Schematic & circuit design
Analog, power and digital circuits captured, reviewed and simulated around your requirements.
- Analog and power stages
- Design and signal integrity reviews
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Circuit design, PCB layout, embedded software and connected devices, planned around one thing: your product goals.
Surfytech Electronics helps startups, OEMs and enterprises turn ideas into reliable electronic products. From the first schematic to firmware, testing and manufacturing support, we bring hardware, software and compliance into the same conversation.
Not sure where to start? Start with a conversation.
Surfytech Electronics combines circuit design, PCB engineering, embedded development and manufacturing support so each decision supports the next.
Design, build and validate with a connected set of electronics engineering services. Explore a specialism or talk to us about a complete solution.
Analog, power and digital circuits captured, reviewed and simulated around your requirements.
Multilayer layouts optimised for performance, reliability and manufacturability.
Drivers, RTOS tasks and application logic shaped around your hardware and use case.
BSPs, device drivers and custom Linux builds for connected, long-life platforms.
Enclosures, mounts and product mechanics developed alongside the electronics.
Prototype builds, bring-up, sourcing and assembly managed through to production.
Have an existing product that needs a fresh start?
Explore testing and complianceThese are examples of challenges we can help you address. Your solution starts with your requirements, not a one-size-fits-all package.
Design & simulationCapture, simulate and review circuits before committing to layout.
Discover circuit design
FirmwareFirmware, drivers and updates shaped around your board and use case.
Explore firmware development
Connected devicesSensors, gateways and monitoring designed and validated as one system.
Explore IoT & sensorsStart from platforms we have engineered, then adapt them to your requirements, volumes and budget.
EmbeddedLong-life Linux builds, BSPs and real-time modules for connected devices.
Explore embedded platforms
Motion
Power driveHigh-current drive electronics for industrial and mobility systems.
Explore high power drivers
Power
EnergyBattery technology, solar and inverter electronics for clean power.
Explore battery technology
DisplayDisplay interfaces and TFT driving solutions for clear, stable output.
Explore display drivers
ConnectivityWi-Fi, BLE, LoRa, Zigbee and antenna-ready wireless modules.
Explore wireless & RF
AutomotiveAutomotive-grade LED drivers built for harsh electrical environments.
Explore LED driversLooking for something custom?
Explore all productsDifferent industries have different users, regulations and reliability requirements. Explore how electronics can support yours.
In-cabin electronics, LED drivers and control units.
Explore automotive →Signalling, onboard systems and rugged electronics.
Explore railways →Control panels, motor drives and automation.
Explore industrial →Monitoring, metering and power conversion.
Explore energy →Rugged, secure and mission-critical systems.
Explore defence →Wireless modules, gateways and RF integration.
Explore connectivity →Diagnostic devices, monitoring and compliance.
Explore healthcare →Smart devices for personal care and wellness.
Explore wellness →Looking for a different sector?
Explore all industriesDiscovery, engineering, validation and manufacturing support move together, so decisions stay connected and delivery stays coherent.
Goals, constraints, cost and compliance agreed before delivery begins.
Schematic, layout, code and test plans stay in the same conversation.
Component availability, DFM and test coverage considered early.
Documentation, revisions and ongoing improvements planned in.
Understand requirements, use cases and constraints.
Focus: a shared briefPlan architecture, schematic and layout.
Focus: a reviewed designPrototype, write firmware and test iteratively.
Focus: a tested boardRelease production files, document and iterate.
Focus: a supported productChoose components, toolchains and platforms around reliability, availability, cost and the long-term support your product needs.
Our engineers work across EDA toolchains, embedded platforms, wireless standards and industrial interfaces.
Embedded systems, IoT and industrial automation, designed, built and validated by one team.
We specialise in hardware design, firmware development and real-time data processing, ensuring high-performance, reliable and scalable electronics solutions. From smart sensors and diagnostic machines to AI-driven automation, our commitment to innovation, precision and efficiency drives every build.

Schematics, multilayer PCB and power electronics.

Firmware, drivers and real-time control loops.

Sensors, gateways and monitoring dashboards.

Motor control, motion and intelligent machines.
Explore project themes and product types. Every engagement starts with discovery, so scope and outcomes are agreed before delivery.
PCB platformsPlacement strategy, power integrity and DFM handled by one engineering team.
Explore PCB design
IntegrationBoard, enclosure and harness decisions handled as one connected system.
Explore integration
Intelligent systemsCapture, analyse and act on sensor data directly on the device.
Explore electronics developmentHave a product in mind?
Discuss your requirementsBring sensing, inference and automation into devices where it makes a measurable difference.
Start from the use case and data readiness, then prioritise sensing, connectivity and compute changes that support measurable outcomes.
Discuss the right engagement for your scope, budget and team. Deliverables, responsibilities and commercial terms are agreed in the proposal.
For teams that need clarity before committing to a build.
For a defined board, firmware or device programme.
For an evolving product or an existing engineering team.
Start with the core function. Separate must-have circuits from features that can follow after testing.
Explore the prototyping approachReview simulations, design margins and compliance requirements before committing to a production run.
Explore testing and complianceEngineering notes, project stories and technology updates from Surfytech Electronics.
Read the Surfytech Electronics blogChoosing an electronics engineering partner is an important decision. Here are some useful starting points.
Ask about your projectSurfytech specializes in advanced electronics R&D, multilayer PCB engineering, embedded systems, analog simulations, custom Linux device drivers, IoT, AI, and robotics solutions.
Yes. Discovery, schematic capture, PCB layout, firmware, prototyping, testing and manufacturing support can be scoped together or as individual stages, with deliverables and responsibilities agreed before delivery.
Yes. Multilayer stack-ups, controlled impedance, signal and power integrity, placement strategy and DFM reviews are part of the PCB design workflow.
Microcontroller and RTOS projects, embedded Linux with custom BSPs, device drivers, bootloaders and connectivity stacks, selected around your performance, cost and lifecycle needs.
Timelines depend on complexity, component availability, compliance requirements and review cycles. Discovery helps identify milestones and delivery risks, and a focused first prototype can be planned separately from later enhancements.
Yes. We can review an existing schematic, layout or codebase for reliability, cost and maintainability, then prioritise fixes or a phased redesign.
Prototype builds, bring-up, functional testing, documentation and guidance towards applicable compliance and safety testing can be included in the engagement.
Bring a short description of the product goal, target users, existing designs or systems, essential features, expected volumes, preferred timeline and budget range if available. You do not need a complete technical specification to start a conversation.
Have an idea, a stubborn board or a product ready for its next chapter? Start with a free consultation.
Prefer to talk? Call +91-8595012317
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