Remote Sensing Image Enhancement for Next-Generation Satellite Services

Improving satellite image quality can follow two paths. The conventional path depends on new hardware investment, while the HybridATNet path enhances the value of images already captured by existing sensors. Developed from research at Chulalongkorn University, HybridATNet applies AI-based super-resolution to improve the clarity and usefulness of remote sensing imagery. 🔍 Overview For satellite service providers and remote sensing users,...

Achieving Zero-CPU 10GbE TCP/UDP Offload on Agilex 9 Direct RF-Series

Modern radar, electronic warfare (EW), signal intelligence (SIGINT), and high-speed sensor systems generate enormous amounts of RF data. For systems using the Altera Agilex™ 9 Direct RF-Series, moving this data without creating a bottleneck is critical. Standard Software Stack Consumes valuable processor resources. Creates potential bottlenecks for high-speed RF data. Takes resources away from system control and app tasks. TOE10G-IP...

AB21-E1PCI: Unlock Enterprise E1.S NVMe SSD Performance

Modern enterprise storage is moving beyond the traditional 2.5-inch U.2/U.3 SSD form factor. New EDSFF SSDs, especially the E1 form factor, are designed to support higher density, better airflow, and scalable storage performance for data-center and enterprise systems. However, evaluating an E1.S NVMe SSD on an FPGA platform is not always straightforward. Why? Because most FPGA evaluation boards provide PCIe...

Accelerate NVMe Storage to 7,400 MB/s on Altera Agilex™ 5 FPGA without CPU and External Memory

High-speed edge data logging, radar signal processing, and autonomous vehicle telemetry demand sustained, multi-gigabyte-per-second storage throughput. Traditional CPU-based storage stacks can introduce OS kernel overhead, unpredictable latency, and additional power consumption. Design Gateway’s NVMe-IP addresses this bottleneck with a 100% hardware-offloaded PCIe Gen4 storage engine for the Altera Agilex™ 5 FPGA, achieving sustained transfer speeds above 7,400 MB/s without CPU...

Proven 10G TCP & UDP Offload IP Cores for AMD FPGAs in Industrial, Medical, Test & Measurement Applications

With the growing demand for 10Gbps data rates, AMD FPGA boards have become the platform of choice for reliable, high-speed communication in industrial automation, medical imaging, and test & measurement systems. To fully maximize 10GbE bandwidth without burdening host resources, engineers are deploying 100% hardware-based IP cores directly onto their AMD hardware. By leveraging TCP for guaranteed data integrity and...

Unlock 10GbE WireGuard VPN Performance with FPGA Hardware Acceleration

Secure networking has become a fundamental requirement for modern enterprise networks, industrial systems, cloud infrastructure, and remote-access applications. Among today’s VPN technologies, WireGuard has gained widespread adoption due to its simplicity, modern cryptography, and excellent performance. However, as network bandwidth increases to 10 Gigabit Ethernet and beyond, software-based WireGuard implementations are often limited by CPU processing power. Encryption and decryption...

Accelerate Your Network Applications to 10 Gbps on Edge device with SocketXpress

As edge computing applications scale, the demand for 10Gbps throughput is becoming the new standard. However, developers often hit a “CPU wall”—the Linux networking stack simply cannot keep up with 10Gbps speeds, often capping out around 3 Gbps while consuming most of the CPU. At Design Gateway, we’re introducing SocketXpress – a drop-in solution that accelerates TCP/IP applications from ~3...

Sharpening the View from Orbit: AERU-NET’s Adaptive Edge Recovery Approach to Satellite Image Super-Resolution

Research from the CUEE MDAP Lab, published in IEEE Access in March 2025, introduces AERU-Net — a lightweight deep learning model that delivers state-of-the-art super-resolution for satellite and aerial imagery with a fraction of the computational cost of leading alternatives. Satellite and aerial images are essential tools for understanding our planet, but they come with an inherent limitation: resolution. atmospheric...

Accelerate Secure Networking with Hardware-Based QUIC

As network traffic volumes continue to grow and security requirements become more stringent, software-based transport stacks are struggling to keep up. CPU-bound encryption, protocol processing overhead, and limited scalability are now major barriers to achieving full bandwidth utilization. This is where hardware-based QUIC acceleration makes a critical difference. QUIC10GCIP-1GbE from Design Gateway is a fully hardware-implemented QUIC client IP that...

NVMe-IP Gen5 with Micron 9550 SSD: Achieving Sustained 11 GB/s Write Performance

PCIe Gen5 opens the door for extremely high-speed NVMe storage, but achieving this performance in real applications requires more than just a fast interface. The SSD must also be able to sustain high write speed during long continuous transfers. In this demonstration, Design Gateway shows how NVMe-IP for PCIe Gen5 works together with the Micron 9550 enterprise SSD to maintain stable high-speed write performance...