Proven 10G TCP, UDP Offload Engine IP core for Industrial, Medical, and Test & Measurement Applications

As demand for high data rates of up to 10Gbps continues to grow, many applications require reliable, high-speed communication between devices and core networks. Industrial automation, medical imaging, and test & measurement systems are increasingly turning to 10Gb Ethernet (10GbE) to meet their massive throughput needs. To maximize this bandwidth without bottlenecking system resources, engineers are deploying 100% hardware-based IP cores that leverage TCP for guaranteed data integrity and stable transmission, alongside UDP for real-time data streaming-delivering robust, CPU-free network architectures tailored to any operational requirement.

Why 10Gb Ethernet?

As modern industrial systems, advanced medical devices, and high-precision testing environments evolve, they generate an unprecedented volume of real-time data. Legacy 1Gb Ethernet (1GbE) infrastructures have become a massive systemic bottleneck, choking under the weight of high-resolution sensor streams, complex image data, and high-frequency telemetry. Upgrading to 10Gb Ethernet (10GbE) isn’t just about faster speeds—it is about unlocking the true potential of high-bandwidth, deterministic hardware applications.

The Real-World Drivers Behind 10GbE

Eliminating Data Bottlenecks:

A standard 1GbE link caps real-world throughput at roughly 110–120 MB/s. In contrast, 10GbE expands this pipeline to over 1 GB/s, allowing systems to ingest and transmit massive datasets without dropping frames or queuing critical packets.

Support for Ultra-High-Resolution Streams:

Modern medical imaging (like real-time 3D CT or MRI scans) and uncompressed industrial machine vision cameras require multi-gigabit pipes to stream raw data directly to processing units without visual degradation or compression delays.

Deterministic, High-Throughput Performance:

In test and measurement systems or automated industrial networks, milliseconds matter. 10GbE minimizes serialization delay-the time it takes to physically write a packet onto the network wire-drastically reducing end-to-end latency for time-critical control loops.

Consolidating Complex Network Architectures: Instead of running multiple separate 1GbE lines to handle different sensor clusters, a single 10GbE pipeline can aggregate multiple high-speed data channels into a single, highly efficient physical interface.

The Hidden Challenge of 10GbE: The CPU Tax

While jumping from 1GbE to 10GbE solves the bandwidth problem, it introduces a severe computational penalty if handled incorrectly.

The Rule of Thumb: Processing a standard software-based TCP/IP or UDP network stack requires approximately 1 Hz of CPU clock speed per 1 bps of network traffic.

At a full 10Gbps line rate, a standard host processor or embedded CPU would need to dedicate roughly 10 GHz of pure processing power just to handle network overhead (interrupts, packet copying, and checksum calculations). This leaves virtually zero CPU cycles left to run the actual application logic, UI, or data analysis.

The Solution: 100% Hardware Offloading

To truly realize the benefits of a 10GbE pipe without crippling your system’s processor, the network stack must be entirely offloaded. By moving protocol management (TCP data reliability or UDP high-throughput streaming) directly into pure hardware logic on an FPGA or ASIC, you achieve:

0% CPU Utilization: The network stack runs independently in hardware, freeing the host processor completely.
Wire-Speed Throughput: Achieve full, stable 10Gbps transmission speeds that never fluctuate under heavy OS or processing loads.

Why Choose Design Gateway’s 10G IP Cores?

When implementing 10GbE for mission-critical systems, standard CPU-based network stacks often fall short, resulting in high processing overhead and variable latency. Design Gateway’s IP cores solve this by moving the entire TCP or UDP protocol into pure, fully hardwired logic.

Zero CPU Burden: Eliminates the need for an external CPU, OS, or DDR memory for network management, resulting in 0% CPU utilization.
Guaranteed Performance: Achieves full, stable 10Gbps wire-speed without operating system jitter or memory bottlenecks.
Protocol-Specific Optimization: Choose TOE10G-IP for guaranteed data integrity and auto-retransmission, or UDP10G-IP for nanosecond-class deterministic latency and multicast support.
Seamless Integration: Designed for rapid FPGA deployment using straightforward FIFO data interfaces, dramatically simplifying hardware implementation.

Architecture Comparison (Software vs. Hardware Offload)

Feature	CPU/Software Solution	DG Hardware Solution
Feature	CPU/Software Solution
System Load	100% CPU usage	0% (Full offload)	0% (Full offload)
Data Reliability	Unstable under load	99% stable (Auto-retry)	Streamlined (No retry)
Throughput Performance	Variable (OS bottlenecks)	>9 Gbps sustained	>9 Gbps sustained
Ideal Application	Non-critical tasks	Medical, Data Logging	ADAS, Machine Vision

Real-World Applications

Deploying 10Gb Ethernet with pure hardware offload engines is critical for industries where data volume is massive, latency must be deterministic, and host processors cannot be bogged down by network overhead. By utilizing hardware-based TCP and UDP IP cores, engineers can meet the rigorous compliance and performance standards required in three primary sectors:

1. Medical Imaging Systems

Modern modalities require instant, error-free transmission of massive datasets for real-time diagnosis.

CT & MRI Scans (TOE10G-IP): Hardware-based TCP guarantees absolute data integrity. It automatically handles error checking and retransmission, ensuring not a single pixel is lost when streaming uncompressed 3D slices.
Live Radiography & Ultrasound (UDP10G-IP): Delivers nanosecond-class, High Throughput. This ensures zero lag between physical probe movement and monitor display during live surgical video streaming.

2. Test & Measurement Environments

High-precision testing demands stable bandwidth and microsecond-level synchronization across hundreds of channels.

High-Speed Data Logging (TOE10G-IP): Aerospace and automotive rigs rely on 99% stable transfer speeds to continuously stream gigabytes of sensor telemetry without dropping frames during long test cycles.
Automated Test Equipment (ATE): Hardware-managed networks eliminate operating system jitter, providing the immediate, deterministic data processing required for highly predictable semiconductor testing.

3. Industrial Automation & Machine Vision

Smart factories rely on high-speed optical inspection and multi-sensor arrays for real-time control.

High-Speed Quality Inspection (UDP10G-IP): Routes raw, uncompressed 10GbE camera feeds directly to FPGA processing cores, enabling split-second defect detection at full production speeds.
Distributed Control Architectures: Aggregates multiple sensor streams into a single 10GbE pipeline. This creates a centralized, CPU-free processing hub that drastically reduces wiring complexity and thermal output.

Application Reference Architecture

Industry Vertical	Primary Technical Challenge	Core Deployed	Key Benefit
Medical Imaging	Zero tolerance for data corruption or pixel loss.	TOE10G-IP (TCP)	Guaranteed data integrity with 0% host CPU load.
Test & Measurement	Sustained high-bandwidth logging without jitter.	TOE10G-IP (TCP)	99% stable throughput (9 &gt Gbps) over long test cycles.
Industrial Vision	High-frame-rate, immediate real-time processing.	UDP IP Core	Maximum throughput (At 10Gbps wire-speed.)

Success Stories Across the Globe

TOE10G-IP and UDP10G-IP continue to power some of the most innovative solutions in Aerospace, Industrial, Medical, and Test & Measurement applications. With its proven track record and ease of integration, companies worldwide are leveraging the advantages of TOE10G-IP and UDP10G-IP to achieve faster time-to-market and more reliable product performance.

Satellite
Tracking System

Semiconductor
Manufacturing

Ophthalmic
Medical

Cell
Observation

Scanning sonar

Submarine

Communication

Telecommunications

Video equipment

Thermography products

e-commerce system

Robotic

Final Takeaway & Beyond

Unlocking the True Potential of 10GbE The TOE10G-IP and UDP10G-IP cores demonstrate how complete FPGA hardware offloading can unlock the absolute potential of 10Gb Ethernet without compromising data integrity or transmission speed. By implementing the entire TCP or UDP network stack directly into pure hardware logic, these IP cores enable massive data throughput with 0% CPU utilization, deterministic latency, and highly reliable real-time performance. Whether your mission-critical system demands the guaranteed data delivery necessary for medical imaging and data logging, or the extreme high throughput required for automated machine vision, Design Gateway provides a practical, proven solution.

Explore Our Comprehensive IP Portfolio Our innovation doesn’t stop at 10G. Design Gateway offers a comprehensive range of Networking IP Core solutions to meet diverse and scaling application requirements. Our wider portfolio includes:

TCP Offload Engines: Scaling seamlessly from 1G up to 200G architectures.
UDPxxG IP Cores: Optimized for next-generation, high-speed data transmission.
Advanced Security IPs: Ensuring robust and secure network communication with AES-GCM, TLS 1.3, and QUIC implementations.

Ready to Accelerate Your Network? Whether you are developing high-throughput machine vision systems, high-precision test equipment, or require guaranteed data integrity for medical applications, our engineering team is ready to help you implement 100% hardware-based networking.

➔ Contact Our Engineering Team Today.