Mixed Mode GmbH • Computer processors,Gräfelfing bei München

Systems Engineering: software development, application software, hardware development, systems specification, systems development and development of subsystems, object-oriented design, realtime architecture, embedded platforms, future technologies

Project Resources: field work development - as software architects, project leaders, testing engineers, integrators, consultants; small series fabrication of prototypes

Consulting: requirement management, process management, project management, consulting in technology & methods, supplier management, performance of "Expert sessions" - as seminars, workshops

Business Sectors: Automation, Automotive and Transport, Telecommunication, Semiconductor, Industrial production, Medical signal processing.

Optimization of code quality and development process, database programming, debugging, design methods, Realtime patients data memory, fieldbus systems, product automatization, Firmware, FPGA development, Radio engineering, integration & system test, IT service management, patients monitoring, System on Chip projects (SoC), Controller development, Unix applications, verification, visualization.

Realtime Operating Systems: Embedded Linux / RTAI and Linux RT, VxWorks, ENEA OSE, QNX, OSEK, Windows XP Embedded, Lynx OS, Neutrino, EUROS, pSOS, RMOS

Operating Systems: Linux, Windows 2000/XP, BSD, SUN Solaris

Design methods: UML, Object Modeling Techniques, Booch, Design Patterns, Structured Analysis, Rational Unified Process

Programming & Script Languages: C, C++, Java, Assembler (diverse), Perl, TCL/TK, PHP, Delphi, Visual Basic

Protocols: CAN, CanOpen, DeviceNet, ArcNet, TCP/IP v4/v6, UDP, http, ISO/OSI, GSM/GPRS/UMTS, ADSL, ISDN

Bus systems / interfaces: CAN, MOST; LIN, SPI, I2C, USB, Firewire, Gigabit Ethernet, Profibus, LON, HDLC, VME, RS232/485, PCI, ISA

Development environments: Eclipse DIE, GNU Toolchain; Toolchains from metroworks, Keil, Tasking, Green Hills, Wind River Visual C++, Borland C++, Visual J++, Microsoft.NET, IBM Rational Rose, Wind River Tornado, Lauterbach Toolchain, ENEA Toolchain, ARTiSAN Realtime Studio

Libraries: glibc, MFC, Qt, OWL

Test: Blackbox, Whitebox, Regressionstests, Unit-Tests, special module tests

Version administration: ClearCase, CVS/RCS, PVCS, QVCS, SNIFF, SourceSave, Subversion, CM Synergy, Continuus

Infineon: C500, 80C166, XC166, 80C167, XC167, TriCore 1130/1700/1900, EGOLD, SLE66/SLE88

Intel: 8051, x86, i386EX, i486SXSF, Pentium, XScale

Freescale: Families M68HC11/12, 68000, 68300, PowerPC, M56000, MPC555/855/860T, MPC8260, MPC5000

ARM: ARM7TDMI

Texas Instruments: TMS32000

Further Controllers: Fujitsu, Hitachi, NEC, Sharp, ST-Microelectronics

Debug / Test / Measuring system: diverse emulators, protocol analyzer, PC Measuring systems and logic analyzer, Measuring system from National Instruments

Simulation: Simulation and Design with Matlab Simulink, Spice

Interfaces: OCDS, JTAG, BDM

Programmable Hardware: development of FPGA, EPLD, CPLD (diverse manufacturers), e.g. Altera, Xilinx, Lattice, Atmel

Development environments / tools: Altera Quartus, Max II+, Alliance, CPLD Lattice Toolchain (ispLEVER), Galileo, Synplify, Modelsim, Quicklogic, Leapfrog, ICX Layout Simulation

Hardware- specification language: VHDL, Verilog, System C

Fabrication of prototypes: complete development, start of operation, small series test and mechanical construction

Tool experience: Printed circuit boards layout: EAGLE, Mentor PADS, ORCAD, Protel

FPGA / ASIC Design: Cadence, Synopsys, Altera, Xilinx, Lattice, Verisity

Digital simulation / digital synthesis: Synopsys, Mentor, Modelsim, Cadence, Synplicity, Altera

Testpattern: Infineon, Synopsys

Digital circuit development and layout: generating schematics, layout, fabrication, test and start-up; circuit design conforming to EMC- and standard in accordance with international standards like DIN, EN, UL ; discrete gate logic, HF circuits