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Non-volatile RAM (Random Access Memory) - RAM IP / IP Cores Results

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Browse   :  Digital Core IP  :  Memories  :  Non-volatile RAM
Matching IP
457 matches found
IP Vendor IP Name Description
Arasan Chip Systems NAND Flash File System NAND Flash File System - software solution for embedded systems using NAND flash memories
Arasan Chip Systems SD / SDIO 3.0 Combo Device IP SD / SDIO 3.0 Combo Device IP
Beyond Semiconductor SDRAM/FLASH/SRAM memory controller Configurable controller: 8 - 64 bit width, 64KB-2GB chip select. Burst size 1, 2, 4, 8. Programmable device timing.
Cadence LPDDR2/1-NVM Memory Controller LPDDR2/LPDDR1 NVM Combination Memory Controller IP
Cypress Semiconductor CY13-128KB high den NVM Embedded Flash Memory The Cypress embedded Flash memory enables nvm in SOC. EEPROM Compatible. It offers low cost & high reliability eFlash.
Cypress Semiconductor CY13-128KB high perf NVM Embedded Flash Memory The Cypress embedded Flash memory enables nvm in SOC. EEPROM Compatible. It offers low cost & high reliability eFlash.
Cypress Semiconductor CY13-128KB high rel NVM Embedded Flash Memory The Cypress embedded Flash memory enables nvm in SOC. EEPROM Compatible. It offers low cost & high reliability eFlash.
Cypress Semiconductor CY13-16KB high den NVM Embedded Flash Memory The Cypress embedded Flash memory enables nvm in SOC. EEPROM Compatible. It offers low cost & high reliability eFlash.
Cypress Semiconductor CY13-16KB high perf NVM Embedded Flash Memory The Cypress embedded Flash memory enables nvm in SOC. EEPROM Compatible. It offers low cost & high reliability eFlash.
Cypress Semiconductor CY13-16KB high rel NVM Embedded Flash Memory The Cypress embedded Flash memory enables nvm in SOC. EEPROM Compatible. It offers low cost & high reliability eFlash.
Cypress Semiconductor CY13-1KB high den NVM Embedded Flash Memory The Cypress embedded Flash memory enables nvm in SOC. EEPROM Compatible. It offers low cost & high reliability eFlash.
Cypress Semiconductor CY13-1KB high perf NVM Embedded Flash Memory The Cypress embedded Flash memory enables nvm in SOC. EEPROM Compatible. It offers low cost & high reliability eFlash.
Cypress Semiconductor CY13-1KB high rel NVM Embedded Flash Memory The Cypress embedded Flash memory enables nvm in SOC. EEPROM Compatible. It offers low cost & high reliability eFlash.
Cypress Semiconductor CY13-1MB high den NVM Embedded Flash Memory The Cypress embedded Flash memory enables nvm in SOC. EEPROM Compatible. It offers low cost & high reliability eFlash.
Cypress Semiconductor CY13-1MB high perf NVM Embedded Flash Memory The Cypress embedded Flash memory enables nvm in SOC. EEPROM Compatible. It offers low cost & high reliability eFlash.
Cypress Semiconductor CY13-256KB high den NVM Embedded Flash Memory The Cypress embedded Flash memory enables nvm in SOC. EEPROM Compatible. It offers low cost & high reliability eFlash.
Cypress Semiconductor CY13-256KB high perf NVM Embedded Flash Memory The Cypress embedded Flash memory enables nvm in SOC. EEPROM Compatible. It offers low cost & high reliability eFlash.
Cypress Semiconductor CY13-256KB high rel NVM Embedded Flash Memory The Cypress embedded Flash memory enables nvm in SOC. EEPROM Compatible. It offers low cost & high reliability eFlash.
Cypress Semiconductor CY13-2KB high den NVM Embedded Flash Memory The Cypress embedded Flash memory enables nvm in SOC. EEPROM Compatible. It offers low cost & high reliability eFlash.
Cypress Semiconductor CY13-2KB high perf NVM Embedded Flash Memory The Cypress embedded Flash memory enables nvm in SOC. EEPROM Compatible. It offers low cost & high reliability eFlash.
Cypress Semiconductor CY13-2KB high rel NVM Embedded Flash Memory The Cypress embedded Flash memory enables nvm in SOC. EEPROM Compatible. It offers low cost & high reliability eFlash.
Cypress Semiconductor CY13-32KB high den NVM Embedded Flash Memory The Cypress embedded Flash memory enables nvm in SOC. EEPROM Compatible. It offers low cost & high reliability eFlash.
Cypress Semiconductor CY13-32KB high perf NVM Embedded Flash Memory The Cypress embedded Flash memory enables nvm in SOC. EEPROM Compatible. It offers low cost & high reliability eFlash.
Cypress Semiconductor CY13-32KB high rel NVM Embedded Flash Memory The Cypress embedded Flash memory enables nvm in SOC. EEPROM Compatible. It offers low cost & high reliability eFlash.
Cypress Semiconductor CY13-4KB high den NVM Embedded Flash Memory The Cypress embedded Flash memory enables nvm in SOC. EEPROM Compatible. It offers low cost & high reliability eFlash.
Cypress Semiconductor CY13-4KB high perf NVM Embedded Flash Memory The Cypress embedded Flash memory enables nvm in SOC. EEPROM Compatible. It offers low cost & high reliability eFlash.
Cypress Semiconductor CY13-4KB high rel NVM Embedded Flash Memory The Cypress embedded Flash memory enables nvm in SOC. EEPROM Compatible. It offers low cost & high reliability eFlash.
Cypress Semiconductor CY13-512KB high den NVM Embedded Flash Memory The Cypress embedded Flash memory enables nvm in SOC. EEPROM Compatible. It offers low cost & high reliability eFlash.
Cypress Semiconductor CY13-512KB high perf NVM Embedded Flash Memory The Cypress embedded Flash memory enables nvm in SOC. EEPROM Compatible. It offers low cost & high reliability eFlash.
Cypress Semiconductor CY13-64KB high den NVM Embedded Flash Memory The Cypress embedded Flash memory enables nvm in SOC. EEPROM Compatible. It offers low cost & high reliability eFlash.
Cypress Semiconductor CY13-64KB high perf NVM Embedded Flash Memory The Cypress embedded Flash memory enables nvm in SOC. EEPROM Compatible. It offers low cost & high reliability eFlash.
Cypress Semiconductor CY13-64KB high rel NVM Embedded Flash Memory The Cypress embedded Flash memory enables nvm in SOC. EEPROM Compatible. It offers low cost & high reliability eFlash.
Cypress Semiconductor CY13-8KB high den NVM Embedded Flash Memory The Cypress embedded Flash memory enables nvm in SOC. EEPROM Compatible. It offers low cost & high reliability eFlash.
Cypress Semiconductor CY13-8KB high perf NVM Embedded Flash Memory The Cypress embedded Flash memory enables nvm in SOC. EEPROM Compatible. It offers low cost & high reliability eFlash.
Cypress Semiconductor CY13-8KB high rel NVM Embedded Flash Memory The Cypress embedded Flash memory enables nvm in SOC. EEPROM Compatible. It offers low cost & high reliability eFlash.
Everspin Technologies 128K by 8 eMRAM 130 1 Mb Unlimited Endurance Non-Volatile RAM - 35 nS Write
HDL Design House FM22L16 4Mbit F-RAM Memory VITAL Model FM22L16 4Mbit F-RAM Memory VITAL Model
HDL Design House HIP 3100 - SPI flash memory ctrl w/ AHB SPI flash memory ctrl w/ AHB - HIP 3100
Kilopass Technology Parametric-Yield-Recovery-Dongbu-NVM-130nm Parametric yield recovery of analog and mixed signal circuits. 16bits to 8Kbits.
Kilopass Technology CA-HDCP-Keys-TSMC-NVM-40nm NVM for HDCP, Conditional Access, and DTCP Key Storage. 8Kb to 128Kb.
Kilopass Technology HDCP-CA-Keys-TSMC-NVM-40nm NVM for HDCP, Conditional Access, and DTCP Key Storage. 8Kb to 64Kb.
Kilopass Technology HDCP-DTCP-CA-Keys-Chartered-NVM-130nm NVM for HDCP, Conditional Access, and DTCP Key Storage. 8Kb to 64Kb.
Kilopass Technology HDCP-DTCP-CA-Keys-Dongbu-NVM-130nm NVM for HDCP, Conditional Access, and DTCP Key Storage. 8Kb to 64Kb.
Kilopass Technology HDCP-DTCP-CA-Keys-Dongbu-NVM-180nm NVM for HDCP, Conditional Access, and DTCP Key Storage. 8Kb to 64Kb.
Kilopass Technology HDCP-DTCP-CA-Keys-GLOBALFOUNDRIES-NVM-110nm NVM for HDCP, Conditional Access, and DTCP Key Storage. 8Kb to 64Kb.
Kilopass Technology HDCP-DTCP-CA-Keys-GLOBALFOUNDRIES-NVM-40nm NVM for HDCP, Conditional Access, and DTCP Key Storage. 8Kb to 64Kb.
Kilopass Technology HDCP-DTCP-CA-Keys-IBM-NVM-65nm NVM for HDCP, Conditional Access, and DTCP Key Storage. 8Kb to 64Kb.
Kilopass Technology HDCP-DTCP-CA-Keys-SMIC-NVM-130nm NVM for HDCP, Conditional Access, and DTCP Key Storage. 8Kb to 64Kb.
Kilopass Technology HDCP-DTCP-CA-Keys-SMIC-NVM-180nm NVM for HDCP, Conditional Access, and DTCP Key Storage. 8Kb to 64Kb.
Kilopass Technology HDCP-DTCP-CA-Keys-TSMC-NVM-130nm NVM for HDCP, Conditional Access, and DTCP Key Storage. 8Kb to 64Kb.
Kilopass Technology HDCP-DTCP-CA-Keys-TSMC-NVM-180nm NVM for HDCP, Conditional Access, and DTCP Key Storage. 8Kb to 64Kb.
Kilopass Technology HDCP-DTCP-CA-Keys-TSMC-NVM-45nm NVM for HDCP, Conditional Access, and DTCP Key Storage. 8Kb to 64Kb.
Kilopass Technology HDCP-DTCP-CA-Keys-TSMC-NVM-65nm NVM for HDCP, Conditional Access, and DTCP Key Storage. 8Kb to 64Kb.
Kilopass Technology HDCP-DTCP-CA-Keys-TSMC-NVM-90nm NVM for HDCP, Conditional Access, and DTCP Key Storage. 8Kb to 64Kb.
Kilopass Technology HDCP-NVM-Keys-TSMC-80nm NVM for HDCP, Conditional Access, and DTCP Key Storage. 8Kb to 64Kb.
Kilopass Technology Itera-32b-to1Mb-MTP-40nm Multiple-Time-Programmable (MTP) NVM solutions for 40nm standard CMOS
Kilopass Technology Parametric-Yield-Recovery-Chartered-NVM-130nm Parametric yield recovery of analog and mixed signal circuits. 16bits to 8Kbits.
Kilopass Technology Parametric-Yield-Recovery-Dongbu-NVM-130nm Parametric yield recovery of analog and mixed signal circuits. 16bits to 8Kbits.
Kilopass Technology Parametric-Yield-Recovery-Dongbu-NVM-180nm Parametric yield recovery of analog and mixed signal circuits. 16bits to 8Kbits.
Kilopass Technology Parametric-Yield-Recovery-GLOBALFOUNDRIES-NVM-110nm Parametric yield recovery of analog and mixed signal circuits. 16bits to 8Kbits.
Kilopass Technology Parametric-Yield-Recovery-GLOBALFOUNDRIES-NVM-40nm NVM for HDCP, Conditional Access, and DTCP Key Storage. 8Kb to 64Kb.
Kilopass Technology Parametric-Yield-Recovery-IBM-NVM-65nm Parametric yield recovery of analog and mixed signal circuits. 16bits to 8Kbits.
Kilopass Technology Parametric-Yield-Recovery-SMIC-NVM-130nm Parametric yield recovery of analog and mixed signal circuits. 16bits to 8Kbits.
Kilopass Technology Parametric-Yield-Recovery-SMIC-NVM-180nm Parametric yield recovery of analog and mixed signal circuits. 16bits to 8Kbits.
Kilopass Technology Parametric-Yield-Recovery-TSMC-NVM-130nm Parametric yield recovery of analog and mixed signal circuits. 16bits to 8Kbits
Kilopass Technology Parametric-Yield-Recovery-TSMC-NVM-180nm Parametric yield recovery of analog and mixed signal circuits. 16bits to 8Kbits
Kilopass Technology Parametric-Yield-Recovery-TSMC-NVM-180nm Parametric yield recovery of analog and mixed signal circuits. 16bits to 8Kbits
Kilopass Technology Parametric-Yield-Recovery-TSMC-NVM-45nm Parametric yield recovery of analog and mixed signal circuits. 16bits to 8Kbits.
Kilopass Technology Parametric-Yield-Recovery-TSMC-NVM-65nm Parametric yield recovery of analog and mixed signal circuits. 16bits to 8Kbits.
Kilopass Technology Parametric-Yield-Recovery-TSMC-NVM-80nm Parametric yield recovery of analog and mixed signal circuits. 16bits to 8Kbits.
Kilopass Technology Parametric-Yield-Recovery-TSMC-NVM-90nm Parametric yield recovery of analog and mixed signal circuits. 16bits to 8Kbits
Kilopass Technology ROM-Replacement-Chartered-NVM-130nm OTP used to replace ROM. 256Kb to 1Mb.
Kilopass Technology ROM-Replacement-Dongbu-NVM-130nm OTP used to replace ROM. 256Kb to 1Mb.
Kilopass Technology ROM-Replacement-Dongbu-NVM-180nm OTP used to replace ROM. 256Kb to 1Mb.
Kilopass Technology ROM-Replacement-GLOBALFOUNDRIES-NVM-110nm OTP used to replace ROM. 256Kb to 2Mb.
Kilopass Technology ROM-Replacement-GLOBALFOUNDRIES-NVM-40nm NVM solutions for boot code and firmware storage, keys, ROM patch, and analog tuning. 256Kb to 4Mb.
Kilopass Technology ROM-Replacement-IBM-NVM-65nm OTP used to replace ROM. 256Kb to 1Mb.
Kilopass Technology ROM-Replacement-SMIC-NVM-130nm OTP used to replace ROM. 256Kb to 1Mb.
Kilopass Technology ROM-Replacement-SMIC-NVM-180nm OTP used to replace ROM. 256Kb to 1Mb.
Kilopass Technology ROM-Replacement-TSMC-NVM-130nm OTP used to replace ROM. 256Kb to 1Mb.
Kilopass Technology ROM-Replacement-TSMC-NVM-180nm OTP used to replace ROM. 256Kb to 1Mb.
Kilopass Technology ROM-Replacement-TSMC-NVM-45nm OTP used to replace ROM. 256Kb to 1Mb.
Kilopass Technology ROM-Replacement-TSMC-NVM-65nm OTP used to replace ROM. 256Kb to 1Mb.
Kilopass Technology ROM-Replacement-TSMC-NVM-80nm OTP used to replace ROM. 256Kb to 1Mb.
Kilopass Technology ROM-Replacement-TSMC-NVM-90nm OTP used to replace ROM. 256Kb to 1Mb.
Novocell Semiconductor Antifuse OTP NVM: NovoBytes w/ Smartbit 350nm, 512b-64Kbit ID/Encryption/Security OTP NVM memory IP, std CMOS, for ROM Replacement and patch
Novocell Semiconductor Novobits embedded antifuse OTP NVM efuse replacemt Novobits embedded antifuse OTP/NVM; 8 to 256bit Register in 90-350nm NVM Memory, standard CMOS as eFuse, mask ROM Replacement
Novocell Semiconductor Novobits Smartbit antifuse OTP non-volatile memory Novobits antifuse OTP 8,12,16,32,64,128,256 bit Register in 28-65nm NVM Memory, standard CMOS as eFuse, polyfuse Replacement
Novocell Semiconductor Novobits Smartbit antifuse OTP NVM efuse replacemt Novobits antifuse OTP 8,12,16,32,64,128,256 bit Register in 28-65nm NVM Memory, standard CMOS as eFuse, Flash/EEPROM Replacement
Novocell Semiconductor Novobits SPX Serial OTP w Preview Mode Smartbit-based Serial OTP, Std CMOS, for Register, Trimming, Calibration, Foundry eFuse replacement
Novocell Semiconductor Novobits:10x Faster, 5x Smaller efuse alternative 180-350nm Novobits antifuse OTP 8,12,16,32,64,128,256 bit Register NVM Memory, fully standard CMOS as eFuse Replacement
Novocell Semiconductor NovoBytes antifuse OTP NVM (70% smaller) 28-350nm NovoBytes OTP NVM array/block ROM Memory IP in 45nm Std CMOS, for Security/ID/Encryption/Code Storage
Novocell Semiconductor NovoBytes antifuse OTP NVM (70% smaller) 28-350nm NovoBytes OTP NVM array/block ROM Memory IP in 90nm Std CMOS, for Security/ID/Encryption/Code Storage
Novocell Semiconductor NovoBytes antifuse OTP NVM (70% smaller) 28-350nm NovoBytes OTP NVM array/block ROM Memory IP in 90nm Std CMOS, for Security/ID/Encryption/Code Storage
Novocell Semiconductor NovoBytes antifuse OTP NVM (70% smaller) 28-350nm NovoBytes OTP NVM array/block ROM Memory IP in 90nm Std CMOS, for Security/ID/Encryption/Code Storage
Novocell Semiconductor NovoBytes antifuse OTP NVM (70% smaller) 28-350nm NovoBytes OTP NVM array/block ROM Memory IP in 130nm Std CMOS, for Security/ID/Encryption/Code Storage
Novocell Semiconductor NovoBytes antifuse OTP NVM w Smartbit Security/ID/Encryption OTP memory IP, standard CMOS, for ROM Replacement and patch
Novocell Semiconductor NovoBytes MTP 2x to 100x+ Multi-Write Antifuse NVM NovoBytes MTP/OTP hybrid 2x to 1000x, Multi-Time Write Antifuse OTP/MTP NVM Memory IP, Few Times Write
Novocell Semiconductor OTP-128bit-130nm-NB128_130 OTP-128bit Serial in 130nm NVM Memory IP, STD CMOS, for Flash/EEPROM Replacement
Novocell Semiconductor OTP-128bit-180nm-NB128_180 Novobits OTP-128bit Register in 180nm NVM Memory IP, STD CMOS, for eFuse, Flash/EEPROM Replacement
Novocell Semiconductor OTP-256bit-130nm-NB256_130 Novobits SPX OTP-256bit Serial in 130nm NVM Memory IP, STD CMOS, for Flash/EEPROM Replacement
Novocell Semiconductor OTP-256bit-180nm-NB256_180 OTP-256bit Serial in 180nm NVM Memory IP, STD CMOS, for Flash/EEPROM Replacement
Novocell Semiconductor OTP-32bit-180nm-NB32_180 Novobits SPX (Serial) OTP-32bit in 180nm NVM Memory IP, STD CMOS, for eFuse, Flash/EEPROM Replacement
Novocell Semiconductor OTP-64bit-130nm-NB64_130 OTP-64bit Serial in 130nm NVM Memory IP, STD CMOS, for Flash/EEPROM Replacement
Novocell Semiconductor OTP-64bit-180nm-NB64_180 Novobits SPX OTP-64bit Serial in 180nm NVM Memory IP, STD CMOS, for Flash/EEPROM Replacement
NSCore PermSRAM-128b-3FTP-IBM-180nm-G 128b FTP (3 times) NVM memory IP
NSCore PermSRAM-128Kb-OTP-Fujitsu-090nm-G 128Kb OTP NVM memory Ip
NSCore PermSRAM-16Kb-OTP-TSMC-065nm-LP 16Kb OTP NVM memory IP
NSCore PermSRAM-16Kb-OTP-TSMC-090nm-G 16Kb OTP NVM memory IP
NSCore PermSRAM-1Kb-4FTP-TSMC-065nm-LP 1Kb FTP (4 times) NVM memory IP
NSCore PermSRAM-1Kb-4FTP-TSMC-090nm-G 1Kb FTP (4 times) NVM memory IP
NSCore PermSRAM-1Kb-4FTP-TSMC-130nm-G 1Kb FTP (4 times) NVM memory IP
NSCore PermSRAM-1Kb-OTP-TSMC-065nm-LP 1Kb OTP NVM memory IP
NSCore PermSRAM-1Kb-OTP-TSMC-090nm-G 1Kb OTP NVM memory IP
NSCore PermSRAM-1Kb-OTP-TSMC-130nm-G 1Kb OTP NVM memory IP
NSCore PermSRAM-256b-4FTP-TSMC-065nm-LP 256b FTP (4 times) NVM memory IP
NSCore PermSRAM-256b-4FTP-TSMC-090nm-G 256b FTP (4 times) NVM memory IP
NSCore PermSRAM-256b-4FTP-TSMC-130nm-G 256b FTP (4 times) NVM memory IP
NSCore PermSRAM-256b-OTP-TSMC-090nm-G 256b OTP NVM memory IP
NSCore PermSRAM-256b-OTP-TSMC-130nm-G 256b OTP NVM memory IP
NSCore PermSRAM-32Kb-OTP-TSMC-130nm-G 32Kb OTP NVM memory IP
NSCore PermSRAM-4Kb-4FTP-TSMC-065nm-LP 4Kb FTP (4 times) NVM memory IP
NSCore PermSRAM-4Kb-4FTP-TSMC-090nm-G 4Kb FTP (4 times) NVM memory IP
NSCore PermSRAM-4Kb-OTP-IBM-180nm-G 4Kb OTP NVM memory IP
NSCore PermSRAM-4Kb-OTP-TSMC-065nm-LP 4Kb OTP NVM memory IP
NSCore PermSRAM-4Kb-OTP-TSMC-090nm-G 4Kb OTP NVM memory IP
NSCore PermSRAM-4Kb-OTP-TSMC-130nm-G 4Kb OTP NVM memory IP
NSCore PermSRAM-4Kb-OTP-TSMC-180nm-G 4Kb OTP NVM memory IP
NSCore PermSRAM-512b-OTP-IBM-180nm-G 512b OTP NVM memory IP
NSCore PermSRAM-64b-4FTP-TSMC-090nm-G 64b FTP (4 times) NVM memory IP
NSCore PermSRAM-64b-4FTP-TSMC-130nm-G 64b FTP (4 times) NVM memory IP
Sidense HDCP-Keys-NVM-130nm-G-TSMC OTP/eMTP NVM for HDCP Key Storage in HDMI and DVI interfaces
Sidense HDCP-Keys-NVM-130nm-LL-UMC OTP/eMTP NVM for HDCP Key Storage in HDMI and DVI Interfaces
Sidense HDCP-Keys-NVM-130nm-SP-UMC NVM for HDCP Key Storage in HDMI and DVI Interfaces (OTP)
Sidense HDCP-Keys-NVM-65nm-GP-TSMC OTP/NVM for HDCP Key Storage in HDMI and DVI Interfaces
Sidense HDCP-Keys-NVM-65nm-LL-UMC OTP/eMTP 256Kbit NVM in 65nm Standard Logic CMOS process
Sidense HDCP-Keys-NVM-65nm-LP-TSMC OTP/eMTP NVM for HDCP Key Storage in HDMI and DVI Interfaces
Sidense HDCP-Keys-NVM-90nm-G-TSMC NVM for HDCP Key Storage in HDMI and DVI Interfaces (OTP)
Sidense HDCP-Keys-NVM-90nm-SP-UMC OTP/eMTP for HDCP Key Storage in HDMI and DVI Interfaces
Sidense NVM-128Kbit-130nm-LL-UMC 128 Kbit NVM in 130nm Standard Logic CMOS process OTP/eMTP
Sidense NVM-128Kbit-90nm-G-TSMC OTP/eMTP: 128 Kbit NVM in 90nm Standard Logic CMOS process
Sidense NVM-128Kbit-90nm-LP-TSMC OTP/eMTP: 128 Kbit NVM in 90nm Standard Logic CMOS process
Sidense NVM-128Kbit-90nm-SP-UMC 128 Kbit NVM in 90nm Standard Logic CMOS process OTP/eMTP
Sidense NVM-16Kbit-130nm-LL-UMC 16 Kbit NVM in 130nm Standard Logic CMOS process OTP/eMTP
Sidense NVM-16Kbit-90nm-G-TSMC OTP/eMTP Memory IP: 16 Kbit NVM in 90nm Standard Logic CMOS process
Sidense NVM-16Kbit-90nm-LP-TSMC 16 Kbit NVM in 90nm Standard Logic CMOS process OTP/eMTP
Sidense NVM-16Kbit-90nm-SP-UMC 16 Kbit NVM in 90nm Standard Logic CMOS process OTP/eMTP
Sidense NVM-256Kbit-90nm-G-SMIC OTP/eMTP: 256Kbit NVM in 90nm Standard Logic CMOS process
Sidense NVM-256Kbit-90nm-G-TSMC OTP/eMTP 256 Kbit NVM in 90nm Standard Logic CMOS process
Sidense NVM-256Kbit-90nm-LP-TSMC OTP/eMTP: 256 Kbit NVM in 90nm Standard Logic CMOS process
Sidense NVM-256Kbit-90nm-SP-UMC 256 Kbit NVM in 90nm Standard Logic CMOS process OTP/eMTP
Sidense NVM-512Kbit-65nm-GP-TSMC OTP/eMTP 512 Kbit NVM in 65nm Standard Logic CMOS process
Sidense NVM-512Kbit-65nm-LP-TSMC OTP/eMTP: 512 Kbit NVM in 65nm Standard Logic CMOS process
Sidense NVM-512Kbit-90nm-G-TSMC OTP/eMTP: 512 Kbit NVM in 90nm Standard Logic CMOS process
Sidense NVM-512Kbit-90nm-LP-TSMC OTP/eMTP 512 Kbit NVM in 90nm Standard Logic CMOS process
Sidense NVM-512Kbit-90nm-SP-UMC OTP/eMTP: 512 Kbit NVM in 90nm Standard Logic CMOS process OTP/eMTP
Sidense NVM-64Kbit-130nm-HS-UMC OTP/eMTP: 64 Kbit NVM in 130nm Standard Logic CMOS process
Sidense NVM-64Kbit-90nm-G-TSMC 64 Kbit NVM in 90nm Standard Logic CMOS process OTP/eMTP
Sidense NVM-64Kbit-90nm-LP-TSMC OTP/eMTP: 64 Kbit NVM in 90nm Standard Logic CMOS process
Sidense NVM-64Kbit-90nm-LP-UMC OTP/eMTP: 64 Kbit NVM in 90nm Standard Logic CMOS process
Sidense NVM-64Kbit-90nm-SP-UMC 64 Kbit NVM in 90nm Standard Logic CMOS process OTP/eMTP
Sidense NVM-8Kbit-90nm-G-TSMC 8 Kbit NVM in 90nm Standard Logic CMOS process OTP/eMTP
Sidense NVM-8Kbit-90nm-LP-TSMC 8 Kbit NVM in 90nm Standard Logic CMOS process OTP/eMTP
Sidense NVM-8Kbit-90nm-SP-UMC 8 Kbit NVM in 90nm Standard Logic CMOS process OTP/eMTP
Sidense OTP-NVM-512Kbit-55nm-GP-TSMC 512 Kbit NVM in 55nm Standard Logic CMOS process OTP/eMTP
Sidense OTP-NVM-64Kbit-55nm-GP-TSMC 64 Kbit NVM in 55nm Standard Logic CMOS process OTP/eMTP
Sidense SiPROM_CHRT130G33_2Kx128_4S4Y2_AC OTP/eMTP: 256 Kbit NVM in 130nm Standard Logic CMOS process
Sidense SiPROM_CHRT130G33_2Kx32_1S4Y2_AC OTP/eMTP: 64 Kbit NVM in 130nm Standard Logic CMOS process
Sidense SiPROM_CHRT130G33_4Kx128_4S8Y2_AC OTP/eMTP: 512 Kbit NVM in 130nm Standard Logic CMOS process
Sidense SiPROM_CHRT130G33_4Kx32_1S8Y2_AC OTP/eMTP: 128 Kbit NVM in 130nm Standard Logic CMOS process
Sidense SiPROM_CHRT130G33_4Kx8_1S8Y2_AC OTP/eMTP: 32 Kbit NVM in 130nm Standard Logic CMOS process
Sidense SiPROM_CHRT65G25_1Kx8_1S2Y2_AF OTP/eMTP: 8 Kbit NVM in 65nm Standard Logic CMOS process
Sidense SiPROM_CHRT65G25_2Kx32_1S4Y2_AF OTP/eMTP: 64 Kbit NVM in 65nm Standard Logic CMOS process
Sidense SiPROM_CHRT65G25_2Kx8_1S4Y2_AF OTP/eMTP: 16 Kbit NVM in 65nm Standard Logic CMOS process
Sidense SiPROM_FML90LL33_2Kx128_4S4Y2_AF OTP/eMTP: 256 Kbit NVM in 90nm Standard Logic CMOS process
Sidense SiPROM_FML90LL33_2Kx32_1S4Y2_AF OTP/eMTP: 64 Kbit NVM in 90nm Standard Logic CMOS process
Sidense SiPROM_FML90LL33_4Kx16_1S8Y2_AF OTP/eMTP: 64 Kbit NVM in 90nm Standard Logic CMOS process
Sidense SiPROM_IBM65G25_1Kx32_1S2Y2_AF OTP/eMTP: 32 Kbit NVM in 65nm Standard Logic CMOS process
Sidense SiPROM_IBM65G25_1Kx64_2S2Y2_AF OTP/eMTP: 64 Kbit NVM in 65nm Standard Logic CMOS process
Sidense SiPROM_IBM65G25_2Kx16_1S4Y2_AF OTP/eMTP: 32 Kbit NVM in 90nm Standard Logic CMOS process
Sidense SiPROM_IBM65G25_2Kx64_2S4Y2_AF OTP/eMTP: 128 Kbit NVM in 65nm Standard Logic CMOS process
Sidense SiPROM_IBM65G25_2Kx8_1S4Y2_AF OTP/eMTP: 16 Kbit NVM in 65nm Standard Logic CMOS process
Sidense SiPROM_IBM65G25_4Kx128_4S8Y2_AF OTP/eMTP: 512 Kbit NVM in 65nm Standard Logic CMOS process
Sidense SiPROM_IBM65G25_4Kx16_1S8Y2_AF OTP/eMTP: 64 Kbit NVM in 65nm Standard Logic CMOS process
Sidense SiPROM_IBM65G25_4Kx32_1S8Y2_AF OTP/eMTP: 128 Kbit NVM in 65nm Standard Logic CMOS process
Sidense SiPROM_IBM65G25_4Kx64_2S8Y2_AF OTP/eMTP: 256 Kbit NVM in 65nm Standard Logic CMOS process
Sidense SiPROM_IBM65G25_4Kx8_1S8Y2_AF OTP/eMTP: 32 Kbit NVM in 65nm Standard Logic CMOS process
Sidense SiPROM_IBM65LPe25_1Kx32_1S2Y2_AF OTP/eMTP: 32 Kbit NVM in 65nm Standard Logic CMOS process
Sidense SiPROM_IBM65LPe25_2Kx128_4S4Y2_AF OTP/eMTP: 256 Kbit NVM in 65nm Standard Logic CMOS process
Sidense SiPROM_IBM65LPe25_2Kx32_1S4Y2_AF OTP/eMTP: 64 Kbit NVM in 65nm Standard Logic CMOS process
Sidense SiPROM_IBM65LPe25_4Kx128_4S8Y2_AF OTP/eMTP: 512 Kbit NVM in 65nm Standard Logic CMOS process
Sidense SiPROM_IBM65LPe25_4Kx16_1S8Y2_AF OTP/eMTP: 64 Kbit NVM in 65nm Standard Logic CMOS process
Sidense SiPROM_IBM65LPe25_4Kx32_1S8Y2_AF OTP/eMTP: 128 Kbit NVM in 65nm Standard Logic CMOS process
Sidense SiPROM_SMIC90G25_1Kx32_1S2Y2_AG OTP/eMTP: 32 Kbit NVM in 90nm Standard Logic CMOS process
Sidense SiPROM_SMIC90G25_2Kx128_4S4Y2_AG OTP/eMTP: 256 Kbit NVM in 90nm Standard Logic CMOS process
Sidense SiPROM_SMIC90G25_2Kx32_1S4Y2_AG OTP/eMTP: 64 Kbit NVM in 90nm Standard Logic CMOS process
Sidense SiPROM_SMIC90G25_2Kx64_2S4Y2_AG OTP/eMTP: 128 Kbit NVM in 90nm Standard Logic CMOS process
Sidense SiPROM_SMIC90G25_4Kx128_4S8Y2_AG OTP/eMTP: 512 Kbit NVM in 90nm Standard Logic CMOS process
Sidense SiPROM_SMIC90G25_4Kx32_1S8Y2_AG OTP/eMTP: 128 Kbit NVM in 90nm Standard Logic CMOS process
Sidense SiPROM_SMIC90G33_1Kx32_1S2Y2_AG OTP/eMTP: 32 Kbit NVM in 90nm Standard Logic CMOS process
Sidense SiPROM_SMIC90G33_2Kx16_1S4Y2_AG OTP/eMTP: 32 Kbit NVM in 90nm Standard Logic CMOS process
Sidense SiPROM_SMIC90G33_2Kx64_2S4Y2_AG OTP/eMTP: 128 Kbit NVM in 90nm Standard Logic CMOS process
Sidense SiPROM_SMIC90G33_4Kx32_1S8Y2_AG OTP/eMTP: 128 Kbit NVM in 90nm Standard Logic CMOS process
Sidense SiPROM_SMIC90LL25_1Kx128_4S2Y2_AG OTP/eMTP: 128 Kbit NVM in 90nm Standard Logic CMOS process
Sidense SiPROM_SMIC90LL25_1Kx32_1S2Y2_AG OTP/eMTP: 32 Kbit NVM in 90nm Standard Logic CMOS process
Sidense SiPROM_SMIC90LL25_2Kx128_4S4Y2_AG OTP/eMTP: 256 Kbit NVM in 90nm Standard Logic CMOS process
Sidense SiPROM_SMIC90LL25_4Kx32_1S8Y2_AG OTP/eMTP: 128 Kbit NVM in 90nm Standard Logic CMOS process
Sidense SiPROM_SMIC90LL25_4Kx8_1S8Y2_AG OTP/eMTP: 32 Kbit NVM in 90nm Standard Logic CMOS process
Sidense SiPROM_SMIC90LL33_2Kx128_4S4Y2_AG OTP/eMTP: 256 Kbit NVM in 90nm Standard Logic CMOS process
Sidense SiPROM_SMIC90LL33_2Kx32_1S4Y2_AG OTP/eMTP: 64 Kbit NVM in 90nm Standard Logic CMOS process
Sidense SiPROM_SMIC90LL33_4Kx128_4S8Y2_AG OTP/eMTP: 512 Kbit NVM in 90nm Standard Logic CMOS process
Sidense SiPROM_SMIC90LL33_4Kx64_2S8Y2_AG OTP/eMTP: 256 Kbit NVM in 90nm Standard Logic CMOS process
Sidense SiPROM_TSMC130G33_2Kx8_1S4Y2_AC OTP/eMTP: 16 Kbit NVM in 130nm Standard Logic CMOS process
Sidense SiPROM_TSMC130LP25_4Kx16_1S8Y2_AC OTP/eMTP: 64 Kbit NVM in 130nm Standard Logic CMOS process
Sidense SiPROM_TSMC55GP25_1Kx128_4S2Y2_AF OTP/eMTP: 128 Kbit NVM in 55nm Standard Logic CMOS process
Sidense SiPROM_TSMC55GP25_2Kx128_4S4Y2_AF OTP/eMTP: 256 Kbit NVM in 55nm Standard Logic CMOS process
Sidense SiPROM_TSMC55GP25_2Kx32_1S4Y2_AF OTP/eMTP: 64 Kbit NVM in 55nm Standard Logic CMOS process
Sidense SiPROM_TSMC55GP25_4Kx128_4S8Y2_AF OTP/eMTP: 512 Kbit NVM in 55nm Standard Logic CMOS process
Sidense SiPROM_TSMC55GP25_4Kx8_1S8Y2_AF OTP/eMTP: 32 Kbit NVM in 55nm Standard Logic CMOS process
Sidense SiPROM_TSMC65GP25_1Kx32_1S2Y2_AF OTP/eMTP: 32 Kbit NVM in 65nm Standard Logic CMOS process
Sidense SiPROM_TSMC65GP25_2Kx128_4S4Y2_AF OTP/eMTP: 256 Kbit NVM in 65nm Standard Logic CMOS process
Sidense SiPROM_TSMC65GP25_2Kx32_1S4Y2_AF OTP/eMTP: 64 Kbit NVM in 90nm Standard Logic CMOS process
Sidense SiPROM_TSMC65GP25_2Kx64_2S4Y2_AF OTP/eMTP: 128 Kbit NVM in 65nm Standard Logic CMOS process
Sidense SiPROM_TSMC65GP25_4Kx128_4S8Y2_AF OTP/eMTP: 512 Kbit NVM in 65nm Standard Logic CMOS process
Sidense SiPROM_TSMC65GP25_4Kx16_1S8Y2_AF OTP/eMTP: 64 Kbit NVM in 65nm Standard Logic CMOS process
Sidense SiPROM_TSMC65GP25_4Kx32_1S8Y2_AF OTP/eMTP: 128 Kbit NVM in 65nm Standard Logic CMOS process
Sidense SiPROM_TSMC65GP25_4Kx64_2S8Y2_AF OTP/eMTP: 256 Kbit NVM in 65nm Standard Logic CMOS process
Sidense SiPROM_TSMC65GP25_4Kx8_1S8Y2_AF OTP/eMTP: 32 Kbit NVM in 65nm Standard Logic CMOS process
Sidense SiPROM_TSMC65LP25_1Kx128_4S2Y2_AF OTP/eMTP: 128 Kbit NVM in 65nm Standard Logic CMOS process
Sidense SiPROM_TSMC65LP25_1Kx32_1S2Y2_AF OTP/eMTP: 32 Kbit NVM in 65nm Standard Logic CMOS process
Sidense SiPROM_TSMC65LP25_2Kx128_4S4Y2_AF OTP/eMTP: 256 Kbit NVM in 65nm Standard Logic CMOS process
Sidense SiPROM_TSMC65LP25_2Kx16_1S4Y2_AF OTP/eMTP: 32 Kbit NVM in 65nm Standard Logic CMOS process
Sidense SiPROM_TSMC65LP25_2Kx32_1S4Y2_AF OTP/eMTP: 64 Kbit NVM in 65nm Standard Logic CMOS process
Sidense SiPROM_TSMC65LP25_2Kx64_2S4Y2_AF OTP/eMTP: 128 Kbit NVM in 65nm Standard Logic CMOS process
Sidense SiPROM_TSMC65LP25_4Kx128_4S8Y2_AF OTP/eMTP: 512 Kbit NVM in 65nm Standard Logic CMOS process
Sidense SiPROM_TSMC65LP25_4Kx16_1S8Y2_AF OTP/eMTP: 64 Kbit NVM in 65nm Standard Logic CMOS process
Sidense SiPROM_TSMC65LP25_4Kx32_1S8Y2_AF OTP/eMTP: 128 Kbit NVM in 65nm Standard Logic CMOS process
Sidense SiPROM_TSMC65LP25_4Kx64_2S8Y2_AF OTP/eMTP: 256 Kbit NVM in 65nm Standard Logic CMOS process
Sidense SiPROM_TSMC65LP25_4Kx8_1S8Y2_AF OTP/eMTP: 32 Kbit NVM in 65nm Standard Logic CMOS process
Sidense SiPROM_TSMC65LP33_1Kx16_1S2Y2_AF OTP/eMTP: 16 Kbit NVM in 65nm Standard Logic CMOS process
Sidense SiPROM_TSMC65LP33_1Kx32_1S2Y2_AF OTP/eMTP: 32 Kbit NVM in 65nm Standard Logic CMOS process
Sidense SiPROM_TSMC65LP33_1Kx64_2S2Y2_AF OTP/eMTP: 64 Kbit NVM in 65nm Standard Logic CMOS process
Sidense SiPROM_TSMC65LP33_1Kx8_1S2Y2_AF OTP/eMTP: 8 Kbit NVM in 65nm Standard Logic CMOS process
Sidense SiPROM_TSMC65LP33_2Kx128_4S4Y2_AF OTP/eMTP: 512 Kbit NVM in 65nm Standard Logic CMOS process
Sidense SiPROM_TSMC65LP33_2Kx16_1S4Y2_AF OTP/eMTP: 32 Kbit NVM in 65nm Standard Logic CMOS process
Sidense SiPROM_TSMC65LP33_2Kx32_1S4Y2_AF OTP/eMTP: 64 Kbit NVM in 65nm Standard Logic CMOS process
Sidense SiPROM_TSMC65LP33_2Kx64_2S4Y2_AF OTP/eMTP: 128 Kbit NVM in 65nm Standard Logic CMOS process
Sidense SiPROM_TSMC65LP33_4Kx128_4S8Y2_AF OTP/eMTP: 512 Kbit NVM in 65nm Standard Logic CMOS process
Sidense SiPROM_TSMC65LP33_4Kx16_1S8Y2_AF OTP/eMTP: 64 Kbit NVM in 65nm Standard Logic CMOS process
Sidense SiPROM_TSMC65LP33_4Kx32_1S8Y2_AF OTP/eMTP: 128 Kbit NVM in 90nm Standard Logic CMOS process
Sidense SiPROM_TSMC65LP33_4Kx64_2S8Y2_AF OTP/eMTP: 256 Kbit NVM in 65nm Standard Logic CMOS process
Sidense SiPROM_TSMC65LP33_4Kx8_1S8Y2_AF OTP/eMTP: 32 Kbit NVM in 65nm Standard Logic CMOS process
Sidense SiPROM_TSMC90G25_1Kx128_4S2Y2_AG OTP/eMTP: 128 Kbit NVM in 90nm Standard Logic CMOS process
Sidense SiPROM_TSMC90G25_1Kx32_1S2Y2_AG OTP/eMTP: 32 Kbit NVM in 90nm Standard Logic CMOS process
Sidense SiPROM_TSMC90G25_1Kx64_2S2Y2_AG OTP/eMTP: 64 Kbit NVM in 90nm Standard Logic CMOS process
Sidense SiPROM_TSMC90G25_2Kx128_4S4Y2_AG OTP/eMTP: 256 Kbit NVM in 90nm Standard Logic CMOS process
Sidense SiPROM_TSMC90G25_2Kx32_1S4Y2_AG OTP/eMTP: 64 Kbit NVM in 65nm Standard Logic CMOS process
Sidense SiPROM_TSMC90G25_2Kx64_2S4Y2_AG OTP/eMTP: 128 Kbit NVM in 90nm Standard Logic CMOS process
Sidense SiPROM_TSMC90G25_2Kx8_1S4Y2_AG OTP/eMTP: 16 Kbit NVM in 90nm Standard Logic CMOS process
Sidense SiPROM_TSMC90G25_4Kx128_4S8Y2_AG OTP/eMTP: 512 Kbit NVM in 90nm Standard Logic CMOS process
Sidense SiPROM_TSMC90G25_4Kx32_1S8Y2_AG OTP/eMTP: 128 Kbit NVM in 90nm Standard Logic CMOS process
Sidense SiPROM_TSMC90G33_1Kx16_1S2Y2_AG OTP/eMTP: 16 Kbit NVM in 90nm Standard Logic CMOS process
Sidense SiPROM_TSMC90G33_2Kx128_4S4Y2_AG OTP/eMTP: 256 Kbit NVM in 90nm Standard Logic CMOS process
Sidense SiPROM_TSMC90G33_2Kx16_1S4Y2_AG OTP/eMTP: 32 Kbit NVM in 65nm Standard Logic CMOS process
Sidense SiPROM_TSMC90G33_2Kx64_2S4Y2_AG OTP/eMTP: 128 Kbit NVM in 90nm Standard Logic CMOS process
Sidense SiPROM_TSMC90G33_4Kx128_4S8Y2_AG OTP/eMTP: 512 Kbit NVM in 90nm Standard Logic CMOS process
Sidense SiPROM_TSMC90G33_4Kx32_1S8Y2_AG OTP/eMTP: 128 Kbit NVM in 90nm Standard Logic CMOS process
Sidense SiPROM_TSMC90G33_4Kx8_1S8Y2_AG OTP/eMTP: 32 Kbit NVM in 90nm Standard Logic CMOS process
Sidense SiPROM_TSMC90LP25_1Kx32_1S2Y2_AG OTP/eMTP: 32 Kbit NVM in 90nm Standard Logic CMOS process
Sidense SiPROM_TSMC90LP25_2Kx128_4S4Y2_AG OTP/eMTP: 256 Kbit NVM in 90nm Standard Logic CMOS process
Sidense SiPROM_TSMC90LP25_2Kx32_1S4Y2_AG OTP/eMTP: 64 Kbit NVM in 90nm Standard Logic CMOS process
Sidense SiPROM_TSMC90LP25_2Kx64_2S4Y2_AG OTP/eMTP: 128 Kbit NVM in 90nm Standard Logic CMOS process
Sidense SiPROM_TSMC90LP25_4Kx128_4S8Y2_AG OTP/eMTP: 512 Kbit NVM in 90nm Standard Logic CMOS process
Sidense SiPROM_TSMC90LP25_4Kx16_1S8Y2_AG OTP/eMTP: 64 Kbit NVM in 90nm Standard Logic CMOS process
Sidense SiPROM_TSMC90LP25_4Kx8_1S8Y2_AG OTP/eMTP: 32 Kbit NVM in 90nm Standard Logic CMOS process
Sidense SiPROM_TSMC90LP33_1Kx32_1S2Y2_AG OTP/eMTP: 32 Kbit NVM in 65nm Standard Logic CMOS process
Sidense SiPROM_TSMC90LP33_2Kx128_4S4Y2_AG OTP/eMTP: 256 Kbit NVM in 90nm Standard Logic CMOS process
Sidense SiPROM_TSMC90LP33_2Kx32_1S4Y2_AG OTP/eMTP: 64 Kbit NVM in 90nm Standard Logic CMOS process
Sidense SiPROM_TSMC90LP33_4Kx128_4S8Y2_AG OTP/eMTP: 512 Kbit NVM in 90nm Standard Logic CMOS process
Sidense SiPROM_TSMC90LP33_4Kx16_1S8Y2_AG OTP/eMTP: 64 Kbit NVM in 90nm Standard Logic CMOS process
Sidense SiPROM_TSMC90LP33_4Kx32_1S8Y2_AG OTP/eMTP: 128 Kbit NVM in 90nm Standard Logic CMOS process
Sidense SiPROM_TSMC90LP33_4Kx64_2S8Y2_AG OTP/eMTP: 256 Kbit NVM in 90nm Standard Logic CMOS process
Sidense SiPROM_UMC110LL33_2Kx64_2S4Y2_AC OTP/eMTP: 128 Kbit NVM in 110nm Standard Logic CMOS process
Sidense SiPROM_UMC130LL33_4Kx128_4S8Y2_AC OTP/eMTP: 512 Kbit NVM in 130nm Standard Logic CMOS process
Sidense SiPROM_UMC130SP33_1Kx64_2S2Y2_AC OTP/eMTP: 64 Kbit NVM in 130nm Standard Logic CMOS process
Sidense SiPROM_UMC130SP33_4Kx64_2S8Y2_AC OTP/eMTP: 256 Kbit NVM in 130nm Standard Logic CMOS process
Sidense SiPROM_UMC65LL25_1Kx16_1S2Y2_AF OTP/eMTP: 16 Kbit NVM in 65nm Standard Logic CMOS process
Sidense SiPROM_UMC65LL25_2Kx32_1S4Y2_AF OTP/eMTP: 64 Kbit NVM in 65nm Standard Logic CMOS process
Sidense SiPROM_UMC65LL25_4Kx128_4S8Y2_AF OTP/eMTP: 512 Kbit NVM in 65nm Standard Logic CMOS process
Sidense SiPROM_UMC65LL25_4Kx32_1S8Y2_AF OTP/eMTP: 128 Kbit NVM in 65nm Standard Logic CMOS process
Sidense SiPROM_UMC65LL25_4Kx8_1S8Y2_AF OTP/eMTP: 32 Kbit NVM in 65nm Standard Logic CMOS process
Sidense SiPROM_UMC65LL33_2Kx16_1S4Y2_AF OTP/eMTP: 32 Kbit NVM in 65nm Standard Logic CMOS process
Sidense SiPROM_UMC65LL33_2Kx32_1S4Y2_AF OTP/eMTP: 64 Kbit NVM in 65nm Standard Logic CMOS process
Sidense SiPROM_UMC65LL33_4Kx32_1S8Y2_AF OTP/eMTP: 128 Kbit NVM in 65nm Standard Logic CMOS process
Sidense SiPROM_UMC65LL33_4Kx64_2S8Y2_AF OTP/eMTP: 256 Kbit NVM in 65nm Standard Logic CMOS process
Sidense SiPROM_UMC65SP25_1Kx128_4S2Y2_AF OTP/eMTP: 128 Kbit NVM in 65nm Standard Logic CMOS process
Sidense SiPROM_UMC65SP25_1Kx32_1S2Y2_AF OTP/eMTP: 64 Kbit NVM in 55nm Standard Logic CMOS process
Sidense SiPROM_UMC65SP25_2Kx128_4S4Y2_AF OTP/eMTP: 256 Kbit NVM in 65nm Standard Logic CMOS process
Sidense SiPROM_UMC65SP25_2Kx32_1S4Y2_AF OTP/eMTP: 64 Kbit NVM in 65nm Standard Logic CMOS process
Sidense SiPROM_UMC65SP25_4Kx128_4S8Y2_AF OTP/eMTP: 512 Kbit NVM in 65nm Standard Logic CMOS process
Sidense SiPROM_UMC65SP25_4Kx32_1S8Y2_AF OTP/eMTP: 128 Kbit NVM in 65nm Standard Logic CMOS process
Sidense SiPROM_UMC65SP25_4Kx64_2S8Y2_AF OTP/eMTP: 256 Kbit NVM in 65nm Standard Logic CMOS process
Sidense SiPROM_UMC90LL25_2Kx128_4S4Y2_AG OTP/eMTP: 256 Kbit NVM in 90nm Standard Logic CMOS process
Sidense SiPROM_UMC90LL25_4Kx64_2S8Y2_AG OTP/eMTP: 256 Kbit NVM in 90nm Standard Logic CMOS process
Sidense SiPROM_UMC90LL33_1Kx128_4S2Y2_AG OTP/eMTP: 128 Kbit NVM in 90nm Standard Logic CMOS process
Sidense SiPROM_UMC90SP25_4Kx128_4S8Y2_AG OTP/eMTP: 512 Kbit NVM in 90nm Standard Logic CMOS process
Sidense SiPROM_UMC90SP25_4Kx32_1S8Y2_AG OTP/eMTP: 128 Kbit NVM in 90nm Standard Logic CMOS process
Sidense SiPROM_UMC90SP33_2Kx128_4S4Y2_AG OTP/eMTP: 256 Kbit NVM in 90nm Standard Logic CMOS process
Sidense SiPROM_UMC90SP33_2Kx64_2S4Y2_AG OTP/eMTP: 128 Kbit NVM in 90nm Standard Logic CMOS process
Sidense SLP-128Kbit -180-GII-UMC OTP/eMTP very low power 128Kbit NVM in 180nm Standard Logic CMOS process
Sidense SLP-16Kbit -180-G-SMIC OTP/eMTP very low power 16 Kbit NVM in 180nm Standard Logic CMOS process
Sidense SLP-16Kbit -180-GII-UMC OTP/eMTP: Very low power 16 Kbit NVM in 180nm Standard Logic CMOS process (OTP/eMTP)
Sidense SLP-16Kbit -180-LL-SMIC OTP/eMTP: Very low power 16 Kbit NVM in 180nm Standard Logic CMOS process
Sidense SLP-16Kbit -180-SL-TOWER Very low power 16 Kbit NVM in 180nm Standard Logic CMOS process (OTP/eMTP)
Sidense SLP-16Kbit-180-G-TSMC OTP/eMTP: Very low power 16 Kbit NVM in 180nm Standard Logic CMOS process
Sidense SLP-1Kbit -180-G-SMIC Very low power 1 Kbit NVM in 180nm Standard Logic CMOS process (OTP/eMTP)
Sidense SLP-1Kbit -180-GII-UMC Very low power 1 Kbit NVM in 180nm Standard Logic CMOS process (OTP/eMTP)
Sidense SLP-1Kbit -180-LL-SMIC Very low power 1 Kbit NVM in 180nm Standard Logic CMOS process (OTP/eMTP)
Sidense SLP-1Kbit -180-SL-TOWER Very low power 1 Kbit NVM in 180nm Standard Logic CMOS process (OTP/eMTP)
Sidense SLP-1Kbit-180-G-TSMC Very low power 1 Kbit NVM in 180nm Standard Logic CMOS process (OTP/eMTP)
Sidense SLP-256Kbit -180-G-SMIC Very low power 256 Kbit NVM in 180nm Standard Logic CMOS process (OTP/eMTP)
Sidense SLP-256Kbit -180-GII-UMC OTP/eMTP: Very low power 256 Kbit NVM in 180nm Standard Logic CMOS process
Sidense SLP-256Kbit -180-LL-SMIC OTP/eMTP: Very low power 256 Kbit NVM in 180nm Standard Logic CMOS process
Sidense SLP-256Kbit -180-SL-TOWER OTP/eMTP: Very low power 256 Kbit NVM in 180nm Standard Logic CMOS process
Sidense SLP-256Kbit-180-G-TSMC OTP/eMTP - Very low power 256 Kbit NVM in 180nm Standard Logic CMOS process
Sidense SLP-4Kbit -180-G-SMIC Very low power 4 Kbit NVM in 180nm Standard Logic CMOS process (OTP/eMTP)
Sidense SLP-4Kbit -180-GII-UMC Very low power 4 Kbit NVM in 180nm Standard Logic CMOS process (OTP/eMTP)
Sidense SLP-4Kbit -180-LL-SMIC Very low power 4 Kbit NVM in 180nm Standard Logic CMOS process (OTP/eMTP)
Sidense SLP-4Kbit -180-SL-TOWER Very low power 4 Kbit NVM in 180nm Standard Logic CMOS process (OTP/eMTP)
Sidense SLP-4Kbit-180-G-TSMC Very low power 4 Kbit NVM in 180nm Standard Logic CMOS process (OTP/eMTP)
Sidense SLP-64Kbit -180-G-SMIC OTP/eMTP Memory IP: Very low power 64 Kbit NVM in 180nm Standard Logic CMOS process
Sidense SLP-64Kbit -180-GII-UMC Very low power 64 Kbit NVM in 180nm Standard Logic CMOS process (OTP/eMTP)
Sidense SLP-64Kbit -180-LL-SMIC OTP/eMTP Memory IP: Very low power 64 Kbit NVM in 180nm Standard Logic CMOS process
Sidense SLP-64Kbit -180-SL-TOWER OTP/eMTP: Very low power 64 Kbit NVM in 180nm Standard Logic CMOS process
Sidense SLP-64Kbit-180-G-TSMC OTP/eMTP: Very low power 64 Kbit NVM in 180nm Standard Logic CMOS process
Sidense SLP_SMIC180G33_2Kx16_CM16D_AE OTP/eMTP: Very low power 32 Kbit NVM in 180nm Standard Logic CMOS process
Sidense SLP_SMIC180G33_2Kx32_CM16D_AE OTP/eMTP: Very low power 64 Kbit NVM in 180nm Standard Logic CMOS process
Sidense SLP_SMIC180G33_2Kx8_CM16D_AE OTP/eMTP: Very low power 16 Kbit NVM in 180nm Standard Logic CMOS process
Sidense SLP_SMIC180G33_4Kx16_CM16D_AE OTP/eMTP: Very low power 64 Kbit NVM in 180nm Standard Logic CMOS process
Sidense SLP_SMIC180G33_4Kx16_CM16S_AE OTP/eMTP: Very low power 64 Kbit NVM in 180nm Standard Logic CMOS process
Sidense SLP_SMIC180G33_4Kx32_CM16D_AE OTP/eMTP: Very low power 128 Kbit NVM in 180nm Standard Logic CMOS process
Sidense SLP_SMIC180G33_4Kx32_CM16S_AE OTP/eMTP: Very low power 128 Kbit NVM in 180nm Standard Logic CMOS process
Sidense SLP_SMIC180G33_4Kx8_CM16D_AE OTP/eMTP: Very low power 32 Kbit NVM in 180nm Standard Logic CMOS process
Sidense SLP_SMIC180G33_4Kx8_CM16S_AE OTP/eMTP: Very low power 32 Kbit NVM in 180nm Standard Logic CMOS process
Sidense SLP_SMIC180G33_512x32_CM8S_AE OTP/eMTP: Very low power 16 Kbit NVM in 180nm Standard Logic CMOS process
Sidense SLP_SMIC180G33_8Kx16_CM16D_AE OTP/eMTP: Very low power 128 Kbit NVM in 180nm Standard Logic CMOS process
Sidense SLP_SMIC180G33_8Kx32_CM16D_AE OTP/eMTP: Very low power 256 Kbit NVM in 180nm Standard Logic CMOS process
Sidense SLP_SMIC180G33_8Kx8_CM16D_AE OTP/eMTP: Very low power 64 Kbit NVM in 180nm Standard Logic CMOS process
Sidense SLP_SMIC180LL33_8Kx32_CM16D_AE OTP/eMTP: Very low power 256 Kbit NVM in 180nm Standard Logic CMOS process
Sidense SLP_TOWER180SL33_2Kx16_CM16D_AE OTP/eMTP: Very low power 32 Kbit NVM in 180nm Standard Logic CMOS process
Sidense SLP_TOWER180SL33_2Kx16_CM16S_AE OTP/eMTP: Very low power 32 Kbit NVM in 180nm Standard Logic CMOS process
Sidense SLP_TOWER180SL33_2Kx32_CM16S_AE OTP/eMTP: Very low power 64 Kbit NVM in 180nm Standard Logic CMOS process
Sidense SLP_TOWER180SL33_2Kx8_CM16S_AE OTP/eMTP: Very low power 16 Kbit NVM in 180nm Standard Logic CMOS process
Sidense SLP_TOWER180SL33_4Kx16_CM16D_AE OTP/eMTP: Very low power 64 Kbit NVM in 180nm Standard Logic CMOS process
Sidense SLP_TOWER180SL33_4Kx16_CM16S_AE OTP/eMTP: Very low power 64 Kbit NVM in 180nm Standard Logic CMOS process
Sidense SLP_TOWER180SL33_4Kx32_CM16S_AE OTP/eMTP: Very low power 32 Kbit NVM in 180nm Standard Logic CMOS process
Sidense SLP_TOWER180SL33_4Kx8_CM16S_AE OTP/eMTP: Very low power 32 Kbit NVM in 180nm Standard Logic CMOS process
Sidense SLP_TOWER180SL33_512x32_CM8S_AE OTP/eMTP: Very low power 16 Kbit NVM in 180nm Standard Logic CMOS process
Sidense SLP_TOWER180SL33_8Kx16_CM16D_AE OTP/eMTP: Very low power 128 Kbit NVM in 180nm Standard Logic CMOS process
Sidense SLP_TOWER180SL33_8Kx32_CM16D_AE OTP/eMTP: Very low power 256 Kbit NVM in 180nm Standard Logic CMOS process
Sidense SLP_TOWER180SL33_8Kx8_CM16D_AE OTP/eMTP: Very low power 64 Kbit NVM in 180nm Standard Logic CMOS process
Sidense SLP_TSMC180G33_128x32_CM8S_AE OTP/eMTP: Very low power 32 Kbit NVM in 180nm Standard Logic CMOS process
Sidense SLP_TSMC180G33_1Kx16_CM16D_AE OTP/eMTP: Very low power 16 Kbit NVM in 180nm Standard Logic CMOS process
Sidense SLP_TSMC180G33_1Kx32_CM8S_AE OTP/eMTP: Very low power 32 Kbit NVM in 180nm Standard Logic CMOS process
Sidense SLP_TSMC180G33_1Kx8_CM16D_AE OTP/eMTP: Very low power 8 Kbit NVM in 180nm Standard Logic CMOS process
Sidense SLP_TSMC180G33_1Kx8_CM16S_AE OTP/eMTP: Very low power 8 Kbit NVM in 180nm Standard Logic CMOS process
Sidense SLP_TSMC180G33_256x16_CM16S_AE OTP/eMTP: Very low power 4 Kbit NVM in 180nm Standard Logic CMOS process
Sidense SLP_TSMC180G33_256x16_CM4D_AE OTP/eMTP: Very low power 4 Kbit NVM in 180nm Standard Logic CMOS process
Sidense SLP_TSMC180G33_256x32_CM16S_AE OTP/eMTP: Very low power 8 Kbit NVM in 180nm Standard Logic CMOS process
Sidense SLP_TSMC180G33_256x32_CM8D_AE OTP/eMTP: Very low power 8 Kbit NVM in 180nm Standard Logic CMOS process
Sidense SLP_TSMC180G33_256x64_CM8D_AE OTP/eMTP: Very low power 16 Kbit NVM in 180nm Standard Logic CMOS process
Sidense SLP_TSMC180G33_2Kx128_CM4D_AE OTP/eMTP: Very low power 256 Kbit NVM in 180nm Standard Logic CMOS process
Sidense SLP_TSMC180G33_2Kx16_CM16D_AE OTP/eMTP: Very low power 32 Kbit NVM in 180nm Standard Logic CMOS process
Sidense SLP_TSMC180G33_2Kx16_CM16S_AE OTP/eMTP: Very low power 32 Kbit NVM in 180nm Standard Logic CMOS process
Sidense SLP_TSMC180G33_2Kx32_CM16D_AE OTP/eMTP: Very low power 64 Kbit NVM in 180nm Standard Logic CMOS process
Sidense SLP_TSMC180G33_2Kx32_CM8D_AE OTP/eMTP: Very low power 64 Kbit NVM in 180nm Standard Logic CMOS process
Sidense SLP_TSMC180G33_2Kx32_CM8S_AE OTP/eMTP: Very low power 64 Kbit NVM in 180nm Standard Logic CMOS process
Sidense SLP_TSMC180G33_2Kx64_CM8S_AE OTP/eMTP: Very low power 128 Kbit NVM in 180nm Standard Logic CMOS process
Sidense SLP_TSMC180G33_2Kx8_CM16D_AE OTP/eMTP: Very low power 16 Kbit NVM in 180nm Standard Logic CMOS process
Sidense SLP_TSMC180G33_2Kx8_CM16S_AE OTP/eMTP: Very low power 16 Kbit NVM in 180nm Standard Logic CMOS process
Sidense SLP_TSMC180G33_2Kx8_CM8D_AE OTP/eMTP: Very low power 16 Kbit NVM in 180nm Standard Logic CMOS process
Sidense SLP_TSMC180G33_2Kx8_CM8S_AE OTP/eMTP: Very low power 16 Kbit NVM in 180nm Standard Logic CMOS process
Sidense SLP_TSMC180G33_4Kx16_CM16D_AE OTP/eMTP: Very low power 64 Kbit NVM in 180nm Standard Logic CMOS process
Sidense SLP_TSMC180G33_4Kx16_CM16S_AE OTP/eMTP: Very low power 64 Kbit NVM in 180nm Standard Logic CMOS process
Sidense SLP_TSMC180G33_4Kx1_CM8D_AE OTP/eMTP: Very low power 4 Kbit NVM in 180nm Standard Logic CMOS process
Sidense SLP_TSMC180G33_4Kx32_CM16D_AE OTP/eMTP: Very low power 128 Kbit NVM in 180nm Standard Logic CMOS process
Sidense SLP_TSMC180G33_4Kx32_CM16S_AE OTP/eMTP: Very low power 128 Kbit NVM in 180nm Standard Logic CMOS process
Sidense SLP_TSMC180G33_4Kx64_CM8D_AE OTP/eMTP: Very low power 256 Kbit NVM in 180nm Standard Logic CMOS process
Sidense SLP_TSMC180G33_4Kx8_CM16D_AE OTP/eMTP: Very low power 32 Kbit NVM in 180nm Standard Logic CMOS process
Sidense SLP_TSMC180G33_4Kx8_CM16S_AE OTP/eMTP: Very low power 32 Kbit NVM in 180nm Standard Logic CMOS process
Sidense SLP_TSMC180G33_512x16_CM16D_AE OTP/eMTP: Very low power 8 Kbit NVM in 180nm Standard Logic CMOS process
Sidense SLP_TSMC180G33_512x16_CM8D_AE OTP/eMTP: Very low power 8 Kbit NVM in 180nm Standard Logic CMOS process
Sidense SLP_TSMC180G33_512x32_CM16D_AE OTP/eMTP: Very low power 16 Kbit NVM in 180nm Standard Logic CMOS process
Sidense SLP_TSMC180G33_512x32_CM16S_AE OTP/eMTP: Very low power 16 Kbit NVM in 180nm Standard Logic CMOS process
Sidense SLP_TSMC180G33_512x32_CM8S_AE OTP/eMTP: Very low power 16 Kbit NVM in 180nm Standard Logic CMOS process
Sidense SLP_TSMC180G33_512x8_CM16D_AE OTP/eMTP: Very low power 4 Kbit NVM in 180nm Standard Logic CMOS process
Sidense SLP_TSMC180G33_512x8_CM8D_AE OTP/eMTP: Very low power 4 Kbit NVM in 180nm Standard Logic CMOS process
Sidense SLP_TSMC180G33_8Kx16_CM16D_AE OTP/eMTP: Very low power 128 Kbit NVM in 180nm Standard Logic CMOS process
Sidense SLP_TSMC180G33_8Kx32_CM16D_AE OTP/eMTP: Very low power 256 Kbit NVM in 180nm Standard Logic CMOS process
Sidense SLP_TSMC180G33_8Kx8_CM16D_AE OTP/eMTP: Very low power 64 Kbit NVM in 180nm Standard Logic CMOS process
Sidense ULP_TSMC180G33_16x128_AB OTP/eMTP: Ultra low power 2 Kbit NVM in 180nm Standard Logic CMOS process
Sidense ULP_TSMC180G33_16x16_AB OTP/eMTP: Ultra low power 256 bit NVM in 180nm Standard Logic CMOS process
Sidense ULP_TSMC180G33_1x128_AB OTP/eMTP: Ultra low power 128 bit NVM in 180nm Standard Logic CMOS process
Sidense ULP_TSMC180G33_1x16_AB OTP/eMTP: Ultra low power 16 bit NVM in 180nm Standard Logic CMOS process
Synopsys Few Time Programmable, NVM, 16k bits, SMIC 130nm Few Time Programmable NVM 1k --> 16k bits - SMIC 130nm
Synopsys Few Time Programmable, NVM, 16k bits, SMIC 180nm Few Time Programmable NVM 1k --> 16k bits - SMIC 180nm
Synopsys Few Time Programmable, NVM, 16k bits, TSMC 180nm Few Time Programmable NVM 1k --> 16k bits - TSMC 180nm
Synopsys Few Time Programmable, NVM, 16k bits, TSMC 130nm Few Time Programmable NVM 1k --> 16k bits - TSMC 130nm
Synopsys Few Time Programmable, NVM, 16k bits, TSMC 65nm Few Time Programmable NVM 1k --> 16k bits - TSMC 65nm
Synopsys Few Time Programmable, NVM, 16k bits, TSMC 90nm Few Time Programmable NVM 1k --> 16k bits - TSMC 90nm
Synopsys Few Time Programmable, NVM, 1k bits, SMIC 180G / 3.3V Few Time Programmable NVM for Trim Applications 64 --> 1k bits - SMIC 180G / 3.3V
Synopsys Few Time Programmable, NVM, 1k bits, SMIC 180nm Few Time Programmable NVM for Trim Applications 64 --> 1k bits - SMIC 180nm
Synopsys Few Time Programmable, NVM, 1k bits, TSMC 130G / 3.3V Few Time Programmable NVM for Trim Applications 64 --> 1k bits - TSMC 130G / 3.3V
Synopsys Few Time Programmable, NVM, 1k bits, TSMC 180G / 3.3V Few Time Programmable NVM for Trim Applications 64 --> 1k bits - TSMC 180G / 3.3V
Synopsys Few Time Programmable, NVM, 1k bits, TSMC 180nm Few Time Programmable NVM for Trim Applications 64 --> 1k bits - TSMC 180nm
Synopsys Multiple Time Programmable, NVM, 8k bits, TSMC 180nm/5V Multiple Time Programmable NVM in high voltage CMOS processes 256 --> 8k bits - TSMC 180nm / 5V
Synopsys Multiple Time Programmable, NVM, 8k bits, TSMC 180nm/5V + BCD Multiple Time Programmable NVM in high voltage BCD processes 256 --> 8k bits - TSMC 180nm / 5V + BCD
Synopsys Multiple Time Programmable, NVM, 8k bits, TSMC 250nm Multiple Time Programmable NVM in high voltage / BCD processes 256 --> 8k bits - TSMC 250nm
Synopsys Multiple Time Programmable, NVM, 8k bits, TSMC 250nm/5V Multiple Time Programmable NVM in high voltage CMOS processes 256 --> 8k bits - TSMC 250nm / 5V
Synopsys Multiple Time Programmable, NVM, 8k bits, TSMC 250nm/5V + BCD Multiple Time Programmable NVM in high voltage BCD processes 256 --> 8k bits - TSMC 250nm / 5V + BCD
Synopsys Multiple Time Programmable, NVM, 128 bits, TowerJazz 130LL / 3.3V Multiple Time Programmable NVM 8 --> 128 bits - TowerJazz 130LL / 3.3V
Synopsys Multiple Time Programmable, NVM, 128 bits, TowerJazz 130nm Multiple Time Programmable NVM 8 --> 128 bits - TowerJazz 130nm
Synopsys Multiple Time Programmable, NVM, 128 bits, TSMC 130nm Multiple Time Programmable NVM 8 --> 128 bits - TSMC 130nm
Synopsys Multiple Time Programmable, NVM, 128 bits, TSMC 180nm Multiple Time Programmable NVM 8 --> 128 bits - TSMC 180nm
Synopsys Multiple Time Programmable, NVM, 128 bits, TSMC 180nm Multiple Time Programmable NVM in high voltage / BCD processes 8 --> 128 bits - TSMC 180nm
Synopsys Multiple Time Programmable, NVM, 128 bits, TSMC 250nm Multiple Time Programmable NVM in high voltage / BCD processes 8 --> 128 bits - TSMC 250nm
Synopsys Multiple Time Programmable, NVM, 128 bits, TSMC 90nm Multiple Time Programmable NVM 8 --> 128 bits - TSMC 90nm
Synopsys Multiple Time Programmable, NVM, 16k bits, IBM 130RF / 2.5V Multiple Time Programmable NVM 16k bits -IBM 8RF / 2.5V
Synopsys Multiple Time Programmable, NVM, 16k bits, IBM 90LP / 2.5V Multiple Time Programmable NVM 16k bits -IBM 9LP / 2.5V
Synopsys Multiple Time Programmable, NVM, 16k bits, IBM 9SF / 2.5V Multiple Time Programmable NVM 16k bits -IBM 9SF / 2.5V
Synopsys Multiple Time Programmable, NVM, 192 bits, TowerJazz 180RF / 3.3V Multiple Time Programmable NVM for RFID applications 192 bits - TowerJazz 180RF / 3.3V
Synopsys Multiple Time Programmable, NVM, 1k bits, Silterra 180G / 3.3V Multiple Time Programmable NVM for RFID applications 64 --> 1k bits - Silterra 180G / 3.3V
Synopsys Multiple Time Programmable, NVM, 1k bits, SMIC 180LL / 3.3V Multiple Time Programmable NVM for RFID applications 64 --> 1k bits - SMIC 180LL / 3.3V
Synopsys Multiple Time Programmable, NVM, 1k bits, TSMC 180G / 3.3V Multiple Time Programmable NVM for RFID applications 64 --> 1k bits - TSMC 180G / 3.3V
Synopsys Multiple Time Programmable, NVM, 8k bits, SMIC 130G / 3.3V Multiple Time Programmable NVM 256 --> 8k bits - SMIC 130G /3.3V
Synopsys Multiple Time Programmable, NVM, 8k bits, SMIC 130nm Multiple Time Programmable NVM 256 --> 8k bits - SMIC 130nm
Synopsys Multiple Time Programmable, NVM, 8k bits, SMIC 180G / 3.3V Multiple Time Programmable NVM 256 --> 8k bits - SMIC 180G / 3.3V
Synopsys Multiple Time Programmable, NVM, 8k bits, SMIC 180nm Multiple Time Programmable NVM 256 --> 8k bits - SMIC 180nm
Synopsys Multiple Time Programmable, NVM, 8k bits, TSMC 130G / 3.3V Multiple Time Programmable NVM 256 --> 8k bits - TSMC 130G / 3.3V
Synopsys Multiple Time Programmable, NVM, 8k bits, TSMC 130nm Multiple Time Programmable NVM 256 --> 8k bits - TSMC 130nm
Synopsys Multiple Time Programmable, NVM, 8k bits, TSMC 180G / 3.3V Multiple Time Programmable NVM 256 --> 8k bits - TSMC 180G /3.3V
Synopsys Multiple Time Programmable, NVM, 8k bits, TSMC 180nm Multiple Time Programmable NVM 256 --> 8k bits - TSMC 180nm
Synopsys Multiple Time Programmable, NVM, 8k bits, TSMC 55G / 2.5V Multiple Time Programmable, NVM, 8k bits, TSMC 55G / 2.5V
Synopsys Multiple Time Programmable, NVM, 8k bits, TSMC 55GP / 2.5V Multiple Time Programmable NVM 256 --> 8k bits - TSMC 55GP / 2.5V
Synopsys Multiple Time Programmable, NVM, 8k bits, TSMC 65LP / 2.5V Multiple Time Programmable NVM 256 --> 8k bits - TSMC 65LP / 2.5V
Synopsys Multiple Time Programmable, NVM, 8k bits, TSMC 65nm Multiple Time Programmable NVM 256 --> 8k bits - TSMC 65nm
Synopsys Multiple Time Programmable, NVM, 8k bits, TSMC 90LP / 3.3V Multiple Time Programmable NVM 256 --> 8k bits - TSMC 90LP / 3.3V
Synopsys Multiple Time Programmable, NVM, 8k bits, TSMC 90nm Multiple Time Programmable NVM 256 --> 8k bits - TSMC 90nm
Synopsys Multiple Time Programmable, NVM, 8k bits, UMC 130nm Multiple Time Programmable NVM 256 --> 8k bits - UMC 130nm
Synopsys Mutliple Time Programmable, NVM, 192 bits, TowerJazz 180RF / 3.3V Mutliple Time Programmable NVM for RFID applications 192 bits - TowerJazz 180RF / 3.3V
Synopsys Mutliple Time Programmable, NVM, 1k bits, Silterra 180G / 3.3V Mutliple Time Programmable NVM for RFID applications 64 --> 1k bits - Silterra 180G / 3.3V
Synopsys Mutliple Time Programmable, NVM, 1k bits, Silterra 180nm Mutliple Time Programmable NVM for RFID applications 64 --> 1k bits - Silterra 180nm
Synopsys Mutliple Time Programmable, NVM, 1k bits, SMIC 180LL / 3.3V Mutliple Time Programmable NVM for RFID applications 64 --> 1k bits - SMIC 180LL / 3.3V
Synopsys Mutliple Time Programmable, NVM, 1k bits, SMIC 180nm Mutliple Time Programmable NVM for RFID applications 64 --> 1k bits - SMIC 180nm
Synopsys Mutliple Time Programmable, NVM, 1k bits, TSMC 180G / 3.3V Mutliple Time Programmable NVM for RFID applications 64 --> 1k bits - TSMC 180G / 3.3V
Synopsys Mutliple Time Programmable, NVM, 1k bits, TSMC 180nm Mutliple Time Programmable NVM for RFID applications 64 --> 1k bits - TSMC 180nm
Synopsys Mutliple Time Programmable, NVM, 320 bits, IBM 7RF / 3.3V Mutliple Time Programmable NVM for RFID applications 320 bits - IBM 7RF / 3.3V

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 Also referred to as Non-Volatile Memory (or NVM) is a type of memory that can retain the store information even when not powered.

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