EP4SE530H35C4ES

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Embedded FPGAs are growing increasingly popular in a variety of applications due to their compact size, flexibility, and unparalleled power-efficiency. The EP4SE530H35C4ES is a particular type of Embedded FPGA from Fujitsu-Renesas that is especially well-suited to applications requiring an exceptionally low-power solution. This device offers unparalleled performance-per-watt, making it an ideal choice for powering embedded systems that need to be energy-efficient yet powerful.

The EP4SE530H35C4ES features a high-throughput architecture and advanced power-saving features, allowing it to operate at just 0.18V, while still maintaining its maximum performance. It also features an optimized logic and memory architecture with efficient processing pipelines, resulting in quicker system communication and lower power consumption. Additionally, its built-in error correction, flexible routing, and maximum switching speed help achieve top performance and a more reliable system.

Thanks to the runtime configurable architecture of Embedded FPGAs, these devices are capable of adapting to a variety of system configurations. This makes the EP4SE530H35C4ES an excellent choice for applications where frequent changes in system performance and power demands are expected. With these kinds of devices, users can customize their FPGAs to accurately respond to their system requirements without increasing power consumption or wasting resources.

The EP4SE530H35C4ES is particularly well-suited for complex high-performance applications. With its high-throughput architecture and optimized logic and memory architecture, the device can handle up to 1.56GHz of system performance and up to 102 million gates while consuming half the power of other available FPGAs. This makes it the perfect fit for embedded systems where the space, power, and performance requirements are extremely demanding.

What really sets the EP4SE530H35C4ES apart from other FPGAs is its flexible design. The device has a four-layer metal stack, offering users an impressive level of flexibility when designing their systems. Users also have access to multiple high-speed I/O, including two Gigabit Ethernet ports, two serial port connectors, four USB ports, and two PCIe X4 configurable interfaces. This makes it possible to tailor the device to the needs of the system, ensuring that it can provide the most efficient solution.

The device also features a wide variety of built-in configurable blocks and functions that allow users to customize their systems to optimize performance and minimize power consumption. Examples of these functions include power guards, low-latency horizontal routing blocks, and clock management schemes. Additionally, the EP4SE530H35C4ES is equipped with an on-chip testing facility for validating system integrity, helping to reduce time-to-market and ensure error-free system operation.

Thanks to its advanced power-saving, flexible design, and low-power operation, the EP4SE530H35C4ES makes an ideal choice for embedded systems that require high performance, low-power consumption, and configurable design. Whether powering an embedded multimedia system or controlling an industrial process, the EP4SE530H35C4ES provides a reliable and efficient solution.

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