MPC7410RX500LE

The MPC7410RX500LE is a PowerPC G4 32‑bit microprocessor offered by NXP Semiconductors, implemented as a single‑core device running at 500 MHz. It is designed for computing and embedded systems that require a 32‑bit RISC core with enhanced memory and system interfaces.

Derived from the MPC74xx family, the device integrates architectural enhancements such as AltiVec technology and improvements to the memory subsystem, delivering a balanced solution for embedded and computing applications that need a compact 360‑ball CBGA package with surface‑mount mounting.

Key Features

• Core — PowerPC G4 architecture, single 32‑bit core operating at 500 MHz.
• Vector and FPU Enhancements — Includes AltiVec™ technology and floating‑point unit improvements that equalize latency for certain multiply operations, as described in the MPC7410 family documentation.
• Memory and Coherency — Improved memory subsystem bandwidth, optional high‑bandwidth MPX bus interface, and hardware‑based multiprocessing capability with a five‑state cache coherency protocol.
• Cache and L2 Interface — Configurable direct‑mapped SRAM capability on the L2 cache interface and support for a 19th L2 address pin to extend address range (family level specification).
• Package and Mounting — 360‑CBGA (25×25) package case (360‑BCBGA / FCCBGA), surface mount.
• Operating Range — Specified operating temperature range of 0 °C to 105 °C.
• Graphics Acceleration — No integrated graphics acceleration.
• Environmental — RoHS compliant.

Typical Applications

• Embedded Systems — Single‑core 32‑bit PowerPC G4 processing for embedded computing tasks within the specified temperature range.
• Computing Platforms — Core processing in compact systems where the 500 MHz PowerPC G4 and enhanced memory subsystem are advantageous.
• Multi‑Processor Designs — Systems that leverage the MPC7410 family’s hardware‑based multiprocessing features and cache coherency for multi‑CPU architectures.
• OEM Electronics — Board‑level integration in surface‑mount designs using the 360‑CBGA (25×25) package format.

Unique Advantages

• PowerPC G4 Single‑Core at 500 MHz: Provides a well‑defined 32‑bit RISC processing element suitable for embedded and computing workloads.
• AltiVec Technology Included: Built‑in AltiVec instruction support (family feature) for vector processing capability as described in the MPC7410 documentation.
• Improved Memory Subsystem: Enhancements to memory bandwidth and optional MPX bus interface help optimize system throughput where implemented.
• Hardware Multiprocessing Support: Family‑level support for hardware‑based multiprocessing and a five‑state cache coherency protocol aids scalable multi‑CPU system design.
• Robust L2 Interface Options: Configurable direct‑mapped SRAM support and expanded L2 addressing options enable flexible cache configurations.
• RoHS Compliant and Surface‑Mount Package: Meets environmental compliance requirements and is supplied in a 360‑CBGA (25×25) surface‑mount package for modern PCB assembly.

Why Choose MPC7410RX500LE?

The MPC7410RX500LE positions itself as a documented, single‑core PowerPC G4 microprocessor targeting embedded and computing systems that require a 32‑bit RISC core with enhanced memory and multiprocessing features. Its 500 MHz operating point, family enhancements such as AltiVec support and improved memory subsystem, and CBGA packaging make it suitable for compact surface‑mount designs.

Backed by the MPC7410 hardware specification and accompanying documentation from NXP/Freescale, this device is appropriate for designs that need explicit architectural details, configurable L2 options, and support for system‑level multiprocessing. The RoHS compliance and defined operating temperature range (0 °C to 105 °C) further support deployment in a range of commercial embedded environments.

Request a quote or submit a pricing and availability inquiry for the MPC7410RX500LE to proceed with procurement and design planning.