TMS320C5514AZCHA12

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The TMS320C5514AZCHA12 is a powerful and highly capable digital signal processor (DSP) optimized for applications in the embedded audio, speech, and video markets. It is a highly integrated device based on the Texas Instruments C55x CPU core which offers low power consumption and high processing performance. The TMS320C5514AZCHA12 has a wide range of application areas such as audio, speech, and image processing; telephony, cellular and mobile base station communications; automotive audio, speech, and video systems; medical imaging; industrial control and instrumentation; and consumer electronics.

The TMS320C5514AZCHA12 enables users to develop advanced audio and video systems from various applications such as digital signal processing, data transmission and reception, multi-language support, Internet access, embedded software, high speed communications, and medical imaging. It also enables embedded systems to support high-data rate and low-power operations, which are especially beneficial for mobile devices. Additionally, the processor supports hardware-accelerated multimedia measurements and operations.

The TMS320C5514AZCHA12 is a single-core processor that features the Texas Instruments C55x CPU core, an advanced 16-bit RISC architecture with programmable enhanced instruction set and enhanced memory controller, making it suitable for embedded signal processing applications. The C55x CPU also supports hardware accelerators which enable low power and performance enhancement. The processor’s internal RAM can be configured to support up to 1MB of code and data storage, and it also has an optional on-chip cache memory. Other features of the TMS320C5514AZCHA12 include an instruction unit, a data unit, an internal clock generator, a low-power real-time power manager, and a customizable boot loader.

The TMS320C5514AZCHA12 utilizes co-processing logic to reduce power requirements by utilizing specific instructions for packet-processing applications. This improves processor utilization by allowing instructions to be issued in parallel, enabling multiple instructions to be performed at once. Additionally, the processor’s instruction set includes an extensive set of memory access instructions that enable code and data access to a wide range of configurations, including those of external memory devices such as flash, DDR2, and SDRAM. The processor also offers plenty of development flexibility such as support for total 8-resource bus arbitration and many software development tools, SIMD vector instructions, and flexible debug tools.

The TMS320C5514AZCHA12 also features flexible hardware support to enable system-level development. It has an on-chip hardware-level cycle counter, which can be used to monitor and measure code and data execution time, and a differential serial peripheral interface that can be used to interface with a variety of system peripherals. The processor also supports various other protocols such as USB OTG, CAN, CAN-FD, and IEEE1588.

The TMS320C5514AZCHA12 provides users with a wide range of development options, such as audio and speech co-processing logic and hardware accelerators, which can result in significant power savings and performance gains. The processor’s flexible instruction set and embedded memory access instructions, along with its support for various development tools and peripheral interfaces, makes it an ideal choice for embedded signal processing applications in various markets, from consumer electronics to medical imaging.

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