MPC8544ECVTALFA

The MPC8544ECVTALFA is a PowerPC e500-based 32-bit microprocessor from NXP Semiconductors' MPC8544 series, running at 667 MHz in a 783-FCPBGA (29×29) package. Designed for embedded applications, the device combines a high-performance Power Architecture core with integrated system interfaces to address networking and secure data-processing use cases.

Key on-chip resources include dedicated floating-point and signal-processing units, 32 KB L1 instruction and 32 KB L1 data caches with parity protection, multi-standard memory controller support, and dual 10/100/1000 Mbps Ethernet ports—features that support performance, integration, and system-level consolidation in embedded designs.

Key Features

• Core & Architecture  PowerPC e500 32-bit core running at 667 MHz, built on Power Architecture technology for embedded processing.
• Performance Engines  Includes a signal-processing engine (SPE) APU and double-precision floating-point APU for vector, integer and 64-bit floating-point operations.
• Cache  32-Kbyte L1 instruction cache and 32-Kbyte L1 data cache with parity protection; caches support locking on a per-line basis.
• Memory Controllers  On-chip controllers supporting DDR, DDR2 and SDRAM to accommodate a range of system memory configurations.
• Ethernet Connectivity  Dual 10/100/1000 Mbps Ethernet interfaces for high-throughput networking and communications tasks.
• Security Features  Integrated cryptography support and a random number generator to support secure processing functions.
• System Interfaces  Documentation references include support for PCI, PCI Express and high-speed serial interfaces appropriate for embedded I/O and expansion (see datasheet for details).
• Package & Mounting  783-FCPBGA (29×29) supplier device package; surface-mount, tray packaging for board-level integration.

Typical Applications

• Embedded Networking and Communications  Dual gigabit Ethernet and integrated processing engines make this device suitable for network appliances and communication controllers.
• Secure Data Processing  On-chip cryptography and RNG support secure packet handling, encryption tasks and trusted data processing in embedded systems.
• Memory-Intensive Embedded Systems  Support for DDR, DDR2 and SDRAM enables designs that require substantial on-board memory bandwidth and capacity.

Unique Advantages

• Highly Integrated Network Support: Dual 10/100/1000 Mbps Ethernet interfaces reduce external PHY and controller requirements for networking designs.
• Security-Ready: Built-in cryptography features and a random number generator allow designers to implement secure functions without adding separate security coprocessors.
• Flexible Memory Options: Native support for DDR, DDR2 and SDRAM gives designers choices for balancing performance, cost and power.
• Vector and Floating-Point Acceleration: SPE and double-precision floating-point APUs provide on-chip acceleration for signal-processing and numeric workloads.
• Board-Level Packaging: 783-FCPBGA (29×29) surface-mount package enables compact board layouts for OEM embedded designs.

Why Choose MPC8544ECVTALFA?

The MPC8544ECVTALFA positions itself as a capable embedded processor for designs that require a balance of compute performance, integrated networking, and security features. Its PowerPC e500 core at 667 MHz, combined with on-chip FP and SPE acceleration and L1 caches with parity protection, supports a range of embedded workloads where deterministic processing and data handling are important.

This part is appropriate for engineering teams building embedded communications, secure processing, or memory-driven systems that benefit from integrated Ethernet, flexible memory controller support and on-chip security primitives. Backed by NXP’s MPC8544 series documentation and hardware specifications, the device offers a clear upgrade path within the series and supports system-level consolidation to simplify BOM and board design.

If you would like pricing, availability, or to request a formal quote for MPC8544ECVTALFA, submit a quote request or inquiry to initiate ordering and obtain lead-time information.