Electronics Design

Crafting smarter futures with innovative electronic design brilliance.

Pioneering the Future of Electronics Designs

Revolutionizing technology with precision-driven electronic design.

At Will Sparrow, we specialize in delivering end-to-end Embedded Hardware Design & Development solutions that prioritize reliability, compactness, and scalability.

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Comprehensive IoT Solutions

Leveraging deep expertise in IoT design to transform complex technical challenges into intelligent, streamlined systems.

Embedded Systems Engineering

Craft precise, adaptable embedded systems spanning consumer electronics to industrial automation, delivering cutting-edge technological solutions across diverse industrial requirements.

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Advanced Wireless Connectivity

Integrate sophisticated communication technologies to create seamless, smart product ecosystems with optimal data transmission and reliable interconnectivity.

Holistic Power and Design Optimization

Deliver energy-efficient systems with end-to-end design approach, ensuring peak performance from concept to final product without compromising system capabilities.

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Advanced Manufacturing Facility
ISO 9001:2015
Industry 4.0 Ready

Innovative Circuit Design

Empowering innovation through advanced electronic design solutions.

Architectures

Architectures

Explore robust and efficient architectures across leading platforms and technologies.

Qualcomm

SD8155

NXP

i.MX21, i.MX27, i.MX25, i.MX51, PowerPC, QorIQ

Texas Instruments

OMAP4/5, Sitara, DaVinci, DSP, MSP430

Analog Devices

ADSP 218x, 219x, SHARC, TigerSHARC, Blackfin

ARM

ARM7, ARM9, Cortex-A8/A9/A15

FPGA

Xilinx: Spartan, Virtex, Intel: Stratix, Arria

Hardware Design and Development

Innovative solutions for multi-core, embedded, and power-efficient designs.

Multi-core & Multi-processor Designs

Advanced designs for complex multi-core architectures.

System-on-Modules (SoM)

Development platforms with integrated SoM for scalability.

Small-Footprint Designs

Compact designs optimized for space and performance.

Power-optimized Designs

Energy-efficient hardware for battery-powered devices.

Wireless Designs

Cutting-edge solutions for seamless wireless communication.

Embedded Processor Designs

Customized designs for embedded systems and applications.

Data Visualization
Data Security & Compliance

High-speed Digital Designs

Cutting-edge designs for high-speed applications, ensuring seamless processing for digital, audio, and video data.

High-speed Synchronous Memory Arrays

Efficient memory solutions for high-performance systems.

Digital Radio & Base-band Processing

Reliable designs for advanced communication systems.

Analog & Audio Circuit Design

High-quality audio and analog processing solutions.

High-speed Video Image Processing

Advanced designs for seamless video data processing.

RF & Mixed Signal Designs

We specialize in high-speed ADCs, DACs, and custom RF transceivers for radar, EW, and critical defense systems, focusing on low power and high efficiency.

High-speed ADC and DAC Design

Embedded hardware design for radar and electronic warfare (EW) applications with high-speed signal conversion.

RF Transceivers (UHF, VHF, HF, MF)

Designing end-to-end RF transceivers for advanced communication and defense applications across various frequencies.

Low Power Designs

Energy-efficient designs ensuring optimal performance for battery-operated systems and portable devices.

Specialized I/Os

Custom I/O solutions for high-speed data transfer, noise resistance, and seamless system integration.

Digital Designs with Analog Front-End

High-precision mixed-signal designs that integrate advanced digital circuits with analog front-end systems.

ADCs and DACs

Optimizing signal conversion with high-speed ADCs and DACs for superior analog-to-digital performance.

Filter Design

Designing custom analog and digital filters for noise reduction and frequency selection in critical systems.

HDL and Analog Verification

Ensuring robust and reliable system performance with thorough HDL and analog verification procedures.

RF & Mixed Signal Designs