High Speed FPGA Design Services (PCIe, DDR, SERDES)

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 outsource high-speed FPGA design

Companies outsource high-speed FPGA work when:

• Timing closure becomes difficult or unpredictable
• Bandwidth targets are not met
• Signal integrity or stability issues appear
• Internal teams lack experience with specific protocols
• Debugging consumes excessive engineering time
• The design must scale from prototype to production

Specialized FPGA teams bring proven design patterns, verification methods, and real-world debugging experience that help stabilize high-speed designs faster.

What high-speed FPGA services typically include

Outsourced high-speed FPGA services often cover:

• PCIe and memory subsystem architecture
• Interface integration and configuration
• Timing analysis and closure
• Throughput and latency optimization
• Board bring-up and system validation
• Debugging of unstable or marginal designs
• Performance tuning for production systems

Many projects fail not because of logic errors, but because of subtle timing or integration issues—this is where experience matters most.

How HardwareBee helps

HardwareBee connects you with FPGA design companies experienced in high-speed interfaces and performance-critical systems.

Through this page, you can reach:

• FPGA teams experienced with PCIe, DDR, and SERDES
• Vendors skilled in timing-critical and bandwidth-intensive designs
• Design partners capable of late-stage optimization or full development
• Companies supporting both prototype and production deployments

You describe your requirements once and get matched with qualified FPGA specialists.

How it works

1. Describe your high-speed FPGA project and target interfaces
2. Your request is shared with relevant FPGA design companies
3. Interested vendors respond with capabilities and availability

You decide who to engage and how the project proceeds.

Call to action

Start your high-speed FPGA project

You do not need a final design—interface targets, data rates, and system context are enough to begin.

Get matched with FPGA experts in high-speed design here