BLE Power Classes Explained: RF Transmit Power in Bluetooth Low Energy | LeadSoC LeadSoC Home » Blog » BLE Power Classes Power Classes in Bluetooth Low Energy (BLE) Wireless Design · RF Engineering · IoT & Automotive Systems Bluetooth Low Energy (BLE) has become one of the most widely adopted…

Digital Baseband & Data Link Core Design for BLE 6.2 SoCs | LeadSoC LeadSoC Technologies Home  /  Blogs  /  Digital Baseband & Data Link Core Design for BLE 6.2 SoCs Digital Baseband and Data Link Core Design for BLE 6.2 SoCs Engineering Insights · LeadSoC Technologies Bluetooth® Low Energy (BLE)…

Custom Bluetooth HCI & GATT Profiles for Pressure, Gas, Temperature Sensor SoCs | LeadSoC LeadSoC Technologies Home  /  Blogs  /  Custom Bluetooth HCI & GATT Profiles for Sensor SoCs Bluetooth HCI Profiles and Custom GATT Profiles for Smart Pressure, Gas, and Temperature Sensor SoCs Engineering Insights · LeadSoC Technologies Bluetooth…

BLE 6.2 Automotive SoC Architecture with RISC-V Processor | LeadSoC LeadSoC Technologies Home  /  Blogs  /  BLE Automotive SoC Architecture Bluetooth Low Energy (BLE 6.2) Automotive SoC Architecture Using a RISC-V Processor Engineering Insights · LeadSoC Technologies The automotive industry is rapidly transitioning toward Software Defined Vehicles (SDVs), where intelligence…

Processor Configuration and Modeling Platforms for SOC Solutions | LeadSoC Technologies LeadSoC Technologies Home  /  Blog  /  Processor Configuration Platforms Processor Configuration and Modeling Platforms for SOC Solutions Semiconductor Design · VLSI · SoC Architecture The growing demand for domain-specific processors has led several EDA vendors and processor IP companies…

SerDes Interface Design for PCIe Gen5 and Gen6 SoCs | LeadSoC Technologies Technical Deep-Dive  ·  SerDes & PCIe SerDes Interface Design for PCIe Gen5 and Gen6 SoCs LeadSoC Technologies High-Speed Interfaces Mixed-Signal Engineering Modern high-performance SoCs are increasingly defined by the speed at which they transfer data, not merely the…

DFT Implementation Guidelines for Multi-Clock, Multi-Power SoC Designs | LeadSoC Technical Deep-Dive · LeadSoC Engineering Blog · DFT / SoC Design DFT Implementation Guidelines for Multi-Clock, Multi-Power SoC Designs As modern System-on-Chip devices grow in complexity, Design-for-Testability has become a critical design discipline — not a post-design afterthought. Today's automotive,…

Comparing 180nm, 65nm, 22nm & Sub-10nm Process Technologies for SoC Design | LeadSOC Home › Blog › SoC Process Technology Comparison Semiconductor Engineering Comparing 180nm, 65nm, 22nm, and Sub-10nm Process Technologies for SoC Design 📘 LeadSOC Editorial ⏱ 14 min read 🏷 SoC · VLSI · Process Nodes · PPA…

Best Physical Design Course in 2026 | StarVLSI StarVLSI Learning Guide 2026 Best Physical Design Course in 2026: Your Complete VLSI Career Guide May 2025 9 min read StarVLSI Team Choosing the right physical design course can be the single most important career decision for any ECE graduate. VLSI physical…

LeadSoC: End-to-End Semiconductor Solutions & VLSI Design Services | Semiconductor Company India Semiconductor Engineering · Industry Deep Dive LeadSoC: India's Most Comprehensive End-to-End Semiconductor Solutions Partner From first-pass RTL design to post silicon validation, physical design to embedded software — why engineering teams worldwide trust LeadSoC for custom silicon, ASIC…