EPC1213LI20

Configuration PROMs For FPGAs Overview

The EPC1213LI20 is a 1-Mbit (128 Kbit x 8) Serial Flash Memory device manufactured by Altera, now Intel. It utilizes the Enhanced Programmable Logic Controller (EPC) architecture to provide non-volatile configuration storage for Intel FPGA devices. The component operates with a supply voltage range of 2.7V to 3.6V and supports standard SPI interfaces. It features high endurance and data retention capabilities suitable for industrial and commercial temperature ranges.

Configuration PROMs For FPGAs Feature Summary

• Provides non-volatile configuration storage for Intel FPGAs
• Supports standard Serial Peripheral Interface (SPI) communication
• High reliability with robust data retention specifications

Configuration PROMs For FPGAs Applications

• Configuration of Intel Cyclone IV FPGA devices
• Configuration of Intel Cyclone V FPGA devices
• System boot storage for embedded FPGA designs

Configuration PROMs For FPGAs Procurement Notes

Verify the specific suffix 'L' indicates the industrial temperature range and 'I' denotes the lead-free package status. Confirm compatibility with the target FPGA family before procurement. Ensure the ordering part number matches the required density and interface speed. Check for any recent obsolescence notices from the manufacturer.

Configuration PROMs For FPGAs Selection Notes

Select this component when configuring Intel FPGAs requiring 128 Kbit of configuration memory. Consider the operating temperature range requirements for the application environment. Evaluate the physical package constraints against the PCB layout design. Verify that the SPI interface speed meets the system timing requirements.

Configuration PROMs For FPGAs Part Context

This device belongs to the EPC series of serial flash memories designed specifically for Intel FPGA configuration. It replaces older parallel configuration methods with a simpler serial interface. The series offers various densities to match different FPGA configuration needs. It is widely used in cost-sensitive and space-constrained embedded applications.