eVaderis MCUs take full advantage of the efficient power management capabilities of the 22FDX platform, increasing battery life more than 10x and dramatically reducing die size compared to previous generations of MCUs. The FDXcelerator ™ Partner Program (FDXcelerator ™ Partner Program developed technology that provides high device density and low cost single-chip solutions that are especially tailored to power-sensitive applications to help chip designers take performance, density and ease of use to the next level.
'The ultra-low-power MCU IP design of the eVaderis innovative architecture is based on the core 22FDX eMRAM technology and is ideally suited for normally-off IoT applications.' 'Jean-Pascal Bost, president and CEO of eVaderis, said: Using cell core eMRAM as the working memory allows some circuits in the MCU to be powered down more frequently without incurring the performance penalty of the MCU, eVaderis hopes to deliver this validated IP to its customers by the end of this year.
"Wearable and IoT devices require endurance of battery life, higher operational capabilities and advanced sensors." Dave Eggleston, Vice President, Embedded Memory Business Unit at Grid Core, said: "As a FDXcelerator partner, eVaderis uses a grid- 22FDX eMRAM technology to develop a new MCU architecture to help customers achieve higher demand. '
The reference design of the cell core and eVaderis' core-based 22FDX eMRAM technology will be available in the fourth quarter of 2018. The 22FDX Design Suite with eMRAM and RF solutions is available now. Multi-Item Crystals for Customer Prototyping The round (MPW) is already open and ready-made eMRAM modules are also available, with options for both Flash and SRAM interfaces, making it easier for customers to design their products.