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IoT & wireless connectivity

Connected products.
Engineered as one system.

We design reliable electronics for smart, connected products—from architecture and PCB development to wireless integration and production.

Explore our capability

PCB Design & Development

From first prototype
to manufacturing.

Our engineers develop custom PCB assemblies for proof-of-concept prototypes and high-volume production. We combine component selection, schematic design, PCB layout, power architecture, signal integrity and design for manufacturing to create robust, production-ready hardware.

Architecture · Schematic · Layout · DFM · Production support

IoT, Wireless & RF

Complex communication.
Clear engineering.

We design IoT and smart devices that bring multiple radios, antennas and communication protocols into one reliable product. Our team solves the interactions between RF performance, power consumption, embedded firmware, mechanical constraints and regulatory requirements.

BLE · UWB · Wi-Fi · LTE · 4G/5G · GNSS · NFC

Integrated Project Teams

Better decisions.
Fewer handoff problems.

Our electrical engineers work directly with firmware, mechanical and manufacturing specialists throughout the project. This close cooperation reduces miscommunication, resolves design conflicts earlier and helps optimize performance, development time and product cost.

Electrical · Firmware · Mechanical · Manufacturing

Capabilities

Expertise across the
complete product system.

01PCB Design 06Portable Electronics 114G / 5G 16Sensor Integration 02IoT Devices 07Battery-Powered Products 12GNSS 17Antenna Integration 03RF Engineering 08Low-Power Design 13UWB 18EMC & Signal Integrity 04Embedded Systems 09Bluetooth & BLE 14Wi-Fi 19Power Management 05Design For Manufacturing 10LTE / LTE-M 15NFC 20Prototype To Production

Let's build something

Have a product that needs intelligence inside?

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Our Services

Areas We Serve.

From startups, to large companies; SurfaceID has you covered.

Consumer Product Design

Medical Design

Scientific and Industrial Instruments

Blog.

Read about Industrial Design & Mechanical Engineering, one post at a time.
How to Validate Hardware Concepts Before Building

How to Validate Electronics Engineering Hardware Concepts

Learn how to validate hardware concepts with focused prototypes, real user testing, and engineering checks before tooling or production costs rise fast.
Read More
BLE vs Wi-Fi vs Cellular: Choose a Wireless Tech

BLE vs Wi-Fi vs Cellular: Choose a Wireless Tech

BLE vs Wi-Fi vs cellular: how to choose the right wireless technology for your product, balancing power, range, data, cost, and user experience at scale.
Read More
Die Casting vs Injection Molding: How to Choose

Die Casting vs Injection Molding: How to Choose

Compare die casting vs injection molding by material, cost, tolerances, tooling, and production volume to choose the right process for your product launch.
Read More
Design Outsourcing for Products That Can Ship

Design Outsourcing for Products That Can Ship

Design outsourcing can accelerate hardware launches when design, engineering, prototyping, and manufacturing decisions are managed by one accountable team.
Read More

What Causes Injection Molding Defects in Production?

Learn what causes injection molding defects, how design, material, tooling, and process interact, and how to prevent costly production failures at scale.
Read More

View More Posts