SST and UMC Qualify Flash Tech on 40-nm Process

Microchip Technology subsidiary Silicon Storage Technology (SST) and United Microelectronics Corporation (UMC) have announced the full qualification and availability of SST’s embedded SuperFlash non-volatile memory on UMC’s 40 nm CMOS platform. The 40-nm process features a more than 20 percent reduction in embedded Flash cell size and a 20- to 30-percent reduction in macro area over their 55-nm process.
The high endurance of embedded SuperFlash IP offers System on a Chip (SoC) customers extensive reliability and design flexibility combined with reduced power usage. SST’s SuperFlash non-volatile memory technology is qualified for a minimum of 100,000 cycles, underscoring the technology’s reliability. Ideal for edge computing in IoT devices, SST embedded SuperFlash technology features power benefits that derive from low-power standby and read operations, with core supply as low as 0.81 V. SuperFlash also secures applications with code maintained on chip, which is the first step in preventing illegal access through hardware and software attacks.

 

SST’s SuperFlash technology complements UMC’s embedded memory portfolio with high density and low-power IP. Combined with SST’s inherent technology reliability, UMC’s flexible capacity and high-yield maturity for its 55 nm and 40 nm platform provides foundry customers the manufacturing support needed to build a range of product applications.

To date, more than 80 billion units have shipped with SST’s embedded SuperFlash technology. SuperFlash technology is based on a proprietary split-gate Flash memory cell with the following capabilities:

  • Low-power program, erase and read operations
  • High performance with fast read access
  • Good scalability from 1 µm technology node to 28 nm technology node
  • High endurance cycling up to 500,000 cycles
  • Excellent data retention of over 20 years
  • Good performance at high temperature for automotive-grade applications
  • Immunity to Stress-Induced Leakage Current (SILC)

Microchip Technology | www.microchip.com

Silicon Storage Technology | www.sst.com

Arduino-Based Liquid Level-Sensing Hardware

SST Sensing and Sparkfun recently developed an easy-to-use solution for single-point liquid detection using infrared technology. Highly accurate and reliable, the solution features an Optomax Digital liquid level switch, which is connected to an Arduino board via the TTL output and powered by the 5-V source. SST Sparkfun

Whether you’re a professional engineer or DIYer, you’ll find it easy to program the Arduino’s LEDs to indicate when the sensor is immersed in liquid (and thus determine if the liquid level is too high or low). The compact switch lends itself will to space-constrained applications. With long cabling, you can place the sensor near a liquid without putting the other electronics at risk. Since this is an optical solution, you can avoid a variety of issues (e.g., jamming and wear and tear) and ensure long operational lifespan.

SST offers the liquid level switch in a robust housing tip with either a Polysulfone or Trogamid construction (depending on the particular application requirements). The complete solution has an operational temperature range of –25°C to 80°C.

Source: SST