PPT-Embedded Design with The PPC 440 Processor Core

Xilinx Training Welcome If you are new to Embedded design with Xilinx FPGAs this module will explain why you may want to use the PPC 440 processor in the Virtex5 FX FPGA family Understanding the basics of the PPC 440 processor is essential if you are going to select an appropriate FPGA device family. Computing. Processors. CSE 237D: Spring 2009. Topic #3. Ryan . Kastner. What kind of. embedded processor?. What are our options for processors in embedded systems?. What performance metrics are we worried about?. The . Xilinx Embedded Developer Kit. Xilinx Training. Welcome. If you are new to Embedded design with Xilinx FPGAs, this module will help you start planning your design. Understanding the difference between Xilinx’s FPGA architectures is essential if you are going to select an appropriate FPGA device family. Sam . Ganzfried. Ryan . Sukauye. Aniket Ponkshe. Outline. Effects of asymmetry and how to handle them. Design . Space Exploration for Core . Architecture. Accelerating ‘Critical Sections’ . Asymmetric Chip Multiprocessors. The . PPC 440 Processor Core. Xilinx Training. Welcome. If you are new to Embedded design with Xilinx FPGA’s, this module will explain why you may want to use the PPC 440 processor in the Virtex-5 FX FPGA family. Wen-qian Wu. EEL 6935. Shady O. . Agwa. , . Hany. H. Ahmad, . Awad. I. . Saleh. Contents. Background Introduction. 1. Self-reconfigurable Architecture. 2. Xtensa Acceleration Technique. 3. Runtime Profiling. October 4, 2012. Doug Kelly. Embedded Platforms. What’s different?. System-on-Chip (. SoC. ) integrates components. Storage (MNAND, NOR, SD…). Power requirements/management. May have memory management (MMU). High Performance and High Throughput Computing. Dongrui. Fan, . Xiaochun. Ye. . Institute of Computing Technology, Chinese Academy of Sciences. Processor Research Plan in AMS. Manycore Research. 1000 cores on chip. Xilinx Training. Welcome. If you are new to Embedded design with Xilinx FPGA’s, this module will explain . why you may want to use the MicroBlaze soft processor core in any of our FPGA families. Understanding . 2. Processor development till 2004. Out-of-order. Instruction scheduling. 3. Why multi-core ?. Difficult to. increase. . clock . frequencies even . higher – heat . problems. . Moore’s law is at its limits. Week 1- Fall 2009. Dr. Kimberly E. Newman. University of Colorado. General Introduction. The scope of embedded system design platform has expanded from the traditional system of a programmed microprocessor or microcontroller to the use of “embedded cores and processors”, and reconfigurable devices as components of a digital system.  This growth in technology provides greater design flexibility, in that the system architect/designer can choose the mix of hardware and software components of a system, and have more control over the computing architecture and organization of the system. Xilinx Training. Welcome. If you are new to Embedded design with Xilinx FPGA’s, this module will explain . why you may want to use the MicroBlaze soft processor core in any of our FPGA families. Understanding . 22 August 2013. 2. Topics to be Covered in This Lecture. What is an embedded system?. Different kinds of embedded systems. Impact. Architecture. Examples. GPS. ABS. …. Computer Systems. 3. Computer . ARM . Embedded . Systems,. ARM Processor Fundamentals. Module-4. 1. Books Referred. ARM system developers guide, Andrew N . Sloss. , Dominic . Symes. and Chris . Wright, . Elsevier,Morgan. . Kaufman publishers, 2008.. Out-of-order. Instruction scheduling. 3. Why multi-core ?. Difficult to make single-core. clock frequencies even . higher – heat problems . Deeply pipelined circuits:. heat . problems, needs special cooling arrangements.