Metering, telematics and security apps can overwhelm an MCU’s computation queue. Our 2 Mb and 4 Mb standalone serial SRAM with quad-I/O SPI speeds up to 143 MHz offers a solution. Optimize your system: mchp.us/4jddkNq. #SRAM#EmbeddedElectronics#Arduino#Microcontroller
Relieve your MCU's on-board RAM with our 2 Mb and 4 Mb standalone serial SRAM featuring quad-I/O SPI speeds up to 143 MHz. Excellent for computation-heavy applications. Explore the new product family: mchp.us/4jddkNq#SRAM#EmbeddedElectronics#Arduino#Microcontroller
Discover our 2 Mb and 4 Mb standalone serial SRAM with quad-I/O SPI speeds up to 143 MHz—great for metering, telematics and security access. These high-speed memories clear computation queues, freeing MCU resources. Explore: mchp.us/4jddkNq#SRAM#SPI#EmbeddedElectronics
🇺🇸 At Performance Electronics we take pride in developing and manufacturing our embedded electronics in-house. From initial design to final production and testing, every product is built with precision, quality, and reliability—right here in the USA. Looking for a trusted partner in embedded electronics? We’ve got you covered.
pe-cds.com#MadeInUSA#EmbeddedElectronics#EngineeringExcellence
Is your EEPROM causing bottlenecks? Your system’s latency bus is determined by its slowest component and the fastest EEPROMs max out at 1 MHz. That's why we built the first 3.4 MHz I2C EEPROM on the market: mchp.us/3Dlwcuc. #EEPROM#I2C#EmbeddedElectronics#Arduino
As #EEPROM shrinks, chip makers use error correction to fight wear-out. But they don't offer visibility. That's why our CS EEPROM family includes Error Correction Status, handing you both insight and control: mchp.us/3UPTVbD. #I2C#EmbeddedElectronics#Arduino#MCUs