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IoT , Automotive , Industrial , Aerospace & Defense , Communications and Enterprise , Consumer
SiT95316, SiT95317 Network Synchronizer, SiT95314, SiT95315, SiT95319 Jitter Cleaner and Clock Generator
The Cascade 2 Programmer is designed exclusively to configure and burn programmable SiT9514x Cascade Platform™ units.SiT95211 and SiT95316 are programmable clock generator parts with flexible input-output frequency translation options. They feature an ultra-low jitter performance DPLL that supports up to 4 Diff/8 Single Ended input clocks and 12 clock outputs. These parts can be derived from any of the four PLLs in a flexible manner.
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IoT , Automotive , Industrial , Aerospace & Defense , Communications and Enterprise , Consumer
SiT95178, SiT95172 Jitter Cleaner and SiT95278, SiT95272 Clock Generator
Chorus 2 is a premium programmable clock generator with integrated network synchronization capabilities. Leveraging SiTime’s proprietary OLM and fully flexible distribution technology, these devices deliver outstanding jitter performance - as low as 110 fs RMS - making them an exceptional choice for driving converter circuits and network equipments, while maintaining low power consumption.
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IoT , Automotive , Industrial , Aerospace & Defense , Communications and Enterprise , Consumer
SiT91281, SiT91283, SiT91288, SiT91211, SiT91213, SiT71213 and SiT71211 - MEMS Based Clock Generators
Chorus - MEMS Based Clock Generator SiT91281, SiT91283 and SiT91288 Low Jitter, 4-Output, AEC-Q100 MEMS Automotive Clock Generator SiT91211, SiT91213 - Ultra Low Jitter, ±20 to ±50 ppm MEMS Industrial, Communication and Consumer Clock Generator SiT71213 , Endura Low Jitter MEMS Clock Generator
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Industrial , Clock and Timing
SiT95141,SiT95145 and SiT95148 Cascade Clocks with integrated MEMS Resonator: Jitter Cleaners / Network Synchronizers and Clock Generators
The CascadeTM ClkSoCTM SiT95141 is a single-chip MEMS clock generator optimized for the highest level of clock tree integration, consolidating multiple clock ICs and oscillators into a single device. Its low noise quad-PLL architecture and programmable output drivers provide up to 10 differential or 20 LVMCOS low jitter clock outputs.
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Launch Lab
IoT
AIROC™ CYW20829 Bluetooth® Low Energy 5.4 MCU Evaluation
The Infineon's AIROC CYW20829 is a high-performance, ultra-low-power MCU with Bluetooth LE 5.4, engineered for IoT applications. It integrates advanced features like analog-to-digital audio conversion, I2S/PCM, CAN, and LIN, making it ideal for use in automotive contexts and various communication and timing applications.
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IoT , Consumer Electronics , Industrial , Sensors , Consumer/Industrial , Connectivity
AIROC™ CYW55913 Connected MCU Hosted Mode Evaluation
Infineons AIROC™ CYW55913 Connected MCU with Wi-Fi 6E tri-band and Bluetooth® Low-Energy 5.4 series is a perfect match for IoT applications for stand-alone operation or to offload a host-processor.
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Launch Lab
Low-Power , Artificial Intelligence , Microcontrollers and Microprocessors , Connectivity , Edge AI
PSOC™ Edge E84 Evaluation
Infineons PSOC™ Edge E84 series of Arm® Cortex®-M MCUs feature high-performance, low-power, secured MCUs with advanced machine learning (ML) acceleration for next generation AI/ML applications.
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Launch Lab
Automotive , Consumer Electronics , Microcontrollers and Microprocessors
PSOC™ Control C3M5 Complete System Motor Control Kit
The PSOC™ Control C3M5 Complete System Motor Control Kit (KIT_PSC3M5_MC1) from Infineon is a comprehensive evaluation platform designed for developing and validating advanced motor control applications. Built around the PSOC™ Control C3M5 Arm® Cortex®-M33 based microcontroller, the kit enables rapid prototyping of high-performance motor control solutions using sensorless field-oriented control (FOC) and shunt-based current sensing. It includes a motor control card, drive adapter, 250 W power board, and a 24 V BLDC motor, providing a ready-to-run out-of-box experience. The kit supports both standalone operation and GUI-based control through ModusToolbox™ Motor Suite, allowing users to configure parameters, flash firmware, and monitor real-time motor performance. Key features include an onboard isolated J-Link debugger with USB-UART support, CAN connectivity, encoder and Hall sensor interfaces, user buttons, LEDs, and potentiometers for intuitive control. With flexible power options, MADK compatibility, and extensive expansion interfaces, the KIT_PSC3M5_MC1 is ideal for engineers looking to evaluate, tune, and optimize Infineon’s PSOC™ Control C3 motor control technology in laboratory and development environments.
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Communication and Computing Infrastructure
Codeless Solution for DA14531MOD
This solution is the most ideal way to quickly and easily get started for developing applications and products using the DA14531 Bluetooth® low energy SoC
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Launch Lab
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