Hardware Engineering

ELDAAS offers a wide range of Embedded Design Services that can transform an idea into a complete product. This includes devising of System Architecture, Board and Firmware Design, Application Software Development, Mechanical Design, Prototyping, Validation, Regulatory Certification and Pilot Production.

From initial architecture to manufacturing our Hardware Design Services provides Single board and multi-board system design, Mixed Signal board (Analog and Digital), Processor/Micro-controller based designs, FPGA based designs, Reference designs/ Evaluation platforms, Power optimized designs, Small form factor designs, High density boards. Following are the sub offerings

Expertise

Board Design
  • High Speed Digital and Mixed Signal Board Designs
  • Embedded Processor and DSP based Designs
  • Module design
  • Component Engineering
  • Battery Operated, Portable designs
  • Wireless (Wi-Fi, BT, NFC, ZigBee, Cellular, GPS) Application designs
  • Protocol validation & measurements, Debugging & tuning, diagnostic
  • Product Testing and Verification
  • Proto Manufacturing & Support
High Speed Interface
  • Giga Bit Ethernet
  • PCI Express Gen 2.0/ 3.0 / 4.0
  • SATA 1.0/ 2.0/ 3.0
  • USB 2.0/3.0
  • SERDES
  • LVDS
  • Other High Speed Local Bus Protocols
  • Back Plane : VME, VPX ,CPCi, PMC ,XMC ,FMC
Microcontroller
  • MSP430, Tiva Series, Wireless MCUs (CC3xxx) from Texas Instruments
  • STM8/STM16/STM32 Low power and High performance MCUs from STMicroelectronics
  • PIC Series Controllers from Microchip
  • Kinetics and LPC167x MCUs from NXP Semiconductors
  • 8051 based, SAM4, SAM5 MCUs from Atmel
  • Other ARM Cortex –M Based MCUs
Processor
  • MX6 Series processor from NXPSemiconductors
  • AM437x, AM537x, Davinci Multimedia Processors from Texas Instruments
  • SAMA5D Processors from Atmel
  • Digital Signal Processors
    • Single and Multicore Blackfin Processor from ADI.
    • TMS320 DSPs from Texas Instruments
  • X86 and ARM Processor Modules
Memory Interface
  • SRAM, SDRAM, DDR1/2/3/4, LPDDR2/3
  • NAND, NOR Flash Technologies
  • SD/uSD/MMC/eMMC Flash Technologies
  • QSPI, SPI, EEPROM Memory Devices
Tools Supported
  • OrCAD Capture, Allegro PCB Design from Cadence
  • Altium
  • Mentor Graphics – DX Designer, Xpedition, PADS
Application
  • Aerospace and Defense
  • Automation
  • High level data security sectors
  • High performance computing
  • IoT, including wireless communications
  • Industrial and Medical
  • Telecom

ELDAAS EMBEDDED HARDWARE DESIGN

ELDAAS team has extensive expertise and years of experience in low to high complexity and high speed hardware system and board designs. This includes designs for harsh environment industrial and defense applications. Our engineers have vast experience in all aspects of good hardware design including high speed designs, timing analysis, Signal Integrity analysis to achieve “first time right” designs.These products can save you valuable time and money during your product development cycle. ELDAAS can also customize any available open source core to meet customer requirements.

Hardware Flow
Hardware Flow
Success Stories
Precision clocking using GPS Receiver
Precision clocking using GPS Receiver
  • Based on ARM Cortex M4 MCU from TI
  • 8MHz Precision clock reference from GPS
  • Configurable DPLL with Multiple clock outputs
Control System For Eye Surgery Microscope
Control System For Eye Surgery Microscope
  • Based on ARM Cortex M3 MCU from STM
  • Dual Efficient Motor Drivers for automation and control
  • 7” LCD for UI
Q7 Carrier Board for Multi-Architecture Processors
Q7 Carrier Board for Multi-Architecture Processors
  • Scalable multi-architecture processor platform
  • Supports Qseven Standard 2.0 Processor Modules
  • 802.3af POE powered with Auxiliary DC supply option