Whether you are looking for outsourcing the design and development of a simple firmware for a small micro-controller based system or developing a complex, large real-time multitasking embedded software for a high-end system with multiple processors /micro-controllers, peripherals and communication interfaces on the board, Caravel is your right partner. Caravel has done both, cost effectively.
Caravel has experience and knowledge to develop embedded software for various target platforms and applications. With its vast experience Caravel can develop the software to exploit various features provided by the target platform to achieve the required functionality and best performance. In cases where target hardware does not provide required support to achieve a specific functionality, Caravel can implement the same in software thus providing an optimum solution.
Caravel has put in place time tested design processes and systems to offer its customers optimum solutions in the shortest possible time to enable them to take the product to the market faster.
# Board_Bring_Up.c
void power_on_init() {
// Initialize PowerQUICC MPC860
boot_loader_init();
diagnostic_post_test();
}
Defining technical goals and functional scope.
Designing high-performance software frameworks.
Optimizing logic between hardware and code.
High-efficiency coding in C, C++, and ASM.
Validation via emulators and hardware-in-the-loop.
Long-term maintenance and feature scaling.
Full board bring-up including monitor programs, boot loaders, and power-on initialization (POST).
Custom peripheral drivers tailored for specific target hardware.
High-performance embedded software and controller applications developed in C, C++, and Assembly.
Specialized expertise in Digital PID/Servo loops and comprehensive machine automation.
Firmware re-engineering for performance optimization and high-level language conversion (Assembly to C) for enhanced portability.
Digital Image Processing for sophisticated embedded vision applications.
PowerQUICC (MPC860), PowerPC processors (MPC107), 8051, ARM7, PIC, ATMega, Motorola HC8/HC12, Hitachi family.
Development of Assembler, linker, loader and cycle accurate Simulator for Application Specific DSP core, Optical DSP to facilitate their deployment in products
Primitive real time executives, memory management and File system management routines for various micro-controllers
POST, Prototype debug / validation, Production Diagnostics
BIOS development for Proprietary RISC processor based on MPC107 chip set
Re-engineering of firmware for performance enhancement, conversion to high level language ( assembly to C ) for easy portability etc