FPGA Design Services for Networking & Ethernet.

FPGA Design Services for Networking & Ethernet

This page is for companies developing networking, data transport, or communication systems that require reliable, high-performance FPGA implementations.

If your project involves high throughput, strict latency targets, complex protocols, or production-grade reliability, FPGA networking design is not something most teams want to solve without experienced support.

HardwareBee helps you connect with FPGA design partners who have real-world experience building and stabilizing Ethernet and networking systems on FPGA.

When FPGA networking expertise is needed

Companies use FPGA design services for networking and Ethernet projects when:

• Throughput and latency targets must be met consistently
• High-speed Ethernet interfaces are difficult to stabilize
• Packet loss, jitter, or unpredictable behavior occurs
• Timing closure becomes challenging at higher data rates
• Internal FPGA resources are limited or overloaded
• The system must operate reliably in production environments

Networking designs often push FPGA transceivers, memory bandwidth, and system architecture to their limits. Small mistakes can result in hard-to-debug issues.

Typical FPGA networking & Ethernet projects

FPGA design services are commonly used for:

• 1G / 10G / 25G / 40G / 100G Ethernet systems
• Packet processing and switching pipelines
• Low-latency data streaming platforms
• PCIe-to-Ethernet bridges
• High-bandwidth data acquisition and transport
• Custom networking acceleration

These systems require careful architectural decisions and deep understanding of timing, buffering, and protocol behavior.

Why companies outsource FPGA networking design

Many teams outsource FPGA networking development because:

• High-speed Ethernet designs are timing-critical and unforgiving
• Debugging protocol-level issues is complex and time-consuming
• Performance optimization requires prior experience
• Internal teams lack exposure to advanced networking pipelines
• Time-to-market pressure leaves little room for experimentation

Experienced FPGA networking partners bring proven architectures and verification strategies that reduce risk and speed up stabilization.

What information you need to provide

You do not need a final or detailed specification.

A typical FPGA networking design request includes:

• High-level system overview
• Target data rates and latency requirements
• Ethernet or protocol types involved
• Interface and integration context
• Expected timeline
• Level of support required (partial or full)

Source code, detailed schematics, or proprietary protocol details are not required at this stage.

How HardwareBee helps

HardwareBee connects you with FPGA design companies experienced in networking and Ethernet applications.

Through this page, you can:

• Reach teams with proven high-speed networking experience
• Evaluate vendor capabilities before committing
• Control who you engage and when
• Avoid unsuitable or generic FPGA vendors

You describe your project once and get matched with relevant FPGA specialists.

How it works

• Submit a networking or Ethernet FPGA design request
• Your request is shared with qualified FPGA vendors
• Interested teams respond with capabilities and availability
• You decide how to proceed

You remain in control throughout the process.

Call to action

Request FPGA design support for networking & Ethernet

You can start with a high-level description. No sensitive details are required.

Get matched with experienced FPGA design partners for networking and Ethernet systems here.