XC4008E-1PG191C

Series:	XC4000E/X
Part Status:	Obsolete
Number of LABs/CLBs:	324
Number of Logic Elements/Cells:	770
Total RAM Bits:	10368
Number of I/O:	144
Number of Gates:	8000
Voltage - Supply:	4.75 V ~ 5.25 V
Mounting Type:	Through Hole
Operating Temperature:	0°C ~ 85°C (TJ)
Package / Case:	191-BCPGA
Supplier Device Package:	191-CPGA (47.24x47.24)
Base Part Number:	XC4008E

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Introduction

The XC4008E-1PG191C is a Field Programmable Gate Array (FPGA) designed for use in embedded systems. It is an optimized device designed for increased performance and reliability in an embedded environment. The device incorporates an advanced configurable logic block (CLB) architecture optimized for low power and high reliability. The device\'s logic blocks are connected together via a high-speed differential interconnect and can be configured for various system architectures from basic logic functions to complex user-defined functions. This device supports up to eight independent clock domains, enabling the implementation of multiple independent operating systems.

Features

The XC4008E-1PG191C provides a rich set of features to facilitate system design. It is built using an industry-standard cell-based architecture to allow for fast time-to-market. The device has up to 352K logic elements and up to 172 I/Os. It supports multiple clock frequencies, including a maximum frequency of up to 250 MHz. It also supports external asynchronous clock domains and can be configured using the industry-standard -AOI (Application Oriented IC) technology.The device provides a number of powerful design tools to facilitate the development and implementation of complex systems. These tools include an advanced timing analyzer, an advanced logic optimization module, and a design rule checker. Additionally, the device features multiple configuration modes and a low-power operation mode to help extend battery life. The device also comes with a rich set of peripherals, such as DDR3, QSPI, and USB 3.0 I/F, to enable the development of comprehensive embedded systems.

Applications

The XC4008E-1PG191C is ideal for high-performance embedded applications. Its logic elements and memory features enable the development of complex systems with multiple clock domains. Its support for multiple asynchronous I/F speeds and its low power design enable the deployment of Internet of Things (IoT) aware applications such as medical and industrial automation. Its rich set of peripherals make it suitable for automotive, aerospace, and consumer applications. It can also be used in machine learning and data center applications to enable distributed computing and tuning of algorithms.

Working Principle

The XC4008E-1PG191C utilizes the industry-standard cell-based architecture. This architecture is a multi-level design which incorporates a number of building blocks or “cells” in order for the FPGA to perform its desired functions. Cells in the architecture are connected to each other through interconnects, with some cells being dedicated to specific functions, while others are more general and can be used for a variety of purposes.The logic blocks within the device are organized as two “columns”, each consisting of two “slices”. Logic within the slices can be configured with a variety of logic components. These components can be connected together to create custom logic functions, including combinational and sequential operations. The device also incorporates memory blocks to provide caching and buffering for data. The device\'s memory blocks can also be used to store configuration data.The XC4008E-1PG191C provides a powerful and versatile platform for embedded development. Its advanced logic blocks and memory features enable the development of complex, reliable systems. Its support for multiple peripherals, low-power operation modes, and versatile design tools provide users with the flexibility necessary to create their desired solution. With its support for asynchronous I/F speeds and multiple clock domains, the XC4008E-1PG191C is suitable for a variety of embedded applications.

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