Mobile Semiconductor Introduces 28nm Memory Compiler Support

SEATTLE, March 13, 2018 -- Mobile Semiconductor today announced the introduction of its new 28nm memory compilers available immediately. Mobile Semiconductor's silicon-proven embedded memory technology offers nine 28SLP GLOBALFOUNDRIES foundry sponsored compilers reaching all the way down to a 0.8V nominal power supply. Mobile Semiconductor also works with other top tier foundries delivering industry leading 28nm HPC+ memory solutions. These compilers are proven to be ideal for IoT and low power DSP applications.

These solutions are available in a range of architectures that include:

Low Voltage, Low Leakage, Low Power Family (LV)
Ultra Low Leakage, Low Power SRAM (ULL) Single Supply 0.8v Nominal
Ultra High Speed SRAM (UHS) up to 1.5GHz

Using voltage level translations, integrated power switches and Mobile Semiconductor's proprietary ultra low leakage retention mode, the 28nm HPC+ compilers utilizes the high density ULL bit cell to give the end users the ideal solutions for low power applications.

"Building upon our success in a series of industry leading memory compilers," Founder and CEO Cameron Fisher said, "we are confident that our new 28nm compliers will enable a wide range of new designs in the exploding IoT market space."

Fisher continued, "Mobile Semiconductor is the leader in providing low power solutions and the low power compilers supports a deep sleep mode that allows many years of operation on a simple button cell battery."

For more information please contact Mobile Semiconductor at info@mobile-semi.com

About Mobile Semiconductor:

Mobile Semiconductor is located in Seattle, Washington with a design center in Williston, Vermont. The company develops SRAM, ROM and Register File compilers optimized for applications requiring ultra-low power, low leakage or ultra-high performance.

Mobile Semiconductor's customers differentiate their products by using our application-optimized SRAMs to meet their high performance and ultra-low power product requirements. www.Mobile-semi.com