Hardware design and embedded systems for connected products.
NEWLY SOFT develops end-to-end technical solutions for hardware design, embedded software, prototyping, IoT connectivity and production-readiness processes.
Multi-layer boards, sensors and communication circuits
Microcontroller, sensor and device control software
Sample device, test circuit and field trial processes
Panel, mobile app, cloud and local network integration
Manufacturability, quality control and compliance planning
We combine hardware, embedded software and cloud connectivity in one engineering architecture.
Every hardware project is designed by considering energy efficiency, field durability, sensor accuracy, connection security, manufacturability and software integration.
NEWLY SOFT approaches hardware products as living systems that include circuit design, firmware, testing, data flow, panel integration and future production planning.
Hardware reliability starts with correct circuit, power and firmware design.
A correctly designed circuit architecture forms the foundation of hardware products. Power management, sensor connections, communication modules, low noise, thermal durability and manufacturability criteria must be planned together.
Embedded software then turns the circuit into a controlled product through sensor reading, device status, connection control, data logging and remote command management.
The core building blocks of hardware and embedded product development.
PCB design, embedded software and prototyping processes designed for field-ready products.
PCB Design
Multi-layer circuit boards, sensors, power management and communication circuit designs.
Embedded Software
Microcontroller, sensor, communication and device control software.
Prototyping
Initial sample device, test circuit, enclosure compatibility and field trial processes.
Power, sensors, firmware and communication layers are designed together.
Prototype testing must validate circuit, enclosure, connection and software together.
Hardware devices can operate with panels, mobile applications, cloud servers or local network systems.
Circuit Schematic and PCB Prototype
The initial circuit and PCB prototype are prepared to test the technical foundation of the product.
Enclosure and Field Scenario
3D printing, sample enclosure work, field usage scenario and durability controls can be evaluated together.
Remote Monitoring
Device status, sensor data, error logs, usage density and performance information can be monitored through a panel.
Mobile App Connection
Hardware products can be controlled through a mobile application and provide users with notifications or reports.
Prototype-to-production transition requires cost, supply, testing and compliance planning.
During the transition from prototype to mass production, cost, enclosure, component supply, production testing, quality control and certification processes must be considered.
Hardware design can be prepared for manufacturability, component selection, board dimensions, assembly ease, production cost, CE, RoHS, safety, electromagnetic compatibility and sector requirements.
Turn hardware into a connected product with software and data.
You can contact NEWLY SOFT for PCB design, embedded software, IoT device, sensor system, prototype or production-readiness projects.