URL 32: https://utthunga.com/product-engineering/embedded-engineering/product-design-development-services/

Introduction

Over the last few years, the pace of digitalization has been gradually blurring the lines between hardware and software. Sensors, chips, and devices with embedded software systems are getting more sophisticated day by day. At the same time their performance capabilities are also increasing, leading to enhanced functionalities. Industries now readily implement embedded systems in their critical products.

Why do Industries Need Embedded System Services?

Embedded systems now form the core of industrial systems. Hardware and the code that goes into the hardware, firmware, helps manage operation of sensors, field devices and other industrial devices like PLCs and control systems. Industries benefit by adopting good embedded systems engineering services.

The compact size of embedded systems makes it easy to fit them within other industrial components. Designed to handle one task at a time means that the software or firmware updates are required less frequently resulting in minimal downtime due to system upgrades. Embedded systems consume less power and enable better diagnostics and maintenance. Embedded systems tend to be secure because they are self-contained. However, as embedded systems can control and monitor complex field devices one needs to take a cautious approach in designing an embedded system. When you avail embedded engineering services, ensure that security is a top priority. One other benefit, though some could perceive it as a moral issue, is the reduction in manual labour due to embedded systems.

Embedded Engineering Services Provided by Utthunga

We provide end-to-end solution for any embedded software development requirement by leveraging our expertise in product design, hardware architecture, firmware architecture, verification & validation, and certifications. We also lean on our strong ecosystem partners for PCB fabrication and prototyping.

Our comprehensive list of embedded system engineering services for various industry verticals and horizontals include:

  • Concept to production turnkey product engineering
  • Firmware, hardware, application development
  • Software design and development
  • Electro mechanical product development
  • Wireless SoC based product development
  • Python application
  • Verification & validation

Below, a few examples of the embedded development services we have offered to clients worldwide:

  • Loop powered design and development
  • Sensor integration and sensor application development
  • Metering application
  • Certification Support for CE, FCC, IS, SIL
  • Edge gateway development
  • Enable legacy hardware/machine with IIoT capability
  • Industrial protocol simulator
  • Wireless application development
  • Condition monitoring devices
  • Operator interfaces
  • Multilayer PCB design
  • High speed digital and analog design

Why Utthunga for Embedded System Engineering Services?

Industries need to update and upgrade their hardware products with the latest developments to keep pace with the competition. Therefore, the need of the hour is skilled and expert professionals in embedded system engineering. At Utthunga, we offer customised hardware and embedded software development for industrial use cases that includes design development services, firmware engineering, hardware engineering, verification and validation. Our large team of software developers and engineers have high competencies in embedded system design, embedded system programming, embedded system development, feature-driven development, and release management.

We aim to provide tailored embedded system capabilities to our clients based on their process requirement. From low power embedded platforms to complex wide band embedded hardware, we design and develop embedded systems customised to your industry requirements. We also offer consultation services on concepts, requirements, and delivery of embedded systems.

The reasons why Utthunga should be your top choice for your embedded engineering needs are:

  • Talented resource pool for embedded system development
  • State of the art lab facility
  • 13+ years of deep industrial domain experience
  • Flexibility and agility for customization
  • Competitive price
  • Responsive tech support
  • Association with all the leading protocol consortiums like OPC Foundation, ODVA, PI, ETG and others

FAQs

The uses of embedded systems in industrial automation are:

Control – An embedded system can be used to control a particular function or aspect of an industrial device/machine. Monitoring – Embedded systems can help with general monitoring of the device/machine or monitoring.

Embedded systems are now being widely used in industries such as automotive, manufacturing and also telecom, banking, aerospace, home appliances, security, and consumer electronics. The widespread application of embedded systems is because they allow for real-time computing, higher device performance, and accurate results. Moreover, the small sized embedded systems makes integration simple and they consume less power.

In future, we can see embedded systems driven by AI algorithms. The concept of cognitive embedded system is gaining popularity. It will find applications in visualisation tools, deep learning applications, mesh networking, and embedded devices security.

Recent Posts

  • Industry 4.0
  • April 28, 2021
  • 3 Minutes Read

How IO-Link Protocol enhances Factory Automation and Benefits End Industries?

The current wave of the industrial revolution, also known as the Industrie 4.0, has proven to improve the production process in various aspects. To realize the promised benefits, a strong communication protocol that allows semantic interoperability among interconnected devices is needed. In manufacturing industries where processes are greatly dependent on the industrial sensors and actuators, […]

Read more

  • Sensor
  • April 12, 2021
  • 3 Minutes Read

Energy Harvesting in Wireless Sensor Network

Introduction Wired sensors connected to control systems via industrial communication protocols like HART or even a simple 4–20 mA loop take up the required energy supplied over the cabling. It is estimated that wiring takes up majority of the total sensor installation cost. On the other hand, wireless sensors used for industrial control and automation […]

Read more

  • Simulator
  • March 23, 2021
  • 3 Minutes Read

Role of Protocol Simulators In Product Development And R&D

What are Protocol Simulators? The term “simulator” means “imitator of a situation or a process”. In the digital sense, we can say that a protocol simulator or a network simulator is a computer-generated simulation of a protocol before bringing the product to the market. There is a paradigm shift in industries like industrial OEMs, discrete, […]

Read more

  • Testing
  • March 23, 2021
  • 3 Minutes Read

Smart Test Automation for Desktop/Software Devices For Global Engineering Teams

As the Industrial Internet of Things is taking hold, we are seeing more and more desktop/software electronics being used to build smart devices, machines, and equipment for manufacturing OEMs. These devices are the “things” in IIoT and form a connected ecosystem and are at the core of the digital thread Desktop/software product development, therefore, holds […]

Read more