Product Marketing Engineer | Cypress Semiconductor
Matthew received his undergraduate degree in Electrical Engineering and Computer Science at Santa Clara University. Matthew now works at Cypress Semiconductor in San Jose, CA as a Product Marketing Engineer. Cypress’ advanced system-level solutions are Embedded in Tomorrow™. From the entrepreneur building a revolutionary new product in a garage to the Fortune 500 engineering team tasked with making the impossible happen now, Cypress is today’s technology partner for tomorrow’s innovations.
3 months ago
Cypress' Alan Hawse takes users through Cypress’ strong focus on Dev Kit Quality Control as well as making sure the customers' User Experience is best-in-class.
3 months ago
Cypress' Alan Hawse describes his Robot PSoC Academy project based on the PSoC 5 MCU. He also describes the benefits of being able to implement logic using UDBs in the PSoC architecture, while the MCU core is turned off.
3 months ago
Cypress, MikroElektronika, and RS-Components have partnered to enable fast time-to-market and expandability for IoT products with the Clicker 2 for PSoC 6 – NOW AVAILABLE & IN STOCK exclusively through RS-Components.
5 months ago
There isn’t a place you can go where there are people, but not a Cypress chip in the surrounding technology.
7 months ago
Cypress, MikroElektronika, and RS-Components have partnered to enable fast time-to-market and expandability for IoT products with the Clicker 2 for PSoC 6. Explore the possibilities with the onboard PSoC 6 and the mikroBUS™ interface.
8 months ago
To enable high-reliability EDRs in automotive vehicles, automotive manufacturers need low-pin-count, high-performance non-volatile memories to log user and sensor data continuously and to instantly capture system state data if power is lost.
Next-generation industrial control systems and wireless IoT sensor nodes need low-pin-count, high-performance non-volatile memories to log user and sensor data continuously and to instantly capture system state data, in the case of power loss.
With the advent of the IoT, more and more devices are being connected to the internet than ever before. Cypress’ latest Wi-Fi Dev Tool, the WICED Wi-Fi CYW43907 EVK, enables engineers to bring their ideas to life quickly in an ever-changing market.
The bedrock for the Industrial IoT, one that enables everything from real-time sensing to predictive maintenance, is data. Cypress Nonvolatile RAMs (NVRAM) ensure ‘zero data at risk’ for industrial systems.
The Internet of Things (IoT) refers to an ecosystem of devices with embedded electronics connected to each other via the Internet. IoT applications depend on reliable, secure and high-performance non-volatile memory (NVM) - like Cypress NOR Flash.
Develop ground-breaking designs for the IoT with the PSoC 6 BLE Pioneer Kit (CY8CKIT-062-BLE). This kit features Cypress’ PSoC 6 MCU: Purpose-built for the IoT, as well as a number of Cypress solutions to make next-generation IoT design easy.
1 year ago
Cypress F-RAM (Ferroelectric RAM) Nonvolatile Memory Enables High Endurance, Fast Write Speeds, and Low Power Consumption in Power Metering Systems
F-RAMs excel in the market of power metering systems. High endurance, fast writes, and low energy consumption capabilities contribute to its rapid adoption in applications such as smart electricity meters, water meters, and gas meters.