TMS320C6416TBCLZ7

Series:	TMS320C6414T/15T/16T
Packaging:	Tray
Part Status:	Active
Type:	Fixed Point
Interface:	Host Interface, McBSP, PCI, UTOPIA
Clock Rate:	720MHz
Non-Volatile Memory:	External
On-Chip RAM:	1.03MB
Voltage - I/O:	3.30V
Voltage - Core:	1.20V
Operating Temperature:	0°C ~ 90°C (TC)
Mounting Type:	Surface Mount
Package / Case:	532-BFBGA, FCCSP
Supplier Device Package:	532-FC/CSP (23x23)
Base Part Number:	TMS320C6416

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Introduction

The TMS320C6416TBCLZ7 is a powerful embedded digital signal processor that is designed specifically to meet the requirements of embedded designs. It is an advanced implementation of the TMS320C6416 core and provides more than enough performance for high performance embedded computing applications. The TMS320C6416TBCLZ7 is a high-performance, application-specific digital signal processor designed specifically to meet the requirements of embedded designs.

Application field

The TMS320C6416TBCLZ7 provides a range of powerful features to enable embedded systems designers to build highly-optimized products for applications such as cellular phones, mobile Internet devices, automotive entertainment and navigation systems, medical imaging systems, network equipment, and robotics. It provides optimal performance for applications that require real-time processing and high scalability.The key features of the TMS320C6416TBCLZ7 include multi-threaded operating, hardware multipliers and extended precision arithmetic support, single-cycle high-speed graphics, hardware loop pipeline system, local memory management, and high-precision arithmetic for rigorous signal processing tasks. In addition, the processor utilizes the fixed-point DSP instruction set for faster and efficient execution of complex algorithms. In addition to an extensive array of digital signal processing peripherals, the TMS320C6416TBCLZ7 also supports a range of memory types and interfaces, as well as an emulation port to enable quick testing and debug.

Working Principle

The TMS320C6416TBCLZ7 is a highly capable and efficient processor for modern digital signal processing and embedded applications. The processor is based on a 32-bit processor architecture, which has all of the features necessary to perform complex embedded tasks with minimal power consumption. The TMS320C6416TBCLZ7 processor is designed to offer the highest performance and utmost flexibility.The processor functionally consists of two main blocks - an arithmetic logic unit (ALU) and a memory controller. The ALU acts as the primary execution unit and is responsible for performing fundamental operations such as addition, subtraction, and multiplication. The memory controller manages the memory space and is designed to efficiently manage accesses to the processor\'s data and address spaces.The processor\'s instruction set is an extension of the fixed-point DSP instruction set. This means that all instructions are 32-bits in length and are written in a declarative style. This makes the instruction set easier to understand and is beneficial for programming complex algorithms such as convolution operations and digital filter design.The TMS320C6416TBCLZ7 processor features a number of advanced features, such as a 16 stage pipeline, single-cycle vectoring for high-speed graphics, and massive parallelism for data-intensive applications. The pipeline enables the processor to execute a block of operations in just one cycle, which can significantly reduce latency and allow for higher performance. The processor also features a highly efficient memory management system, supporting many types of memory and interfaces.

Conclusion

The TMS320C6416TBCLZ7 is an embedded digital signal processor designed specifically to meet the requirements of embedded designs. It is available in a range of packages and delivers excellent performance with low power requirements. Its extended instruction set provides a powerful platform for complex designs and its efficient memory management system makes it suitable for data-intensive applications. The processor also features a number of advanced technologies, such as single-cycle vectoring and hardware loop pipeline, that can significantly improve performance.

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