IoT Hardware Design

IoT designs are especially unique in that they typically operate in multiple modes, such as standby, transmit/receive, active sensing, recharging, etc. As such, functional verification of each mode, and from mode to mode, must be specified and verified. For example, transistor-level simulation is required to verify that a built-in A-to-D converter operates correctly in a specified temperature range. Performing pre-layout simulation and planning for post-layout verification of IoT designs is critical for ensuring the product meets all of the product’s functional requirements. Our In-house Engineers with world-class testing facilities managed by Arrow Electronics, ensure that All parameters are verified and taken into account in the schematic diagram. which serves as the foundation for next-level processes like PCB design, fabrication, and assembly.

Printed circuit board (PCB) layout and design services are one of the ways that we help our customers get to the IoT market faster as our engineering team has significant real-world experience designing PCBs for performance and manufacturability.
If you require a PCB layout from the design schematics you have created or You have an existing design that needs to be updated, changed, or optimized for cost-effective assembly or You need a new PCB design, from concept (schematics/BoM) to creation.
Our team of engineers and CAD/CAM operators are available to discuss any project needs that you may have as we are fully licensed industry-leading tools and access to the world-class testing lab at STPI IoT CoE Bangalore.

Printed Circuit Boards (PCBs) form the backbone of all major IoT electronics. To ensure that our customers do not have to run around for PCB Fabrications we have the right local partners who can manufacture high-quality multilayer PCB. Turn around time is crucial in new product development, our partnership with some of the leading PCB fabrication companies, ensure that we get high quality, multi-layer PCB fabricated on short notice to assemble and test end products. Our partners are also able to offer high-quality high volume PCB for production needs. We can also reverse engineer your existing PCB for further enhancement and adding additional components for IoT connectivity.

Our Prototype PCB Assembly partners offer specialized service that enables us to take complicated designs, prepare them for assembly, and test them without your needing to worry about PCB assembly workmanship. Our partners are qualified and experienced in managing fine-pitch parts and ball grid arrays (BGAs) for high-density FR-4 PCBs. Our partner team is capable of manufacturing prototype PCB assembly volumes from 1 to 1000. Even at the prototype level. We have engaged electrical engineers and have formulated effective guidelines for each step of the PCB manufacturing and assembly process, so our customers can benefit from PCB prototyping, electronic parts sourcing, and PCB assembly services.