Monthly Archive: September, 2026

From 10G to Trade: Building High-Frequency Trading Systems Faster with AAT IP Suite

AAT IP Suite | Low-Latency FPGA Trading System for High-Frequency Trading In high-frequency trading, latency is a critical part of system design. Market data must be received, processed, and acted on within an extremely short and predictable time. Finologic’s AAT IP Suite provides a pre-integrated FPGA trading platform that combines low-latency networking, exchange-protocol processing, and trading-strategy integration. Traditional systems typically...

From GPU to Edge FPGA: Balancing Image Quality and Resources for Super-Resolution on AMD Kria™ KV260

A super-resolution model can look excellent on a GPU. The real challenge starts when the same capability must operate inside a UAV, remote-sensing payload, or compact edge system. In these applications, high-resolution imagery is valuable, but the hardware budget is limited. Memory, power consumption, heat, processing latency, and board size all become part of the AI design. The best algorithm...

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...