OMAP5912ZVL

The OMAP5912ZVL is an industrial-grade embedded microprocessor from Texas Instruments’ OMAP5910 series. It integrates a single ARM926EJ-S 32-bit core running at 192 MHz with on-chip peripherals and interfaces suitable for a range of embedded applications.

Designed for connected and secure embedded systems, the device combines processing, signal-processing support and I/O integration—helping engineers implement networking, human-machine interface and secure control functionality within industrial temperature environments.

Key Features

• Core – ARM926EJ-S single 32-bit core running at 192 MHz for deterministic embedded processing.
• Co-processors – Includes signal-processing support (C55x) and system control coprocessor (CP15) to offload specialized tasks.
• Memory controller – LPDDR memory controller support for system memory interfacing.
• Connectivity – Integrated Ethernet 10/100Mbps (1) and multiple USB interfaces (USB 1.1 (1), USB 1.x (2)) for wired networking and peripheral connectivity.
• Peripheral interfaces – Display interface controllers for keyboard and LCD plus additional 1-Wire/HDQ interface for simple sensor and device connections.
• Security – On-chip cryptography and a random number generator to support device-level security functions.
• Package & mounting – 289-ball NFBGA supplier package (12×12) with 289-TFBGA package case; surface-mount package suitable for compact PCB designs.
• Industrial operating range – Rated for operation from −40 °C to 85 °C and specified as Industrial grade.
• Graphics – No graphics acceleration (integrated display controllers are focused on LCD and keyboard interfaces).

Typical Applications

• Industrial Control – Use the industrial temperature rating and integrated Ethernet to implement reliable control and monitoring nodes.
• Human-Machine Interfaces – Keyboard and LCD interface controllers make the device suitable for operator panels and display-based controls.
• Secure Embedded Systems – Integrated cryptography and random number generator enable secure boot, authentication, or encrypted communications in embedded products.
• Connected Devices – Built-in Ethernet and USB support facilitate networked peripherals and local device connectivity.

Unique Advantages

• Integrated processing and co-processing: Single ARM926EJ-S core at 192 MHz with C55x signal-processing support and CP15 system control simplifies partitioning of control and DSP tasks.
• Rich wired connectivity: On-chip 10/100Mbps Ethernet and multiple USB interfaces reduce external controller requirements and simplify BOM.
• Designed for industrial environments: Industrial grade specification and −40 °C to 85 °C operating range support deployment in harsh conditions.
• Security-ready: Built-in cryptography and random number generation support essential security features without adding discrete security components.
• Compact BGA packaging: 289-ball NFBGA (12×12) / 289-TFBGA package enables compact board layouts while providing a broad set of I/O.
• Manufacturer pedigree: Part of the Texas Instruments OMAP5910 series, with accompanying datasheet and documentation for design integration.

Why Choose OMAP5912ZVL?

The OMAP5912ZVL positions itself as a compact, industrial-grade embedded processor that combines a proven ARM926EJ-S core with specialized co-processing, secure features and integrated Ethernet/USB connectivity. Its feature set is aimed at designers who need deterministic processing, straightforward integration of peripherals and secure communications in constrained board space.

This Texas Instruments OMAP5910-series device is suited for embedded system designers targeting industrial control, HMI and connected device applications where operating temperature, on-chip security and integrated I/O are primary design drivers. Detailed specifications and integration guidance are available in the manufacturer documentation to support development and qualification.

Request a quote or submit an inquiry for the OMAP5912ZVL to receive pricing and availability information tailored to your project's volume and delivery requirements.