| TECHNOLOGY | |
| Methods | |
| We leverage development processes using short iteration cycles and focus on functionality. Releasing frequently provides continuous opportunity to influence development with feedback and change requests. We favor the Rational Unified Process (RUP) and agile methods such as Scrum. | |
| Simulation and unit testing | |
| Simulating hardware components on Microsoft Windows allows concurrent engineering of software while the hardware is still under development. This independence allows us to invest more resources into software development and testing, starting at day one. Our unit testing framework provides class and module testing facilities on both targeted and simulated platforms. | |
| Implementation | |
| We are experts in C#, C++, Embedded C++, C and have experience with popular development environments and compilers, such as Microtec, Diab Data, TI DSP, ARM Developer Suite, GCC, Tasking, IAR, Green Hills, Metroworks, Microsoft Visual Studio and Eclipse. Professionals with Java and Ada experience are also available. | |
| Processors | |
| ARM9xx, ARM Cortex-M3, Motorola 683xx, NEC K0s, K0, K4 und V850, PowerPC, StrongARM, TI TMS 32xxx, Motorola 5600x, systems with several processors and DSPs. | |
| Kernels | |
| Linux, Windows XP, Windows CE, eCos, VxWorks, µC/OS-II, ACE, OSE, RTK, VRTX, ThreadX and others. Professionals with PalmOS and EPOC experience are also available. | |
| Connectivity | |
| Internet protocols (TCP/IP, PPP, HTTP, FTP, etc.), IEEE 1394 (Firewire), CAN, CANopen, USB and many proprietary protocols. | |
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