EPC16UC88AA

Configuration PROMs For FPGAs Overview

The Altera EPC16UC88AA is a non-volatile configuration device designed for FPGA systems. It provides 16 Mbit of flash memory capacity to store configuration data. The component operates within a supply voltage range of 3 V to 3.6 V and supports an operating temperature range from 0°C to 70°C. It utilizes an 88-UBGA package with dimensions of 11x8 mm. The device features system-in-programmable capabilities, allowing for reconfiguration without removing the chip from the circuit.

Configuration PROMs For FPGAs Feature Summary

• Contains 16 Mbit flash memory for storing FPGA configuration data
• Supports system-in-programmable functionality for in-circuit updates
• Integrates standard flash die and controller die into a single stacked chip package

Configuration PROMs For FPGAs Applications

• Configuration of Altera Stratix II GX devices
• Configuration of Altera Cyclone II devices
• Configuration of Altera Arria GX devices

Configuration PROMs For FPGAs Procurement Notes

Verify the specific package marking and date code against the manufacturer's latest documentation to ensure authenticity. Confirm that the application environment remains within the specified 0°C to 70°C operating temperature range. Check for any end-of-life notifications or obsolescence warnings from Intel/Altera before finalizing procurement plans.

Configuration PROMs For FPGAs Selection Notes

Select this component when a 16 Mbit configuration capacity is required for compatible Altera FPGAs. Ensure the design accommodates the 88-UBGA footprint and 3.3 V power supply requirements. Consider the industrial temperature range suitability for the target deployment environment.

Configuration PROMs For FPGAs Part Context

The EPC16 series belongs to the Enhanced Configuration (EPC) device family from Altera. These devices serve as non-volatile memory solutions for programming Altera FPGAs. The EPC16UC88AA specifically offers higher density compared to smaller variants like the EPC4 or EPC8, supporting larger FPGA designs.