The EPM7512BBC256-6 is a high-density Programmable Logic Device (PLD) from Intel's MAX 7000B series. This device offers a combination of high performance and high density, making it suitable for complex logic designs. It's built upon an EEPROM-based technology, providing reprogrammability and non-volatility.

Applications

• Complex state machines
• Data path control
• Peripheral interfaces
• High-speed address decoding
• Custom logic functions

Features

• 512 macrocells
• 256-pin Ball Grid Array (BGA) package
• 6 ns propagation delay
• EEPROM-based reprogrammability
• Programmable interconnect array (PIA)
• Global clock network
• Multiple I/O banks

Benefits

• High logic density for implementing complex functions
• Fast propagation delay for high-performance systems
• Reprogrammability for design flexibility and updates
• Simplified board layout with BGA package
• Reliable operation due to EEPROM technology
• Flexible I/O configuration with multiple I/O banks

Additional Details

The EPM7512BBC256-6 features a programmable interconnect array (PIA) which allows for flexible routing of signals between macrocells, simplifying board layout and improving performance. The global clock network provides low-skew clock distribution across the device. The multiple I/O banks support various voltage levels and I/O standards. The device is programmed using standard programming tools, such as Altera's Quartus II software (following Intel's acquisition of Altera). It operates from a 3.3V power supply and provides a wide range of operating temperature. Its non-volatility ensures that the configuration is retained even when power is removed. The 6ns propagation delay enables use in high-speed applications. The BGA package allows for high pin density and improved thermal performance. Its use is common in legacy communication and control systems.