Electronics & hardware
From system architecture to board layout. Electrical requirements, component selection, interfaces and validation guide each design decision.
Electronics engineering / Embedded systems
Engineering
Beyond Borders.
Electronics engineering, embedded systems and global product development — from concept to market.
MICRON / SYSTEM ARCHITECTURE
POWER / 3V3I²C · SPI · UART
MEMORYDDR / FLASH
µMICRONEMBEDDED SYSTEMS
I/OCONNECTIVITY
TP01 +HW + FW + SYSTEMHARDWARE · FIRMWARE · EMBEDDED LINUX · IoTFROM CONCEPT TO PRODUCT. FROM BRAZIL TO THE WORLD.
01 / What we engineer
Engineering at the core.
Understand the system. Design every interface. Validate the whole.
Embedded software
Firmware connecting hardware to the application. Bare-metal development, FreeRTOS and drivers, with attention to how the system behaves in operation.
Embedded Linux
Custom distributions with Yocto Project, BSPs and drivers. Integration of platform, peripherals and application into a coherent system.
IoT & connectivity
Devices, gateways and cloud integration. Connecting data acquisition, communications and applications around real field conditions.
Embedded computing
MCU, SoM, SBC and IPC assessment and integration based on processing needs, interfaces and the product lifecycle.
Product development
Architecture, prototyping, validation and preparation for industrialization. Documentation and testing support the product through its next stage.
02 / From engineering to product
Engineering doesn’t end at the prototype.
Micron supports the complete technical journey required to turn an engineering concept into a reliable commercial product.
- 01Idea
- 02Architecture
- 03Hardware
- 04Software
- 05Prototype
- 06Validation
- 07Manufacturing
- 08Compliance
- 09Market
03 / Product Enablement
From prototype to production.
Design for Manufacturing
BOM review, component availability and assembly requirements to prepare the design for manufacturing.
Manufacturing coordination
A technical interface with PCB and PCBA manufacturers, from prototypes and pilot batches to production preparation.
Regulatory engineering
Technical assessment of applicable requirements and coordination with specialized laboratories and certification bodies, including ANATEL and INMETRO processes where applicable.
Supply chain engineering
Component sourcing, evaluation of alternatives and coordination with manufacturing partners and technology suppliers.
04 / Global engineering network
Global engineering. Local execution.
Connecting engineering projects with qualified international resources while maintaining a local technical interface.
Modern electronics products depend on a global ecosystem of components, manufacturers, technologies and specialized partners. Engineering connects those decisions to the needs of the product.
BRAZILLocal interfaceµMICRONENGINEERINGGLOBAL ECOSYSTEMChina & other markets
05 / Technical connections
Engineering bridge: Brazil China.
China is a strategic ecosystem within a global technology and manufacturing perspective.
BRAZIL CHINA
For Brazilian companies
- Technology and component sourcing
- PCB / PCBA manufacturing
- Technical supplier qualification
- SBC, SoM and IPC sourcing
- Manufacturing coordination
- Technical communication and supply chain development
CHINA BRAZIL
For international manufacturers
- Local engineering interface
- Technical product assessment
- Regulatory engineering and certification coordination
- Product localization
- Brazilian market intelligence
- Partner identification and business development support
06 / Why Micron
Engineering first.
Technical understanding
We understand the product before discussing the business.
End-to-end perspective
Engineering, manufacturing, compliance and market requirements are parts of the same product lifecycle.
Local technical interface
One engineering interface connecting customers, manufacturers and specialized partners.
Global perspective
Sourcing and technical coordination connecting projects to manufacturers and suppliers across markets.
07 / Technical knowledge
Engineering Insights.
Embedded Linux or RTOS: which requirements decide?
A requirements-based approach to timing, connectivity, application software and maintenance.
Read articlePCB prototype vs production: what changes?
A working circuit is one milestone. Repeatable manufacturing needs documentation, test criteria and revision control.
Read articleWhen should you use a SoM instead of designing a complete board?
Interfaces, volume, maintenance and development time: an architecture decision before a purchasing decision.
Read articleFrom idea to market
Building a technology product?
Talk directly with an engineer about your project, technical challenge or product strategy.