Aditech offers Embedded product Design services consists System Architecture, Electronic Hardware Design, PCB Design, Firmware Design, Prototyping, Validation, regulatory compliance and Prototype / Mass Production.

We bring on table the right blend of technology, creativity and engineering expertise in designing a variety of products cutting across various domains such as IoT Devices, Telecom, Remote monitoring and control, Automotive, telemetry devices, Industrial Automation, RFID, wireless devices, short range and long-range RF, Home automation, Networking, Sensors, Wearables and many more.

Design Services

  • Electronics design services
  • PCB Design services
  • Firmware design services

Electronics design services

With our innovative electronic design best practices and methodologies, we have delivered top-notch electronic products for our clients in various domains such as,

  • IoT Devices and IoT Gateway
  • Remote monitoring and control
  • Industrial Automation
  • Home automation
  • Telecom
  • Networking
  • Automotive telematics unit
  • Single board computer – SBC
  • System-on-Module – SoM
  • RFID – LF, HF, UHF and NFC
  • Wireless (Zigbee, 6LowPAN, Wi-Fi, BLE,GSM/GPRS, LTE, NB-IoT)
  • Telemetry devices
  • Agriculture electronics
  • Sensors
  • Wearable electronics

Electronic design team ensures that the latest power supply, opamp, ADC, DAC processors, ultra-low power micro-controllers and other electronic components are selected to design your products.

Electronic design services portfolio includes:

  • System Architecture
  • Schematic Design & Verification
  • BoM optimization and Estimation
  • Muti-layer impedance-controlled PCB Design for Digital, Analog, and Mixed Signal systems
  • DFM, DFA, DFT, DFS Compliant Hardware design
  • EMI/EMC compliant Hardware design
  • Signal Integrity Simulation and Verification
  • Gerber Generation and Verification
  • Hardware Design Validation
  • System Integration
  • Design migration/ Re-engineering
  • Component Procurement
  • PCB Fabrication
  • PCB Assembly
  • Board bring-up and Hardware testing
  • Product Compliance and Certification
  • Obsolescence Management

Tools:

  • OrCAD
  • 0
  • Cadence Allegro V16.6
  • CAM350
  • TINA-TI SPICE
  • LTspiceXV11

PCB Design services:

Quality of the PCB design in a product is one of the most important product life cycle aspects. We ensure that the PCB designed by us offers ease to PCB manufacturers to produce high quality and high output, while it also helps the product manufacturers to assemble components on it with ease. Therefore, Design for Manufacturability (DFM), Design for Testability (DFT), and Design for Assembly (DFA) are well taken care by us during the design of PCB itself.

Our PCB design services include:

  • Schematic generation
  • Symbol and footprint creation
  • PCB Layout design and routing
  • Signal integrity and thermal analysis
  • CAM for manufacturing
  • PCB fabrication

Our expertise includes:

  • High speed, multi-layer digital PCB designs
  • Impedance controlled PCB designs
  • Analog and Mixed signal designs
  • High frequency RF PCB designs
  • High Speed DDR2, DDR3, DDR4 memory-based PCB designs
  • DSP, FPGA PCB designs
  • Power supply and Power distribution designs
  • EMI/EMC compliant PCB designs
  • High-density and high pin-count, BGA PCB designs

Tools:

  • OrCAD
  • 0
  • Cadence Allegro V16.6
  • CAM350

Firmware design services

Aditech Offers embedded software development services for systems developed on 8, 16- or 32-bit microcontroller platforms. Our Firmware teams have extensively worked and executed many projects requiring either very high performance or ultra-low power operation. This gives us an edge for developing Firmware on any type of Embedded hardware.

We have successfully ported various types of Operating Systems on to various types of processor / microcontroller families with different hardware configurations. Some of the OS we have worked on are:

  • Free RTOS
  • MQX RTOS
  • Contiki
  • OpenCPU

Our key firmware design activities are:

  • Software porting
  • Hardware peripherals control
  • Boot loader and Built in Self-test routine
  • Drivers development
  • Protocols implementation
  • Embedded Web Server
  • Bare metal firmware
  • Software utility development
  • Maintenance of existing codes
  • Power management firmware

Embedded Devices

  • Bare metal and embedded OS – Free RTOS, MQX RTOS and OpenEmbedded
  • Processor Families – ST Micro STM32, TI MSP430, Atmel AT-SAM, NXP i.MX, Microchip PIC, Nordic nRF5x
  • Custom bootloaders and board support packages – drivers and API

Communication Protocols

  • Network protocols – Modbus TCP/RTU, UDP, TCP/IP, DHCP, HTTP
  • Wireless protocols – Zigbee, 6LowPAN, Wi-Fi, BLE, GSM/GPRS, LTE, NB-IoT
  • Communication buses – UART, SPI, I2C, CAN, MODBUS, PCIe, USB, Ethernet

Tools:

  • AVR studio
  • Code warrior
  • Eclipse
  • Code composer
  • MPLAB
  • Segger Embedded studio
  • MCUXpresso by NXP