by sh-fpga-us3r | Apr 7, 2026 | Issue 3
Alexander Wirthmueller, Founder & Director, MPSI Technologies As FPGA-based System-on-Chips (SoCs) evolve, where the combination of programmable logic (PL) and multiple CPU cores make them suitable for embedded processing and Linux, a review of the tooling used...
by sh-fpga-us3r | Apr 7, 2026 | Issue 3
Martin Kellerman, Manager Marketing, Microchip Technology Germany GmbH Nikola Velinov, Senior Business Development Engineer, Green Hills Software As embedded systems become more intelligent and interconnected, the margin for error in their operation narrows...
by sh-fpga-us3r | Apr 7, 2026 | Issue 3
Jim Lewis, VHDL Trainer & OSVVM Chief Architect, SynthWorks Design Inc Today’s FPGA designs continue to grow in size while schedules either stay the same or shrink. According to the 2024 Wilson Research Group FPGA functional verification trend report,...
by sh-fpga-us3r | Apr 7, 2026 | Issue 3
Pierre Maillard, Ph.D., Radiation Effects and RAS Solution Team Lead, AMD In the January 2026 issue of FPGA Horizons Journal, we examined the broad landscape of radiation effects on modern FPGAs and SoCs, spanning environments from ground level to geostationary orbit....
by sh-fpga-us3r | Apr 7, 2026 | Issue 3
Sparse vs Dense via breakouts Tomas Chester, Hardware Designer and Founder, Chester Electronic Design As semiconductor processes advance, FPGA packages have moved from spacious 1.0mm BGA pitches to denser pitches of 0.5mm and below, changing how engineers approach BGA...
by sh-fpga-us3r | Apr 7, 2026 | Issue 3
Dr James Murphy, Founder & CTO, Setanta Space Systems Space is nothing new to FPGAs. They’ve become crucial for high-speed communications, payload management, sensor data analysis, and critical control systems in satellites, rovers, and probes. As of February...
