Anybus-IP on Xilinx Industry-proven Industrial Communication on All Programmable devices. Connecting Devices

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1 Anybus-IP on Xilinx Industry-proven Industrial Communication on All Programmable devices

2 Anybus-IP on Xilinx Anybus IP on Xilinx is a new product offering from HMS Extension of HMS proven Anybus CBM offer for a higher level of integration Comprehensive suite of Industrial Ethernet Slaves PROFINET RT/IRT + EtherNet/IP + EtherCAT + POWERLINK + Modbus-TCP First supported Xilinx family is Zynq-7000 Will come protocol-by-protocol for Industrial Ethernet in the second half of 2015 Straight forward business model: No upfront fee, no fee for development license Evaluation on low-cost development boards are available from Avnet and HMS today One-stop-shop solution from HMS for Industrial Communication. For Zynq-7000 already in 2015 Slide 2

4 Introduction to HMS Our world of Industrial Communication Operations in 10 countries Headquartered in Halmstad, Sweden > 3M of installations, growing by 600k p.a Distributors in more than 50 countries 400 employees Listed on NASDAQ-OMX Nordic Exchange Turnover 2014: 589 Mkr (65 M ), 18% growth Slide 4

5 What we do Industrial Communications Industrial markets Fast and secure transfer of information within demanding applications Adjacent industrial markets Slide 5

6 Our Customers Market The world s major industrial companies use HMS We where serving over companies world wide in 2014 Slide 6

7 Connecting Devices Industrial Communication Generic Control System Embedded Control System Cloud Based Remote Management Gateway Solution CAN EtherCAT Embedded Solution Safety Slide 7

8 Our product lines Anybus Gateways Enabling communication between networks and devices IXXAT solutions Communication solutions for machines, safety and automotive Netbiter remote management A complete solution for remote management and access of field equipment Anybus Embedded Communication modules for integration into industrial devices Slide 8

9 Networks and Trends Today and tomorrow

10 Industrial Networks Market shares 2015 Fieldbus vs. Industrial Ethernet Estimation for 2015 based on number of new installed nodes in 2014 within Factory Automation Slide 10

Industrial Ethernet Industrial Ethernet have introduced a number incompatible Ethernet standards All offers high performance networks that supports real time control, motion, device

Real-time Exchange TCP IP UDP Real-time COTS Ethernet MAC HW assist - Topology COTS Ethernet MAC HW assist Response Real-time Ethernet MAC and/or Gbps Ethernet Standard Ethernet TCP/IP

11 Industrial Ethernet Industrial Ethernet have introduced a number incompatible Ethernet standards All offers high performance networks that supports real time control, motion, device management, safety and IT over a single Ethernet cable Architecture 1 Application Architecture 2 Application Architecture 3 Application Real-time Exchange TCP UDP IP TCP UDP IP Scheduling Real-time Exchange TCP IP UDP Real-time COTS Ethernet MAC HW assist - Topology COTS Ethernet MAC HW assist Response Real-time Ethernet MAC and/or Gbps Ethernet Standard Ethernet TCP/IP TCP/IP Modbus TCP EtherNet/IP FL-Net Etc. SW by-passing or traffic scheduling PowerLink PROFINET IO (RT) Etc. Hardware Assisted Real-time PROFINET IRT, DFP EtherCAT SERCOS III CC-Link IE (Gbps) etc. Slide 11

12 Technical offer Slide 13

13 Anybus Chip, Brick, Module (CBM) Scaleable Solutions for many Applications Chip Brick Module NP30-based Industrial Ethernet and Fieldbus C30 B30 M30 NP40-based Industrial Real-time Ethernet with Highest performance C40 B40 M40 Protocol stacks and IPs Easy and fast implementation of higher layer protocols into customer devices Available for various target systems and protocols (Master and Slave) Highly flexible and adaptable to customer requirements IP Cores for FPGAs and complex FPGA designs NP40 The core of the 40-series High performance ARM Cortex -M3 and FPGA in a compact single chip design Full network customizations, real time networking and dynamic APIs Low cost, high performance low power consumption Slide 14

14 Anybus CompactCom API An industrial network interfaces is today more or less standard in all industrial automation products The Anybus-CC application interface provides a standard interface for the following functions Cyclic Process data exchange (I/O) Acyclic parameter data interface Device diagnostic interface Network status and events indication Slide 15

15 Anybus-IP and CBM Anybus CBM is based on an object oriented architecture which provides full industrial network capabilities. The architecture provides a solid platform for extensions, maintenance and customizations. Anybus CBM Slide 16

16 Anybus-IP and CBM Anybus CBM is based on an object oriented architecture which provides full industrial network capabilities. The architecture provides a solid platform for extensions, maintenance and customizations. Zynq API Slide 17

17 Anybus-IP Running on Micro Blaze Zynq API Slide 18

Anybus-IP Universal IP Core Architecture Architecture essentials Self-contained entity (black box for plugging in) Suitable for both SoC and FPGA Consequent isolation of communication from

18 Anybus-IP Universal IP Core Architecture Architecture essentials Self-contained entity (black box for plugging in) Suitable for both SoC and FPGA Consequent isolation of communication from application for best determinism Anybus CompactCom 40 Information Model and Application Interface Anybus-IP under the hood Dedicated Micro Blaze communication controller with HMS RTOS HMS proprietary real-time network switches/controllers and protocol stacks RTA pre-processing with zero delay faster than ASIC solutions Anybus application providing generic network functionality independent of protocol Zynq 7000-series Anybus-IP Driver/SDK RTA Processing System Dual ARM Cortex -A9 API / AXI Micro Blaze Stacks and NW Apps Customer Specific IPs FPGA Fabric Event driven triple-buffered API with Network sync Real-time Switch Anybus-IP Drivers and SDK for quick implementation Slide 19

Internal MII interface Typical customer system DDR SDRAM Xilinx Zynq HP AXI slave port Ethernet MAC Cortex-A9 GP AXI master port PHYCLK PLL CLK25 CLK50 CLK100 AXI bus AXI interconnect AXI bus ARESETn

19 Internal MII interface Typical customer system DDR SDRAM Xilinx Zynq HP AXI slave port Ethernet MAC Cortex-A9 GP AXI master port PHYCLK PLL CLK25 CLK50 CLK100 AXI bus AXI interconnect AXI bus ARESETn Interrupt, SYNC ACLK AXI bus AXI bus AXI interconnect Port 1 Ethernet PHY Port 2 Ethernet PHY MII Interface MDC MDIO MII Interface MII1 MII2 Industrial Ethernet switch / controller M_AXI_FIRMWARE Anybus IP Precision time synchronization INTERNAL_MII Anybus translation Industrial Ethernet communication stack S_AXI_ACI Anybus Communication Interface SPI controller OneWire SPI_FLASH Licensing device SPI flash Non volatile parameter storage LED1A LED1B LED2A LED2B LED3A LED3B LED4A LED4B LED1 Green/Red LED2 Green/Red LED3 Green/Yellow LED4 Green/Yellow bicolor bicolor bicolor bicolor Slide 20

20 How will it appear? Slide 21

21 How will it appear? Slide 22

22 What we will offer customers Anybus-IP blocks (Evaluation license available time bombed) Anybus-IP compiled firmware Anybus-IP manual (standard manuals in addition) VHDL Reference design in Xilinx Vivado Stand-alone SW driver and Linux driver (Anybus SDK) Linux reference design provided Starter kit; Avnet Zed board + Network connection board Slide 24

23 Evaluation board planned Starter kit + Slide 25

24 Evaluation board Interim solution Starter kit + Modified by HMS Supplied by HMS Slide 26

25 Supported protocols During 2015 the following protocols will be available: EtherNet/IP PROFINET IRT EtherCAT Ethernet POWERLINK Modbus-TCP Other protocols may be supported in the future, e.g., Profibus DPv1 Slide 27

26 Release plan Product Milestones Anybus IP Roadmap Kick-Off Architecture Anybus IP Prototype (Profinet) + EtherNet/IP Selling procedure +tools Profinet RT/IRT +EtherNet/IP Powerlink + Modbus-TCP EtherCAT Dec Jan Feb Mar Apr May Jun Jul Aug Sep Oct Early Engagement Process Release Marketing Plan Roles Mktg Mix Selling process / tools Publication Collateral Demo kit Lead customer Rollout, training Papers Plugfests Early adopters identified Selling possible New messages General availability mid Mar '15 end May '15 are public Aug'15 Nov '15 (Transformation) Slide 28

27 Anybus-IP License Model Evaluation Version Development License Production Licenses for Product 1 Production Licenses for Product 2... Production Licenses for Product n $0 $0 No upfront payment - First payment with production Price scale depends on order quantity Licensing conditions must be signed for access to Development License Contract partner is HMS All protocols which were supported at the moment of the signature are included No added royalties for EtherCAT Access to updates of IP Cores is included Optional step-up for individual customizations and support Step-up allows custom specific extensions to API and functionality Not complementary, amount for fee depends on # of protocols and actual development and support effort Slide 29

28 Anybus-IP License Management For Evaluation Dedicated code for each protocol Sources are encrypted and digitally signed Maximum continuous runtime limited to four hours between two resets Requires Xilinx Vivado (node-locked license comes with Zedboard) IP for Development Dedicated package for each protocol Sources are encrypted and digitally signed Requires a node-locked license for using the Anybus IP package Requires license for Vivado Design Suite IP for Production - Royalties Customer must order licenses from HMS License pricing depends on the volume per order (price scale applies) Customer entitles Xilinx to report the ordered FPGA/SoC volume for related devices ("sockets") to HMS Slide 30

29 Anybus-IP on Xilinx Zedboard EtherNet/IP Master/Scanner EIPScan EIPScan: EtherNet/IP Master Simulator Real-time I/O Communication Explicit Message OUT: 4Bytes IN: 2Bytes CIP Objects Zedboard+HMS Boards+Anybus-IP Loopback EtherNet/IP Slave/Adapter Slide 31

30 Let our knowledge work for you! Thank you! Allen Wang Beijing Representative Office Ext. 803 Slide 32

Avoiding pitfalls in PROFINET RT and IRT Node Implementation

Avoiding pitfalls in PROFINET RT and IRT Node Implementation Prof. Hans D. Doran ZHAW / Institute of Embedded Systems Technikumstrasse 9, 8400 Winterthur, Switzerland E-Mail: hans.doran@zhaw.ch Lukas Itin