Embedded Software


Over the past few years, Use of embedded systems has been raised by industries and people. Substantially, embedded systems vary greatly from smart watches to industrial controllers. With every embedded system, complexity level differs in low and high such as a single microcontroller chip contain less complications while it raises with multiple units.

As the hardware potential increases, complications regarding software will raise generating new design methods and tools. Embedded software developers at Pccube Softtech concentrate on producing high quality and supportive systems using latest tools. During the experience of building simple applications to real time communication solutions, we have developed many techniques minimizing development cycle and increasing reliability.


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Our Embedded Software Services includes

  • Design and Development of Board Device Driver
  • Low-level BSP, Boot code, File systems development
  • Application Firmware modeling, design, development and validation
  • Porting of legacy firmware to Real Time Operating System(RTOS) platforms
  • Porting of firmware across semiconductor devices
  • Migration of device firmware from single-core to multi-core and hardware accelerator platforms
  • Development of High performance embedded computing applications
  • Bare metal based firmware development
  • Protocol Implementation (both Industry Standard and Proprietary)
  • Systems Modeling: Model based system engineering, Model based design
  • Code and Algorithms optimization: performance, memory footprint, power
  • Product Software Verification & Validation services
  • PC based device configuration/programming tools development.
  • Work on many CPU architectures, chipsets & peripherals across various platforms.

Board Support

ARM, TI, NXP, Freescale, Renesas, Atmel

8/16/32 bit microcontrollers

Develop & implement device driver for standard & custom boards

Write firmware for various hardware platform

Also create boot loader to initialize & customize hardware

Engineers knowledge of OS : Win 7 & linux

Device Driver Development

Device drivers for on board and on chip peripherals like USB, SD card, CMOS camera, LCD, Ethernet etc

Protocol stack development & implementation

Proc & sysfs interfaces

Kernel threads & work queues



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Research & Feasibility Analysis

Developing any embedded system without proper research will result in a void system. Before developing embedded hardware or software, proper research regarding tools & components, risks & benefits and market acceptance is crucial to grab more outcome of a developed embedded system.

Component Selection (relevant to application)

For any electronic system, component selection is one of the most complex tasks in the design cycle. Parameters to be taken in component selection can be categorized as technical and non-technical. Many times, selection process is nothing but an act to balance technical & non-technical aspects.

There is a broad range of components. Some of them are

  • Active components
  • Passive components
  • Relevant microcontrollers
  • Communication modules and crystals
  • Batteries and connectors

Technical Parameters include

  • Functionality
  • DC Electrical Characteristics
  • AC Electrical Characteristics
  • Power Consumption
  • Supporting Circuit Elements
  • Operating Environment requirements
  • Regulatory Requirements
  • Reliability Data
  • Development Tools

Non-technical Parameters include

  • Cost
  • Multiple Sources
  • Stage of Production
  • Legacy

While making selection of components, it is crucial to consider based on application to be developed.

Product Schematic Design

Schematic design is a process of drawing interrelationship between components to determine its working condition and manufacturing of a product without any defect. Easy to understand and well structured schematic design indicates that electronic circuit design is good. Any error in schematic design leads to product failure.

Bill of Materials

After completing component selection and schematic design, the main process to follow is BOM management. Bill of Materials is nothing but a list of raw materials, components, parts and the quantities of each required to produce final product. Some of the things to consider while managing bill of materials include

  • Checking availability of hardware inventory and stock confirmation with the distributor
  • Deal with the standard manufacturer and distributor
  • Pairing package and electrical parameters with the components
  • Market research for pricing before purchasing
  • Check client requirement for prototype or production

PCB Layout Design

Any embedded hardware development need to have PCB layout designed before starting the process of actual development. Once PCB gets developed completely, PCB prototyping is crucial for debugging and checking flaws in a system. Bulk product development without PCB prototyping & testing will result not only in corrupted devices but loss of time and money as well. PCB layout design services includes

  • Multi-layer board (up to 8 layers)
  • Communication board - RF, Wi-fi, GSM, GPRS, serial, USB, canbus, modebus, ethernet)
  • Digital io board
  • High speed design boards
  • memory interfacing boards - DDR2, DDR3

PCB Fabrication

After the complete analysis of design & components, designer sends the PCB design to fabrication process to develop and PCB fabricator performs analysis known as DFM (Design for Manufacture) to ensure that the design will satisfy all the requirements necessary for successful product manufacturing.

Component Assembly

Once PCB fabricator hand over the circuit board as per the design, components get assembled on circuit as the final process of embedded hardware development.

Multi-layer board (up to 8 layers)
Communication board - RF, Wi-fi, GSM, GPRS, serial, USB, canbus, modebus, ethernet)
Digital io board
High speed design boards
memory interfacing boards - DDR2, DDR3

Hardware testing, debugging and board bring up

After integrating components on circuit board, hardware needs to be tested to check its working condition. Hardware testing process includes

  • Visual inspection for proper mounting of component
  • Module testing to analyse input and output voltage
  • Complete PCB testing to assure all functionalities

Technology we worked

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  • GSM/GPRS Technology
  • Tracking using GPS
  • Wireless technology using Wi-Fi, Bluetooth, RF

Why to Choose Us?

  • Secure Server
  • Rapid cloud system for hosting data
  • High quality and high performing device
  • All in one pack as storage, sensor monitoring and controlling
  • Wi-Fi interaction

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Call us at (+91) 8347-168-067


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