Full-Stack Electronics Design

Ideas EngineeredInto Reality

End-to-end electronics product development—from concept and schematic design to embedded firmware, prototyping, and production-ready solutions that exceed expectations.

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

1

Comprehensive IoT Solutions

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

2

Embedded Systems Engineering

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

3

Advanced Wireless Connectivity

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

3

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.

Architectures

Explore robust and efficient architectures across leading platforms and technologies.

1

Qualcomm

SD8155

2

NXP

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

3

Texas Instruments

OMAP4/5, Sitara, DaVinci, DSP, MSP430

4

Analog Devices

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

5

ARM

ARM7, ARM9, Cortex-A8/A9/A15

6

FPGA

Xilinx: Spartan, Virtex, Intel: Stratix, Arria

High-speed Digital Designs

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

1

High-speed Synchronous Memory Arrays

Efficient memory solutions for high-performance systems.

2

Digital Radio & Base-band Processing

Reliable designs for advanced communication systems.

3

Analog & Audio Circuit Designs

High-quality audio and analog processing solutions.

4

High-speed Video Image Processing

Advanced designs for seamless video data processing.

Hardware Design and Development

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

1

Multi-core & Multi-processor Designs

Advanced designs for complex multi-core architectures.

2

System-on-Modules (SoM)

Development platforms with integrated SoM for scalability.

3

Small-Footprint Designs

Compact designs optimized for space and performance.

4

Power-optimized Designs

Energy-efficient hardware for battery-powered devices.

5

Wireless Designs

Cutting-edge solutions for seamless wireless communication.

6

Embedded Processor Designs

Customized designs for embedded systems and applications.

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.

1

High-speed ADC and DAC Design

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

2

RF Transceivers (UHF, VHF, HF, MF)

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

3

Low Power Designs

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

4

Specialized I/Os

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

5

Digital Designs with Analog Front-End

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

6

ADCs and DACs

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

7

Filter Design

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

8

HDL and Analog Verification

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