MPC755CVT400LE

The MPC755CVT400LE is a PowerPC-based 32-bit microprocessor IC from NXP Semiconductors, delivered in a 360-FCPBGA (25×25) surface-mount package. It implements a single PowerPC core running at 400 MHz and is targeted for consumer and embedded designs that demand low-cost, low-power operation.

Designed with an integrated L2 cache interface and internal L2 tags plus a 60x bus interface, the MPC755CVT400LE provides a compact, system-friendly processor option with on-chip power and thermal management features to support energy-efficient embedded applications.

Key Features

• PowerPC Core — 1 Core, 32‑Bit: Single 32-bit processor core running at 400 MHz for deterministic embedded compute.
• On-chip Cache Architecture: 32-Kbyte instruction cache and 32-Kbyte data cache with internal L2 tags and a dedicated L2 cache interface to support expanded memory bandwidth and cache hierarchy.
• System Bus and Data Paths: 60x bus interface with a 32-bit address bus and 32-/64-bit data bus; 17-bit L2 address bus and 64-bit L2 data bus for system integration.
• Power and Thermal Management: Built-in support for doze, nap, sleep and dynamic power management modes plus thermal management mechanisms to optimize system power use.
• Debug and System Control: JTAG/COP interface and performance monitoring capabilities to support bring-up and runtime analysis.
• Clock and Timing: On-chip clock multiplier and a time base counter/decrementer for flexible system timing and frequency scaling.
• Package and Mounting: 360-FCPBGA (25×25) supplier device package, surface mount, supplied in tray format for production assembly.
• Operating Range: Specified operating temperature range of 0 °C to 105 °C, suitable for a wide range of consumer and embedded environments.
• Qualification: Consumer-grade qualification for cost-sensitive embedded applications.

Typical Applications

• Consumer Embedded Devices: Compact consumer systems that require a single 32-bit processor with on-chip power management and cache support.
• Low‑Power Control Systems: Embedded controllers and appliance control units that benefit from doze/nap/sleep modes to reduce system power consumption.
• System and Peripheral Controllers: Designs that require an integrated L2 cache interface and 60x bus connectivity for medium-complexity system integration.

Unique Advantages

• Integrated L2 Cache Interface: On-chip L2 tags and a dedicated L2 interface simplify memory subsystem design and improve cache scalability.
• Power-Management Suite: Hardware support for multiple low-power modes and dynamic power management reduces system power draw in standby and active operation.
• Compact BGA Package: 360-FCPBGA (25×25) surface-mount package supports dense PCB layouts and production-ready assembly in tray format.
• System Debug and Monitoring: JTAG/COP and performance monitoring features enable effective bring-up, debugging, and runtime performance analysis.
• Extended Operating Window: 0 °C to 105 °C operating range accommodates a variety of consumer and embedded deployment environments.
• Balanced Data Paths: 32-/64-bit data bus and 60x system interface provide flexible options for interfacing memory and peripherals.

Why Choose MPC755CVT400LE?

The MPC755CVT400LE balances a single 400 MHz PowerPC core with integrated cache infrastructure, system bus connectivity, and hardware power-management features to deliver a pragmatic solution for cost- and power-sensitive embedded designs. Its combination of on-chip L2 support, debug interfaces, and a compact 360-FCPBGA package makes it well suited for consumer and general embedded applications where board space, power efficiency, and system integration matter.

Engineers selecting the MPC755CVT400LE get a processor positioned for straightforward integration into embedded platforms, with on-chip capabilities that simplify memory and power design decisions while supporting production assembly requirements.

Request a quote or submit a procurement inquiry to obtain pricing, availability, and additional ordering information for the MPC755CVT400LE.