Enabling Remote-Attached Storage on FPGA-Based Embedded Systems over 10G/25GbE

As FPGA-based embedded systems take on more demanding workloads—AI inference, real-time data logging, high-speed sensor ingestion—traditional local SSD storage begins to reveal its limits. Power draw, thermal constraints, space shortages, and maintenance challenges all add up. But what if your FPGA system could scale seamlessly without carrying the weight of storage media inside the box? That’s where remote-attached storage with...

DG’s IP Solutions for the Measurement & Medical Market

In the fast-evolving Measurement and Medical market, systems must capture enormous streams of data from advanced sensors, imaging devices, and diagnostic tools. They must move this data across deterministic networks and keep patient and research information secure — all without slowing down the system. That’s exactly where Design Gateway’s FPGA IP Solutions come in. 💡 Imagine real-time recording of multi-gigabyte-per-second...

Simplify Record & Analyze at the Edge with Large NVMe SSD Storage

Powered by DG’s NVMe-IP Solutions for Aerospace & Defense A&D systems face two big challenges today: ✅ Lossless, real-time data capture from multi-sensor payloads (Radar, EW/ELINT, EO/IR, Wideband RF)✅ Instant, on-board analytics of petabyte-scale data — without bulky external DRAM or HBM 💡 Design Gateway’s muNVMe-IP and rmNVMe-IP are FPGA-based NVMe storage controllers that solve both problems — delivering blazing...

QUIC vs. TCP: Which Performs Better in Lossy Networks?

In our increasingly connected world, reliable internet communication is more critical than ever. Yet, data loss during transmission remains an unavoidable challenge. While TCP (Transmission Control Protocol) has been the backbone of internet communication for decades, it struggles in modern high-speed, loss-prone networks. Enter QUIC — a modern protocol designed to enhance performance and security. But how do these protocols...

SATA Storage Solutions for Aerospace Security Applications

Reliable. Secure. FPGA-Driven. In aerospace and defense sectors, system designers face an ever-growing demand for robust data storage that balances longevity, low power, and high security—especially in harsh environments. At Design Gateway, we deliver cutting-edge SATA Storage Solutions powered by FPGA, purpose-built for mission-critical aerospace security applications such as satellite payload recorders, UAV black boxes, and surveillance edge systems. 🚀...

Validating DG’s AES256GCM IP Core with NIST Test Vectors

How to Ensure FPGA-Based AES-GCM Hardware Encryption is Fully Compliant and Trusted In today’s high-security, low-latency world, ensuring your cryptographic hardware performs accurately and reliably is non-negotiable. At Design Gateway, we provide FPGA IP cores that are not only high-performance but also proven against global security standards. 🎥 Watch Our Latest Demo: ▶️ Validating AES256GCM IP Core with NIST Test...

Enhancing TLS1.3 Compatibility with ECDSA | Design Gateway’s TLS1.3 IP Solutions

In today’s digital landscape, data security and high-speed performance go hand in hand. As industries—from aerospace to healthcare—demand ever-faster data pipelines without compromising security, the spotlight is on TLS 1.3 and modern cryptographic solutions like ECDSA. At Design Gateway, we’re pushing boundaries with our TLS1.3 FPGA IP solutions. Our latest update empowers the TLS10GC-IP core with support for ECDSA-based certificates...

Next-Generation Network Offload Engine IP Cores for Agilex 5 E-Series

Unlocking High-Performance Edge Networking with Zero-Cost Ethernet Hard IP As high-speed applications become more demanding, traditional CPUs struggle to keep up with the data deluge. Enter the Agilex™ 5 E-Series FPGA from Altera®, now supercharged with Design Gateway’s TOE10G-IP and UDP10G-IP—a next-generation solution designed to meet the rigorous demands of ultra-low-latency, high-throughput networking. 🧠 Why Offload Protocols to FPGA? In...

Advancing AI-Driven Video Analytics at CUEE MDAP Research Unit

At Chulalongkorn University’s Electrical Engineering Department, the Multimedia Data Analytics and Processing (MDAP) Research Unit is actively engaged in developing computer vision techniques with a specific focus on surveillance applications. The unit is dedicated to advancing deep artificial intelligence and machine learning solutions, making significant contributions to the field of multimedia data analytics. The primary research areas of the lab...

Flagship Innovation: NVMe-IP for Gen5 with RAID0 x4 — Achieve 40GB/s Write Speed on FPGA

Are you ready to push the boundaries of FPGA-based storage performance? Introducing our flagship solution — NVMe-IP for Gen5 with RAID0 x4, a powerful advancement enabling 40GB/s sustained write speeds on Intel® Agilex™ I-Series FPGA platforms. In a world where data speed is everything, this RAID0 reference design unlocks true parallelism by connecting four Gen5 NVMe SSDs through four NVMe-IP...