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Paiper FACE
The most innovative FPGA and DSP solutions. Our service provide the silicon, software engineering and services, to ensure your competitive advantage.
Paiper FACE-VE01
The most innovative FPGA for multimedia and video applications.

Paiper FACE-VE01
The most innovative FPGA for multimedia and video applications.
Paiper737 ED
737ED is a professional, modular platform for coding and decoding in real time of the most common multimedia formats.
Paiper Engine
A custom engineered solution for all new multimedia and digital communication scenarios.

Medianet Research & Development division offers the most innovative FPGA and DSP solutions. Our service provide the silicon, software engineering and services, to ensure your competitive advantage, backed by the highest levels of support avery step of the way.

Controlling costs
Lowest total system cost is the major concept organizations thrive to achieve in order to reduce the overall cost of the project for the company, maximize profit and increase market share.
When designing an FPGA, designers should not regard the unit price tag as the only component contributing to total system cost. Other hidden costs, which are often ignored, can contribute significantly to total system cost.
Choosing a nonvolatile FPGA solution may reduce operations costs through simpler testing and easier product qualification, enhancing product yield, reduced risk, reduced EMI, reduce suppliers and lower inventories.
Protecting your investment
There are additional issues when designing FPGAs in embedded systems, whose effects cannot be measured by time or cost, but their influence on the company’s overall business can be devastating. Issues of design security, product defamation protection and product liability reduction can be directly influenced by the FPGA technology used for the embedded system.
Total cost-of-ownership is directly influenced by embedded system designers’ practices especially when FPGA technology choices are considered. Keeping in mind the cost associated with the bill-of-material, design and operations effectiveness and implications associated with the product in the field, such as product liability and security.
Nonvolatile flash-based FPGAs provide an alternative solution with unique differentiators to SRAM-based FPGAs and may be the best choice for your next embedded system design.
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