Embedded360 Engineered Turnkey Solutions
Embedded360 provides end-to-end product engineering, design, manufacturing and turnkey development services for OEMs that need to move products from concept through production. Capabilities include electronic and mechanical design, firmware, PCB development, manufacturing, product re-engineering, miniaturization, testing and supply-chain support.
Turnkey Product Development
Complete product-development support from initial requirements through electrical, software and mechanical design, implementation, testing and final system integration.
Capabilities Include:- Requirements analysis
- Electronic system design
- Embedded software development
- Mechanical design
- Prototype development
- System integration
- Verification and validation
- Production transition
Best For:
OEMs that need a single engineering partner to manage all or part
of the product-development lifecycle.
Electronic Design Engineering
Hardware engineering for embedded and electronic systems, from architecture and component selection through schematic development and product realization.
Typical Capabilities:- System architecture
- Analog and digital design
- Processor and MCU design
- Power electronics
- Interface design
- Component selection
- Design verification
Typical Applications:
Industrial controls, IoT devices, automotive electronics,
power systems, consumer products and embedded platforms.
PCB Design
PCB engineering services support complex embedded systems from schematic capture through layout, design-for-manufacturing and production documentation.
Capabilities Include:- PCB architecture
- Schematic capture
- Multi-layer PCB layout
- High-speed design
- Signal-integrity considerations
- Power-integrity considerations
- DFM / DFA support
Best For:
Complex embedded boards, control electronics, power electronics
and production-ready PCB assemblies.
Firmware & Embedded Software
Embedded software development for microcontrollers, processors and connected devices, including low-level firmware and system-level software integration.
Capabilities Include:- Board-support packages
- Device drivers
- Bootloaders
- RTOS integration
- Embedded Linux support
- Protocol development
- Performance optimization
Typical Applications:
Industrial devices, automotive electronics, IoT products,
communications equipment and smart connected systems.
Mechanical Design
Mechanical engineering for enclosures, structural components, product packaging and integration of electronics into finished OEM products.
Capabilities Include:- 3D CAD design
- Enclosure development
- Mechanical packaging
- Thermal considerations
- Prototype development
- Design for manufacturing
Best For:
Complete electromechanical products requiring coordinated
electrical and mechanical development.
Electronics Manufacturing
PCB assembly and electronic manufacturing services supporting prototype, low-volume and production builds.
Manufacturing Capabilities:- Surface-mount assembly
- Through-hole assembly
- Dual-sided PCB assemblies
- Automated component placement
- Soldering and inspection
- Short-run production
- Production quantities up to 50,000 units per run
Typical Applications:
Industrial electronics, automotive systems, aerospace electronics,
communications equipment and OEM assemblies.
Mechanical Manufacturing
Mechanical production support complements Embedded360’s electronic engineering and PCB capabilities to enable complete product realization.
Capabilities Include:- Prototype mechanical parts
- Production mechanical components
- Product enclosures
- Assembly support
- Production engineering
- Design-to-manufacturing transition
Best For:
OEM programs requiring both electronic and mechanical manufacturing
under a coordinated engineering program.
Contract Manufacturing
Flexible contract manufacturing support for OEMs that need production capacity without maintaining all manufacturing operations internally.
Program Support:- PCB assembly
- Mechanical manufacturing
- Product assembly
- Production management
- Supply-chain coordination
- Inspection and testing
Best For:
Companies outsourcing complete products, subassemblies or
selected manufacturing operations.
Product Assembly
Final electromechanical product assembly combines PCB assemblies, mechanical components, wiring and other subsystems into finished or near-finished OEM products.
Typical Services:- Box-build assembly
- Electromechanical integration
- Cable and harness integration
- Final test
- Packaging
- Production documentation
Typical Applications:
Industrial controllers, IoT products, automotive modules,
power systems and finished electronic equipment.
Product Re-Engineering
Re-development and modernization services for legacy products that need improved performance, reduced cost, updated components or migration to newer hardware and software platforms.
Key Benefits:- Legacy product modernization
- Platform migration
- Reliability improvement
- Performance improvement
- Component obsolescence management
- Product portfolio extension
Typical Applications:
Industrial systems, rail products, automotive electronics,
energy systems, IoT devices and wearables.
Product Miniaturization
Engineering services focused on reducing product size and weight while preserving or improving electrical, thermal and mechanical performance.
Typical Engineering Goals:- Smaller PCB footprint
- Reduced component count
- Improved packaging density
- Lower product weight
- Updated component technologies
- Improved manufacturability
Best For:
Portable devices, IoT products, automotive electronics,
medical systems and next-generation product refreshes.
Supply Chain Management
Integrated supply-chain support helps OEMs manage components, manufacturing requirements and production continuity throughout the product lifecycle.
Key Benefits:- Component sourcing
- Supplier coordination
- BoM management
- Cost reduction
- Obsolescence management
- Production continuity
Best For:
OEMs seeking reduced BoM costs, simplified sourcing and
coordinated engineering-to-production support.
Inspection & Testing
Product inspection and testing services help verify that designs and manufactured assemblies meet functional, quality and production requirements.
Typical Capabilities:- PCB inspection
- Functional testing
- Production testing
- System verification
- Quality inspection
- Failure analysis support
Best For:
Production programs requiring documented product verification
and repeatable manufacturing quality.
Embedded360 Industry & Technology Solutions
Industrial Systems
Product engineering for industrial systems, including modernization of legacy equipment, system integration and platform migration.
Best For: Industrial controls, machinery, instrumentation and long-lifecycle electronic products.
Power Electronics
Electronic and embedded development support for power-control, conversion and energy-related systems.
Best For: Power conversion, energy systems, motor control and industrial power applications.
IoT & Sensorization
Embedded connectivity, sensing and software integration help transform standalone products into connected digital systems.
Best For: Connected industrial equipment, remote monitoring and smart products.
Automotive Electronics
Engineering and manufacturing support for embedded automotive products and electronic subsystems.
Best For: Automotive electronics, control modules and next-generation connected vehicle systems.
Wireless Systems
Product-development support for connected embedded devices requiring wireless communications and integration.
Best For: IoT, industrial wireless, connected products and remote devices.
Consumer Electronics
End-to-end design and manufacturing services help move high-volume electronic products from concept into production.
Best For: Connected consumer products, appliances and embedded electronic devices.
How Can Embedded360 Support Your Product?
Choose Electronic, PCB, Firmware or Mechanical Design.
Use Electronics Manufacturing and Product Assembly.
Consider Product Re-Engineering .
Consider Product Miniaturization .
Combine Value Engineering, BoM optimization and Supply Chain Management.
Use Embedded360’s integrated electronic and firmware engineering teams.
Use Embedded360’s end-to-end design, manufacturing and assembly model.
Why Work With Embedded360?
One engineering partner from requirements through production.
Integrated design and manufacturing can reduce handoffs and development delays.
Value engineering and supply-chain support help optimize product cost.
Flexible engagement models allow OEMs to supplement or extend internal engineering teams.
Electronic, software and mechanical disciplines are managed together.
Engineering, manufacturing, testing and assembly are available within one product-development organization.