OMAPL138BZCEA3E

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The OMAP-L138 BZCEA3E is a highly integrated system-on-chip (SoC) designed specifically for embedded applications. It combines the enhanced TMS320C6x+ DSP core with applications processors and peripheral functions routed to multiple external buses for high performance, low power and flexibility.

The OMAP-L138 BZCEA3E is designed for a variety of embedded applications such as industrial automation, automotive, medical, consumer and data acquisition and control. It is well suited for applications requiring high performance and low power such as DSP-based motion control, multimedia processing, H.264/MPEG4 video encode/decode, and communications.

The OMAP-L138 BZCEA3E includes a high-performance dual-core ARM926TEJ processor, a 266 MHz TI C64+ DSP processor, two PowerVR graphics accelerators, peripherals and external interfaces to support a broad array of application needs.

In order to optimize system performance, the OMAP-L138 BZCEA3E integrates peripherals, memory controllers, and other consumer-oriented resources. This processor includes an integrated peripheral bridge that enables seamless connection to various external peripherals on the system bus. It also supports a wide variety of video output formats and interfaces, including SDTV, HDTV, and HDMI-compliant video interfaces.

The OMAP-L138 BZCEA3E utilizes the additional resources from its power-efficient ARM9 core and performance-level C64+ DSP for improved performance as compared to other embedded processors. Its DSP core provides DSP-specific instructions for optimized mathematics operations, efficient data manipulation, and powerful signal processing functions.

The system-level interfaces within the OMAP-L138 BZCEA3E enable the connection of external memories, displays and peripherals, such as cameras, SPI, UARTs and I2C devices. These interfaces provide the ability to connect a wide range of devices and enable developers to interface securely with their system elements quickly, removing unnecessary development time.

The OMAP-L138 BZCEA3E also includes an integrated cache system, which helps optimize performance and save power. This cache system provides multi-level caching capable extracting data faster with power efficient memory and enhanced memory locality involving less fetches from the main memory.

The device supports several power management and power saving framework technologies, such as the advanced power management system and multiple low-power modes. It also supports a variety of software-based power-saving techniques such as dynamic clock control, dynamic voltage control, and dynamic power shutoff. All of these features help to reduce the overall system cost through improved power-management efficiency.

To ensure a fast and effective application development environment, the OMAP-L138 BZCEA3E supports an extensive set of development tools, including a complimentary version of the Code Composer Studio development suite, an advanced integrated development environment (IDE) for building software applications that runs on the device. The Code Composer Studio provides tight integration with third-party hardware development tools and source control management systems.

In summary, the OMAP-L138 BZCEA3E is an ideal solution for applications requiring both high performance and low power. Its advanced design, embedded resources, and application-specific features make it an ideal solution for embedded applications. It is well suited for applications requiring advanced multimedia processing, communications and digital signal processing.

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