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Embedded operating systems

• LynxOS® RTOS
• LynxOS-178 safety-critical RTOS
• LynxOS-SE RTOS
• BlueCat® embedded Linux®
• PowerPC Linux
• ARM Linux
• Linux Point of Sale systems (POS)
• High availability OS
• Partitioning operating systems
• JumpStart for Communications
• Order LynuxWorks products
• Migration from HP-RT
• Migration from VxWorks®
• Strategies for developing embedded systems
• Global OS consulting
• LynuxWorks Public License (LPL)
• White papers
• PDF brochures
• Embedded systems

RTOS (real-time operating systems)

• LynxOS RTOS
• LynxOS-178 RTOS
• LynxOS-SE RTOS
• LynxOS evaluation version
• FAA Reusable Software Components (RSC)
• RFCs supported
• TCP request-response tests
• RTOS board support BSP
• Secure operating system protocol stack
• High availability operating system
• RTOS support
• LynxOS user documents
• POSIX compliance
• I/O devices and hardware
• RTOS success stories
• Partitioning operating systems
• Real-time system white papers
• Products by LynuxWorks partners for LynxOS RTOS
• DO-178B
• ARINC 653

Embedded Linux

• BlueCat Linux for embedded systems
• BlueCat Linux evaluation version
• FAQ
• PowerPC Linux
• ARM Linux
• Linux board support BSP
• Embedded Linux Point of Sale systems (POS)
• Embedded Linux for mobile phones and wireless handsets
• Embedded Linux white papers
• BlueCat Linux user documents
• BlueCat support
• Products by LynuxWorks partners for BlueCat Linux

Embedded system training

• Training for embedded systems
  • POSIX training
  • Real-time System training
  • Real-time Device Driver training
  • Embedded Linux training
  • DO-178B RTOS Training
• RTOS training
  • Real-time POSIX Applications course
  • LynxOS Device Driver course
  • DO-178B RTOS Training

• Training at LynuxWorks
  • Overview
  • Course schedule
  • Registration
  • Directions to LynuxWorks
  • Area accommodations
• Embedded system consulting

Board support packages (BSP)

• LynxOS RTOS board support BSP
• Linux board support BSP
• LynxOS-178 board support
• Linux BSP guides and user documents
• ARM processor architecture
• XScale processor architecture
• PowerPC® processor architecture
• x86 architecture
• MIPS processor architecture
• VME system boards
• cPCI (CompactPCI) system boards
• PMC mezzanine boards
• Design reference boards

I/O device and hardware support

• 1553 (MIL-STD-1553)
• Analog-to-digital conversion
• Carrier cards
• cPCI
• Digital I/O
• Ethernet for real-time systems
• Fibre channel
• Fieldbus
• GPIB
• GPS / Time code
• Graphics controllers
• Industry Pack
• Memory, disk and storage
• Motion control
• Multiport serial I/O
• NTDS
• PC/104
• PC/104-Plus
• PCI
• PMC
• VME

Networking

• Networking components of LynxOS RTOS
• High availability
• TCP request-response tests in LynxOS RTOS
• LCS secure protocol stack
• RTOS protocol stacks
• Communication protocols
• JumpStart for Communications secure networking
• Messenger communication protocol
• Third-party networking products for LynuxWorks operating systems

OS security

• LynxOS-178 secure operating system
• Partitioning operating systems
• LCS secure protocol stack
• OS security
• Real-time Secure Operating System white paper

• FAA Reusable Software Components (RSC)

Industry standards

• DO-178B (DO178B)
• ARINC 653
• MIL-STD-1397 (NTDS)
• MIL-STD-1553
• DII COE/DII COE RT
• POSIX
• ISO9001
• Navy Open Architecture (OA)
• Open architecture high availability
• RFCs supported by LynxOS RTOS

Safety-critical systems

• LynxOS-178 safety-critical operating system
• Safety-critical Software white paper
• FAA Reusable Software Components (RSC)
• Secure partitioning operating systems
• DO-178B (DO178B)
• ARINC 653
• Navy Open Architecture (OA)
• Global OS consulting

POSIX standard

• What is POSIX?
• POSIX.1, .1b and .1c
• POSIX function calls reference
• POSIX processes and virtual memory
• POSIX parent-child processes
• Threads in POSIX
• Signals in POSIX
• Partitioning OS vs. Process-based OS
• LynxOS POSIX-conformant RTOS

High availability

• High availability OS
• JumpStart for Communications networking
• Messenger communication protocol
• Open architecture high availability

Embedded OS applications

• Who uses a LynuxWorks embedded OS?
• Embedded OS success stories
• Military and aerospace applications
• Linux Point of Sale systems (POS)
• Consumer electronics applications
• Mobile phones and wireless handsets
• Telecommunications applications
• Process control software and industrial systems
• Global OS consulting
• White papers
• Strategies for developing embedded systems

Development tools, debuggers and IDEs

• Debuggers
• Luminosity Eclipse IDE
• SpyKer™ system trace analyzer
• LynxInsure++ run-time error detection and analysis
• Messenger communication protocol
• GNU toolchain

About LynuxWorks

• Company profile
• Events calendar
• Management team
• Board of directors
• Technical advisory board
• Careers
• Global consulting services
• LynuxWorks Public License (LPL)
• PDF brochures

Press room

• 2007 press releases
• Press-release archive
• News coverage
• Press contacts
• White papers
• Product and corporate logos
• PDF brochures

Newsletter and Announcements

• Subscribe
• Unsubscribe

Contact us

• World headquarters
• Sales offices and distributors
• Order LynuxWorks products
• Press contacts
• Contact Support
• Map to world headquarters
• Area accommodations

Legal

• Product and corporate logos
• Copyrights and trademarks
• LynuxWorks Public License (LPL)

LynuxWorks Support

• RTOS support
• BlueCat priority support
• Contact Support
• FTP site
• Training for embedded developers
• Global OS consulting
• Software certification support with LynxOS-178

User documents

• LynxOS user documents
• BlueCat Linux user documents
• FTP site
• PDF brochures

RTOS and embedded Linux white papers

• Partitioning Operating Systems Versus Process-based Operating Systems
• Real-Time Secure Operating System
• Safety-Critical Software (DO-178B)
• The Technology Behind LynxOS v4.0's Linux ABI Compatibility
• Providing Open Architecture High Availability Solutions
• An Empirical Evaluation of OS Endsystem Support for Real-time CORBA Object Request Brokers
• Using the Microprocessor MMU for Software Protection in Real-Time Systems
• Patented Threaded I/O Handling
• POSIX in Real-Time
• Linux 2.6 Kernel is Ideal for Specialized Devices of all Sizes
• Linux can be used in the Military
• Linux 2.6 for Embedded Systems: Closing in on Real-Time
• Developing Linux Applications for the Intel PCA Platform
• A Developer's Review of LynuxWorks' BlueCat Linux SDK
• Embedded Linux Towers Over Windows XP Embedded
• Successfully Using Linux and Open Software in an Embedded System Design
• Why Linux in the Embedded Market?
• VxWorks to Embedded Linux: a Success Story
• Embedding Linux on an MZ104

RTOS IDE and debug software

• SpyKer system trace tool
• LynxInsure ++ software debugger
• Luminosity Eclipse-based IDE

SynergyWorks: LynuxWorks partner network

• What is SynergyWorks?
• On-line corporate application
• Member companies
• Products by LynuxWorks partners
• Products for BlueCat Linux
• Products for LynxOS RTOS
• Boards, controllers and cards
• Databases and integration
• Development environments and debuggers
• Device drivers and run-time libraries
• Disk and storage
• Emulators and logic analyzers
• Graphics and image processing
• GUI builders
• High-availability services
• Industrial and process control
• Internet web tools
• Java services
• Middleware
• Military and aerospace
• Multimedia (sound and video)
• Networking (stacks, wireless, I/O)
• CORBA services and ORBs (Object Request Brokers)
• Telecommunications

PowerPC processor

• Aitech C102
• AMCC 405GP
• AMCC 405GPr
• AMCC 440EP
• AMCC 440GP
• AMCC 440GR
• AMCC 440GX
• AMCC 460EX
• AMCC 460GT
• Apple PowerPC G5
• Concurrent Technologies VP 742/20x
• Curtiss-Wright SCP/DCP-122
• Curtiss-Wright SVME/DMV-179
• Curtiss-Wright SVME/DMV-181
• Curtiss-Wright SVME/DMV-183
• Embedded Planet EP405
• Embedded Planet EP440C
• Embedded Planet RPX Lite 823e
• Extreme Engineering XChange1002
• Extreme Engineering XChange1004
• Extreme Engineering XPedite1000
• Extreme Engineering XPedite1001
• Extreme Engineering XPedite1002
• Extreme Engineering XPedite1010
• Extreme Engineering XPedite1032
• Extreme Engineering XPedite6032
• Force PMC/860
• Force PowerCore CPCI-680
• Force PowerCore CPU-6750 (VME)
• Force PowerCore-6603
• Force PowerCore-6604
• Force PowerPMC-260
• Freescale Lite5200 Evaluation Board
• Freescale MBX860
• Freescale MPC8260ADS
• Freescale MPC8260VADS
• Freescale MPC8548E
• Freescale MPC8560ADS
• Freescale MPC860TFADS
• Freescale MPMC860
• Freescale PQ2FADS_ZU
• GE Fanuc CM4
• GE Fanuc DNA VS750
• GE Fanuc EP1A
• GE Fanuc EP2A
• GE Fanuc G4DSP-XE
• GE Fanuc IMP1A
• GE Fanuc PPC4A
• GE Fanuc PPC4B
• GE Fanuc PPC6
• GE Fanuc PPC7A
• GE Fanuc PPC7D
• GE Fanuc PPC8A
• GE Fanuc PPCM2
• GE Fanuc VG4
• GE Fanuc VG5
• GE Fanuc VMIVME-7050
• Marvell EV-64260A (Discovery)
• Momentum MAPLE-D 970 Evaluation Platform
• Motorola MBX821
• Motorola MCP750
• Motorola MCPN750
• Motorola MCPN765
• Motorola MCPN905
• Motorola MTX
• Motorola MVME1300
• Motorola MVME1600
• Motorola MVME2300
• Motorola MVME2400
• Motorola MVME2600
• Motorola MVME2700
• Motorola MVME3100
• Motorola MVME3600
• Motorola MVME5100
• Motorola MVME5101
• Motorola MVME5500
• Motorola MVME6100
• Motorola PowerStack Series E Systems
• Motorola PrPMC600
• Motorola PrPMC750
• Motorola PrPMC800
• Motorola Sandpoint II (PPCEVAL-SP2-750)
• Motorola Sandpoint III
• Motorola Ultra Boards
• STx GP3SSA
• Tews TVME8240
• Tews TVME8300
• Tews TVME8400
• Thales CVME 603e
• Thales PowerEngine7
• Thales PowerNode3
• Thales PowerNode3 (dual processor)
• Thales V4G4c (quad processor)
• Thales VCE405
• Thales VMPC4a
• Thales VMPC4b
• Thales VMPC5a
• Thales VMPC6a (dual processor)
• Thales VMPC6a (single processor)
• Thales VMPC6c (dual processor)
• Thales VMPC6c (single processor)
• Thales VMPC6d (dual processor)
• Thales VMPC6d (single processor)
• Ultra-based PowerStack RISC PC Systems
• Xilinx Virtex-4 ML403 Embedded Platform
• Xilinx Virtex-4 ML405 Embedded Platform
• Xilinx Virtex-4 ML410 Embedded Platform
• Xilinx Virtex-5 ML507 Embedded Platform

ARM processor and XScale processor

• ADI Engineering BRH Boards
• ADI Engineering GbE HBA
• ARM Integrator/AP with ARM920T Core
• BSQUARE Intel XScale PXA255 DevkitIDP
• Cirrus Logic CS89712
• Cirrus Logic EP7212
• Cirrus Logic EP7312
• Intel DBPXA250
• Intel IQ80310
• Intel IQ80321
• Intel IQ80331
• Intel IXDP1200
• Intel PXA255
• Intel SA-1110
• Virtio VPCS926 Virtual Platform

x86 processor

• Advantech PCM-9582
• Ampro CM3-P5e
• Concurrent Technologies VP 110/010-E or -K
• Concurrent Technologies VP 110/01x
• Dell PowerEdge 1750
• Dell PowerEdge 1850
• Dynatem C3PM
• Dynatem C3RM
• Dynatem CPM1
• Dynatem CRM1
• Dynatem DMC
• Dynatem DPD
• Dynatem DPM
• Dynatem RPD
• Dynatem RPM
• Force CPCI-730
• Force CPCI-735
• Force CPCI-736
• GE Fanuc CR9
• GE Fanuc VMICPCI-7755
• GE Fanuc VMICPCI-7756
• GE Fanuc VMICPCI-7806
• GE Fanuc VMIVME-7700
• GE Fanuc VMIVME-7750
• GE Fanuc VMIVME-7751
• GE Fanuc VMIVME-7805
• GE Fanuc VMIVME-7807
• GE Fanuc VMIVME-7851
• GE Fanuc VR7
• GE Fanuc VR9
• IBM BladeCenter HS20
• Intel 815E Scalable Performance Board
• Intel Pentium M E7501 Development Kit
• Kontron CP302
• Motorola CPN5360
• Motorola CPN5365
• Motorola CPV5350
• Motorola CPV5370
• Motorola PrAMC-7201
• MPL PIP10
• MPL PIP9
• PC-AT/x86-compatibles
• PCI Systems cPCI Express Controller
• RTD CMC26686CX
• RTD CMD15886
• RTD CME147786CX
• RTD CMX15886
• Supermicro P8SGA-V
• Thales PENTXM2

MIPS processor

• Algorithmics MIPS P-5064
• MIPS Malta
• Momentum Ocelot-C Evaluation Platform
• Toshiba Pallas 3912