Reliable solutions for all your electronic designs.
Expert Electronics Design Services
Reliable solutions for all your electronic designs.
Reliable solutions for all your electronic designs.
Reliable solutions for all your electronic designs.
Our team specializes in complex FPGA design and verification services. With years of decades of experience, we ensure your projects are handled with precision and expertise, delivering optimal performance. We have expertise with complex UVM/OVM verification, VHDL, Verilog RTL design, MATLAB based FPGA verification and validation, expertise with complex leading FPGA/SoC Archtiectures
Our team specializes in complex Hardware designs ranging from smallest form factor multilayer board designs to complex high speed system level designs involving multi-board system level designs.
We design high-speed circuit boards optimized for signal integrity, controlled impedance, and superior electromagnetic compatibility. Our engineering team applies advanced simulation and layout techniques to ensure reliable performance at high data rates. Each design is developed with precise stack-up planning, differential pair routing, and matched trace lengths for consistent signal propagation. We are very experienced with Blind/Burried and via on pad complex designs. We minimize crosstalk, reflections, and EMI by maintaining clean return paths and optimized layer structures. Using low-loss dielectric materials and refined routing strategies, our boards sustain signal clarity up to multi‑GHz frequency ranges. From DDR5 memory interfaces to very high-speed serial links, our team ensures accurate timing, low jitter, and minimal skew across all signal paths. Every layout undergoes signal integrity and power distribution network analysis to guarantee stable operation under demanding conditions. We adhere to industry‑best design practices using tools such as impedance control, via stitching, and high‑frequency decoupling for reliable communication channels. High‑speed performance is achieved through careful component placement, short trace routing, and dedicated reference planes on multilayer PCBs. Our high‑speed board designs are ideal for applications in communication, signal processing, and embedded computing systems that demand precision and consistency.
Our engineers perform advanced signal integrity and power integrity analyses to ensure stable, high-performance operation in high-speed and high-density electronic designs. We use pre‑layout and post‑layout simulations to identify issues such as reflections, crosstalk, ground bounce, and impedance mismatches before prototype fabrication. Complex interconnects are analyzed using S‑parameter modeling, eye‑diagram simulation, and transient analysis to guarantee optimal signal quality at gigabit speeds. Our design process includes stack‑up optimization, via modeling, and decoupling strategies that maintain clean return paths and minimize power noise. Power integrity analysis focuses on low‑impedance distribution networks and effective decoupling to suppress voltage ripple and ensure stable transient response. Through electromagnetic simulation and impedance mapping, we validate that both signal and power planes maintain integrity under real‑world operating conditions. Each analysis is guided by proven SI/PI methodologies, leveraging high‑fidelity models and advanced tools to meet the toughest design and compliance standards.
We specialize in reverse engineering complex multilayer PCBs to recreate accurate schematics, layouts, and bills of materials from existing hardware. Our process combines precision optical inspection, X‑ray imaging, and electrical testing to map internal layers, buried vias, and critical interconnections without damaging the board. Using 3D scanning, advanced imaging, and EDA reconstruction tools, we capture every trace, net, and component for complete functional understanding. Complex signal and power routing are analyzed to restore original design intent with full consideration of impedance control, noise suppression, and high‑speed integrity. Our engineers rebuild circuit schematics and Gerber data with meticulous attention to detail, allowing reliable redesign, component replacement, or re‑manufacturing of legacy boards. Whether reconstructing obsolete electronics or reproducing highly integrated designs, we ensure data accuracy through multi‑stage verification and electrical validation. All reverse engineering projects are handled with confidentiality and technical precision, ensuring your hardware knowledge is recoverable and reproducible for future development.
Our comprehensive training programs cover essential skills in modern digital and analog hardware design, ensuring engineers and designers master both theory and practical application. Gain hands-on expertise in FPGA design using VHDL and Verilog, including synthesis, simulation, Embedded systems designs and implementation on popular platforms. Learn Universal Verification Methodology (UVM) for robust, reusable testbench creation and verification of complex digital designs. Deep dive into board-level hardware design principles focusing on high-speed PCB layout, component placement, and manufacturing considerations. Develop proficiency in signal integrity and power integrity analysis to optimize system reliability, reduce noise, and ensure clean power delivery in complex circuits. Training includes modern design flows, industry-standard tools, timing closure techniques, and verification strategies to prepare participants for real-world hardware engineering challenges. Our courses blend theory with practical exercises to equip learners with the skills necessary for efficient embedded system design and hardware validation.
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Padmanabha nagar, Bangalore, KA 560070
Phone: +91.9008866088 , email: services@acelogysystems.com
Open today | 09:00 am – 05:00 pm |
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