Silicon Labs announced the release of a combined hardware and software solution for large-scale mesh networks in partnership with IoT leader Wirepas. Wirepas Massive – a unique, scalable, and cost-effective solution that connects and localizes sensors, tags, and luminaires – is now available on Silicon Labs’ EFR32BG21 (BG21) and EFR32BG22 (BG22) modules and SoCs. Powered […]
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Isolated gate drivers handle SiC FETs
Silicon Labs announced the addition of Si828x version 2 to its isolated gate driver product family. This update allows the product family to effectively drive Silicon Carbide (SiC) Field Effect Transistor (FET) gates, addressing the growing market for half-and full-bridge inverters and power supplies that require improved power density, cooler operation, and reduced switching losses. […]
Wireless SoCs get PSA certified level 3 status
Silicon Labs officially became the world’s first silicon innovator to achieve PSA Certified’s highest level of IoT hardware and software security protection. PSA Certified – a respected security body for the Internet of Things (IoT) hardware, software and devices co-founded by Arm – awarded PSA Certified Level 3 status to Silicon Labs’ EFR32MG21, a wireless SoC with Secure Vault. This milestone […]
Optimized 32-bit MCU targets IoT edge applications
Silicon Labs announced the launch of the EFM32PG22 (PG22) 32-bit microcontroller unit (MCU), a low-cost, high-performance solution with an industry-leading combination of energy efficiency, performance, and security. With easy-to-use, cost-efficient analog capabilities, the PG22 MCU is ideally suited for the rapid development of consumer and industrial applications with demanding size constraints and low-power operation requirements. […]
Clock generators detect potential faults, sport built-in redundancy
Silicon Labs introduced new SmartClock features to its family of AEC-Q100 qualified Si5332-AM clock generators, expanding the capabilities of the industry’s broadest portfolio of silicon-based automotive timing solutions. The new SmartClock technology actively monitors reference clocks to detect potential faults and provides built-in clock redundancy. If a fault condition is detected, SmartClock shares this information with […]
Software speeds development of IEEE 1588 system integration
Silicon Labs announced a new complete solution designed to simplify the implementation of IEEE 1588 in communications, smart grid, financial trading, and industrial applications. Silicon Labs’ ClockBuilder Pro software enables designers to accelerate the development of IEEE 1588 system integration by combining PTP profile selection, PTP network configuration, and physical-layer clock/port configuration in a single, […]
Multiprotocol wireless modules boast full-stack support for IoT apps
Silicon Labs announced a portfolio expansion of pre-certified wireless modules specifically designed to address the modern needs of IoT application development. The portfolio consists of the only modules in the industry with full-stack support for multiprotocol solutions to enable commercial and consumer IoT applications, with flexible package options and highly integrated device security. Silicon Labs […]
Isolated gate drivers feature low latency, high switching speeds
Silicon Labs introduces new Si823Hx/825xx isolated gate drivers offering an uncontested combination of faster and safer switching, low latency, and high noise immunity capabilities that enable a compact PCB design for closer placement of the device to power transistors. New advancements in these gate drivers help power converter designers meet or exceed increasing energy efficiency standards […]
IEEE 1588 adds timing performance while reducing cost and risk
GPS and GNSS have been the standards for network timing, but they have security issues. A Master clock and IEEE 1588 reduces the risk and lowers installation costs. Global Navigation Satellite Systems (GNSS) provide the critical primary reference clocks that networks need to correctly operate and seamlessly coordinate the flow of voice, data and…
Selecting the right Bluetooth Low Energy SoC
Tricks of the trade for optimizing the energy consumption of BLE chips affect memory size, clock speed, operating modes, and other factors determined during the initial design. Emmanuel Sambuis, Silicon Labs It can be challenging to optimize Bluetooth Low Energy (BLE) applications for minimal energy consumption. An understanding of BLE and the underlying system-on-chip (SoC) […]
