OMAP2530CZAC400

The OMAP2530CZAC400 from Texas Instruments is a single-core ARM® Cortex®-A8 32-bit microprocessor running at 400 MHz designed for embedded multimedia and handheld applications. It combines an ARM® application core with multimedia-oriented coprocessors and system-level interfaces to address devices that require imaging, video and general embedded control.

Targeted at commercial-grade embedded systems, the device delivers integrated acceleration, security features and a compact TQFP package footprint to simplify designs where performance, multimedia capability and system integration matter.

Key Features

• Core & Performance – ARM® Cortex®-A8 single core, 32-bit architecture operating at 400 MHz for application and control tasks.
• Multimedia & DSP – Multimedia DSP capabilities with NEON™ SIMD support and on-chip multimedia acceleration (IVA™ 2) to boost imaging and video processing.
• Memory & Display – LPDDR memory controller support and integrated LCD display interface controller for common handheld display requirements.
• Interfaces – USB OTG (1) for on-the-go connectivity and 1-Wire® for additional peripheral interfacing.
• Graphics Acceleration – On-chip graphics acceleration to assist UI and media rendering tasks.
• Security – Boot security and Secure JTAG support along with M‑Shield™ mobile security technology for device and terminal protection.
• Power & I/O – 1.2 V I/O signaling voltage appropriate for modern embedded memory and peripheral interfaces.
• Package & Grade – Commercial-grade device supplied in an 80 TQFP package (as indicated in product name); RoHS compliant.
• Operating Range – Specified operating temperature 0 °C to 70 °C for commercial environments.

Typical Applications

• 3G Mobile and Handheld Devices – Integrated multimedia acceleration and DSP features enable advanced imaging and video playback in mobile handsets and handheld platforms.
• Portable Multimedia Players – On-chip graphics and IVA™ 2 acceleration support media decoding and UI rendering for portable entertainment devices.
• Imaging and Video Capture Systems – LPDDR memory support, LCD interface and multimedia coprocessors make the device suitable for camera subsystems and video capture modules.
• Secure Embedded Platforms – Boot security and Secure JTAG along with M‑Shield™ technologies support designs requiring protected boot and secure debug capability.

Unique Advantages

• Integrated Multimedia Acceleration: IVA™ 2 imaging, video and audio acceleration provides measurable improvements in media processing performance.
• Application-Class Core: ARM® Cortex®-A8 at 400 MHz supplies the processing headroom for operating systems and control tasks while offloading media to dedicated engines.
• Security-Ready: Boot security and Secure JTAG plus M‑Shield™ mobile security technology help protect firmware and debug access during development and deployment.
• Compact, Commercial Package: 80 TQFP packaging and commercial temperature grading simplify BOM selection for consumer and handheld products.
• System-Level Interfaces: USB OTG, LCD controller, LPDDR support and 1‑Wire® interface reduce external component count and ease system integration.
• RoHS Compliant: Environmentally compliant materials support regulatory requirements for commercial products.

Why Choose OMAP2530CZAC400?

The OMAP2530CZAC400 positions itself as a compact, multimedia-capable application processor for commercial embedded designs that require a balance of CPU performance, dedicated media acceleration and built-in security. Its ARM® Cortex®-A8 core combined with IVA™ 2 multimedia acceleration and NEON™ SIMD support enables effective partitioning of application, UI and media workloads.

This device is a fit for engineers and OEMs building handheld and multimedia-focused products who need an integrated platform with display, memory and peripheral interfaces, along with security features and RoHS compliance to streamline design and deployment.

Request a quote or submit an inquiry for pricing and availability for OMAP2530CZAC400 to evaluate it for your next embedded multimedia design.