AMS is a one-stop solution provider for embedded product engineering and development. Along with our Product Engineering services, we work with our clients to develop complete products and sub-systems or specific modules of the end products.
Our engineering team members are experts in various state of the art embedded systems tools and technologies. We use state of the art infrastructure to design and develop products.
Expertise:
Processor Architectures:
ARM, Intel ATOM Processors, 8051,8086.
Software And Hardware Development For Embedded Systems:
We use cross-compilers such as DS5, KEIL, Tasking, Cosmic, CodeWarrior, MPLAB, SEGGER depending on solution requirements.
Real-time Operating Systems:
Embedded Linux from ENEA, Mentor(MEL).
RTOS - Mentor Nucleus, Embedded Linux, ENEA, CMX, SEGGER and ARM.
Embedded Linux:
Kernel porting, configuration.
Embedded Web Technologies And Middleware:
Configuring embedded web servers such as HTTP, FTP, SMTP on your hardware.
Quality Assurance & Consultancy:
Debugging and analysis using Bus Analyzers and Logic Analyzers.
Prototyping Embedded Solutions And Consultancy:
As part of our R&D consultancy effort we can provide prototypes for your products using development kits.
Driver Development For Windows And Linux:
We have expertise in developing PC applications for Windows, Linux for device interfacing, which also involves device driver interaction.
InfraStructure:
Our in-house development infrastructure comprises of state-of-art emulators and debuggers, protocol analyzers for USB, PCI-express, Storage, Ethernet protocols, Logic analyzers and test and measurement instruments. And software development tools for ARM, Intel and Power PC architectures.
Embedded systems find numerous applications in various fields such as digital electronics, telecommunications, computing network, smart cards, satellite systems, military defense system equipment and research system equipment
We design our products based on the following criteria:
High performance together with power efficiency.
Rugged environmental design to resist water, dust, moisture, and extreme temperatures.
Advanced, yet cost effective Human Machine Interface(HMI) features.
Support for high-speed wired and wireless communication.
Dedicated features for functional safety implementation.