Primarily, we offer the following types of Hardware services:

Analog/Digital/Mixed Circuit Design
Analog circuits are usually made from the basic building blocks such as Diodes, Transistors, Transformers, Operational Amplifiers (Opamp) & passive components. 
Common examples of Analog Circuits are amplifiers & filters. Analog circuits can also be designed to provide the mathematical functions like addition, subtraction, multiplication, division etc.
Digital circuits are the ones that work on the basic levels of zeros and ones (discrete values). So the input & output signals of a digital circuit almost always are of finite number of voltage levels (called HIGH or LOW). Common Examples of Digital circuits are timers, counters and state machines.
Mixed –Seldom is a circuit design purely analog or purely digital. In most cases, a circuit design, apart from most basic ones consists of both analog and digital circuits. Such a circuit is called a mixed circuit. In such a design, it is often very important to keep the analog & digital sections logically separate to reduce noise and improve performance.

Dakshkanya has great experience & expertise in complex circuit design. We handle designing robust analog circuits that are precise & accurate as the front-end forms the primary goal of the entire circuit design. 

PCB Design
We deliver Professional customized PCB Design Services of all types, including, Multi-Layer, Rigid, Flex, Rigid-Flex.
We Provide Highly Complex & Dense PCB layout designs done with speed & accuracy.
Have Advanced component footprints & library creation including BGA, QFN packages.
High speed PCB design including differential pairs, length matching etc.
Expertise in critical & sensitive signal routing for Analog & Digital (Mixed Signal) circuits.
Re-engineering services to correct flaws or to optimize existing PCB designs for lowering costs.
Upgrade old PCBs with outdated & obsolete components to the latest technology with widely  available SMT components.
PCBA Prototyping.
PCBA Manufacturing.
Electrical & Functional Testing services of the designed PCB.

SIMULATION -Signal Integrity & Power Integrity.
We are experts in Signal and Power integrity of the PCB Design that we have created , this ensures that the design would be running at first time without any iterations.
Signal. 
Signal integrity refers to the integrity or quality of electrical signals as they propagate through electronic circuits or transmission lines.
Power integrity check is a crucial aspect of electronic design aimed at ensuring stable and reliable power distribution throughout a system or circuit.

PROTYPE MANUFACTURING + BOARD BRINGUP
Board bring-up refers to the process of initializing, testing, and debugging an embedded system’s hardware to ensure its proper functionality. This phase typically occurs after the manufacturing of the embedded board and before the deployment of the final product.