5CEBA9U19C8N Datasheet/PDFEmbedded - FPGAs (Field Programmable Gate Array)
A Field Programmable Gate Array (FPGA) is an integrated circuit device that can be rapidly configured and reprogrammed to meet varying application requirements. FPGAs are becoming increasingly popular as an embedded solution, as they provide flexibility and high performance. The 5CEBA9U19C8N application field and working principle is is one of the many FPGA devices that are used in embedded applications.
The 5CEBA9U19C8N is a FPGA device designed for use in a wide range of embedded applications. The device is part of the Stratix 10 family, offering a powerful combination of field-programmable logic, high-performance IP blocks, on-chip memory and communication peripherals. It is packaged in a single-width, half-length small form factor that can be easily integrated into system development. The FPGA device is also capable of operating at a maximum power of 5 watts.
The key features of the 5CEBA9U19C8N include support for 600K logic elements and 8,000 embedded memory blocks, along with a comprehensive set of I/O and high-speed transceiver connectivity. The device also includes hardened IP blocks such as Ethernet, PCIe, CAN-FD and other protocols, as well as advanced security features including Smart Defender technology and encryption. Additionally, the FPGA is protected against potential electrical and thermal issues, subject to a wide-range operating temperature.
The 5CEBA9U19C8N FPGA utilizes the dynamically reconfigurable architecture approach to enable the rapid conversion between configurations of its logic subsystem for processing different tasks. This architecture is known as ‘Dynamic Partial Reconfiguration’. This approach makes it possible to apply different configurations of logic elements on the same device during run-time, and provides the flexibility needed for the implementation of demanding distributed and parallel architectures.
In addition to its powerful configuration capabilities, the 5CEBA9U19C8N FPGA offers a number of other features that make it suitable for embedded applications. For example, it has an on-chip system monitor that can detect temperature and voltage changes, as well as faults such as system crashes or stuck configurations. This monitor can enable pre-emptive adjustment of system settings or configuration states in order to maintain system integrity. Additionally, the FPGA boasts advanced ECC memory for reliability and dynamic reconfigurable logic for optimised data throughput.
The 5CEBA9U19C8N FPGA is suitable for a variety of embedded applications, from medical imaging and industrial automation to automotive embedded systems. It can be used for the implementation of complex algorithms such as AI-based image processing and automated control systems, as well as embedded media processing such as video coding and decoding. In addition to being used in standalone systems, the 5CEBA9U19C8N FPGA can also be used as part of a larger system-on-chip (SoC) design.
By leveraging the benefits of FPGA devices such as the 5CEBA9U19C8N, embedded systems developers can quickly and effectively implement flexible, high-performance solutions. With its robust features, built-in security and high-speed transceiver connectivity, the 5CEBA9U19C8N FPGA makes an ideal choice for a range of embedded applications.