We can design an embedded system as a part of a complete device system that includes hardware, such as electrical and mechanical components. Unlike the general-purpose computer, the embedded system is engineered to manage a wide range of processing tasks. Because an embedded system is engineered to perform specific tasks, we may optimize size, cost, power consumption, reliability, and performance. Embedded systems require different software design philosophies and disciplines where real-time performance, responsiveness, robustness, resiliency, cost, power, and memory budgets are the main parameters.
Tegra IC takes the ownership of;
- Functional requirements study and analysis
- Performance requirements study and analysis
- Technology research
- Technical solution alternatives investigation
- Chip, technology, SoC, CPU, GPU, Accelerator, real-time operating system selection and pre-work
- Pre-simulation and real-time performance analysis for the most critical functional blocks
- Detailed solution documentation
- Protocol and standards study
- Software architecture design
- Detailed simulations
- Software functional design documentation
- Software development & coding
- Integration of RTOS and newly introduced chipsets
- Hardware software integration
- Inter-layer software integration
- 3rd party software integration
- Functional tests
- System and laboratory tests
- Performance and stress tests
- Field tests, problem-solving, and optimization
- Software release
- Field support and problem-solving during the product lifecycle