Category Archives: FPGA Design

FPGA Project Takeover & Rescue Services

04/01/2026, hardwarebee

Recover delayed, unstable, or underperforming FPGA projects by bringing in experienced design teams that specialize in fixing what isn’t working.
 
This page is for companies facing missed milestones, performance issues, stalled FPGA development, or internal resource gaps and need external expertise to stabilize the project and move it forward.
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FPGA Design Services for Medical Devices

04/01/2026, hardwarebee

Get reliable FPGA design support for medical devices and regulated healthcare systems — built for accuracy, traceability, and long-term reliability.
 
This page is for companies developing medical imaging, diagnostics, monitoring, or signal-processing systems that require production-grade FPGA designs and an understanding of regulated development environments.
 
Medical FPGA projects

FPGA Design Services for Radar & RF Systems

04/01/2026, hardwarebee

Get expert FPGA design support for radar and RF signal processing systems — built for real-time performance, accuracy, and reliability.
 
This page is for companies developing radar, RF sensing, SDR, or high-frequency signal processing systems that require deterministic, low-latency FPGA implementations.
 
Radar and RF projects are among the

FPGA Design Services for Networking & Ethernet

04/01/2026, hardwarebee

Get reliable FPGA design support for high-speed networking and Ethernet-based systems — without risking performance or schedule overruns.
 
This page is for companies building Ethernet, packet processing, data streaming, or low-latency networking systems that require production-grade FPGA implementations.
 
If your project involves high throughput, strict latency targets, or

FPGA Design Services for Video & Image Processing

04/01/2026, hardwarebee

Get expert FPGA design support for real-time video and image processing systems — without the risk of trial-and-error development.
 
This page is for companies building camera pipelines, vision systems, video compression, or high-bandwidth image processing applications that require reliable, production-ready FPGA designs.
 
If your project involves strict latency

Interview with Girija Vedi, Senior Vice President – Marketing and Presales at VVDN Technologies

31/07/2025, hardwarebee

This interview features Girija Vedi, Senior Vice President – Marketing and Presales at VVDN Technologies.
 

 
Tell me a bit about your background? How did you first get started with VVDN Technologies?
 
I’m Girija Vedi, Senior Vice President – Marketing and Presales at VVDN Technologies. I come

ASIC Prototyping

24/04/2025, hardwarebee

Application-Specific Integrated Circuit (ASIC) prototyping plays a critical role in the semiconductor domain by enabling designers to test and refine their designs before final production. This involves leveraging the power of Field-Programmable Gate Arrays (FPGAs) to simulate and validate ASIC designs, offering a practical solution for design verification and iteration.
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FPGA Prototyping Services

24/04/2025, hardwarebee

FPGA, or Field-Programmable Gate Array, prototyping stands out due to its reconfigurability and adaptability, allowing engineers to iterate on their designs without the need for physical hardware modifications. Emerging from its early applications in the 1980s, FPGA prototyping has matured into a vital tool within sectors such as telecommunications, computing,

FPGA in Medical and Healthcare

11/04/2025, hardwarebee

Imagine a future where medical devices not only diagnose conditions with unmatched precision but also adapt in real time to provide personalized treatments. At the heart of this cutting-edge capability are FPGAs, or Field Programmable Gate Arrays, which are swiftly revolutionizing the medical and healthcare sectors. These versatile semiconductor devices,

FPGA Manufacturers: A Comprehensive Overview

10/04/2025, hardwarebee

The field of Field-Programmable Gate Arrays (FPGAs) has revolutionized digital design, offering unparalleled flexibility and adaptability. These programmable logic devices allow engineers to customize hardware functionality after manufacturing, enabling rapid prototyping, design iterations, and efficient resource utilization. The success of FPGA technology hinges heavily on the innovative capabilities of its