EP3C5F256C6N Integrated Circuits (ICs)

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Introduction to Embedded FPGAs: EP3C5F256C6N

An embedded FPGA, or Field Programmable Gate Array, is a popular embedded computing device used in many modern applications. Specifically, the EP3C5F256C6N is a popular reprogrammable FPGA that features a wide range of features and benefits.

FPGAs are often used in low-cost and low-power applications that require features like instant reconfigurability as well as high-speed operation. In addition, many FPGAs have built-in embedded IP blocks and peripheral components that allow engineers to create advanced hardware solutions in a matter of minutes.

Design Ability

At the heart of the EP3C5F256C6N is Altera’s MAX V CPLD 5 Series of FPGA. This particular model delivers an optimized and low-cost solution through its highly efficient architecture and specs. With this, its possible to implement complex logic designs with ease, logical reliability and optimal performance.

Also, designers can attain high levels of design flexibility with product support for flash and eNVM-based configurations. As a result, designers have the ability to rapidly prototype multiple designs without having to make hardware changes.

Performance Boost

The EP3C5F256C6N is designed to offer more connectivity than typical FPGA designs. This allows the device to run with higher performance and more scalability. Additionally, the device enables designers to rapidly implement solutions with a wide array of technologies including Ethernet, Serial RapidIO, PCI Express, USB and S-ATA.

The device also features integrated transceivers to boost performance. As a result, it can handle hundreds of megabits worth of high speed data transfers. Moreover, it provides additional flexibility for solutions that need to manifest in multiple form factors.

Power Efficiency

The EP3C5F256C6N has been designed with low energy consumption in mind. Its 0.605V core and I/O design helps to ensure low energy consumption, which ultimately reduces operating costs. Furthermore, the device comes with multiple lithography options (ranging from 0.8m to 1m) to help conserve overall power consumption.

Multimedia Processing

The EP3C5F256C6N has been designed to support the decoding, encoding and processing of multiple media types. Its four dedicatedhardware managers offer encrypted media processing, AV processing, video and audio transcoding. Furthermore, it also features Ethernet and Serial RapidIO IP blocks that provide native support for multiple media types.

For example, designers could use the device in a media transcoding solution where they could encode and decode multiple media types in real-time. This allows them to include multiple types of media simultaneously and use the FPGA to enable seamless transcoding of those media types.

Conclusion

In conclusion, the EP3C5F256C6N is an advanced FPGA that combines high-performance features with low-power consumption, real-time operations and reliable hardware IP. It is ideal for high-speed and low-cost embedded applications. This makes the device highly effective in applications such as networking and multimedia processing.

The specific data is subject to PDF, and the above content is for reference