ELDAAS offers full turnkey FPGA-based design services include board level design using FPGA and SoC, firmware design, functional verification using simulation tool ModelSim and Questa sim, Model-Based Design with MATLAB and Simulink to improve product quality and reduce development time, FPGA SoC programming and integration services for digital signal processing (DSP) and digital communications systems.

ELDAAS FPGA team is fully trained and expertise in hardware description languages Verilog and VHDL. ELDAAS supports XILINX, Intel/Altera and microsemi FPGA and SoC including the use of the IP provided by the vendors and ELDAAS IP. ELDAAS has experience with embedded software design for ARM based SoC devices, Micro blaze with PLB and AXI bus interface, Nios II and soft console.

ELDAAS is a certified Xilinx alliance partner member. ELDAAS can participate in any phase of FPGA development life cycle from initial architecture, test bench development, feature addition, or addressing parts obsolescence issues with existing designs.



  • 7 series Virtex 7, Kintex 7 & Artix 7
  • Zynq
  • Virtex-E/2/4/5 & 6
  • Spartan-6
  • CPLD


  • Stratix II, III, IV, Stratix V GT & Stratix V GS
  • Arria GX, Aria II, Aria V GX
  • Cyclone II, III, IV, V, Cyclone V SoC


  • Smart Fusion & Fusion


Bus Interface

  • 32-bit/64-bit PCIs
  • PCIe Gen1/Gen2/Gen3
  • ISA Bus
  • SATA 2.0
  • AHB, APB,AXI-4, PLB, Avalon

High speed communication Interfaces

  • Ethernet(MII/GMII/RGMII 10/100/1000 base T)
  • PCI 32/33, 64/66,PCIe Gen 1/2/3
  • SRIO
  • USB 2.0

Serial Interface

  • UART(RS232,RS422/485) with different Baud rates

Memory Interface

  • Sync SRAM, Async SRAM, SBSRAM
  • SDRAM, DDR 1/2/3 SDRAM
  • QSPI,EPCQ and BPI Flash

High Speed ADC & DAC

  • High-speed interfaces, High-speed ADCs (1.5 GSPS) and DACs (2 GSPS)

Signal Processing

  • Multirate, multichannel designs
  • Wideband / multichannel software-defined radio (SDR)
  • High-speed filtering
  • Adaptive signal processing
  • Real-time signal acquisition and analysis.
  • Handling cross clock domain
  • DDC, Correlation, Convolution, FIR/IIR filters, FFT/IFFT and various Digital Signal Processing algorithms
  • Various arithmetic and floating point computations and signal envelope and phase detection Real-time signal acquisition and analysis
  • System on a programmable chip solution by integrating soft microprocessor cores and DSP functionalities onto single coarse grained FPGAs

Tools Supported


  • Xilinx ISE
  • Vivado
  • Chipscope pro Analyzer
  • Impact
  • EDK
  • SDK and System Generator


  • Altera Quartus II
  • Signal Tap II Logic Analyzer
  • Qsys
  • Eclipse and DSP Builder


  • Microsemi Libero IDE
  • Libero SoC
  • FlashPro
  • SynplifyPro Debugger and Soft Console


  • Matlab/Simulink

Mentor Graphic

  • ModelSim and Questa sim


  • Aerospace and Defense
  • ASIC prototyping
  • Industrial and Medical
  • Telecom/Wireless

IP cores

  • Frequency Modulation
  • Amplitude Modulation(SSB,DSB)

ELDAAS FPGA IP cores ELDAAS FPGA team has developed and tested many useful FPGA cores that are available to drop into Xilinx device. These cores 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.

For a product brief on an available ELDAAS FPGA IP Core please visit FPGA COREs page.

Success Stories



  • Signal processing algorithms like Electronic Warfare(EW) ,RADAR Application , Software Define Radio(SDR)can be ported.
  • Xilinx Virtex-6 FPGA (XC6VLX240T)
  • Narrow band digital down-converter (DDC) IP Core implemented on FPGA
  • High performance 32/40 bit floating point DSP processor - ADSP 21489 DSP


  • FPGA -Smart Fusion-SoC (A2F200-FG256I)
  • Form-fit RF and FPGA control card used in 150W Digital TR Module
  • PCB (Rogers and FR-4) used for fabrication
  • Implemented BEL customized protocol in Smart Fusion FPGA.


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



  • 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


  • 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

Board Design

  • Digital and Mixed Signal Board Designs
  • Embedded Processor and DSP based Designs
  • Battery Operated, Portable designs
  • Wireless (Wi-Fi, BT, NFC, ZigBee, Cellular, GPS) Application designs
  • High Speed Interface designs

High Speed Interface

  • Giga Bit Ethernet
  • PCI Express Gen 1.0/ 2.0/ 3.0
  • SATA 1.0/ 2.0/ 3.0
  • USB 2.0/3.0
  • LVDS
  • Other High Speed Local Bus Protocols

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


  • Aerospace and Defense
  • Automation
  • High level data security sectors
  • High performance computing
  • IoT, including wireless communications
  • Industrial and Medical
  • Telecom


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


Success Stories


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

  • 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

  • Scalable multi-architecture processor platform
  • Supports Qseven Standard 2.0 Processor Modules
  • 802.3af POE powered with Auxiliary DC supply option


Developing the right firmware and software is a very critical part of the design cycle for the success of a new product. Our embedded software development services include, feasibility studies, constructing build environments, embedded software design and development, performance optimization, validation, and debugging.

Our team applies its vast embedded software design knowledge to optimize your application. Whether it is for hard real-time performance or making the most of minimal resources, our team has extensive hands-on experience with common embedded platforms such as embedded Linux and various RTOS.

Our Software and firmware team can design the software architecture of a new product or inherit and adapt existing architectures to the requirements, working at multiple levels, from the interface with hardware and device drivers, to source code modifications, API creation and usage and complete application development for the product.

Software Life Cycle


Embedded Software Capabilities

  • Bare metal firmware/Embedded C for microcontrollers and Processors
  • Board Support Package (BSP)
  • Device Driver development/integration for Various devices
  • API Development for Standard and Non Standard protocols
  • Protocol Stack Porting and Integration
  • Application development
  • UI/UX Development

Operating System

  • Embedded Linux
  • VxWorks
  • QNX
  • Window CE

Programming Languages

  • C, Embedded C, Assembly
  • ADA 95

Development IDEs

  • Tools for Code Review - Understand& Beyond compare
  • Software Testing Tool – LDRA (Aerospace)
  • Code Composer Studio (CCS) for TI MCUs
  • Cross Core Embedded Studio (CCES) and Visual DSP++ for ADI DSPs
  • Keil µVision for ARM based MCUs
  • Kinetics Design Studio (KDS) for NXP MCUs
  • Atmel Studio Atmel MCUs


  • RTCA/DO-178B
  • MIL 1553


  • Guidelines

Contact Us

  • United States
  • ELDAAS Technologies Inc
  • 8358 Six Forks Rd
  • Suite # 201
  • Raleigh
  • NC 27615
  • USA

  • + 1 984 205 4054

  • sales.usa@eldaas.com

Contact Us

  • India
  • ELDAAS Technologies Pvt. Ltd.
  • 324, 2nd Floor, 1st Cross
  • Lal Bahadur Nagar
  • B.Channasandra, Kasturinagar
  • Bangaluru - 560043
  • Karnataka, India

  • +91 80420 09090

  • sales.india@eldaas.com

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