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7/25/2019 Designware Non-Volatile Memory
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Datasheet
DesignWare NVM IP Portfolio
Highlights
` Broadest portfolio of area-optimized
reprogrammable CMOS NVM IP` Support for 64 bit to 512 kbit
instances
` Few to 1,000,000 write cycle
endurance
` Standard CMOS and BCD processes
without additional masks or
processing steps
` 15+ years of data retention at 150C
` Extended temperature range
including industrial and automotive
Grade 0 temperature ranges
` Integrated error checking and
correction (ECC) functionality
` Single core supply operation
` Silicon characterized and qualified
to exceed industry standards
Target Applications
` Mobile
`Automotive
` Internet of Things
Technology (optional)
`TSMC 250CMOS/BCD,
180CMOS/BCD, 152G, 130G,
90LP, 65LP, 55GP, 40LP
` GlobalFoundries 180IC
` SMIC 180G, 130G
` IBM 9SF and 9LP, 8RF, 7HV
`TowerJazz 180SL
` SilTerra 180G
Overview
Synopsys DesignWareNVM IP provides reprogrammable Non-Volatile Memory (NVM)
supporting up to 512 kbits in standard CMOS and BCD process technologies with noadditional masks or processing steps. Small in area and low in power, DesignWare NVM
IP delivers industry-leading reliability in products that support write cycle endurance
from a few to one million.
Validated through rigorous characterization, qualification, and reliability testing, the
silicon-proven DesignWare NVM IP is delivered as a hard GDSII block and includes all
the required control and support circuitry including the charge pump and high voltage
distribution circuits. With more than 12 years of development history, the DesignWare
NVM IP is the area, power and reliability leader in reprogrammable CMOS NVM for
automotive, industrial and consumer products (Figure 1).
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DesignWare NVM IP Portfolio 2
DesignWare NVM IP Portfolio
Synopsys offers the broadest portfolio of
reprogrammable NVM in the world:
` Medium Density up to 512 kbits
of on-chip memory with flash-like
functionality for analog integrated
circuits (ICs)
`AEONMultiple-Time Programmable
(MTP) electrically erasableprogrammable read only memory
(EEPROM) highest endurance and
reliability for data storage and EEPROM
replacement
`AEON MTP Ultra Low-Power (ULP)
ULP MTP targeted at RFID, NFC and
wireless applications
`AEON Few-Time Programmable
(FTP) Trim area-optimized NVM for
trimming applications
DesignWare Medium Density
NVM IP
Synopsys DesignWare Medium Density
NVM IP delivers flash-like functionality
for up to 512 kbits of on-chip memory
in standard CMOS and BCD processes
without the requirement of extra masks or
processing steps. The NVM IP eliminates
the need for external EEPROM or flash
memory when integrating microcontrollers
in analog IC designs such as smart
sensors, power management and
touchscreen controller applications. The
NVM IP is delivered as a hard IP block
and includes all the necessary support
and control circuitry, including all high-
voltage generation and distribution
required for programming (Figure 2).
Key Features
` Support for 16 kbit to 512 kbit instances
` 1,000 write cycle endurance
` 10 year data retention at 125C
`Extended temperature range(-40C to 125C)
` Integrated ECC functionality
` More than 5X the density of lower
bit-count NVM
` Less than 40 nanoseconds access time
` Convenient 32-bit word interface for
both program and read
DesignWare AEON MTP
EEPROM NVM IP
Synopsys DesignWare AEON MTP
EEPROM NVM IP delivers EEPROM-level
performance in standard CMOS
processes. Supporting up to 8 kbits and
optimized for high write cycle endurance,
the EEPROM NVM IP block is available
in a wide range of process nodes from
250-nm to 40-nm. The IP supports up
to 1,000,000 write cycles and has been
qualified to automotive-level standards
in select process nodes. Delivered as a
hard IP block with all the necessary high
voltage and control circuitry included, the
AEON MTP EEPROM NVM IP is available
in advanced, high-voltage, and analog/
mixed signal nodes (Figure 3).
Key Features
` Support for 128 bit to 8 kbit instances
` Up to 100,000 (advanced processes)
and up to 1,000,000 (high voltage and
analog/mixed signal processes) write
cycle endurance
` Up to 10 year data retention
` Industrial and automotive Grade 0
temperature ranges
`Available integrated ECC functionality
` Optimized for high endurance and
maximum reliability
` Single core supply operation
NVM array
Charge
pump
Digitalcontroller
Sense amps
Rowlogic
Column logicDIN[x:0]
ADDR[n:0]
PROG
READ
DOUT[x:0]
READY
VDD
VDD_HV
ERASE
READ_BIAS_EN
SCAN_
CLK
ECC_DISABLE
SCAN_
EN
SCAN_
IN
SCAN_
OUT
TMS[5:0]
TMR
TM[3:0]
PTF/FA Test Mode AccessScan Test
ECC_USED
ECC_FAILURE
PROG_FAILURE
ERASE_FAILURE
IP_EN
TM_
DIGIN
TM_
DIGOUT
CP_EN
SCAN_
TESTMODE
SCAN_
RESET
VSS
DOUT[31:0]
READY
Chargepump
Column logic
Rowlogic
Sense amps
NVM array
Digitalcontroller
DIN[31:0]
ADDR[n:0]
PROG
READ
VDD (core)
VSS
Figure 2: DesignWare Medium Density NVM IP block diagram
Figure 3: DesignWare AEON MTP EEPROM NVM IP block diagram
7/25/2019 Designware Non-Volatile Memory
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05/15.RP.CS5802.
Synopsys, Inc. 690 East Middlefield Road Mountain View, CA 94043 www.synopsys.com
2015 Synopsys, Inc. All rights reserved. Synopsys i s a trademark of Synopsys, Inc. in the United States and other countries. A list of Synopsys trademarks is
available at http://www.synopsys.com/copyright.html . All other names mentioned herein are trademarks or registered trademarks of their respective owners.
DesignWare AEON MTP ULP
NVM IP
Synopsys DesignWare AEON MTP ULP
NVM IP is optimized for power- and area-
sensitive wireless applications including
RFID and NFC tags used in everything
from logistics tracking to security
and authentication.
Developed in standard 180-nm/3.3Vprocess nodes, the MTP ULP NVM IP
offers best-in-class power consumption
and enables the MTP functionality
required by the Gen2 EPC and ISO15693
RFID standards. Delivered as a hard
IP block, the IP operates from a single
core supply and includes support and
control circuitry, including the high voltage
generation and distribution required for
programming (Figure 4).
Key Features
` Support for 64 bit to 1 kbit instances
` Up to 100,000 write cycle endurance
` Peak programming current