Category Archives: FPGA Design

MKA Inc. Launches “FPGA Rescue” Service to Combat the “Top-10 Design Killers” Stalling US Projects

16/02/2026, hardwarebee

[Ottawa, Canada] – February 11, 2026 – MKA Inc., a specialized FPGA consultancy, today announced the launch of its dedicated “Project Rescue & Recovery” service. The new offering is built on a proprietary “10-Point Design Killer” Diagnostic, developed over 15 years of forensic analysis on failed and stalled FPGA projects.
 
While modern tools from Xilinx

FPGA Design Services for Long-Lifecycle Products

05/02/2026, hardwarebee

Get expert FPGA design support for products that must remain stable, supportable, and reliable over many years.
This page is for companies developing long-lifecycle FPGA-based products where design decisions must hold up over time — across manufacturing runs, component availability changes, and evolving customer requirements.
In long-lifecycle products, FPGA designs

Outsource FPGA Design Services

05/02/2026, hardwarebee

Get access to experienced FPGA design teams when in-house resources are limited, timelines are tight, or specialized expertise is required.
This page is for companies that know they need FPGA support, but are not yet sure what category, technology, or engagement model fits best.
Many FPGA projects don’t start with

FPGA Design Services for Startups & Scaleups

05/02/2026, hardwarebee

FPGA Design Services for Startups & Scaleups
Get flexible, experienced FPGA design support tailored for startups and scaleups building real products under tight timelines.
This page is for early-stage and growing companies developing FPGA-based systems that need to move fast, manage technical risk, and scale from prototype to production.
Startups

FPGA Design Services for Production-Ready Systems

05/02/2026, hardwarebee

Get expert FPGA design support for systems that must perform reliably in production — not just in the lab or as a prototype.
This page is for companies developing commercial, industrial, or long-lifecycle products where FPGA designs must be stable, maintainable, and ready for deployment at scale.
Production FPGA systems

FPGA Consulting & Architecture Review Services

05/02/2026, hardwarebee

Get expert, independent FPGA consulting and architecture review to validate your design decisions before committing to full development.
This page is for companies that are planning, designing, or struggling with FPGA-based systems and need experienced guidance to reduce technical risk, avoid costly rework, and make confident architecture decisions.
FPGA architecture

FPGA Outsourcing vs In-House Development

28/01/2026, hardwarebee

This page is for companies deciding whether to outsource FPGA development or build and maintain an in-house FPGA team.
Both models can work—but they solve very different problems. The wrong choice often leads to missed schedules, rising costs, or long-term technical debt.
 
When in-house FPGA development makes sense
Building FPGA capabilities internally is usually the right choice when:

FPGA work is continuous and long-term
The FPGA is a core, strategic part of the product
You already have experienced FPGA engineers
Knowledge retention is critical
Development timelines are flexible

In-house teams are best suited for platform-level ownership and long product lifecycles.
 
When outsourcing FPGA development makes sense
Outsourcing FPGA design is often the better option when:

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SoC FPGA Design & Linux Bring-Up Services

28/01/2026, hardwarebee

This page is for companies developing SoC FPGA-based systems that combine programmable logic with embedded processors and Linux.
SoC FPGA projects fail most often at the boundary between hardware and software. Incorrect early decisions or incomplete bring-up can stall progress for months. Experienced support helps teams reach a stable system faster.
 
When companies need SoC FPGA & Linux expertise
SoC FPGA design services are commonly used for projects involving:

SoC FPGA platforms (Zynq, Zynq UltraScale+, Agilex SoC, etc.)
Linux boot and bring-up
Device tree configuration and BSP integration
Hardware-software co-design
Custom peripherals and IP integration
Performance optimization between CPU and FPGA fabric

These systems require tight coordination between FPGA logic, bootloaders, kernels, and user-space software.
 
Why teams outsource SoC FPGA development
Companies outsource SoC FPGA and

Confidential FPGA Design RFQ

28/01/2026, hardwarebee

This page is for companies that need FPGA expertise but require discretion.
If your project involves proprietary IP, regulated environments, competitive timelines, or early-stage product development, submitting a public RFQ or contacting vendors directly may not be appropriate.
HardwareBee allows you to request FPGA design support confidentially and control who sees your information.
 
When a confidential FPGA RFQ is the right choice
Companies use confidential RFQs when:

The project is still in stealth mode
Intellectual property must remain protected
The design involves regulated or sensitive applications
Vendor outreach must be tightly controlled
Early feasibility or architectural evaluation is needed
Internal approval has not been finalized

You can initiate conversations without revealing company identity or detailed IP.
 
What information you need to provide
You do not need a complete specification.
A confidential FPGA RFQ typically includes:

High-level project description
Target application or domain
Performance or functional goals
Expected timeline
Level of support required (partial or full)
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High Speed FPGA Design Services (PCIe, DDR, SERDES)

28/01/2026, hardwarebee

This page is for companies developing high-speed FPGA systems where data rates, signal integrity, and timing margins are critical.
High-speed FPGA designs are unforgiving. Small architectural or implementation mistakes can lead to unstable systems, long debug cycles, or designs that never meet performance targets. Experienced support dramatically reduces these risks.
 
When companies need high-speed FPGA expertise
FPGA design services are commonly required for projects involving:

PCIe Gen3 / Gen4 / Gen5 interfaces
DDR3 / DDR4 / DDR5 memory controllers
High-speed SERDES and transceivers
High-bandwidth data acquisition systems
FPGA-based acceleration cards
Low-latency data movement pipelines

These systems often push device limits and require deep understanding of timing closure, memory architecture, and board-level constraints.
 
Why teams