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Synopsys' DesignWare® embedded non-volatile memory (NVM) IP offers a comprehensive family of multiple time programmable (MTP) and few time programmable (FTP) embedded NVM IP solutions for a broad range of standard CMOS processes. Each solution is optimized for specific markets and use models.
- AEON® / MTP EEPROM: Optimized for endurance and reliability, the AEON / MTP EEPROM family supports bit counts up to 8-kbit and endurance up to 1,000,000 write / erase cycles, all in a standard CMOS process. AEON / MTP EEPROM is focused on 3 areas:
- Analog / Micro Electro Mechanical Systems (MEMS): Targeting EEPROM replacement in analog and mixed signal SoCs
- High Voltage: Operation up to 150°C and qualification testing compliant with automotive AEC-Q100 standards
- Advanced Process Nodes: The only MTP available in 65-nm and 40-nm standard CMOS processes
- AEON / MTP Radio Frequency Identification (RFID): Optimized for low-power performance, the AEON / MTP RFID family is targeted at RFID and near field communication (NFC) tag applications.
- AEON / FTP Trim: Optimized for area and targeted at performance trimming in analog and mixed-signal designs, the AEON / FTP Trim family provides the flexibility of reprogrammable NVM that is area competitive with one-time programmable (OTP) solutions
- NOVeA: Developed on IBM's Trusted Foundry processes, the NOVeA family delivers MTP NVM that is used in a wide range of commercial and mil / aero applications.
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AEON / MTP EEPROM |
AEON / MTP RFID |
AEON / FTP Trim |
NOVeA |
Target Markets /
Applications |
Analog / MEMS
- EEPROM replacement |
High Voltage
- Battery Fuel Gage
- Digital Power Management |
Advanced Nodes
- Digital TV (HDMI port processor)
- NFC controller |
RFID /NFC Tags
- RFID tags
- NFC Tags |
Analog / MEMS
- MEMS sensors (i.e. accelerometers / gyros)
- Silicon clocks
- Precision analog |
Trusted Foundry
- Mil / aero |
| Process Node |
180G
130G
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180/5V
180/5V BCD |
65LP
65GP
55GP
40LP |
180G
180LL |
180G
130G |
130RF
90SF
90LP |
| Bit Count |
128-bit - 8-kbit |
128-bit - 8-kbit |
128-bit - 1-kbit |
128-bit - 1-kbit |
64-bit - 1-kbit |
16-kbit |
| Temperature Range |
-40º -125ºC |
-40º -150ºC |
-40º -125ºC |
-40º -85ºC |
-40º -125ºC |
-40º -125ºC |
Endurance
(Write Cycles) |
1,000,000 |
1,000,000 |
100,000 |
10,000 |
1,000 |
10,000 |
| Key Differentiator |
High endurance
- Up to 1,000,000 cycles |
High temperature
- 150°C
- Compatible with BCD process
- Automotive qualification |
MTP in advanced nodes
- Core supply operation |
Power
- 80% power reduction compared to competing solutions |
Area
- 70% area reduction over MTP |
Available in Trusted Foundry Process |
| Typical Use |
-Configuration settings
- User controlled adjustments |
- Real time datalogging
- Configuration settings |
- EDID data
- Look-up tables (NFC) |
- EPC data
- Device configuration
- User / marketing information |
– Performance trimming
- Configuration settings |
Configuration data | NVM Datasheets AEON/MTP EEPROM NVM IP for High Voltage Process AEON/MTP EEPROM NVM IP for Analog and Mixed-Signal Processes AEON/MTP EEPROM NVM IP for Advanced Process AEON/MTP RFID NVM IP for 180-nm/3.3V Processes AEON/FTP TRIM NVM IP for Analog and Mixed-Signal Processes NOVeA NVM IP for Trusted Foundry Processes
- Broadest portfolio of MTP / FTP on the market today with over 1,000 available instances
- High-performance MTP for high temperature (150°C), high endurance (1,000,000 write cycles) and high reliability (automotive qualified) applications
- Ultra low power MTP for RFID and NFC applications
- Area-optimized FTP for MEMS and analog trim applications
- MTP and FTP NVM in standard CMOS with no additional masks or process steps
- Product availability from 250-nm to 40-nm
- Shipped in well over 3 billion ICs to date
Supporting process nodes from 250-nm to 40-nm in commercial foundries, the DesignWare NVM family IP has the broadest product offering in the industry. With over 1,000 configurations available off the shelf, the DesignWare NVM family provides solutions that meet the needs of a wide range of applications, including power management, silicon clocks, MEMS such as accelerometers, pressure sensors, and gyroscopes, RFID, NFC, AES/DES encryption keys, HDMI, and many more.
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