Applications

When the fifth generation wireless technology for digital cellular networks (5G) starts to be fully commercialized in the 2020s, not only the amount of data, but also the data transmission frequency will increase dramatically with respect to information transmitted via the Internet of Things (IoT). Therefore, in order to record information in real time, memory device is required to have a high read/write endurance with the physical robustness that enables data to be written without error even at an extremely high rewrite cycles.

Recently edge computing in IoT is advancing by increasing mobile devices with artificial intelligence (AI) and many sensing data or parameters are frequently rewritten to memory installed on such devices. The faster IoT leads to increasing frequency of data updates, therefore, memory with high read/write endurance is also required here.

Intense competition among leading IT companies as well as other mobility companies is taking place around the world to develop ADAS for autonomous driving. In order to ensure the safety of autonomous driving and to record the situation in the event of an accident, in particular, it is necessary to continuously record the situations of a traveling vehicle as data. Here again, nonvolatile memory with high rewrite endurance is required.

These days, robots—from industrial robots to entertainment robots—are widely employed in all kinds of fields.
The three major elements of robots are the intelligence (computer control), actuators and sensors. In order to precisely control actuators such as robot arms, memory that can record 3D position information from sensors in real time is required.
In the event of a power outage or instantaneous interruption, memory featuring fast writing speed is essential to record the position information at that moment.

• Use case:
  
  Continuous data logging of position and driving information
• Why FeRAM?:
  
  10 trillion read/write endurance, Fast write speed

• Use case:
  
  Saving driving data at an accident
• Why FeRAM?:
  
  Non-volatility, Fast write speed

• Use case:
  
  Constant monitoring of air pressure information
• Why FeRAM?:
  
  Non-volatility, 10 trillion read/write endurance, Low power consumption

• Use case:
  
  Data logging of meters in vehicle
• Why FeRAM?:
  
  Non-volatility, Fast write speed

• Use case:
  
  Continuous data logging of ambient tempareture around battery
• Why FeRAM?:
  
  Guaranteed 10 trillion read/write endurance up to 125℃

• Use case:
  
  Real-time 3D-position data logging, Saving data at sudden power outage
• Why FeRAM?:
  
  Non-volatility, 10 trillion read/write endurance, Fast write speed

• Use case:
  
  Real-time 3D-position data logging, Saving data at sudden power outage, storage of parameter information
• Why FeRAM?:
  
  Non-volatility, 10 trillion read/write endurance, Fast write speed

• Use case:
  
  Continuous data logging of rotated counts
• Why FeRAM?:
  
  Non-volatility, low power consumption at writing, Fast write speed, 10 trillion read/write endurance

• Use case:
  
  Data aquisition and record from sensors in factory, Saving data at sudden power outage
• Why FeRAM?:
  
  Non-volatility, Fast write speed

• Use case:
  
  Continuous data logging
• Why FeRAM?:
  
  10 trillion read/write endurance, Fast write speed

• Use case:
  
  Record of ticket or money bill issuance history
• Why FeRAM?:
  
  Non-volatility, 10 trillion read/write endurance, Fast write speed

• Use case:
  
  Record of sales history
• Why FeRAM?:
  
  Non-volatility, Fast write speed

• Use case:
  
  Data logging of precise position information, Saving data at sudden power outage
• Why FeRAM?:
  
  Non-volatility, 10 trillion read/write endurance, Fast write speed

• Use case:
  
  Logging data on power generation, power consumption, sunshine and temperature from sensors
• Why FeRAM?:
  
  Non-volatility, low power consumption at writing

• Use case:
  
  Real-time data logging of power consumption amount, Saving data at sudden power outage
• Why FeRAM?:
  
  Non-volatility, 10 trillion read/write endurance, Fast write speed

• Use case:
  
  Real-time data logging of gas consumption amount, Saving data at sudden power outage
• Why FeRAM?:
  
  Non-volatility, 10 trillion read/write endurance, Fast write speed

• Use case:
  
  Real-time data logging of amount of water or liquid passing, Saving data at sudden power outage
• Why FeRAM?:
  
  Non-volatility, Low power consumption at writing, Fast write speed

• Use case:
  
  Real-time data logging of flight information
• Why FeRAM?:
  
  10 trillion read/write endurance, Fast write speed

• Use case:
  
  Record of information on ship navigation and surrounding sea area
• Why FeRAM?:
  
  Non-volatility, 10 trillion read/write endurance

• Use case:
  
  Record of copy and scan history, Saving data at sudden power outage
• Why FeRAM?:
  
  Non-volatility, Fast write speed

• Use case:
  
  Record of product sales information
• Why FeRAM?:
  
  Non-volatility, 10 trillion read/write endurance, Fast write speed

• Use case:
  
  Record and storage of color conditions and parameter information
• Why FeRAM?:
  
  Non-volatility, 10 trillion read/write endurance, Fast write speed

• Use case:
  
  Real-time data logging of GPS information
• Why FeRAM?:
  
  Low power consumption at writing, Fast write speed

• Use case:
  
  Record of personal data for optimaization of user's device
• Why FeRAM?:
  
  Non-volatility, Low power consumption at writing

• Use case:
  
  Record of card usage history, storage of authentication information
• Why FeRAM?:
  
  Low power consumption at writing, Customized memory

• Use case:
  
  For authentication of counterfeit measures
• Why FeRAM?:
  
  Low power consumption at writing, Customized memory

• Use case:
  
  Saving and executing a program for image correction
• Why FeRAM?:
  
  Non-volatility, 10 trillion read/write endurance, Fast write speed

• Use case:
  
  Record of precise position information for scanning device, Storage of parameter information
• Why FeRAM?:
  
  Non-volatility, 10 trillion read/write endurance, Fast write speed

• Use case:
  
  Record of process history of medical products
• Why FeRAM?:
  
  Non-volatility, Fast write speed

• Use case:
  
  Real-time data logging of relay's operating status
• Why FeRAM?:
  
  10 trillion read/write endurance, Fast write speed

• Use case:
  
  Real-time data logging of selection information on storage area
• Why FeRAM?:
  
  10 trillion read/write endurance, Fast write speed