Complex Electronic Circuits Designed with ease. Experts in Circuit Design with huge experience. Trust us to reliably design your Electronics Circuits. 21+ years of Experience!
At Nevaloss Technologies, we specialize in creating innovative and reliable circuit designs that power smart devices and next-generation solutions. From PCB layouts to embedded system circuits, our designs are optimized for performance, efficiency, and scalability. Below are a few examples that highlight our expertise in delivering custom electronic solutions for diverse industries.
Nevaloss Technology is a leading company providing professional Electronic Circuit Design services since 2003. We have expertise in providing a wide range of electronic circuit design. The circuits designed by Nevaloss Technology are known to be robust & cost effective with 100s of circuit designs that have been successfully completed.
We design robust analog circuits for signal processing, power management, and sensor interfacing. Our solutions ensure accuracy, reliability, and efficiency for industrial and consumer applications.
Our digital circuit design services cover logic design, sequential systems, and complex SoCs. We deliver optimized circuits that meet performance, speed, and power consumption requirements.
We specialize in mixed-signal circuit design that integrates analog and digital components seamlessly. These solutions are ideal for IoT devices, embedded systems, and communication hardware.
From simple controllers to advanced embedded systems, we design microcontroller-based circuits that enable automation, monitoring, and control across industries.
Our FPGA design services include hardware prototyping, algorithm acceleration, and real-time data processing. We deliver high-performance solutions tailored to custom hardware needs.
We design rigid-flex PCB layouts that provide mechanical flexibility with electronic reliability. These are widely used in compact devices, wearables, and aerospace applications.
Nevaloss Technology is an electronics design company that provides design and manufacturing services to customers who wish to outsource the designing, simulation and manufacturing processes of their required products to achieve higher quality at lower fabrication costs.
At Nevaloss Technology, we believe in getting things right the first time over. Every design is thoroughly studied, thought through and passed through an extensive set of tests to ensure maximum fault detection. This exhaustive checking and testing removes the risk of device and design failure by many folds, saving both precious time and money. The designs that pass the painful iterations and succeed in performing well under rigorous testing conditions are taken onto production.
We build prototypes for your required design only once the design has passed the testing stages, has been modified as per requirement and proven error free for the most part. Prototyping is crucial to ensure that the product does in-fact serve the purpose it is intended for. They are often built using cheaper raw material just to get a vague idea of how the feasibility of the finished design. Once the prototype has been tested on multiple fronts for performance and analyzed meticulously, only then is the finished product taken up for larger production runs.
Over the course of 21+ years, Nevaloss Technology has developed over 200 electronic designs, from fairly simple to highly complex. Nevaloss Technology has now extensive experience in the field of electronic design, simulation, prototyping and manufacturing. These designs begin their journey as mere concepts and are carried to completion.
Based in India, Nevaloss Technology customers can expect immediate, effectual and high quality service owing to the huge talent pool and low operational costs. Especially for customers from countries like USA, UK, Europe, Australia etc. one can see several folds of cost savings as compared to their local design firms while still being able to match them in quality of work!
An electronic circuit is made up of different components such as diodes, resistors, transistors, and capacitors, connected to each other by means of a wire. Initially, the electronic circuit is initially designed using a breadboard for prototyping.
This makes it easier for the designer to make modifications and and improvements in the circuit. These electronic circuits have a wide range of application, from data transfer and signal amplifications to computation. Previously, the components of an electronic circuit were connected to each other through a wire, now however, they are soldered on the printed circuit board (PCB) to interconnections.Before the invention of integrated circuits (ICs), each individual component of the circuit i.e. diodes, transistors, capacitors, inductors and resistors were of a discrete nature. Now, however, each electronic device is designed and manufactured as a single unit. In order to understand the fundamentals of electronic circuit design, it is necessary to become familiar with the components of the system.
Our service includes requirement analysis, schematic capture, component selection, PCB layout, signal integrity checks, prototyping support, and design-for-manufacturing (DFM) guidance to ensure a production-ready design.
We use industry-standard tools such as Altium Designer, KiCad and Eagle. Deliverables can include schematics, Gerber files, BOM (Bill of Materials), pick-and-place files, and 3D models as required by the manufacturer.
Yes — we specialize in power-aware design techniques: component selection, power-domain partitioning, low-power MCU choices, sleep modes, and efficient power routing to minimize consumption while meeting performance targets.
Yes. We coordinate prototype fabrication, PCB assembly (SMT/through-hole), and run functional testing, boundary-scan, and in-circuit tests. We also assist with debug and iterations until the design is validated.
Absolutely. We review designs for manufacturability (DFM), recommend footprint changes, and assist with reliable component sourcing and alternate parts to reduce lead times and cost risks.
We support IoT devices, industrial automation, consumer electronics, medical devices, automotive subsystems, and telecom hardware, delivering designs that meet each industry's regulatory and reliability requirements.
We’re here to explore how we can collaborate, leveraging our expertise to fuel your product development. Let’s get started and propel your business forward!
