MPC8544VJALFA

The MPC8544VJALFA is a PowerPC e500-based 32-bit microprocessor for embedded systems. Running at 667 MHz with a single core, it targets embedded networking, communications and signal-processing applications that require integrated peripheral support and deterministic processing.

Designed and documented by NXP Semiconductors, the device combines on-chip processing engines, memory interfaces and networking ports to provide a compact, high-performance building block for consumer-class embedded designs.

Key Features

• Core and Performance PowerPC e500 32-bit core operating at 667 MHz with architecture-level support for embedded workloads.
• On-chip Caches and Processing Engines Includes 32 KB L1 instruction and 32 KB L1 data caches with parity protection and cache locking; incorporates a Signal Processing Engine (SPE) and floating-point/APU capabilities for vector and double-precision operations as described in the device documentation.
• Memory Interfaces Integrated controllers for DDR, DDR2 and SDRAM to support a range of system memory configurations.
• Networking Two integrated Ethernet controllers supporting 10/100/1000 Mbps operation for high-throughput connectivity.
• Security On-chip cryptography support and a hardware random number generator to assist secure subsystem designs.
• Peripheral Interfaces Includes DUART and additional serial/management interfaces referenced in the device documentation for system control and debugging.
• Package and Mounting Supplied in a 783-FCPBGA (29 × 29 mm) package, surface-mount package case suitable for compact board designs.
• Operating Range and Compliance Consumer-qualified device with an operating temperature range of 0 °C to 105 °C and RoHS-compliant status.

Typical Applications

• Embedded Networking Multi-rate Ethernet support and integrated interfaces make the MPC8544VJALFA suitable for routers, switches and other networked appliances requiring on-chip MACs.
• Signal Processing and Communications The SPE and floating-point/APU capabilities enable vector and numeric processing tasks common in communications modules and DSP-adjacent designs.
• Memory-Intensive Embedded Systems DDR/DDR2/SDRAM controllers provide flexible memory interfacing for applications that need fast external memory access and buffering.

Unique Advantages

• Integrated processing and acceleration Combines a PowerPC e500 core with SPE and floating-point APUs to consolidate general-purpose and signal-processing workloads on a single device.
• Built-in high-speed networking Dual 10/100/1000 Mbps Ethernet controllers reduce external component count for network-enabled products.
• Flexible memory support Native DDR, DDR2 and SDRAM controllers simplify board design across a range of memory performance and cost targets.
• Security primitives on-chip Hardware cryptography features and a random number generator help implement secure boot and data protection functions.
• Compact BGA package The 783-FCPBGA (29×29 mm) package supports dense, space-constrained layouts while offering robust mounting for embedded assemblies.
• Documented architecture Extensive device documentation (including hardware specifications and electrical/thermal guidance) supports system design and integration.

Why Choose MPC8544VJALFA?

The MPC8544VJALFA positions itself as an integrated embedded processor solution that balances a PowerPC e500 core’s deterministic performance with dedicated signal-processing and security functions. Its combination of on-chip SPE/APU resources, multi-rate Ethernet and flexible DDR memory interfaces makes it well suited to networked and communications-focused embedded designs.

Backed by manufacturer documentation from NXP Semiconductors and provided in a compact 783-FCPBGA package, the part is appropriate for consumer-class embedded projects that require consolidated processing, connectivity and memory interfacing in a single device.

Request a quote or submit an inquiry to receive pricing and availability information for the MPC8544VJALFA. Our team can provide lead-time details and ordering guidance to support your design cycle.