MCIMX27LVOP4A

The MCIMX27LVOP4A is a single-core ARM926EJ-S microprocessor running at up to 400 MHz, designed for low-power, feature-rich consumer multimedia and portable devices. Built on the i.MX27 series architecture from NXP Semiconductors, it combines an ARM926EJ-S core with integrated memory controllers, display interfaces and various connectivity options to support compact embedded designs.

Optimized for minimal power consumption using on-chip power-saving techniques, the device targets markets such as mobile multimedia, handhelds and other consumer applications where balanced performance, security and integration are required.

Key Features

• Core ARM926EJ-S 32‑bit processor core operating up to 400 MHz for deterministic embedded processing.
• Memory DDR memory controller support for system memory interfacing.
• Security and Crypto Integrated security features including Cryptography, Random Number Generator, RTIC, Secure Fusebox and Secure Memory; co-processor listed as SAHARAH2 for security processing.
• Connectivity Integrated 10/100 Mbps Ethernet (1) plus USB 2.0 with PHY (3) and a 1‑Wire interface for common peripheral connectivity.
• Display and UI Display interface controllers for LCD and keypad support, with graphics acceleration to assist UI and multimedia tasks.
• Low‑power Design Series-level power-saving techniques noted in documentation (DPTC, power gating, clock gating) and implementation in a 90 nm process with dual Vt for reduced leakage.
• Package and Mounting 404‑LFBGA surface-mount package (17 × 17 mm) suitable for compact board layouts.
• Operating Range Consumer-grade operating temperature from −20 °C to 85 °C.
• Qualification Consumer grade device and RoHS compliant.

Typical Applications

• Feature‑rich cellular phones On‑chip processing, display and multimedia support enable user interfaces and media playback functions typical in handset designs.
• Portable media players and mobile gaming Graphics acceleration and integrated display/keypad controllers help deliver responsive multimedia and game UIs.
• Personal digital assistants (PDAs) and wireless PDAs Balanced performance and low‑power features make it suitable for handheld productivity devices.
• Portable DVD players and digital cameras Integrated display interfaces, DDR support and multimedia-oriented architecture support consumer electronics workflows.

Unique Advantages

• Integrated security stack On‑device cryptography, RNG, secure fusebox and secure memory reduce external security component requirements and simplify secure system design.
• Multiple native interfaces Built‑in Ethernet, multiple USB 2.0 + PHY instances and 1‑Wire provide flexible peripheral connectivity without heavy external logic.
• Graphics and UI support LCD/keypad controllers and graphics acceleration assist in creating richer user experiences with less CPU overhead.
• Low‑power architecture Documented power‑saving techniques (DPTC, power gating, clock gating) and 90 nm dual Vt implementation help extend battery life in portable products.
• Compact, surface‑mount package 404‑LFBGA (17×17 mm) enables dense board designs for space-constrained consumer electronics.
• Vendor documentation Detailed NXP i.MX27 series datasheet and package information support hardware integration and system design.

Why Choose MCIMX27LVOP4A?

The MCIMX27LVOP4A positions itself as a compact, integrated microprocessor solution for consumer multimedia and handheld applications that require an ARM926EJ-S core at up to 400 MHz with on‑chip peripherals and security features. Its combination of connectivity (Ethernet, USB, 1‑Wire), display support, DDR memory interfacing and hardware security reduces BOM and simplifies board-level design.

This part is suited to engineers building consumer devices that need balanced processing performance, integrated interfaces and documented low‑power techniques, all backed by NXP Semiconductors’ i.MX27 series documentation for system integration.

Request a quote or submit a purchase inquiry to receive pricing and availability for the MCIMX27LVOP4A and support for integrating this device into your next embedded design.