MPC8548VTAUJC

The MPC8548VTAUJC is a single-core PowerPC e500 microprocessor operating at 1.333 GHz, designed for embedded applications that require a 32-bit processing core with integrated system features. It is part of the MPC8548 series from NXP Semiconductors and targets embedded and consumer-class systems.

Built around the Power Architecture technology, the device combines a single 32-bit core, an on-chip signal-processing engine (SPE/APU), multi-standard DRAM controllers and multiple high-speed networking interfaces to simplify board-level design and accelerate time-to-market for embedded networking and communications solutions.

Key Features

• Core & Architecture — PowerPC e500 32-bit processor, single core running at 1.333 GHz with on-chip signal-processing engine (SPE/APU) for vector-style integer and fractional operations.
• L1 Cache — 32 KB instruction cache and 32 KB data cache with parity protection and line locking capability, supporting deterministic code and data handling.
• Memory Interfaces — Built-in memory controllers supporting DDR, DDR2 and SDRAM to accommodate a range of system memory designs.
• Ethernet Networking — Four 10/100/1000 Mbps Ethernet interfaces (4 ports) suitable for multi-port embedded networking and communications tasks.
• Serial & Peripheral Interfaces — DUART and a broad set of peripheral interfaces documented across the MPC8548 series for flexible I/O and control connectivity.
• Package & Mounting — 783-FCPBGA (29 × 29 mm) package; surface-mount device for high-density board layouts.
• Operating Range & Qualification — Consumer-qualified device with an operating temperature range of 0°C to 105°C and RoHS compliance for regulatory alignment.

Typical Applications

• Embedded Networking & Communications — Multi-port Gigabit Ethernet and integrated processing make this device suitable for routers, switches, and networked appliances.
• Protocol Offload & Packet Processing — The PowerPC e500 core with SPE/APU and on-chip memory controllers supports tasks that require deterministic processing and I/O bandwidth.
• General Embedded Control — Single-core 32-bit processing with DUART and broad peripheral support fits compact embedded systems needing a mix of control and connectivity.

Unique Advantages

• Integrated Networking Capability: Four 10/100/1000 Mbps Ethernet ports reduce the need for external PHYs and simplify multi-port network designs.
• On-chip Signal-processing Engine: The SPE/APU provides additional instruction capabilities for vector and DSP-style operations, enabling efficient data processing on-chip.
• Flexible Memory Support: Native DDR, DDR2 and SDRAM controllers allow designers to choose memory technologies that match performance and cost targets.
• Deterministic Cache Control: Lockable 32 KB instruction and 32 KB data caches with parity protection help ensure reliable and predictable execution for real-time workloads.
• Compact, Surface-mount Package: 783-FCPBGA (29 × 29 mm) package supports high-density PCB layouts common in embedded products.
• RoHS Compliant & Consumer Qualified: Meets RoHS requirements and is designated for consumer qualification levels for appropriate applications.

Why Choose MPC8548VTAUJC?

The MPC8548VTAUJC pairs a PowerPC e500 single-core processor running at 1.333 GHz with an on-chip signal-processing engine, multi-standard DRAM controllers and four Gigabit Ethernet interfaces—delivering a balanced combination of processing, memory flexibility, and networking integration for embedded systems. Its cache architecture and SPE/APU support enable efficient handling of data-intensive and real-time tasks.

This part is well suited for embedded designers seeking a compact, surface-mount microprocessor package (783-FCPBGA, 29 × 29 mm) with consumer qualification and RoHS compliance, offering a clear upgrade path for systems that require integrated networking and deterministic processing.

If you would like pricing, availability, or to request a formal quote for MPC8548VTAUJC, please submit a quote request or contact sales through your usual procurement channels.