Nine application fields of new 3D ferroelectric memory (vfram)

VFRAM (Ferroelectric Memory) is a non-volatile memory with fast writing speed. Compared with traditional non-volatile memory (such as EEPROM, flash memory), VFRAM does not require a backup battery to retain data, and has higher read/write endurance, faster write speed operation and lower power consumption .

PART1

Internet of Things (IoT)



With the advancement of high-speed data communication, more frequent data transmission means an increase in the demand for non-volatile memory, because non-volatile memory can withstand such frequent data operations. In addition, the memory with high-speed writing performance can record data without any errors in the case of a sudden power failure of the system due to an accident. Petabyte VFRAM is one of the ideal storage devices with high read and write durability and fast write speed required by the new era of the Internet of Things.



5G

When 5G begins to be fully commercialized in the 2020s, relative to the information transmitted through the Internet of Things (IoT), both the amount of data and the frequency of data transmission will increase dramatically. Therefore, in order to record information in real time, the storage device needs to have high read and write durability based on physical toughness, so as to achieve a very high level of read and write cycles and retain data intact.



Edge computing

Recently, edge computing in the Internet of Things is being developed by adding mobile devices with artificial intelligence (AI), and many sensing data or parameters are frequently rewritten into the memory installed on such devices. The faster Internet of Things has promoted the frequency of data updates more and more. Therefore, there is also a need for memory with high read and write durability.



Advanced Driver Assistance System (ADAS)

There is fierce competition between the world's leading IT companies and other mobile solutions companies to develop ADAS for autonomous driving.



In order to ensure the safety of automatic driving and record the situation when an accident occurs, in particular, it is necessary to continuously record the situation of the driving vehicle as data. Likewise, a non-volatile memory with high rewrite durability is required here.



robot

Today, robots ranging from industrial robots to entertainment robots have been widely used in various fields.


The three main elements of a robot are intelligence (computer control), brakes and sensors. In order to accurately control a brake such as a robot arm, a memory capable of recording 3D position information from the sensor in real time is required.


In the case of power supply interruption or instantaneous interruption, a memory with high-speed writing performance is essential for recording the position information at this time.



PART2

car



Car infotainment, VTDR

●Use case:

Continuously record location and driving information

●Why use VFRAM?

Terabyte read and write durability, high-speed write speed



Vehicle emergency call system (eCall)

●Use case:

Save driving data in the event of an accident

●Why use VFRAM?

Non-volatile, high-speed writing speed



Tire Pressure Monitoring System (TPMS)

●Use case:

Continuously monitor air pressure, temperature and load information over time

●Why use VFRAM?

Non-volatile, teraflop endurance, low power consumption



dash board

●Use case:

Vehicle instrument data record

●Why use VFRAM?

Non-volatile, high-speed writing speed



Battery Management System (BMS)

●Use case:

Continuously record battery cell charge status information (SOH, SOC) and fault information, etc.

●Why use VFRAM?

Ensure the durability of one trillion times of reading and writing, work under 85℃ high temperature environment



PART3

Industry (for facilities)



Industrial robot

●Use case:

Real-time 3D location data recording, save data in the event of a sudden power failure

●Why use VFRAM?

Non-volatile, teraflop endurance, high-speed writing speed



CNC, control unit

●Use case:

Real-time 3D position data recording, save data in case of sudden power failure, and store parameter information

●Why use VFRAM?

Non-volatile, teraflop endurance, high-speed writing speed



Motor, rotary encoder

●Use case:

Continuously record rotation count data

●Why use VFRAM?

Non-volatile, low power consumption when writing, high-speed writing speed, trillion times read and write durability



Manufacturing process monitoring

●Use case:

Acquire and record data from many sensors in the factory, and save data in the event of a sudden power failure

●Why use VFRAM?

Non-volatile, high-speed writing speed



PART4

Industry (for infrastructure)



measuring instrument

●Use case:

Continuous data logging

●Why use VFRAM?

Terabyte read and write durability, high-speed write speed



Ticket vending machines, automatic teller machines (ATM)

●Use case:

Issuance history of air tickets or money orders

●Why use VFRAM?

Non-volatile, teraflop endurance, high-speed writing speed



vending machine

●Use case:

Sales history

●Why use VFRAM?

Non-volatile, high-speed writing speed



elevator

●Use case:

Data recording of precise location information, save data in the event of a sudden power failure

●Why use VFRAM?

Non-volatile, teraflop endurance, high-speed writing speed



Solar power system

●Use case:

Record power generation, power consumption, sunshine and temperature data from sensors

●Why use VFRAM?

Non-volatile, low power consumption when writing



PART5

Smart meter



Power meter (smart meter)

●Use case:

Real-time recording of power consumption data, saving data in the event of a sudden power failure

●Why use VFRAM?

Non-volatile, teraflop endurance, high-speed writing speed



Gas Meter

●Use case:

Real-time recording of air consumption, saving data in the event of a sudden power failure

●Why use VFRAM?

Non-volatile, teraflop endurance, high-speed writing speed



Water meter, flow meter

●Use case:

Real-time recording of water or liquid throughput, saving data in the event of a sudden power failure

●Why use VFRAM?

Non-volatile, low power consumption during writing, high-speed writing speed



PART6

enterprise



UAV (for flight data recorder)

●Use case:

Real-time data recording of flight information

●Why use VFRAM?

Terabyte read and write durability, high-speed write speed



Ship, ship (for navigation data recorder)

●Use case:

Ships, ship navigation and surrounding waters information records

●Why use VFRAM?

Non-volatile, teraflop endurance



Multifunction Printer (MFP)

●Use case:

Copy and scan history records, save data in the event of a sudden power failure

●Why use VFRAM?

Non-volatile, high-speed writing speed



Point of Sale (POS)

●Use case:

Product sales information record

●Why use VFRAM?

Non-volatile, 10 trillion read and write durability, high-speed write speed



lighting device

●Use case:

Record and store color conditions and parameter information

●Why use VFRAM?

Non-volatile, teraflop endurance, high-speed writing speed



PART7

Consumer



smart watch

●Use case:

Real-time data recording of GPS information

●Why use VFRAM?

Low power consumption during writing, high-speed writing speed



Hearing aid

●Use case:

Record personal data to optimize user equipment

●Why use VFRAM?

Non-volatile, low power consumption when writing



Security ID card, traffic IC card

●Use case:

Record card usage history and store authentication information

●Why use VFRAM?

Low power consumption when writing, customized memory



Battery (battery pack)

●Use case:

Used to verify counterfeit measures

●Why use VFRAM?

Low power consumption when writing, customized memory



PART8

Medical



Medical monitor

●Use case:

Save and execute program for image correction

●Why use VFRAM?

Non-volatile, teraflop endurance, high-speed writing speed



CT scan

●Use case:

Record the precise location information of the scanning device and store the parameter information

●Why use VFRAM?

Non-volatile, teraflop endurance, high-speed writing speed



Disposable medical supplies

●Use case:

Record the processing history of medical products

●Why use VFRAM?

Non-volatile, high-speed writing speed



PART9

networking



Programmable Logic Controller (PLC)

●Use case:

Real-time data recording of relay operating status

●Why use VFRAM?

Terabyte read and write durability, high-speed write speed



Router, RAID controller

●Use case:

Real-time data recording of selected information in the storage area

●Why use VFRAM?

Terabyte read and write durability, high-speed write speed

Commax-Tech Electronic Co., Ltd      Electronic component specialist

B23, second floor, ASEAN building, Longhua District, Shenzhen

sales@commax-tech.com

https://commax-tech.com

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