Embedded Software Services for Semiconductor – Offerings

Overview

Infosys Semiconductor practice offers consulting and support services for developing state-of-the-art embedded hardware and software systems. Our embedded software service footprint includes small form factor microcontroller units (MCUs) as well as chiplets for industrial machines and commercial devices, firmware, board support package, middleware, device drivers, board bring-up, and bootloader development. We offer multilayer PCB and FPGA-based designing, among other hardware design services. In addition, we undertake architecture designing, component composition designing, UX designing, and design verification.

Infosys has rich experience in embedded engineering spanning programming languages, hardware description languages, operating systems for specialized embedded systems, communication protocols, and integrated development environments (IDEs) for embedded applications. It enables us to convert ideas into functional products in accelerated timeframe.

Our multi-disciplinary team leverages Infosys Topaz, our AI-first set of tools and platforms, to analyze feasibility of niche embedded systems prior to design and prototyping. Functional simulations allow circuit and system design engineers to explore options for developing robust, fault tolerant, and secure software systems for highly resource-constrained hardware. Digital prototyping of software and hardware systems, and automated workflow-based concurrent engineering accelerate design cycles and development processes.

Our services span embedded processors as well as fixed, configurable and programmable circuits.

Talk to our experts

Hardware support

Microcontrollers and programmable logic controllers
Integrated circuits and microprocessors
System-on-a-chip and application-specific integrated circuit

Software services

Embedded systems programming
Embedded and networking applications
Cross-compiling and debugging

Design services

Schematics and PCB layout designing
Mechanical design and embedded UI design
Firmware development and validation
FPGA design, verification and validation
ASIC prototyping

PoV: RISC-V: Redefining computing and semiconductors
The open source RISC-V ISA is versatile and supports a range of specialized processors and microcontrollers.

Challenges & Solutions

Need for cross-domain expertise in emerging processor architectures for producing semiconductors in advanced structures.

Our multi-disciplinary team has rich experience in architectures, tools and technologies for embedded systems, including RISC-V, the open source instruction set architecture for custom processors.

Requirement for advanced capabilities to develop chipsets for a wide range of smart devices and AI-led automation applications.

Platforms for seamless connectivity and real-time data sharing as well as collaboration address lifecycle requirements of silicon systems that power mission-critical applications – from smart city infrastructure to remote healthcare services.

Need for accelerated development cycle to meet escalating demand for embedded systems.

Iterative approach addresses challenges in developing and scaling of sophisticated software for IoT and IIoT systems, while accelerating design and development cycles.