilicon, using Xilinx Virtex UltraScale+ XCVU19P FPGA which provides the highest logic density and I/O count on a single device ever built by Xilinx. VeriTiger-V19P series delivers higher performance, faster running speed and more flexible scalability to accelerate software development, system verification and validation. Through the Protowizard® software to manage prototyping runtime resource and Semu® software to deliver highest debug productivity, VeriTiger-V19P series can dramatically reduce the time-to-tapeout (TTT) pressure of digital IC design.
Hybrid emulation is performed where some parts of the system run in the emulator and other parts run in a virtual prototyping. As a byword for early and fast, the technique will be a great assistant to enable early architecture optimization and software development, as well as higher performance for software-driven register-transfer level (RTL) verification.
HyperSilicon provides Hybrid Emulation solutions by combining Qemu tool – the open source virtual prototyping and Semu emulator, and it has been tested to perform well in completing the task of hybrid verification of virtual prototype hardware and embedded software. It provides a more actual and real-time run environment for early architecture optimization, co-development of embedded software and higher performance for RTL emulation, which effectively accelerates the progress of IC design in various fields and the launching of new generation of products.
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