Harnessing Freescale s processors with Wind River solutions Eric Faure Regional Engineering Manager Wind River EMEA SouthWest

Transcription

1 Harnessing Freescale s processors with Wind River solutions Eric Faure Regional Engineering Manager Wind River EMEA SouthWest Wind River Systems, Inc.

2 A Seminal Shift in Device Development Is Accelerating Device Requirements Increased Complexity Converging Technologies Multiple Ways to Connect Competitive Pressure Faster Time-to-Market Lower Development Costs Device Software Optimization Mandate Standardization Choice and Flexibility Partnering Global Best Practices Higher Quality Wind River Systems, Inc.

3 Wind River Value Proposition Hardware Bring-Up Partner Software Ecosystem Wind River Workbench Firmware Driver & BSP Platforms VxWorks Edition Application Software Partner Hardware Ecosystem Services Practice Verification and Test Manufacturing Wind River OS Independent Middleware Platforms Linux Edition Commercial grade Integrated, tested, validated, supported, maintained Wind River value add around Linux & Open Source Reliable roadmap Flexibility and choice Proprietary and Open Source Enterprise business model Enable standardization Eclipse, CELF, OSDL MLI, POSIX Development suite for complete project lifecycle Alignment with OSS community Partner ecosystem Broad hardware support Integrated & validated ISVs Professional Services-enabled platform Worldwide local support World-class professional Linux services & training Stable, global industry leader 20+ years of experience Profitable, growing, public company Wind River Systems, Inc.

4 Winning with Tools Common Tool for All Phases of Device Development Platform VxWorks Wind River Workbench On-Chip Debugging Eclipse 3.1 DSDP Linux ThreadX Application Development Other OS Desktop No OS Increase productivity by: Standardizing Across the Organization Linux, VxWorks, ThreadX, Other Common Tool Environment Across Entire Lifecycle Hardware Bring-Up Firmware Drivers and BSP Application Software Verification and Test Support Developing on Open Standards Eclipse Framework Device Software Development Platform (DSDP) Seamless integration of 3 rd party plug-ins Wind River Systems, Inc.

5 Enterprise Router How Platforms fit in the Market IP Services Wireless LAN Router Enterprise Switch IP Access Router & VPN Gateway Network Attached Storage Web Server Industrial Electronics Access Multi-Service Provisioning Platform DSLAM Multi- Wind River Service Carrier Switch Core Router Router Platform for Network NodeB Equipment (Base Transceiver Station) Radio Network Controller VxWorks & Linux Wind River RAID PNE Enterprise Storage & GPP Linux Wind River Military Platforms Aeronautics for Industrial, Safety & Critical Pachinko VxWorks, Arcade Game GPP Linux Civil Aeronautics Media Storage Industrial SOHO and Consumer Kiosk IP PBX Enterprise Media Gateway IP Set-Top Box Media Server VxWorks Media Gateway & Integrated Access Device Printer Wind River Platform Media for Gateway Consumer Devices Linux Wireless LAN Router with Broadband Modem Wind River Systems, Inc. For informational purposes only. No commitment or warranty is implied. Subject to change without notice.

6 Linux ARM 11 i.mx31 Freescale MPC82xx MPC8260 Freescale MPC82xx MPC8265 Freescale MPC82xx MPC8270 Freescale MPC82xx MPC8280 Freescale MPC83xx MPC8349/MPC8347 Freescale MPC83xx MPC8349 Freescale MPC83xx MPC8360/8323 Freescale MPC85xx MPC8540 Freescale MPC85xx MPC8560 Freescale MPC85xx MPC8548 Freescale MPC85xx MPC8541/8555 Freescale MPC74xx MPC7447A Freescale MPC74xx MPC7447 Freescale MPC74xx MPC7447 Freescale MPC74xx MPC7457 Freescale MPC74xx MPC7448 Freescale MPC86xx MPC8641(d) Processor support Wind River Systems, Inc. VxWorks Support 68K MC68020 PowerQUICC II MPC K MC68040 PowerQUICC II MPC K MC68040 PowerQUICC II MPC8266A 68K MC68060 PowerQUICC II MPC K MC68060 PowerQUICC II MPC K MC68360 PowerQUICC II MPC K MC68EN302 PowerQUICC III MPC K MC68LC040 PowerQUICC III MPC8541 Coldfire v2 MCF5206 PowerQUICC III MPC8548 Coldfire v2 MCF5272 PowerQUICC III MPC8555 Coldfire v2 MCF5282 PowerQUICC III MPC8560 Coldfire v3 MCF5307 PowerQUICC III MPC8641 Coldfire V4 MCF5407 PowerQUICC III MPC8641d Coldfire V4e MCF547x PowerQUICC Pro MPC8343 Coldfire V4e MCF548x PowerQUICC Pro MPC8343/E MPC5xx MPC555 PowerQUICC Pro MPC8347 MPC5xx MPC565 PowerQUICC Pro MPC8347/E MPC5xx MPC566 PowerQUICC Pro MPC8349 PowerQUICC I MPC823 PowerQUICC Pro MPC8349/E PowerQUICC I MPC850 PowerQUICC Pro MPC8360 PowerQUICC I MPC860 PPC CPU MCP7400 PowerQUICC I MPC862 PPC CPU MPC5200 PowerQUICC I MPC866 PPC CPU MPC603 PowerQUICC I MPC870 PPC CPU MPC7410 PowerQUICC I MPC875 PPC CPU MPC7445 PowerQUICC I MPC880 PPC CPU MPC7447 PowerQUICC I MPC885 PPC CPU MPC7447A PowerQuicc II MPC8240 PPC CPU MPC7448 PowerQuicc II MPC8241 PPC CPU MPC7448 PowerQuicc II MPC8245 PPC CPU MPC7455 PowerQUICC II MPC8247 PPC CPU MPC7455 PowerQUICC II MPC8248 PPC CPU MPC7457

7 Linux Product Line Networking Infrastructure General Device Software Handsets/ Entertainment Single, Validated, Pristine Open Source Code Eclipse-based Workbench Development Suite Platform for Network Equipment Industry Specific Hardware Platforms General Purpose Platform Platform for Consumer Devices Industry Specific Hardware Platforms Industry Specific Hardware Platforms Wind River Systems, Inc.

8 Platform for Consumer Devices, Linux Edition Eclipse based Tools Advanced source code analysis Kernel and user mode cross debugging Target management (LAN, Serial, USB) System analysis, trace, profiling JTAG on-chip debugging Linux kernel and user space configuration Unit testing & coverage analysis (optional) Dynamic instrumentation (optional) Broad Software Ecosystem User Interface Messaging Telephony Browser Connectivity Java VoIP Commercial Grade Kernel Stable, validated Linux kernel Small footprint Enhanced realtime Fast bootup time Dynamic power management Wind River Workbench Wind River Linux cross build system Validated Partner Software Wind River Middleware Open Source Middleware & Applications Wind River Linux kernel Validated Partner Hardware Support, Training, Engineering Services Open Cross Build System Optimized gcc cross toolchain Unified pristine source code Transparent patching & packaging Easy customization & maintenance Wind River Middleware (optional) Wind River Interpeak protocol stacks Wind River management suite Flexible Linux User Space Small footprint & fast bootup time System utilities & applications Flash storage & filesystems Networking & security applications glibc or uclibc C-libraries Reference Platforms Freescale i.mx and others Professional Services HW-SW integration & optimization Middleware & application integration HW & SW design services Wind River Systems, Inc.

9 Platform for Network Equipment, Linux Edition Device Software Management Wind River SNMP (optional) Wind River CLI, Web, MIBway (optional) Wind River Diagnostics (optional) Carrier Grade Linux v3 Linux kernel O(1) scheduler SMP CPU affinity Preemptive kernel Native POSIX Thread Library Enhanced Real Time Robust Mutex Support High-Resolution Timers Fast User-Space Mutexes Persistent device naming Device hot-plug TIPC messaging framework GLIBC USAGI IPv6 & MIPv6 Security Enhanced Linux Wind River Device Software Management Suite Wind River Workbench Development Suite Wind River Linux Cross-Build System Customer Applications Partner Ecosystem Middleware Components (Graphics, Java, Protocol Stacks, Databases, ) Wind River Reference Linux Root Filesystem Wind River Linux Kernel Validated Board Support Packages Professional Services, Training and Support Development Suite* Eclipse 3.0 framework Innovative debugging technology Project build & configuration Advanced source code analysis Advanced editor Target connection manager JTAG on-chip debug support Optional VxWorks support Root FS package composition Linux core file analysis Architectures* IA32, EM64T and Opteron PPC32 and PPC64 MIPS64 * Check with Wind River for latest processor, board and host support Wind River Systems, Inc. Planned for Release 1.3

10 Platform for Network Equipment, Linux Edition Cross-Build System GNU GGC cross toolchain Cross-build metadata for kernel and all supported packages Automated patching and packaging in rpm format Unified pristine source code tree for all processor architectures Open and extensible framework RHEL 3 & 4 host support SuSE 9 host support Training & Support Wind Sprint Installation and Orientation Public Workshops Custom On-site training On-line Support Access to updates, patches, and major upgrades Wind River Device Software Management Suite Wind River Workbench Development Suite Wind River Linux Cross-Build System Customer Applications Partner Ecosystem Middleware Components (Graphics, Java, Protocol Stacks, Databases, ) Wind River Reference Linux Root Filesystem Wind River Linux Kernel Validated Board Support Packages Professional Services, Training and Support Over 120 Networking & Application Packages Storage and File Systems: RAID-0 (striping) and RAID-1 (mirroring) High Performance Filesystems (ext2, ReiserFS, XFS) Journaling filesystems (JFFS2, ext3) Small Footprint - busybox IP Networking: Full featured IPv4/IPv6 platform BGP, DHCP, FTP, HTTP, NFS, NTP, RARP, RIP, SCTP, Telnet, TFTP, OSPF, PPP, PPPoE, VLAN Network Management: SNMP v1/v2c/v3, HTTP server Security: Usagi IPsec, SSL, SSH, Firewall CGL and SAF High Availability: evlog, heartbeat, ifenslave, ipmitool, openipmi, openhpi, openais Wind River Systems, Inc. Planned for Release 1.3

11 One Source for all Platforms pristine Open-Source packages tar.gz src.rpm Open-Source community patches diff src.rpm Wind River & partner patches diff src.rpm Exact same source code for all platforms based on pristine packages and incremental patches Wind River Linux cross build system Different build scripts determine what gets used from open source into each platform validated distribution source tree Traditional embedded Linux only delivers pre-built source for a specific platform Wind River Linux cross toolchain validated Wind River pre-built target binaries Wind River Systems, Inc.

12 Open Source Transparency and Maintainability pristine Open-Source packages tar.gz src.rpm Open-Source community patches diff src.rpm Wind River & partner patches diff src.rpm Customer patches diff src.rpm Wind River Linux cross build system validated distribution source tree customized distribution source tree Benefit maintain only one source base for many different projects Benefit easier to apply patches to all platforms and to integrate new open source patches Wind River Linux cross toolchain validated Wind River pre-built target binaries customized target binaries Wind River Systems, Inc.

13 Global Support Provided Locally Reference Platform Technical Support Request (TSR) 24 Hours Initial Response Reference Toolchain Reference Toolchain Modified Toolchain Reference Toolchain Full Best Effort or Full Support? Best Effort Reference Host OS Reference Host OS Reference Host OS Custom Host OS Yes Reproduced on Reference Platform? Reference Packages Reference Kernel/BSP Modified Packages Reference Packages Reference Kernel/BSP Modified Packages Reference Packages Modified Kernel/BSP Modified Packages Reference Packages Modified Kernel/BSP Software Problem Report (SPR) Critical Severe Standard Low No Customer Specific Support through Wind River Services Reference Board Reference Board Reference Board Custom Board Workaround or Patch for Reference Platform Wind River Community Efforts Full Support from Wind River Best Effort Support from Wind River or full support through services Wind River Systems, Inc. Product Update Release Open Source Community

14 Wind River VxWorks Platforms General Purpose Platform Platform for Automotive Devices Platform for Consumer Devices Platform for Industrial Devices Platform for Network Equipment Platform for Safety Critical Platform for Safety Critical ARINC 653 Eclipse-based Workbench Development Suite Partner Software Ecosystem Industry- Specific Middleware Industry- Specific Middleware Industry- Specific Middleware Industry- Specific Middleware Standards-based Middleware VxWorks 6.3 VxWorks Cert VxWorks 653 Partner Hardware Ecosystem Industry-Specific Services, Support, Training Wind River Systems, Inc.

15 VxWorks 6.3 VxWorks 5.5 and 6.x compatibility MMU-based memory protection Shared libraries Shared memory Scalable OS profiles Standards-based POSIX compliance IPv4/IPv6 Sockets-based IPC TIPC support Workbench Diagnostics 1.1 agent Hardware Support Broad architecture support Processor Abstraction Layer Power management framework Platform for Industrial Devices, VxWorks Edition Management Security Shared Memory File Systems POSIX Workbench Connectivity Networking Message Channels Distributed Messaging VxWorks Hardware Support Comprehensive BSPs and device drivers for reference designs and COTS boards Wind River Systems, Inc. Graphics Web Services Error Management Flash File System Services, Support, and Education Workbench 2.5 Eclipse framework Enhanced support for VxWorks 6.x Project system Build system Editor Source code analyzer Debugger Wind River Compiler and GCC Compiler Wind River System Viewer VxWorks Simulator Host shell Kernel shell ScopeTools Unit Tester

16 Platform for Industrial Devices, VxWorks Edition Memory Management Shared memory for processes VxMP File Systems Support for multiple file systems FAT-compatible dosfs Highly Reliable File System (HRFS) Dynamic FS detection and removable media support File system-level caching POSIX-conformant FS POSIX Enhanced POSIX compliance JTRS SCA AEP POSIX PSE52 support Management Security Shared Memory File Systems POSIX Workbench Connectivity Networking Message Channels Distributed Messaging VxWorks Hardware Support Graphics Web Services Error Management Flash File System Services, Support, and Education Message Channels Connection-oriented, bidirectional messaging for task-task communication on a single node Distributed multiprocessor or multi-os messaging via TIPC protocol Error Management Error detection and reporting ISR/task stack overrun and underrun Code corruption Null-pointer usage Heap block overrun RTP error Heap leakage API for application errors Extensible Wind River Systems, Inc.

17 Management Scalable, small footprint management framework SNMP Web Server HTTPS CLI Management integration tool Security IPsec and IKE NAT Firewall Security Libraries (crypto library, digital certificates) SSL/TLS RADIUS Client 802.1X and i Platform for Industrial Devices, VxWorks Edition Management Security Shared Memory File Systems POSIX Workbench Connectivity Networking Message Channels Distributed Messaging VxWorks Hardware Support Services, Support, and Education Wind River Systems, Inc. Graphics Web Services Error Management Flash File System Networking IPv4/IPv6 dual stack IPv6 Ready Logo Phase 2 certified Configurable as router or a host stack Remote communication applications DHCPv4 and DHCPv6 DNS, SNTP, NFS Multicast support Fast IP forwarding mechanism Auto-IP configuration for IPv4 RIPv1/v2 and RIPng Standard MIB-II instrumentation Support for PPP, PPPoE and PPP-ML OSPFv2/v3 Mobile IP QoS Framework SCTP VLAN tagging

18 Platform for Industrial Devices, VxWorks Edition Connectivity WLAN (802.11) USB 1.1 and USB 2.0 OPC DCOM CAN Management Security Shared Memory File Systems POSIX Workbench Connectivity Networking Message Channels Distributed Messaging VxWorks Hardware Support Graphics Web Services Error Management Flash File System Services, Support, and Education Graphics HAL for graphics, video, audio & input devices 2D API SW development API Driver development API XFree86 Driver Support Web Services Open standard, transparent inter-process communications (TIPC) XML Parser SOAP Messaging Support of.net WS-Security WS-I Interoperability Wind River Systems, Inc.

19 Wind River Workbench Development Suite One Common Cockpit for All Phases of Device Development, Debug, and Test Eclipse 3.1 Customizable, task oriented perspectives Standards-based Open and extensible Project Compile Edit Project templates for commonly required configurations IDE managed or command-line defined builds Choice of compilers and editors Debugger Infrastructure Common debug interface regardless of target connection Built with differences between device HW and SW in mind Analyze and Visualize Memory leak detection and visual analysis Execution flow tracing tool Statistical Profiling of threads and functions Graphical visualization of system variables over time Test and Diagnostics Add on products to enable better device quality Unit Tester Unit and integration testing Diagnostics dynamic instrumentation on a running system Wind River Systems, Inc.

20 Wind River Workbench Multiple Session and Multiple Core Multiple Sessions/ Connections: Native Linux KGDB over Ethernet KGDB over Serial Usermode over Ethernet Usermode over USB Wind River ICE Wind River Probe Multiple CPUs or Boards: Freescale i.mx Freescale PowerPC Others Multiple Contexts System Processes Threads Wind River Systems, Inc.

21 Wind River OCD Tools Debugging enhanced with the addition of On-Chip Debugging support Support for Board and Operating System Bring-up CPU and Board initialization Analyze and debug system crashes Program Flash devices in-circuit Built-in diagnostics for board testing Kernel mode debugging with OS Awareness VxWorks Linux Express Logic ThreadX Hardware supported Wind River ICE High Speed Ethernet connectivity Wind River JTAGServer support for multiple JTAG devices Wind River JTAGAccelerator Wind River Probe USB 2.0 Hardware supported USB 2.0 (1.x compatible) USB Powered, no additional power supplies required Support for suspend on laptops 100MHz JTAG Clock support Wind River Systems, Inc.

22 Tools That Span the Software Lifecycle Design Implementation Integration Test Diagnostics ProfileScope MemScope Stethoscope System Viewer Unit Tester Kernel Debug (KGDB and VxWorks) Application Debug (user-mode and RTPs) On-Chip Debug (JTAG) Native Linux Debug 3 rd Party UML Eclipse Plug-in Source Code Analysis & Navigation Wind River Systems, Inc.

23 Wind River Customer Support Operations General Stats 250 engineers worldwide Global global support delivered locally Wind River direct support in 25 offices, 12 countries and 15 different languages Japan: Tokyo, Osaka EMEA: Munich, Amsterdam, Paris, Birmingham, Stockholm, Torino, Tel Aviv APAC: Beijing, Shanghai, Shenzhen, Seoul, Taipei, Bangalore NA major hubs: Alameda, Sunnyvale, San Diego, Chicago, Boston, Ottawa NA local offices in all major regions Wind River Systems, Inc.

24 Wind River Services Practice What We Do How We Do It Discovery and definition Device design Hardware abstraction BSP and device driver development Integrated wireless networking support Performance and size optimization Media management Power management GUI implementation Network security Workbench integration Middleware and custom IP integration Installation and orientation DSO leadership Industry expertise collected in vertical services practices Services tailored to vertical market needs Extensive IP portfolio Thousands of successful projects Commercial-grade project management Wind River Systems, Inc.

25 Services Team Best in class organization formed from two professional services organizations: Design Centers Wind River established (originally a consulting company) Doctor Design established Doctor Design acquired by Integrated Systems Wind River merges with Integrated Systems. Alameda San Diego Ottawa Grenoble Tokyo Core Services Team Extended Services Team 120 Engineers worldwide Trusted contractor pool Design Centers 250+ Application engineering pool Linux Design Center in Ottawa 350+ R&D pool Solutions Design Center in San Diego Field Consulting Engineers Wind River Systems, Inc.

26 Wind River Multicore Processing Initiative Open standards Standardized development Eclipse Choice of run-time Comprehensive ecosystem Technical education Worldwide services and support Wind River Systems, Inc.

27 Wind River Multicore Solutions Wind River Systems, Inc.

28 Wind River Technical Solutions SMP * Homogeneous AMP Heterogeneous AMP (* in development) Wind River Systems, Inc.

29 Multi-Core Example High End Line Card MPC 8641D for Control Plane (ASIC for Data Plane) Cores operate in SMP mode or two separate operating systems (VxWorks or Wind River Linux) Cores manage separate control plane duties Security off-load Classification Quality of service tasks Graphic Source: Freescale Semiconductor, Inc Wind River Systems, Inc.

30 Solution 1 Linux VxWorks AMP with TIPC Wind River Systems, Inc.

31 Linux-VxWorks AMP with TIPC (1) TIPC: Transparent Inter Process Communication protocol Location transparent cluster communications protocol Lighter weight and faster than TCP/IP Open source project Originally written and deployed by Ericsson. Wind River now leading the effort. Multicore Association has a TIPC working group Runs on Linux and VxWorks amongst others Wind River Systems, Inc.

32 Solution 2 VxWorks VxWorks AMP with TIPC Wind River Systems, Inc.

33 VxWorks VxWorks AMP with TIPC As for heterogeneous AMP, this solution leverages the performance of the 8641D by using its shared memory as a bearer <1.1.10> (VxWorks) <1.1.11> (VxWorks) 2 TIPC Homogeneous nodes Shared memory used as bearer Wind River Systems, Inc.

34 Solution 3 VxWorks VxWorks AMP with VxMP Wind River Systems, Inc.

35 What is VxMP? VxMP is a fast, lightweight, shared memory based homogeneous AMP solution. Not an OS, just a configurable component of VxWorks Synchronization between distributed tasks using semaphores Messaging between distributed tasks using message queues. Shared memory heap manager simplifies memory management between nodes. Core 0 (VxWorks) Core 1 (VxWorks) Message Queues Memory Heap Shared Memory Binary Semaphores Wind River Systems, Inc.

36 VxMP on Multicore Natural fit to multicore because it is shared memory based Each core runs one instance of VxWorks Shared memory is partitioned Each core has a dedicated region the other cores will not access Truly shared memory region used by VxMP for shared heap, semaphores and message queues. VxWorks Core0 VxWorks Core1 Shared Memory Core0 s memory Core1 s memory Truly Shared Memory Wind River Systems, Inc.

37 Solution 4 SMP GPP-Linux Edition Base Linux is already SMP ready Wind River Systems, Inc.

38 Solution 5 VxWorks SMP Wind River Systems, Inc.

39 VxWorks and SMP VxWorks is multi-threaded and therefore re-entrant. Unlike traditional UNIX kernels prior to being made SMP-capable This simplifies the job of making VxWorks SMP-capable Scheduler can dispatch a task on each core and perform automatic load sharing Distribute the interrupt handling load across the cores for improved interrupt latency. Synchronization between cores Shared memory spin-locks Interrupt based inter-processor communication Wind River Systems, Inc.

40 Wind River Makes Multicore a Reality Standards-based commercial-grade technology Choice and flexibility in run-time Comprehensive development environment Broad ecosystem Worldwide support and services, delivered locally Wind River Systems, Inc.

41 Questions Wind River Systems, Inc.