Microchip AT94K10AL-25DQI FPSLIC FPGA with AVR Core | 10K Gates 25MHz 208-PQFP

Microchip AT94K10AL-25DQI FPSLIC® - FPGA with Integrated 8-bit AVR Microcontroller

The AT94K10AL-25DQI is a powerful Field Programmable System Level Integrated Circuit (FPSLIC) that uniquely combines a high-performance 8-bit AVR microcontroller core with 10,000-gate FPGA fabric on a single chip. This innovative architecture delivers unmatched flexibility for embedded system designs requiring both programmable logic and microcontroller functionality.

Key Features & Technical Advantages

• Integrated 8-bit AVR Microcontroller Core: Industry-standard AVR architecture running at 25MHz for efficient real-time code execution and control
• 10K Gate FPGA Fabric: 576 configurable core cells and 846 registers provide extensive programmable logic resources for custom hardware acceleration
• Flexible Communication Interfaces: Built-in I2C and UART protocols enable seamless connectivity with sensors, displays, and other peripherals
• Generous On-Chip Memory: 20K-32K bytes program SRAM, 4K-16K bytes data SRAM, plus 4kb dedicated FPGA SRAM for optimal performance
• Industrial-Grade Reliability: Extended operating temperature range from -40°C to 85°C ensures reliable operation in harsh environments
• Space-Efficient Package: Compact 208-pin PQFP (28x28mm) footprint reduces board space requirements
• Single-Chip Integration: Eliminates need for separate MCU and FPGA, reducing BOM cost, power consumption, and design complexity

Ideal Applications & Use Cases

The AT94K10AL-25DQI excels in applications requiring both microcontroller intelligence and FPGA flexibility:

• Industrial control systems and automation
• Embedded instrumentation and data acquisition
• Motor control and drive systems
• Custom communication protocol implementations
• Mixed-signal processing applications
• Sensor fusion and signal conditioning
• Rapid prototyping of embedded systems

Why Choose the AT94K10AL-25DQI FPSLIC?

This unique FPSLIC architecture offers significant advantages over traditional discrete MCU + FPGA solutions:

• Reduced Development Time: Single-chip design simplifies board layout and reduces integration complexity
• Lower System Cost: Eliminates need for separate components, connectors, and associated passive components
• Enhanced Reliability: Fewer components mean fewer potential failure points
• Improved Performance: Tight integration between AVR core and FPGA fabric enables efficient hardware-software co-design
• Power Efficiency: Optimized power management with 3V-3.6V supply voltage range

Order Now: In stock and ready to ship. Perfect for engineers and designers seeking a versatile, high-performance solution for demanding embedded applications.