DME for ZYNQ FPGA - A new way to design your SOC

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We now offer our ASIC IP for FPGA users, creating a better solution for both HW and SW engineers involved in multicore SOC designs around the world

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DME for ZYNQ FPGA - A new way to design your SOC

  1. 1. Unleashing the Zynq multicore performance September 2013 © Elsip 2013. Elsip non-confidential
  2. 2. The Zynq* is a great device, but … • What’s your software development strategy? • How do you deal with global address space in a heterogeneous design? • Can you synchronize the memories easily? • Can you easily move data from one memory to another? • How do you connect the ARM* cores with your Microblaze* cores, your 3rd party IP blocks and your internal IP blocks? • How do you move data from one node to another? • How do you address real-time demands? *Zynq and Microblaze are trademarks of Xilinx, Inc. ARM is a trademark of ARM Holdings, plc 2elsip.se
  3. 3. Introducing DME for Zynq 1 • The DME for Zynq consists of three IP blocks - the DME, a NoC and a DME Bridge • The DME (Data Management Engine) is an IP block featuring: * Scalability * Global and unified memory map * Synchronization primitives * Communications primitives (send-receive) * Data Movement • In Real Time Mode the DME guarantees a worst case delay 3elsip.se
  4. 4. Introducing DME for Zynq 2 • The NoC (Network on Chip) caters to the communication between the nodes (processor cores, 3rd party IP cores, proprietary IP) • The ARM and the Microblaze subsystems in the Zynq can be connected over a DME Bridge (a customized DME) 4elsip.se
  5. 5. A typical Zynq with DME design 5elsip.se
  6. 6. Saving system development time • Easily available shared global address space for ARMs and Microblazes => Easier software development • Synchronization of on-chip and off-chip memories => Easier software development + power efficient memory consistency 6elsip.se
  7. 7. Increasing performance • Seamless communication between the ARM and Microblaze subsystems => Fast, predictable operation • Support for background movement of data from one memory to another (byte, half-word or word) => Offloading processor nodes, translates to lower power and/or faster operation • Support for real-time demands => Perfect for industrial applications 7elsip.se
  8. 8. How fast is Real Time? The DME can operate in best effort or real time mode. In RT mode, the delay depends on the number of words communicated, the (topological) distance between source and destination, and the maximum number or RT communications that may be active concurrently. DB = (3 + H + D) * C where DB is the delay bound for any RT communication H is the distance (number of NoC nodes) between source and communication D is the number of words communicated C is the maximum number of concurrently occuring RT communications With one switch, a two word communication and two RT communications, the DB would be 12 cycles, equalling 120 ns in a 100 MHz design. NB: Each RT communication can include tick number information. 8elsip.se
  9. 9. Deliverables • DME IP block as Verilog compiled netlist • NoC IP as Verilog compiled netlist • DME software and API • Test bench, adapted to customer needs • Software test cases, adapted to customer needs • Documentation 9elsip.se
  10. 10. About Elsip • Founded by professors Axel Jantsch, Ahmed Hemani and Zhonghai Lu at the Royal Institute of Technology in Stockholm 2011 • Received initial funding from Vinnova • Commercial launch when Adam Edström (CEO) and Bengt Edlund (Sales Dir) joined the company Sept 2012 • Launched DME in October 2012 • Established subsidiary Memcom in Wuxi, PRC, in March 2012, Received initial funding from Wuxi government • Cooperation with Fudan-Wuxi Institute, Shanghai, PRC • Selected by SICS, the Swedish Institute of Computer Science, as member of SICS Startup Accelerator • Launched DME for Zynq in September 2013 10elsip.se
  11. 11. The founders Axel Jantsch, CTO. Professor, KTH Electronic Systems since 2002. 20+ years of research, primarily within NoC and SoC. 200+ scientific papers published. Visiting professor of Fudan University in PRC and Cantabria University in Spain Ahmed Hemani. Professor, KTH, focus on high-level system integration, design automation, NoC, asynchronous circuit, configurable system. Industrial experience from NSC, NXP/Philips, ABB, Ericsson, Newlogic, Synthesia and Spirea (co-founder). Zhonghai Lu: Professor, KTH, expert in SoC and NoC. Reviewer of 14 international periodicals. Principal investigator of Intel, dealing with future nuclear processor chip frame. 11
  12. 12. Management Team Adam Edström, CEO. 20+ years as editor and editor-in- chief of Elektroniktidningen, Sweden's major electronics publication. Visiting editor at Fortune Magazine in NYC. VP International affairs at SICS, Swedish Institute of Computer Science. Founded three companies prior to Elsip. Bengt Edlund, Sales Director. 30+ years of semiconductor sales, marketing and new technology business development at National Semiconductor and Hewlett Packard. Served as European director of business development, marketing and global sales. 12
  13. 13. Please go to www.elsip.se for more information Thank you!

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