Reach 3000++ MB/s NVMe SSD with Full Filesystem Access on PetaLinux

High-Speed Storage for Next-Gen Embedded & Edge Applications Modern embedded systems demand more performance than ever — real-time data logging, edge AI, embedded servers, and high-bandwidth video streaming all require storage that can keep up. Traditional storage interfaces simply can’t deliver the throughput and low latency needed. That’s why NVMe over PCIe has become the new gold standard. But integrating...

NVMe with PCIe Soft IP for Aerospace & Defense Applications

Empowering Mission-Critical Systems with Deterministic, Ultra-Fast FPGA Storage In Aerospace & Defense, every microsecond matters. Whether you’re capturing high-speed radar data, recording mission logs, or performing real-time threat analysis, your storage system must deliver uncompromising performance, reliability, and security — with zero latency uncertainty. That’s where Design Gateway’s NVMe IP Core with PCIe Soft IP comes in. Built entirely in...

DG’s IP Solutions for Finance and High-Performance Computing Market

Redefining Ultra-Low Latency and Reliability for FPGA-Based Trading & Compute Systems In the competitive world of financial trading and high-performance computing (HPC), success depends on how fast and precisely your system can process data. Every microsecond matters. That’s where Design Gateway’s Low-Latency IP Solutions come in — engineered to deliver uncompromised performance, deterministic latency, and seamless integration across FPGA platforms....

Enhance FPGA Data Security with ChaCha20-Poly1305 IP Core from Design Gateway

🔐 In a world where data security defines the strength of digital systems, speed and trust are no longer optional — they’re essential. That’s why Design Gateway introduces the ChaCha20-Poly1305 IP Core, a high-performance AEAD encryption engine for FPGA platforms that ensures confidentiality, integrity, and authentication — all in real time. ⚙️ ⚡ Built for Secure, High-Speed FPGA Applications The...

Design Gateway × DYNANIC: FPGA IP Collaboration for Ultra-Low-Latency HFT

If you trade on microseconds, “good enough” is a liability. You need ruthlessly fast, predictable, and easily upgradable tech. That’s why Design Gateway and DYNANIC teamed up: pairing DG LL10G EMAC IP with Calypte™ DMA IP to deliver HFT-grade latency while keeping your pricing engine agile. 🧠💡 ▶️ See it in action: Watch our short AAT-Calypte demo (full tick-to-trade loop...

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...