The IM4A3-256/128-7FAC-10FA is a memory module manufactured by Lattice Semiconductor Corporation. This module is designed to provide reliable and efficient memory storage for a variety of applications, particularly those requiring high-performance and compact form factors. The precise specifications may vary depending on the specific configuration and intended use.

Applications:

• Embedded systems requiring high-speed memory access
• Industrial control systems
• Data acquisition systems
• Telecommunications equipment
• Networking devices

Features:

• High-speed memory access
• Compact form factor
• Low power consumption
• Reliable data storage
• Wide operating temperature range

Benefits:

• Improved system performance due to fast memory access times
• Reduced system size due to the module's compact design
• Extended battery life in portable applications due to low power consumption
• Increased system reliability due to robust data storage capabilities
• Suitability for a wide range of environments due to the wide operating temperature range

Additional Details:

The '256/128' portion of the part number likely refers to the memory capacity, possibly indicating 256 Mbit and 128 Mbit sections, or some other memory organization totaling this amount. The '7FAC-10FA' likely represents a specific configuration or revision code. Given the manufacturer, Lattice Semiconductor, this memory module is likely used in conjunction with their FPGA and CPLD products. Further research based on related Lattice Semiconductor documentation would be necessary to definitively confirm the speed, voltage, and other specifications. Without detailed datasheets, it's difficult to give precise timing characteristics. Typically, such modules are designed for low-power operation, drawing minimal current when idle and operating at standard voltages (e.g., 3.3V or 1.8V).

Due to the specificity of this part number, designers would consult with Lattice Semiconductor documentation to integrate this memory module into a system effectively, especially related to timing constraints and memory mapping configurations.