EPM7064LC84-12

EPM7064LC84-12, an application-specific integrated circuit (ASIC) of the Complex Programmable Logic Devices (CPLD) family, is a cost-effective, high-performance, programmable logic device.

This device has been designed to meet the rapidly evolving needs of embedded system designers. It supports a variety of logic features, such as multiple programming modes, logic array block (LAB) architecture, and sophisticated device operations.

Its features, performance, and architecture make it suitable for a wide range of embedded applications, such as networking, consumer, automotive, audio, video, medical and industrial applications. In addition, this device offers an ultra-low power operation and a wide-range of I/Os.

EPM7064LC84-12 consists of an array of programmable logic and interconnect logic arrays that are interconnected to provide a flexible logic solution. This device supports multiple programming modes, such as Altera\'s Passive Serial (AS), Active Serial (APS), Passive Parallel (PL), and Active Parallel (APS) programming algorithms.

EPM7064LC84-12 has a modular architecture and consists of two main components: a field-programmable gate array (FPGA), and a programmable interconnect. The FPGA consists of two types of logic blocks, the LABs and the configurable logic blocks (CLB). Each CLB provides a set of logic, arithmetic and RAM functions, and can be reconfigured for different applications.

The programmable interconnect allows for communication between the LABs and CLBs, and for the implementation of complex logic and circuit designs. In addition, the on-chip RAMs provide fast access to system data.

The programming of EPM7064LC84-12 is done using the Altera SignalTap software. This software makes it easy to program the device, and the resulting program can be used on multiple devices and multiple platforms. The software provides powerful debug capabilities, and is designed to support a wide range of devices.

EPM7064LC84-12\'s impressive performance and wide range of features make it a popular device in the embedded world. Its ability to provide fast and reliable programming, versatile programmability, configurability, and ultra-low-power operation make it an ideal device for embedded systems.