96MPP-3.2G-3M10T

Overview

The Advantech 96MPP-3.2G-3M10T is a central processing unit based on the Intel Pentium G3420 processor. It features two cores operating at a clock speed of 3.2 GHz and includes 3 MB of L3 cache memory. The component utilizes an LGA1150 socket interface for motherboard integration. This embedded processor is designed for general-purpose computing tasks within industrial and commercial systems requiring reliable performance.

Feature Summary

• Dual-core architecture for efficient multi-threaded processing
• Integrated graphics capabilities supporting display output
• LGA1150 package format for standard desktop platform compatibility

Applications

• Industrial control systems
• Digital signage solutions
• Self-service kiosks

Procurement Notes

Verify the exact revision level and stepping code against the manufacturer's latest documentation before procurement. Confirm that the target system board supports the LGA1150 socket and compatible chipset. Ensure thermal solution specifications match the processor's thermal design power requirements to maintain operational stability in enclosed environments.

Selection Notes

Select this component when a dual-core solution with integrated graphics is required for LGA1150 platforms. Consider the specific clock speed and cache size relative to application workload demands. Evaluate compatibility with existing system firmware and BIOS versions to ensure proper initialization and hardware support during deployment.

Part Context

This part belongs to Advantech's embedded processor portfolio, often associated with their UTC series of all-in-one computers and digital signage displays. These processors are selected for their balance of performance and power efficiency in compact, fanless, or semi-passive cooling designs typical of Advantech's industrial computing hardware.

Replacement Considerations

Direct substitutes include other Intel Pentium G-series processors for the LGA1150 socket, such as the G3258 or G3440, provided pin compatibility and thermal constraints are met. Verify that any replacement maintains the required core count and cache hierarchy for the specific application logic.