Renesas serial flash memory solutions offer designers the option to simplify the design, reduce risk, improve reliability and save on external components, simplifying the circuit and reducing BOM cost.
When designing a battery-powered edge device that executes artificial intelligence (AI) algorithms, architects must revisit their system’s memory architecture.
Whether performing high-speed data transfer or executing code directly out of memory, a key system design requirement for edge devices is the selection of the right non-volatile memory.
Time interleaved ADCs and SAR-assisted pipeline ADCs provide the data rates needed to service the higher sample rate data converter requirements for delivering wireless or wired broadband.
With our SmartBond Bluetooth Low Energy portfolio, Renesas is working closely with our customers/partners to develop the solutions needed to support social distancing and contact tracing needs.
The SmartBond TINY module boasts a highly configurable, easy-to-use design that empowers customers to quickly and intuitively create highly functional Bluetooth Low Energy connected devices.
While a high level of integration and configuration is clearly an enabling factor and one that is delivering massive advancements in product design, it can present engineers with unforeseen issues.
When looking at applications requiring low latency and low power consumption, the successive approximation register (SAR) ADC provides the best overall solution versus other architectures.
In this “Ask the Experts” blog, we look at the current – and future – role and impact that Bluetooth Low Energy (LE) technology will have for cars, drivers and the automotive market in general.
Suited for IoT applications, the SmartBond TINY Bluetooth LE SoC balances a small chip size and power footprint, and boasts performance levels unmatched by anything else on the market.