IP Catalog

 Updated On:2013-06-20
 
Analog > Clock
> DLL 
Cell Name Descriptions Type Process Gradation Literature
FXDLL011HD0A Input 66M-200M Hz, output 66M-200M Hz, DDR DLL; UMC 90nm SP/RVT Low-K Logic Process. Analog_IP 90nm Gold
FXDLL062HC0H_R003 1.2V 40~90MHz DLL with double frequency multiplier; UMC 0.13um HS/FSG Logic Process Analog_IP 0.13um '13Q4
 
FXDLL200HR0B 1.2V 50-200MHz DLL with programmable phase delay; UMC 0.11um HS/AE (AL Enhancement) Logic Process Analog_IP 0.11um '13Q4
 
FXDLL300HC0H UMC 0.13um HS/FSG Process DLL-based cell that generates four-channel DQS with 13.5% ~ 36.6% timing delay for DDR1 SDRAM controller usage. Analog_IP 0.13um Bronze
FXDLL310HD0A Input 200-333MHz, output 200-333MHz, DDR2 DLL; UMC 90nm SP/RVT Low-K logic process Analog_IP 90nm Bronze
FXDLL310HE0A Input 100-400MHz, output 100-400MHz, DDR2 DLL; UMC 65nm SP/RVT LowK Logic Process Analog_IP 65nm Bronze
FXDLL310HF0A Input 200-400MHz, output 200-400MHz, DDR2 DLL; UMC 55nm SP Low-K Logic Process Analog_IP 55nm Silver
FXDLL311HA0A Input 100M-200M Hz, output 100M-200M Hz, DDR DLL; 0.18um Logic GII process Analog_IP 0.18um Gold
FXDLL311HB0G Input 100M-200M Hz, output 100M-200M Hz, DDR DLL; 0.15um SP Logic process Analog_IP 0.15um Silver
FXDLL311HC0H Input 100M-200M Hz, output 100M-200M Hz, DDR DLL; 0.13um Logic HS (FSG) process Analog_IP 0.13um Platinum
FXDLL311HP0A Input 100M-200M Hz, output 100M-200M Hz, DDR DLL; UMC 0.162um Logic Process Analog_IP 0.162um Bronze
 
FXDLL340HA0A Input 100M-150M Hz, output 100M-150M Hz, DDR DLL; 0.18um Logic GII process Analog_IP 0.18um Gold
FXDLL340HD0A Input 333M-667M Hz, output 333M-667M Hz, DDR2/3 Multi-phase DLL; UMC 90nm SP/RVT LowK Logic Process Analog_IP 90nm Silver
FXDLL340HF0A Input 80-320MHz, output 6.25%~50% delay,80-320MHz, DDR2 DLL; UMC 55nm SP/RVT LowK Logic Process Analog_IP 55nm Silver
FXDLL341HC0H_R 1.2V 50-202.5MHz DLL with programable phase delay; UMC 0.11um HS/FSG Logic Process Analog_IP 0.13um '13Q4
 
FXDLL341HR0B 1.2V 50-202.5MHz DLL with programable phase delay; UMC 0.11um HS/AE (AL Enhancement) Logic Process Analog_IP 0.11um '13Q4
 
FXDLL350HC0H It is a 0.13？m HS DLL-based cell that generates three-channel DQS with 13.5% ~ 36.6% timing delay for DDR2 SDRAM controller usage. Analog_IP 0.13um Bronze
FXDLL360HD0A Input 18M-45M Hz, output 18M-45M Hz, timing generator DLL; UMC 90nm SP/RVT Lowk process Analog_IP 90nm Bronze
FXDLL380HC0H DLL-based cell that generates two-channel DQS with 25% timing delay for DDR2 SDRAM controller usage ; UMC 0.13um HS/FSG Process Analog_IP 0.13um Bronze
FXDLL380HR0B DLL-based cell that generates two-channel DQS with 25% timing delay for DDR2 SDRAM controller usage ; UMC 0.11um HS/AE (AL Advanced Enhancement) Logic Process Analog_IP 0.11um Bronze
FXDLL380HR0H DLL-based cell that generates two-channel DQS with 25% timing delay for DDR2 SDRAM controller usage ; UMC 0.11um HS/RVT Logic Process Analog_IP 0.11um Bronze
 
Analog > Clock
> Digitized DLL 
Cell Name Descriptions Type Process Gradation Literature
FXADDLL310HD0A Input 333M-800MHz, output 333M-800MHz, all digital DLL with one-channel DQS delay range ;UMC 90nm SP/RVT LowK Logic Process Analog_IP 90nm Bronze
FXADDLL310HE0A Input 333M-800MHz, output 333M-800MHz, all digital DLL with one-channel DQS delay range ; UMC 65nm SP/RVT LowK Logic Process Analog_IP 65nm Bronze
FXADDLL310HE0L Input 200M-533MHz, output 200M-533MHz, all digital DLL with two-channel DQS delay range ; UMC 65nm LP/RVT LowK Logic Process. Analog_IP 65nm Bronze
 
FXADDLL310HF0A Input 333M-800MHz, output 333M-800MHz, all digital DLL with one-channel DQS delay range ; UMC 55nm SP/RVT LowK Logic Process Analog_IP 55nm Bronze
FXADDLL310HF0L Input 333M-800MHz, output 333M-800MHz, all digital DLL with one-channel DQS delay range ; UMC 55nm LP/RVT LowK Logic Process Analog_IP 55nm Bronze
 
FXADDLL310HH0L Input 333M-800MHz, output 333M-800MHz, all digital DLL with one-channel DQS delay range ; UMC 40nm LP/RVT LowK Logic Process Analog_IP 40nm Bronze
FXADDLL323HE0L Input 333M-800MHz, output 333M-800MHz, all digital DLL with one-channel DQS delay range ; UMC 65nm LP/RVT LowK Logic Process Analog_IP 65nm Bronze
FXADDLL340HF0A Input 333M-800MHz, output 333M-800MHz, all digital DLL with per 1/64UI programmable delay ; UMC 55nm SP/RVT Low-K Logic Process Analog_IP 55nm Silver
FXADDLL340HJ0G Input 800M-1600MHz, output 800M-1600MHz, all digital DLL for DDR4 SDRAM controller usage, supports slave delay line to generate 25%/50%/100% delay in period of FREF,UMC 28nm Logic and Mixed-Mode HPM Process Analog_IP 28nm '13Q4
 
FXADDLL340HR0B Input 52-208MHz, output 52-208MHz, All digital DLL; UMC 0.11um HS/AE (AL Advanced Enhancement) Logic Process Analog_IP 0.11um '13Q4
 
FXDEL010HR0B Input 20M-100MHz, output 20M-100MHz, all digital delay line; UMC 0.11um HS/AE (AL Advanced Enhancement) Logic Process Analog_IP 0.11um Bronze
 
Analog > Clock
> Digitized PLL 
Cell Name Descriptions Type Process Gradation Literature
FXADPLL096HR0B Input 10MHz - 120MHz, output 60MHz - 960MHz, all digital PLL with per 1/32UI programmable delay ; UMC 0.11um HS/AE (AL Advanced Enhancement) Logic Process Analog_IP 0.11um Bronze
FXADPLL327HR0B Input 32.768K Hz, output 12MHz, ADPLL; UMC 0.11um HS/AE (AL Advanced Enhancement) Logic Process Analog_IP 0.11um '13Q4
 
 
Analog > Clock
> Digitized SSCG 
Cell Name Descriptions Type Process Gradation Literature
FXDLSSC011HR0B All Digital Delay-Based Spread Spectrum Clock Generator ; UMC 0.11um HS/ALE (AL-Enhancement) Logic Process Analog_IP 0.11um Bronze
FXDLSSC011HR0H All Digital Delay-Based Spread Spectrum Clock Generator ; UMC 0.11um HS/FSG Logic Process Analog_IP 0.11um ASIC Silver
 
FXDLSSC012HR0B All Digital Delay-Based Spread Spectrum Clock Generator ; UMC 0.11um HS/ALE (AL-Enhancement) Logic Process ; MR=0.6%~3% @90MHz TT Analog_IP 0.11um Bronze
FXSSCG601HR0B 5GHz SSCG with 25MHz reference clock; UMC 0.11um HS/AE (AL Advanced Enhancement) 1P8M2T Logic Process Analog_IP 0.11um '13Q4
FXSSCG601HR0Q 5GHz SSCG with 25MHz reference clock; UMC 0.11um HS/AE (AL Advanced Enhancement) 1P8M2T Logic Process Analog_IP 0.11um Bronze
FXSSCG602HH0L Input clock range:5 ~ 1280 MHz, output clock range:15.625 ~ 2000 MHz wide-range SSCG; UMC UMC 40nm LP/LVT LowK Logic Process Analog_IP 40nm '13Q4
 
FXSSCG602HR0B Input clock range:10 ~ 1280 MHz, output clock range:15.625 ~ 2000 MHz wide-range SSCG; UMC 0.11um HS/AE (AL Advanced Enhancement) 1P8M2T Logic Process Analog_IP 0.11um Bronze
 
Analog > Clock
> MiniPLL 
Cell Name Descriptions Type Process Gradation Literature
FXPLL060HA0A Input 20M-200M Hz, output 20M-300M Hz, frequency synthesizable PLL; 0.18um Logic GII process Analog_IP 0.18um Platinum
FXPLL061HA0A Input 10M-200M Hz, output 20M-300M Hz, frequency synthesizable PLL; 0.18um Logic GII process Analog_IP 0.18um Platinum
FXPLL120HC0H Input 20M-200M Hz, output 500M-1000M Hz, frequency synthesizable PLL; 0.13um Logic HS (FSG) process Analog_IP 0.13um Platinum
FXPLL120HE0A Input 20M-200M Hz, output 500M-1000M Hz, frequency synthesizable PLL; UMC 65nm Logic SP/RVT process Analog_IP 65nm Silver
FXPLL122HC0H Input 20M-200M Hz, output 500M-1000M Hz, frequency synthesizable PLL; UMC 0.13um Logic HS process Analog_IP 0.13um Silver
FXPLL130HC0H The FXPLL130HC0H is a phase locked loop with an operating range of 250M~500MHz; UMC 0.13um Logic HS(FSG) process Analog_IP 0.13um Silver
FXPLL130HE0A Input 20M-200M Hz, output 250M-500M Hz, frequency synthesizable PLL; UMC 65nm Logic SP/RVT process Analog_IP 65nm Silver
FXPLL131HC0H Input 20M-200M Hz, output 250M-500M Hz, frequency synthesizable PLL; UMC 0.13um Logic HS process Analog_IP 0.13um Silver
FXPLL132HC0H Input 20M-200M Hz, output 250M-500M Hz, frequency synthesizable PLL; UMC 0.13um Logic HS process Analog_IP 0.13um Silver
 
Analog > Clock
> Oscillator 
Cell Name Descriptions Type Process Gradation Literature
FXLCOSC012HR0Q Programmable LC-Oscillator and Divider, Output = 12MHz. Input 1.08V-1.32V ; UMC 0.11um HS/AE (AL Advanced Enhancement) 1P7M1T Logic Process Analog_IP 0.11um '13Q4
 
FXOSC010HD0K Internal-RC, trimmable fixed frequency 10MHz. Input 1.08V-1.32V VBG=0.5V; UMC 90nm Logic LL/RVT Low-K process Analog_IP 90nm Bronze
FXOSC010HP0A Internal-RC, frequency 10MHz. Input 1.62V-1.98V VBG=0.615V Oscillator; UMC 0.162um GII Logic Process Analog_IP 0.162um Bronze
FXOSC020HC0H 4M~15MHz R-C Oscillator with External R;UMC 0.13um Logic HS (FSG) process. Analog_IP 0.13um Silver
FXOSC025HE0L Internal-RC, frequency selected 25 MHz/33MHz. Input 1.08V-1.32V VBG=0.4V; UMC 65nm LP/RVT LowK Logic Process Analog_IP 65nm Bronze
FXOSC030HC0H 15M~50MHz R-C Oscillator with External R;UMC 0.13um Logic HS (FSG) process. Analog_IP 0.13um Silver
FXOSC040HA0A Internal-RC, trimmable frequency 20MHz, VCCA=1.6V~2.0V VBG=0.615V; UMC 0.18um Logic GII process Analog_IP 0.18um '13Q4
FXOSC040HC0H Internal-RC, trimmable fixed frequency 40MHz. Input 1.08V-1.5V VBG=0.615V; UMC 0.13um Logic HS (FSG) process Analog_IP 0.13um Silver
FXOSC045HA0A Internal-RC, frequency 40MHz. Input 1.6V-2.0V VBG=0.615V; UMC 0.18um Logic GII process Analog_IP 0.18um Gold
FXOSC045HP0A Internal-RC, frequency 40MHz. Input 1.6V-2.0V VBG=0.615V; UMC 0.162um GII Logic Process Analog_IP 0.162um Bronze
 
FXOSC050H90A Internal-RC, trimmable frequency 30MHz, VCCA=2.0V~3.0V VBG=1.23V; UMC 0.25um Logic process Analog_IP 0.25um Gold
FXOSC050HA0A Internal-RC,trimmable frequency selected 25 KHz/33MHz,VCCA=1.2V~1.8V,VBG=0.615; UMC 0.18um Logic GII process Analog_IP 0.18um Gold
FXOSC050HA0F UMC 0.18um eFlash Process, Internal-RC,trimmable frequency selected 25MHz/33MHz,VCCA=1.2V~1.8V,VBG=0.615 Analog_IP 0.18um Silver
FXOSC050HC0H Internal-RC, trimmable fixed frequency 40MHz. Input 1.08V-1.32V VBG=0.8V; UMC 0.13um Logic HS process Analog_IP 0.13um Bronze
FXOSC050HD0A Internal-RC, trimmable fixed frequency 50MHz. Input 0.9V-1.1V VBG=0.6V; UMC 90nm Logic SP/RVT Low-K process Analog_IP 90nm Silver
FXOSC050HD0K Internal-RC, trimmable fixed frequency 50MHz. Input 1.08V-1.32V VBG=0.5V; UMC 90nm Logic LL/RVT Low-K process Analog_IP 90nm '13Q4
FXOSC050HE0A Internal-RC, trimmable fixed frequency 50MHz, Input 0.9V-1.1V, VBG=0.5V; UMC 65nm Logic SP/RVT Low-K process Analog_IP 65nm Bronze
FXOSC050HR0H Internal-RC, trimmable fixed frequency 50MHz. Input 1.14V-1.26V VBG=0.8V; UMC 0.11um HS/FSG Logic Process Analog_IP 0.11um Bronze
FXOSC055HA0A Internal-RC, frequency 50MHz. Input 1.62V-1.98V VBG=0.615V; UMC 0.18um Logic GII process Analog_IP 0.18um Silver
FXOSC055HP0A Internal-RC, frequency 50MHz. Input 1.62V-1.98V VBG=0.615V ; UMC 0.162um GII Logic process Analog_IP 0.162um Bronze
FXOSC055HP0U Internal-RC, frequency 50MHz. Input 2.97V-3.63V VBG=0.615V ; UMC 0.162um EHV 3.3V/8.25V/16.5V Process Analog_IP 0.162um Bronze
FXOSC060H80A 27.5MHz trimmable R-C Oscillator;UMC 0.35um logic process. Analog_IP 0.35um Silver
FXOSC060H90A External-C, frequency 30KHz~300KHz, VCCA=2.0V~3.0V; UMC 0.25um Logic process Analog_IP 0.25um Silver
FXOSC060HA0A sub-low current 12KHz RC-Oscillator; UMC 0.18um Logic GII process Analog_IP 0.18um Silver
FXOSC060HC0H Self-contained ring oscillator, frequency 32KHz. VCC12A=1.08V~1.32V; UMC 0.13um Logic HS process. Analog_IP 0.13um Gold
FXOSC060HD0A 12kHz Ring OSC Analog_IP 90nm Bronze
FXOSC060HE0A Internal-RC, trimmable fixed frequency 12KHz. Input 0.9V-1.1V; UMC 65nm Logic SP/RVT Low-K process Analog_IP 65nm Bronze
FXOSC060HE0K Internal-RC, trimmable fixed frequency 12KHz. Input 1.08V-1.32V; UMC 65nm Logic LL/RVT Low-K process Analog_IP 65nm Bronze
FXOSC060HF0A Output frequency 32KHz. Input 0.9V-1.1V; UMC 55nm SP/RVT LowK Logic Process Analog_IP 55nm '13Q4
 
FXOSC070HC0H Self-contained ring oscillator, frequency 12KHz. VCC12A=1.08V~1.32V; UMC 0.13um Logic HS process. Analog_IP 0.13um Silver
FXOSC071HA0A Internal-RC, trimmable frequency selected 50MHz/70MHz. Input 1.62V-1.98V VBG=0.615V; UMC 0.18um Logic GII process Analog_IP 0.18um Bronze
FXOSC071HC0H Internal-RC, trimmable fixed frequency 70MHz. Input 1.08V-1.32V VBG=0.8V; UMC 0.13um Logic HS/FSG process Analog_IP 0.13um ASIC Silver
FXOSC071HR0B Internal-R, trimmable fixed frequency 70MHz. Input 1.08V-1.32V VBG=0.8V; UMC 0.11um HS/AE (AL Advanced Enhancement) Logic Process Analog_IP 0.11um Bronze
FXOSC071HR0H Internal-RC, trimmable fixed frequency 70MHz. Input 1.08V-1.32V VBG=0.8V; UMC 0.11um HS/FSG Logic Process Analog_IP 0.11um Bronze
FXOSC080HA0A Internal-RC, trimmable frequency 80MHz. Input 1.62V-1.98V, VBG=0.615V; UMC 0.18um Logic GII process Analog_IP 0.18um Bronze
FXOSC080HC0H Internal-RC, trimmable fixed frequency 80MHz. Input 1.08V-1.32V VBG=0.8V; UMC 0.13um HS/FSG Logic Process Analog_IP 0.13um Bronze
FXOSC271HR0B Internal-R, trimmable fixed frequency 70MHz. Input 1.08V-1.32V; UMC 0.11um HS/AE (AL Advanced Enhancement) Logic Process Analog_IP 0.11um Bronze
FXOSC272HR0H Internal-RC, trimmable fixed frequency 70MHz Power Supply: 1.14V-1.26V; UMC 0.11um HS/FSG Logic Process Analog_IP 0.11um Bronze
FXOSC280HF0L Internal-RC and Built-in Bandgap, trimmable fixed frequency 80MHz with register control. Input 1.08V-1.32V; UMC 55nm Logic LP/RVT Low-K process Analog_IP 55nm Bronze
FXOSC372HR0B Internal-RC, trimmable fixed frequency 70MHz & 82.5MHz. Power Supply: 1.14V-1.26V; UMC 0.11um HS/AE (AL Advanced Enhancement) Logic Process Analog_IP 0.11um Bronze
FXOSC523HR0B Internal-RC, trimmable fixed frequency 133Mhz. Power Supply: 1.08V-1.32V; UMC 0.11um Logic/MixedMode AE Process Analog_IP 0.11um '13Q4
 
OSC040H90A External-R, frequency 15MHz~50MHz. VCCA=2.0V~3.0V VBG=1.23V Analog_IP 0.25um Gold
OSC070H80A Sub-low current with external-C, frequency 10KHz, VCCA=2.0V~3.3V, Ivcca<10uA. Analog_IP 0.35um Silver
OSC7001 Oscillator with frequency 2~15Mhz VCC=3.3V Analog_IP 0.5um Silver
 
OSC8005 External-R, frequency 15MHz~50MHz, VCCA=2.4V~3.9V VBG=1.23V Analog_IP 0.35um Gold
 
Analog > Clock
> Others 
Cell Name Descriptions Type Process Gradation Literature
FXS2D101HH0L IP name: FXS2D101HH0L Area: 300um*300um Analog_IP 40nm Bronze
 
Analog > Clock
> PLL 
Cell Name Descriptions Type Process Gradation Literature
AP100MA Input 20M-24M Hz, output 20M-100M Hz, frequency synthesizable PLL; 0.5um Logic process Analog_IP 0.5um Gold
 
FXPLL010HA0L_APGD Input 1M-200M Hz, output 12.5M-200M Hz, frequency synthesizable PLL with power/ground pad; 0.18um Logic LL process Analog_IP 0.18um Silver
FXPLL010HB0G Input 5M-200M Hz, output 20M-300M Hz, frequency synthesizable PLL; 0.15um SP Logic process Analog_IP 0.15um Silver
FXPLL010HB0G_APGD Input 5M-200M Hz, output 20M-300M Hz, frequency synthesizable PLL with power/ground pad; 0.15um SP Logic process Analog_IP 0.15um Silver
FXPLL010HC0G Input 10M-200M Hz, output 25M-400M Hz, frequency synthesizable PLL; 0.13um Logic SP (FSG) process Analog_IP 0.13um Silver
FXPLL010HC0G_APGD Output frequency 25M~400MHz PLL;0.13um Logic SP (FSG) process Analog_IP 0.13um Silver
FXPLL010HC0H Input 5M-200M Hz, output 25M-400M Hz, frequency synthesizable PLL; 0.13um Logic HS (FSG) process Analog_IP 0.13um Platinum
FXPLL010HC0L Input 5M-200M Hz, output 12.5M-200M Hz, frequency synthesizable PLL; 0.13um Logic LL (FSG) process Analog_IP 0.13um Gold
FXPLL010HC0L_APGD Input 5M-200M Hz, output 12.5M-200M Hz, frequency synthesizable PLL with power/ground pad; UMC 0.13um Logic LL (FSG) process Analog_IP 0.13um Silver
FXPLL010HC0U Input 5M-100M Hz, output 20M-400M Hz, frequency synthesizable PLL; 0.13um Logic Fusion (FSG) process Analog_IP 0.13um Silver
FXPLL010HC0U_APGD Input 5M-100M Hz, output 20M-400M Hz, frequency synthesizable PLL with power/ground pad; 0.13um Logic Fusion (FSG) process Analog_IP 0.13um Silver
FXPLL010HH0L Input 10-50M Hz, output 10-200M Hz, frequency synthesizable PLL; UMC 40nm LP/RVT Logic Process Analog_IP 40nm Bronze
FXPLL010HH0L_FTC Input 10-50M Hz, output 10-200M Hz, frequency synthesizable PLL; UMC 40nm LP/RVT Logic Process(Note:same schematic with FXPLL010HH0L, but Poly Density Errors are waived in layout for 40% area reduced.) Analog_IP 40nm '13Q4
FXPLL010HR0B Input 10MHz~200MHz, output 25MHz~400MHz, frequency synthesizable PLL; UMC 0.11um LOGIC/MIXEDMODE AE Process Analog_IP 0.11um '13Q4
 
FXPLL010HR0G Input 10MHz~200MHz, output 25MHz~400MHz, frequency synthesizable PLL; UMC 0.11um SP/FSG Logic Process Analog_IP 0.11um Bronze
FXPLL010HR0I Input 5M-200M Hz, output 12.5M-300M Hz, frequency synthesizable PLL; UMC 0.11um CIS process Analog_IP 0.11um (0.13um Shrink) Silver
FXPLL010HR0I_APGD Input 5M-200M Hz, output 12.5M-300M Hz, frequency synthesizable PLL with power/ground pad; UMC 0.11um CIS process Analog_IP 0.11um (0.13um Shrink) Silver
FXPLL011HA0L Input 5M-200M Hz, output 12.5M-200M Hz, frequency synthesizable PLL; 0.18um Logic LL process Analog_IP 0.18um Silver
FXPLL011HH0L Input 10-50M Hz, output 10-200M Hz, frequency synthesizable PLL; UMC 40nm LP/RVT Logic Process Analog_IP 40nm '13Q4
 
FXPLL019HC0H Input 372M ~ 540MHz, output 5M ~ 400MHz, PLL; UMC 0.13um HS/FSG Logic Process Analog_IP 0.13um Bronze
 
FXPLL019HR0B Input 372M ~ 540MHz, output 5M ~ 197MHz, PLL; UMC 0.11um HS/AE (AL Advanced Enhancement) Logic Process Analog_IP 0.11um '13Q4
 
FXPLL019HR0H Input 372M ~ 540MHz, output 5M ~ 420MHz, PLL; UMC 0.11um HS/FSG Logic Process Analog_IP 0.11um Bronze
 
FXPLL020HA0A Input 4M-200M Hz, output 20M-400M Hz, frequency synthesizable PLL; 0.18um Logic GII process Analog_IP 0.18um '13Q4
FXPLL030HE0K Input 1M-5M Hz, output 15M-600M Hz, frequency synthesizable PLL; UMC 65nm LL-RVT Low-K process Analog_IP 65nm Bronze
FXPLL030HR0B The PLL is design with UMC 0.11um AE process, with input frequency from 8MHz to 100MHz,and output frequency from 60MHz to 480MHz according to the user setting. UMC 0.11um AE process. Analog_IP 0.11um '13Q4
 
FXPLL031HA0A_APGD Input 5M-300M Hz, output 20M-300M Hz, frequency synthesizable PLL with power/ground pad; 0.18um Logic GII process Analog_IP 0.18um Platinum
FXPLL031HA0F_APGD Input 5M-300M Hz, output 20M-300M Hz, frequency synthesizable PLL with power/ground pad; UMC 0.18um eFLASH process Analog_IP 0.18um Silver
FXPLL031HA0L UMC 0.18um LL process Input 5M-300M Hz, output 20M-300M Hz, frequency synthesizable PLL Analog_IP 0.18um Silver
FXPLL031HD0A Input 5M-300M Hz, output 20M-300M Hz, frequency synthesizable PLL ; UMC 90nm SP/RVT Low-K Logic Process Analog_IP 90nm Gold
FXPLL031HD0K Input 5M-300M Hz, output 20M-300M Hz, frequency synthesizable PLL; UMC 90nm LL-RVT 1P9M process Analog_IP 90nm Silver
FXPLL031HE0A Input 5M-500M Hz, output 31.25M-500M Hz, frequency synthesizable PLL; UMC 65nm SP-RVT 1P9M process Analog_IP 65nm Silver
FXPLL031HE0K Input 5M-300M Hz, output 20M-300M Hz, frequency synthesizable PLL; UMC 65nm LL-RVT 1P10M process Analog_IP 65nm Silver
FXPLL031HP0A Input 5M-300M Hz, output 20M-300M Hz, frequency synthesizable PLL ; UMC 0.162um Logic Process Analog_IP 0.162um Bronze
FXPLL032HC0H Input 20M-200M Hz, output 50M-100M Hz, frequency synthesizable PLL; UMC 0.13um Logic HS process Analog_IP 0.13um Bronze
FXPLL032HD0A Input 10M-200M Hz, output 300M-600M Hz, frequency synthesizable PLL ; UMC 90nm SP/RVT Low-K Logic Process Analog_IP 90nm Silver
FXPLL032HD0K Input 20M-200M Hz, output 300M-600M Hz, frequency synthesizable PLL ; UMC 90nm Low Leakage (RVT) Low-K Process Analog_IP 90nm Silver
FXPLL032HE0A Input 10M-200M Hz, output 300M-600M Hz, frequency synthesizable PLL; UMC 65nm Logic SP-RVT 1P9M process Analog_IP 65nm Bronze
FXPLL032HE0K Input 20M-200M Hz, output 300M-600M Hz, frequency synthesizable PLL; UMC 65nm Logic LL-RVT Low-K 1P10M process Analog_IP 65nm Silver
FXPLL032HF0A Input 20M-200M Hz, output 300M-600M Hz, frequency synthesizable PLL ; UMC 55nm SP Low-K Logic Process Analog_IP 55nm Silver
FXPLL050HA0A Input 5M-200M Hz, output 60M-200M Hz, frequency synthesizable PLL; 0.18um Logic GII process Analog_IP 0.18um Silver
FXPLL060HA0A Input 20M-200M Hz, output 20M-300M Hz, frequency synthesizable PLL; 0.18um Logic GII process Analog_IP 0.18um Platinum
FXPLL060HA0F Input 20M-200M Hz, output 20M-300M Hz, frequency synthesizable PLL; UMC 0.18um 1P6M eFlash Process Analog_IP 0.18um Silver
FXPLL060HD0A Input 20M-200M Hz, output 20M-300M Hz, frequency synthesizable PLL; UMC 90nm SP/RVT Low-K Logic Process Analog_IP 90nm '13Q4
FXPLL060HD0K Input 20M-200M Hz, output 20M-300M Hz, frequency synthesizable PLL; UMC 90nm LL/RVT Low-K Logic Process Analog_IP 90nm Bronze
FXPLL060HF0A Input 20M-200M Hz, output 20M-300M Hz, frequency synthesizable PLL; UMC 55nm SP/RVT Low-K Logic Process Analog_IP 55nm Silver
FXPLL061HA0A Input 10M-200M Hz, output 20M-300M Hz, frequency synthesizable PLL; 0.18um Logic GII process Analog_IP 0.18um Platinum
FXPLL061HA0F UMC 0.18um eFlash Process Input 10M-200M Hz, output 20M-300M Hz, frequency synthesizable PLL Analog_IP 0.18um Bronze
 
FXPLL061HD0A Input 10M-200M Hz, output 20M-300M Hz, frequency synthesizable PLL; UMC 90nm SP/RVT Low-K Logic Process Analog_IP 90nm '13Q4
 
FXPLL061HD0K Input 10M-200M Hz, output 20M-300M Hz, frequency synthesizable PLL; UMC 90nm LL/RVT Low-K Logic Process Analog_IP 90nm Bronze
 
FXPLL061HF0A Input 10M-200M Hz, output 20M-300M Hz, frequency synthesizable PLL; UMC 55nm SP/RVT Low-K Logic Process Analog_IP 55nm '13Q4
 
FXPLL061HP0A Input 10M-200M Hz, output 20M~300MHz, frequency synthesizable PLL; UMC 0.162um Logic/Mixed-Mode Process Analog_IP 0.162um Bronze
 
FXPLL062HD0A Input 156.25 MHz, output 625 MHz, frequency synthesizable PLL; UMC 90nm SP/RVT LowK Logic Process. Analog_IP 90nm Bronze
FXPLL068HR0B_FTC Input 12M Hz, output 96M~180M Hz, 1.08~1.32V frequency synthesizable PLL; UMC 0.11um HS/AE (AL Advance Enhancement) Logic Process Analog_IP 0.11um Bronze
 
FXPLL070HA0A Input 20M-200M Hz, output 20M-300M Hz, frequency synthesizable PLL; UMC 0.18um Logic GII proces. Analog_IP 0.18um Silver
FXPLL071HA0A Input 10M-200M Hz, output 20M-300M Hz, frequency synthesizable PLL; UMC 0.18um GII Logic process Analog_IP 0.18um Silver
FXPLL080HE0A Input 25-33.33 MHz, output 600 MHz/800 MHz, 400 MHz/533 MHz, 200 MHz/266 MHz frequency synthesizable PLL; UMC 65nm SP/RVT Low-K Logic Process Analog_IP 65nm Bronze
FXPLL080HF0A Input 12MHz, output 800 MHz/1000MHz, 533 MHz/666 MHz, 400 MHz/500 MHz, 266 MHz/533 MHz, frequency synthesizable PLL; UMC 55nm SP/RVT LowK Logic Process Analog_IP 55nm Silver
FXPLL080HF0A_MTD Input 12MHz, output 900 MHz/1200MHz, 600 MHz/800 MHz, 360 MHz/480MHz, 300 MHz/400MHz, frequency synthesizable PLL; UMC 55nm SP/RVT LowK Logic Process Analog_IP 55nm '13Q4
 
FXPLL110HC0H Input 5M-100M Hz, output 62.5M-1000M Hz, frequency synthesizable PLL; 0.13um Logic HS (FSG) process Analog_IP 0.13um Platinum
FXPLL110HC0H_APGD Input 5M-100M Hz, output 62.5M-1000M Hz, frequency synthesizable PLL with power/ground pad; 0.13um Logic HS (FSG) process Analog_IP 0.13um '13Q4
FXPLL110HD0A This Phase-Locked Loop (PLL) based clock multiplier can generate a stable, high-speed clock from a slower external clock signal. 5/9 bit programmable dividers Analog_IP 90nm Silver
FXPLL110HF0A Input 10M-100M Hz, output 62.5M-1000M Hz, frequency synthesizable PLL; UMC 55nm SP Low-K Logic Process Analog_IP 55nm '13Q4
FXPLL110HH0L Input 10M-200M Hz, output 62.5M-1G Hz, frequency synthesizable PLL; UMC 40 nm LP/RVT Low-K Logic Process Analog_IP 40nm '13Q4
FXPLL110HJ0G Input 20M-200M Hz, output 62.5M-1G Hz, frequency synthesizable PLL; UMC 28nm Logic and Mixed-Mode HPM Process Analog_IP 28nm '13Q4
 
FXPLL120HC0H Input 20M-200M Hz, output 500M-1000M Hz, frequency synthesizable PLL; 0.13um Logic HS (FSG) process Analog_IP 0.13um Platinum
FXPLL120HD0A Input 20M-36M Hz, output 500M-1000M Hz, frequency synthesizable PLL; UMC 90nm Logic SP RVT-LowK Process. Analog_IP 90nm Silver
FXPLL120HH0L Input 20M-200M Hz, output 500M-1G Hz, frequency synthesizable PLL; UMC 40nm LP/RVT LowK Logic Process Analog_IP 40nm Silver
FXPLL120HR0B Input 20M-200M Hz, output 500M-1000M Hz, frequency synthesizable PLL; UMC 0.11um HS/AE (AL Advanced Enhancement) Logic Process Analog_IP 0.11um Platinum
FXPLL120HR0H Input 20M-200M Hz, output 500M-1000M Hz, frequency synthesizable PLL; UMC 0.11um HS/FSG Logic Process Analog_IP 0.11um '13Q4
 
FXPLL122HC0H Input 20M-200M Hz, output 500M-1000M Hz, frequency synthesizable PLL; UMC 0.13um Logic HS process Analog_IP 0.13um Silver
FXPLL130HC0H The FXPLL130HC0H is a phase locked loop with an operating range of 250M~500MHz; UMC 0.13um Logic HS(FSG) process Analog_IP 0.13um Silver
FXPLL130HR0B Input 20M-200M Hz, output 250M-500M Hz, frequency synthesizable PLL; UMC 0.11um HS/AE (AL Advanced Enhancement) Logic Process Analog_IP 0.11um Silver
FXPLL131HC0H Input 20M-200M Hz, output 250M-500M Hz, frequency synthesizable PLL; UMC 0.13um Logic HS process Analog_IP 0.13um Silver
FXPLL132HC0H Input 20M-200M Hz, output 250M-500M Hz, frequency synthesizable PLL; UMC 0.13um Logic HS process Analog_IP 0.13um Silver
FXPLL134HC0H Input 12M-20M Hz, output 250M-500M Hz, frequency synthesizable PLL; UMC 0.13um Logic HS process Analog_IP 0.13um Platinum
FXPLL134HD0A Input 12M-200M Hz, output 250M-500M Hz, frequency synthesizable PLL; UMC 90nm Logic SP process Analog_IP 90nm Gold
FXPLL134HE0A miniPLL (TM) Phase-Locked Loop (PLL) with an operating frequency range of between 31.5 MHz and 500 MHz ; UMC 65nm SP/RVT LowK Logic Process Analog_IP 65nm Bronze
 
FXPLL134HF0A miniPLL (TM) Phase-Locked Loop (PLL) with an operating frequency range of between 250 MHz and 500 MHz ; UMC 55nm Logic SP-RVT (LowK) Process Analog_IP 55nm '13Q4
FXPLL135HD0A Input 25/50MHz, output 400MHz, frequency synthesizable PLL; UMC 90nm SP/RVT Low-K Process Analog_IP 90nm Silver
FXPLL150HD0A Input 25M-200M Hz, output 1000M-1500M Hz, frequency synthesizable PLL; UMC 90nm SP/RVT Low-K Logic Process. Analog_IP 90nm Gold
 
FXPLL150HD0K Input 20M-40M Hz, output 1000M-1500M Hz, frequency synthesizable PLL; UMC 90nm Low Leakage (RVT) Low-K Process Analog_IP 90nm Bronze
FXPLL150HE0A Input 25M-500M Hz, output 1000M-1500M Hz, frequency synthesizable PLL; UMC 65nm SP-RVT 1P9M process Analog_IP 65nm Silver
FXPLL150HE0K Input 20M-200M Hz, output 1000M-1500M Hz, frequency synthesizable PLL; UMC 65nm LL-RVT Low-K process Analog_IP 65nm '13Q4
 
FXPLL150HF0A Input 33M-300M Hz, output 1000M-1500M Hz, frequency synthesizable PLL; UMC 55nm SP-RVT Low-K process Analog_IP 55nm Silver
FXPLL160HD0A Input 33MHz/66MHz, output 1056MHz, frequency synthesizable PLL; UMC 90nm SP/RVT Low-K Logic Process. Analog_IP 90nm Silver
FXPLL163HR0H_APGD Input 16k-32k Hz, output 32M-128M Hz, PLL; UMC 0.11um HS/FSG Logic Process Analog_IP 0.11um '13Q4
 
FXPLL168HC0H Input 20M-200M Hz, output 250M-500M Hz (with duty ratio 40%~60%) and 125M~ 250MHz (with duty ratio 45%~ 55%), frequency synthesizable PLL; UMC 0.13um HS/FSG Logic process Analog_IP 0.13um Bronze
FXPLL180HC0H High speed clock generator using UMC 0.13um 1.2V HS process. Analog_IP 0.13um Silver
FXPLL181HC0H UMC 0.13um HS/FSG Process PLL for DDR2. Clock input 25-27MHz, clock output 1050-1070MHz Analog_IP 0.13um Gold
FXPLL200HF0A Input 10M-125M Hz, output 1000M-2000M Hz, frequency synthesizable PLL; UMC 55nm SP/RVT LowK Logic Process Analog_IP 55nm Bronze
FXPLL210H80A Input 25M-100M Hz, output 25M-100M Hz, frequency synthesizable PLL; 0.35um Logic process Analog_IP 0.35um '13Q4
FXPLL210HR0B A 10MHz fref. input, 1GHz output fractional-N base SSCG UMC 0.11um ALE Process Analog_IP 0.11um '13Q4
 
FXPLL220HC0H HS Spread-Spectrum PLL; UMC 0.13um HS/FSG Logic process. Analog_IP 0.13um '13Q4
 
FXPLL220HD0A Input 12M Hz, output 1200M Hz, spread-spectrum PLL; UMC 90nm SP/RVT LowK Logic Process Analog_IP 90nm '13Q4
 
FXPLL225HJ0G Input 25M-50M Hz, output 1000M-2000MHz, frequency synthesizable PLL; UMC 28nm Logic and Mixed-Mode HPM Process Analog_IP 28nm '13Q4
 
FXPLL230HA0A Input 20M-135M Hz, output 20M-135M Hz SSCG ; UMC 0.18um Logic Process Analog_IP 0.18um '13Q4
FXPLL327HD0A Input 32.768K Hz, output 12M-30M Hz, PLL; UMC 90nm Logic SP/RVT Low-k Process Analog_IP 90nm Bronze
 
FXPLL327HL0A Input 32.768K Hz, output 12MHz, PLL; UMC 0.153um Logic GII/MM Process Analog_IP 0.153um Silver
 
FXPLL327HR0B Input 32.768KHz, Ouput 12 and 24MHz PLL, UMC 0.11um HS/AE (AL Advanced Enhancement) Logic Process Analog_IP 0.11um '13Q4
 
FXPLL327HR0H Input 32.768K Hz, output 12M-48M Hz, PLL; UMC 0.11um HS/Copper Logic Process. Analog_IP 0.11um Bronze
 
FXPLL350HC0H Input 66.66M Hz, output 400M-800M Hz, frequency synthesizable PLL; UMC 0.13um HS/FSG Logic process Analog_IP 0.13um Bronze
 
FXPLL350HD0A Input 66M-100M Hz, output 400M-800M Hz, frequency synthesizable PLL; UMC 90nm Logic SP process Analog_IP 90nm Bronze
FXPLL350HF0A Input 33.33M-100M Hz, output 400M-800M Hz, frequency synthesizable PLL; UMC 55nm SP-RVT Low-K process Analog_IP 55nm Silver
FXPLL360HD0A Input 25M-50M Hz, output 667M-1300M Hz, frequency synthesizable PLL; UMC 90nm SP/RVT LowK Logic Process Analog_IP 90nm Silver
FXPLL360HE0L Input 25M-66M Hz, output 400M-800M Hz, frequency synthesizable PLL; UMC 65nm LP/RVT LowK Logic Process Analog_IP 65nm Bronze
FXPLL360HF0L Input 25M-66M Hz, output 400M-800M Hz, frequency synthesizable PLL; UMC 55nm LP/RVT LowK Logic Process Analog_IP 55nm Silver
FXPLL360HH0L Input 25M-66M Hz, output 400M-800M Hz, frequency synthesizable PLL; UMC 40nm LP/RVT Logic Process Analog_IP 40nm Silver
FXPLL360HJ0G Input 25-66M Hz, output 400-800M Hz, frequency synthesizable PLL; UMC 28nm HPM Logic Process Analog_IP 28nm '13Q4
 
FXPLL362HC0H Input 133MHz - 266MHz, output clock_1X 133MHz - 266MHz, output clock_2X 266MHz - 533MHz, output clock_4X 533MHz-1066MHz,frequency synthesizable PLL; UMC 0.13um HS/FSG Logic Process Analog_IP 0.13um Bronze
FXPLL362HD0A Input 200M-400M Hz, output 800M-1600M 400-800MHz and 200-400MHz , frequency synthesizable PLL; UMC 90nm SP/RVT LowK Logic Process Analog_IP 90nm Silver
FXPLL362HE0L Input 133MHz - 266MHz, output clock_1X 133MHz - 266MHz, output clock_2X 266MHz - 533MHz, output clock_4X 533MHz-1066MHz,frequency synthesizable PLL;UMC 65nm LP/RVT LowK Logic process Analog_IP 65nm Bronze
FXPLL362HF0A Input 200M-400M Hz, output 800M-1600M，400-800MHz and 200-400MHz , frequency synthesizable PLL; UMC 55nm SP/RVT LowK Logic Process Analog_IP 55nm Bronze
FXPLL362HF0L Input 200MHz - 400MHz, output clock_1X 200MHz - 400MHz, output clock_2X 400MHz - 800MHz, output clock_4X 800MHz-1600MHz,frequency synthesizable PLL;UMC 55nm LP/RVT LowK Logic process Analog_IP 55nm '13Q4
FXPLL362HH0L Input 200MHz - 400MHz, output clock_1X 200MHz - 400MHz, output clock_2X 400MHz - 800MHz, output clock_4X 800MHz-1600MHz,frequency synthesizable PLL;UMC 40nm LP/RVT LowK Logic process Analog_IP 40nm Bronze
FXPLL362HJ0G Input 200MHz - 800MHz, output clock_1X 200MHz - 800MHz, output clock_2X 400MHz - 1600MHz, output,frequency synthesizable PLL;UMC 28nm HPM Logic Process Analog_IP 28nm '13Q4
 
FXPLL363HE0L Input 200MHz - 400MHz, output clock_1X 200MHz - 400MHz, output clock_2X 400MHz - 800MHz, output clock_4X 800MHz-1600MHz,frequency synthesizable PLL;UMC 65nm LP/RVT LowK Logic process Analog_IP 65nm Bronze
FXPLL410H80A Input 15K-100K Hz, output 5M-40M Hz, frequency synthesizable PLL; 0.35um Logic process Analog_IP 0.35um '13Q4
FXPLL410H90A Input 90K-1M Hz, output 20M-200M Hz, frequency synthesizable PLL; 0.25um Logic process Analog_IP 0.25um '13Q4
FXPLL440HR0B The PLL is design with UMC 0.11um AE process, with input frequency from 10MHz to 12.288MHz,and output frequency from 60MHz to 442.368MHz according to the user setting. UMC 0.11um AE process. Analog_IP 0.11um '13Q4
 
FXPLL831HD0A Input 5M-100M Hz, output 20M-300M Hz, fractional-N frequency synthesizable PLL; UMC 90nm Logic SP/RVT LowK Process Analog_IP 90nm Silver
FXPLL899HA0M One output, Integrated LC-VCO, Low-jitter Clock Generator; UMC 0.18um Mixed Mode/RF CMOS 1.8/3.3V 1P6M Process Analog_IP 0.18um '13Q4
 
FXPLL901HA0M 1.8-2.0GHz Low-Noise LC-VCO test circuit; UMC 0.18um Mixed Mode/RF CMOS 1.8/3.3V 1P6M Process Analog_IP 0.18um '13Q4
 
FXPLLG020HA0A Input 1M-200M Hz, output 25M-380M Hz, frequency synthesizable PLL; 0.18um Logic GII process Analog_IP 0.18um '13Q4
FXPLLG020HP0A Input 1MHz - 200MHz, output clock 25MHz - 400MHz, frequency synthesizable PLL; UMC 0.162um GII Logic Process Analog_IP 0.162um Bronze
 
FXPLLG031HD0K Input 5MHz-300MHz, output 50MHz-300M Hz, frequency synthesizable PLL; UMC 90nm LL-RVT 1P9M process Analog_IP 90nm Silver
FXPLLG031HE0A Input 10M-500MHz, Output 31.25M-500MHz, frequency synthesizer PLL, UMC 65nm SP/RVT Low-K Process Analog_IP 65nm Silver
FXPLLG031HE0K Input 10M-300M Hz, output 20M-300M Hz, frequency synthesizable PLL; UMC 65nm LL-RVT 1P10M process Analog_IP 65nm Bronze
FXPLLJ010HA0A Input 5M-200M Hz, output 10M-200M Hz, frequency synthesizable low voltage PLL; 0.18um Logic GII process Analog_IP 0.18um Silver
FXPLLJ011HC0H Input 15M-110M Hz, output 15M-110M Hz, De-skew PLL with 0.9V~1.32V power supply range; UMC 0.13um Logic HS(FSG) process Analog_IP 0.13um Bronze
 
FXSSCG220HR0H 5GHz SSCG with 25MHz reference clock ; UMC 0.11um 1P6M20T HS/FSG Logic Process Analog_IP 0.11um Silver
PLL030HA0A Input 1M-300M Hz, output 20M-300M Hz, frequency synthesizable PLL; 0.18um Logic GII process Analog_IP 0.18um '13Q4
PLL031HA0A Input 5M-300M Hz, output 20M-300M Hz, frequency synthesizable PLL; 0.18um Logic GII process Analog_IP 0.18um Platinum
PLL210HA0A Input 960K-200M Hz, output 20M-320M Hz, frequency synthesizable PLL; 0.18um Logic GII process Analog_IP 0.18um '13Q4
PLL7G02 Input 10M-50M Hz, output 25M-75M Hz, frequency synthesizable PLL; 0.5um Logic process gate array Analog_IP 0.45um Silver
PLL7G03 Input 10M-50M Hz, output 75M-125M Hz, frequency synthesizable PLL; 0.5um Logic process gate array Analog_IP 0.45um '13Q4
PLL8001 Input 2.8M-50M Hz, output 2.5M-280M Hz, frequency synthesizable PLL; 0.35um Logic process Analog_IP 0.35um Gold
PLL8002 Input 10M-100M Hz, output 40M-200M Hz, frequency synthesizable PLL; 0.35um Logic process Analog_IP 0.35um Platinum
PLL8002D Input 10M-100M Hz, output 40M-400M Hz, frequency synthesizable PLL; 0.35um Logic process Analog_IP 0.35um Platinum
PLL8003 Input 2M-50M Hz, output 2.5M-280M Hz, frequency synthesizable PLL; 0.35um Logic process Analog_IP 0.35um Gold
PLL8005 Input 3.5M-50M Hz, output 5M-280M Hz, frequency synthesizable PLL; 0.35um Logic process Analog_IP 0.35um Gold
PLL8007 Input 3M-50M Hz, output 5M-280M Hz, frequency synthesizable PLL; 0.35um Logic process Analog_IP 0.35um '13Q4
PLL8011 Input 5M-100M Hz, output 20M-200M Hz, frequency synthesizable PLL; 0.35um Logic process Analog_IP 0.35um '13Q4
PLL8011P Input 1M-100M Hz, output 20M-200M Hz, frequency synthesizable PLL; 0.35um Logic process Analog_IP 0.35um '13Q4
PLL8019 Input 5M-100M Hz, output 20M-200M Hz, frequency synthesizable PLL; 0.35um Logic process Analog_IP 0.35um '13Q4
PLL9011 Input 5M-100M Hz, output 20M-200M Hz, frequency synthesizable PLL; 0.25um Logic process Analog_IP 0.25um '13Q4
PLL9011T Input 1M-100M Hz, output 20M-200M Hz, frequency synthesizable PLL; 0.25um Logic process Analog_IP 0.25um '13Q4
PLL9019 Input 5M-100M Hz, output 20M-300M Hz, frequency synthesizable PLL; 0.25um Logic process Analog_IP 0.25um Gold
PLL9021 Input 960K-200M Hz, output 20M-320M Hz, frequency synthesizable PLL; 0.25um Logic process Analog_IP 0.25um Silver
PLLA002 Input 5M-300M Hz, output 20M-300M Hz, frequency synthesizable PLL; 0.18um Logic GII process Analog_IP 0.18um '13Q4
PLLA010 Input 25M-300M Hz, output 200M-600M Hz, frequency synthesizable PLL; 0.18um Logic GII process Analog_IP 0.18um Silver
 
Analog > Data Communication
> DDRII/III 
Cell Name Descriptions Type Process Gradation Literature
FXDDR1A173HF0A DDR1/MDDR PHY CMD/ADDR BLOCK ; UMC 55nm SP/RVT with 2.5V device LowK Logic Process Analog_IP 55nm Bronze
 
FXDDR1D173HF0A DDR1/MDDR PHY Data block ; UMC 55nm SP/RVT with 2.5V device LowK Logic Process Analog_IP 55nm Bronze
 
FXDDR2A173HE0A DDR2/MDDR PHY CMD/ADDR BLOCK ; UMC 65nm 1.0V process with 2.5V device SP/RVT Lowk Logic Process Analog_IP 65nm Bronze
FXDDR2A173HF0A DDR2/MDDR Combo PHY CMD ADDR block ; UMC 55nm SP/RVT Lowk Process with 2.5V device Analog_IP 55nm '13Q4
FXDDR2A174HE0A DDR2/MDDR PHY CMD/ADDR BLOCK for DIMM usage ; UMC 65nm 1.0V with 2.5V Device SP/RVT LowK Logic Process Analog_IP 65nm Silver
FXDDR2A174HF0A DDR2/MDDR PHY CMD/ADDR BLOCK for DIMM usage; UMC 55nm 1.0V with 2.5V device SP/RVT LowK Logic Process Analog_IP 55nm Silver
FXDDR2A200HC0H DDR2/MDDR Combo Command/Address Block ; UMC 0.13um HS/FSG Logic Process Analog_IP 0.13um Bronze
FXDDR2A200HE0L DDR2/DDR1/MDDR Combo Command/Address Block ; UMC 65nm LP/RVT LowK Logic Process Analog_IP 65nm Silver
FXDDR2A200HR0B Command/address block of 1:2 DDR2-PHY ; 0.11um HS/AE (AL Advanced Enhancement) Logic Process Analog_IP 0.11um Bronze
FXDDR2A200HR0H 1:2 DDR2/DDR1/MDDR combo PHY; UMC 0.11um HS/Cu Logic Process Analog_IP 0.11um Bronze
 
FXDDR2COMP010HE0A DDR2 PHY compensation block; UMC 65nm SP/RVT LowK Logic Process Analog_IP 65nm Silver
FXDDR2COMP010HE0A DDR2 PHY compensation block; UMC 65nm SP/RVT LowK Logic Process Analog_IP 65nm Silver
FXDDR2COMP010HF0A DDR2 PHY Compensation block; UMC 55nm SP/RVT LowK Logic Process Analog_IP 55nm Silver
FXDDR2COMP010HF0A DDR2 PHY Compensation block; UMC 55nm SP/RVT LowK Logic Process Analog_IP 55nm Silver
FXDDR2COMP011HC0H DDR2 PHY compensation block for 171 series (non BOAC); UMC 0.13um HS/FSG Logic Process Analog_IP 0.13um Bronze
FXDDR2COMP012HC0H DDR2-PHY compensation block, BOAC; UMC 0.13um HS/FSG process Analog_IP 0.13um ASIC Silver
FXDDR2COMP013HD0A_FT
C 		DDR2-PHY compensation block, BOAC; UMC 90nm SP/RVT Low-K Logic process Analog_IP 90nm Platinum
FXDDR2COMP013HD0A_FT
C 		DDR2-PHY compensation block, BOAC; UMC 90nm SP/RVT Low-K Logic process Analog_IP 90nm Platinum
FXDDR2D172HR0B DDRII Data Block for Chip Application; UMC 0.11um HS/AE (AL Advance Enhancement) Logic Process Analog_IP 0.11um Bronze
 
FXDDR2D173HE0A DDR2/MDDR Combo PHY for Chip load usage ; UMC 65NM SP-RVT with 2.5V device LowK Logic Process Analog_IP 65nm Bronze
FXDDR2D173HF0A DDR2/MDDR COMBO PHY Data block for Chip usage ; UMC 55nm SP/RVT with 2.5V device LowK Logic Process Analog_IP 55nm '13Q4
FXDDR2D174HE0A DDR2/MDDR PHY Data block ; UMC 65nm 1.0V with 2.5V device SP/RVT LowK Logic Process Analog_IP 65nm Silver
FXDDR2D174HF0A DDR2/MDDR Combo PHY data block ; UMC 55nm SP process with 2.5V device Analog_IP 55nm Silver
FXDDR2D200HC0H DDR2/MDDR Combo Data Block ; 0.13um Logic HS/FSG Logic Process Analog_IP 0.13um Bronze
FXDDR2D200HE0L DDR2/DDR1/MDDR Combo Data Block ; UMC 65nm LP/RVT LowK Logic Process Analog_IP 65nm Silver
FXDDR2D200HR0B Data block of 1:2 DDR2-PHY ; UMC 0.11um HS/AE (AL Advanced Enhancement) Logic Process Analog_IP 0.11um Bronze
FXDDR2D200HR0H 1:2 DDR2/DDR1/MDDR combo PHY; UMC 0.11um HS/Cu Logic Process Analog_IP 0.11um Bronze
 
FXDDR3A100HD0A DDR2/3 Combo Command /Address Block (with 2.5V IO device) ; UMC 90nm SP-RVT LowK Logic Process Analog_IP 90nm Bronze
FXDDR3A100HH0L DDR23 COMBO PHY CMD/ADDR BLOCK ; UMC 40LP/RVT LowK Logic Process with 2.5V device Analog_IP 40nm Bronze
FXDDR3A102HH0L DDR3/2 COMBO PHY CMD/ADDR BLOCK for 2 layer 8 bits DDR3 PCB ; UMC 40LP/RVT LowK Logic Process with 2.5V device Analog_IP 40nm Bronze
FXDDR3A160HF0A UMC 55NM SP-RVT with 2.5V device DDR23 COMBO PHY CMD/ADDR Block for 2 layer PCB board usage Analog_IP 55nm '13Q4
 
FXDDR3A160HH0L DDR23 COMBO PHY CMD/ADDR BLOCK ; UMC 40LP/RVT LowK Logic Process with 2.5V device for 2 layer PCB board usage Analog_IP 40nm '13Q4
 
FXDDR3A1FC100HH0L UMC 40nm LP-RVT process Flip Chip CMD/ADDR Block for DIMM version (One part of CMD/ADDR block) Analog_IP 40nm '13Q4
 
FXDDR3A1FC101HH0L UMC 40NM LP RVT with 2.5V IO DDR23 PHY FLIP CHIP CMD/ADDR BLOCK for Chip version (One part of cmd/addr block) Analog_IP 40nm '13Q4
 
FXDDR3A200HF0A DDR2/3 COMBO PHY CMD/ADDR Block for DIMM version ; UMC 55nm SP/RVT and 2.5V device LowK Logic Process Analog_IP 55nm Bronze
 
FXDDR3A2FC100HH0L UMC 40nm LP-RVT process Flip Chip CMD/ADDR Block for DIMM version (One part of CMD/ADDR block) Analog_IP 40nm '13Q4
 
FXDDR3A2FC101HH0L UMC 40NM LP-RVT with 2.5V device process DDR23 COMBO PHY FLIP CHIP CMD/ADDR BLOCK for CHIP version (one part of CMD/ADDR block) Analog_IP 40nm '13Q4
 
FXDDR3A300HE0L DDR3 CMD PHY for DIMM version ; UMC 65nm LP/RVT LowK Logic Process Analog_IP 65nm '13Q4
 
FXDDR3A300HF0A Command/Address Block of DDR3 Combo PHY for DIMM version ; UMC 55nm SP/RVT LowK Logic Process Analog_IP 55nm Bronze
FXDDR3A300HF0L Command/Address Block of DDR3 Combo PHY for DIMM version ; UMC 55nm LP/RVT LowK Logic Process Analog_IP 55nm Bronze
FXDDR3COMP100HD0A DDR2/3 COMBO Compensation block (2.5V IO device) ; UMC 90nm SP-RVT LowK Logic Porcess Analog_IP 90nm Bronze
FXDDR3COMP100HH0L DDR23 COMBO PHY compensation Block ; UMC 40LP/RVT LowK Logic Process with 2.5V device Analog_IP 40nm Bronze
FXDDR3COMP200HF0A DDR2/3 COMBO PHY compensation block ; UMC 55nm SP/RVT and 2.5V device LowK Logic Process Analog_IP 55nm Bronze
 
FXDDR3COMP300HF0A Compensation Block of DDR3 Combo PHY for DIMM version ; UMC 55nm SP/RVT LowK Logic Process Analog_IP 55nm Bronze
FXDDR3COMP300HF0A Compensation Block of DDR3 Combo PHY for DIMM version ; UMC 55nm SP/RVT LowK Logic Process Analog_IP 55nm Bronze
FXDDR3COMP300HF0L Compensation Block of DDR3 Combo PHY for DIMM version ; UMC 55nm LP/RVT LowK Logic Process Analog_IP 55nm Bronze
FXDDR3D100HD0A DDR2/3 PHY Combo PHY data block (1.0v SP & 2.5V device); UMC 90nm SP/RVT LowK Logic Process Analog_IP 90nm Bronze
FXDDR3D100HH0L DDR23 COMBO PHY Data Block ; UMC 40nm LP/RVT LowK Logic Process with 2.5V device Analog_IP 40nm Bronze
FXDDR3D102HH0L DDR3/2 COMBO PHY DATA BLOCK for 2 layer 8 bits DDR3 PCB ; UMC 40LP/RVT LowK Logic Process with 2.5V device Analog_IP 40nm Bronze
FXDDR3D160HF0A UMC 55NM SP-RVT with 2.5V device process 16BIT DDR23 COMBO DATA PHY for two layer PCB board usage Analog_IP 55nm '13Q4
 
FXDDR3D160HH0L DDR23 COMBO PHY Data Block ; UMC 40nm LP/RVT LowK Logic Process with 2.5V device (16Bit) Analog_IP 40nm '13Q4
 
FXDDR3D200HF0A DDR2/3 COMBO DATA PHY for DIMM version ; UMC 55nm 1.0V SP/RVT with 2.5V IO device LowK Logic Process Analog_IP 55nm Bronze
 
FXDDR3D300HE0L DDR3 PHY Datablock for DIMM version ; UMC 65nm LP/RVT LowK Logic Process Analog_IP 65nm '13Q4
 
FXDDR3D300HF0A Data Block of DDR3 Combo PHY for DIMM version ; UMC 55nm SP/RVT LowK Logic Process Analog_IP 55nm Bronze
FXDDR3D300HF0A Data Block of DDR3 Combo PHY for DIMM version ; UMC 55nm SP/RVT LowK Logic Process Analog_IP 55nm Bronze
FXDDR3D300HF0L Data Block of DDR3 Combo PHY for DIMM version ; UMC 55nm LP/RVT LowK Logic Process Analog_IP 55nm Bronze
FXDDR3DFC100HH0L UMC 40nm LP process Flip Chip DDR23 PHY Data Block for DIMM version Analog_IP 40nm '13Q4
 
FXDDR3DFC101HH0L UMC 40NM RVT and 2.5V Device process DDR23 COMBO FLIP CHIP DATA BLOCK for Chip version Analog_IP 40nm '13Q4
 
FXDDR3LTA102HH0L DDR3/DDR3L/LPDDR2 combo PHY ( not support DDR3 leveling function), command / address block,UMC 40nm LP/RVT LowK Logic Process. Analog_IP 40nm '13Q4
 
FXDDR3LTCOMP100HH0L compensation block for FXDDR3LTA102HH0L and FXDDR3LTD102HH0L,UMC 40nm LP/RVT LowK Logic Process . Analog_IP 40nm Bronze
FXDDR3LTD102HH0L DDR3/DDR3L/LPDDR2 combo PHY ( not support DDR3 leveling function), data block;UMC 40nm LP/RVT LowK Logic Process . Analog_IP 40nm '13Q4
 
FXDDRIIA171HC0H DDR2 PHY Command/Address Block ; UMC 0.13um HS/FSG Logic Process Analog_IP 0.13um Platinum
FXDDRIIA172HC0H DDR2 PHY Command/Address Block (for Chip Application); UMC 0.13um HS/FSG Logic Process Analog_IP 0.13um ASIC Silver
FXDDRIIA173HD0A_FTC DDR2-PHY command/address block for DRAM chip, BOAC ; UMC 90nm SP/RVT Low-K Logic Process Analog_IP 90nm Bronze
FXDDRIIA174HD0A DDR2-PHY Command/Address block; UMC 90nm SP/RVT Lowk Process Analog_IP 90nm Gold
FXDDRIID171HC0H DDR2 PHY Data Block ;UMC 0.13um Logic HS/FSG Process Analog_IP 0.13um Gold
FXDDRIID172HC0H DDRII Data Block for Chip Application; UMC 0.13um HS/FSG Logic Process Analog_IP 0.13um ASIC Silver
FXDDRIID173HD0A_FTC DDR2-PHY data block with BOAC IO; UMC 90nm SP/RVT Lowk Logic Process Analog_IP 90nm '13Q4
FXDDRIID174HD0A DDR2-PHY data block; UMC 90nm SP/RVT Lowk Process Analog_IP 90nm Gold
 
Analog > Data Communication
> DisplayPort 
Cell Name Descriptions Type Process Gradation Literature
FXDPRX200HF0L Analog Part of 2-Lane Display Port Receiver ; UMC 55nm LP LVT Logic Process Analog_IP 55nm '13Q4
 
 
Analog > Data Communication
> LVDS 
Cell Name Descriptions Type Process Gradation Literature
FXISP010HR0B_DTD A 3.3V 8-port (40 channels) ISP Transmitter IP, embedded 1.2V PLL circuits with 0.1~1.62Gbps output ; UMC 0.11um HS/AE (AL Advanced Enhancement) Logic Process Analog_IP 0.11um '13Q4
 
FXISP010HR0B_NB60 1.2V 4-port (8 channels) ISP Transmitter IP, embedded 1.2V PLL circuits with 0.1~1.62Gbps output ; UMC 0.11um HS/AE (AL Advanced Enhancement) Logic Process Analog_IP 0.11um '13Q4
 
FXLVDS168HR0H Low power LVDS Receiver IO 50Mbps; UMC 0.11 um Logic HS/FSG (Cu) Process Analog_IP 0.11um '13Q4
 
FXLVDSRX060HH0L LVDS RX,UMC 40nm LP/RVT LowK Logic Process Analog_IP 40nm '13Q4
 
FXLVDSRX080HH0L LVDS RX IO PAD 500 Mbps ,UMC 40nm LP/RVT LowK Logic Process Analog_IP 40nm '13Q4
 
FXLVRX020HA0A 0.18UM RX (PAD); UMC 0.18um GII Process Analog_IP 0.18um '13Q4
FXLVRX020HC0H 0.13um LVDS RX I/O PAD; UMC 0.13um HS HVT-FSG Process. Analog_IP 0.13um '13Q4
FXLVRX020HD0A 2.5V LVDS Receiver 8~135MHz; 90nm SP process Analog_IP 90nm Silver
FXLVRX020HF0A DLL-based LVDS RX ; 55nm SP/RVT LowK Logic Process Analog_IP 55nm '13Q4
 
FXLVRX030HF0A Low power LVDS Receiver IO 500Mbps; UMC 55nm SP/RVT LowK Logic Process Analog_IP 55nm Silver
FXLVRX060HC0H DLL-based LVDS RX; VCC=3.3 for 20M~135MHz and VCC=2.5 for 20M~100MHz operation freq.; UMC 0.13um HS FSG Logic Process Analog_IP 0.13um Bronze
 
FXLVRX060HD0A Low power LVDS Receiver 700Mbps ; UMC 90nm SP/RVT Lowk Logic Process Analog_IP 90nm Silver
FXLVRX060HF0A DLL-based LVDS RX ; 55nm SP/RVT LowK Logic Process Analog_IP 55nm Silver
FXLVRX080HD0A LVDS RX IO ; UMC 90nm SP/RVT LowK Logic Process Analog_IP 90nm Bronze
FXLVRX082H80A 3.3V 85MHz 4:28 LVDS Receiver; UMC 0.35um logic process. Analog_IP 0.35um '13Q4
FXLVRX082HA0A UMC 0.18um GII process 2.5V/3.3V 8-Bit LVDS Receiver Analog_IP 0.18um '13Q4
FXLVRX082HC0H 20M~135MHz DLL-based LVDS RX; UMC 0.13um HS/FSG Process Analog_IP 0.13um '13Q4
FXLVRXBS080HH0L The bias block only for FXLVDSRX080HH0L, UMC 40nm LP/RVT LowK Logic Process Analog_IP 40nm '13Q4
 
FXLVTX020H80A LVDS TX Pad; UMC 0.35um LOGIC Process. Analog_IP 0.35um '13Q4
FXLVTX020HA0A 0.18um TX PAD; UMC 0.18um LOGIC RVT-FSG Process. Analog_IP 0.18um '13Q4
FXLVTX020HC0H 0.13um LVDS TX I/O PAD; UMC 0.13um HS HVT-FSG Process Analog_IP 0.13um Silver
FXLVTX020HD0A 2.5V LVDS Transmitter 8~135MHz; 90nm SP process Analog_IP 90nm Silver
FXLVTX020HF0A 2.5V LVDS Transmitter 16~178MHz; 55nm SP/RVT LowK Logic Process Analog_IP 55nm Bronze
FXLVTX024HD0A 2.5V 4 channel LVDS Transmitter 8~135MHz; UMC 90nm SP/RVT LowK Process Analog_IP 90nm Silver
FXLVTX030HD0A Single port LVDS Transmitter PAD 1.25Gbps; UMC 90nm SP/RVT low-K process Analog_IP 90nm Gold
FXLVTX030HF0A 2.5V LVDS Transmitter 700Mbps; UMC 55nm SP LowK Logic Process Analog_IP 55nm Silver
FXLVTX033HD0A 3.3V LVDS Transmitter 700Mbps; 90nm SP/RVT low-L process Analog_IP 90nm Bronze
FXLVTX081HA0A 1.8V/3.3V 85MHz 35:5 LVDS Transmitter; UMC 0.18um GII logic process. Analog_IP 0.18um '13Q4
 
FXLVTX082HC0H 8M~135MHz DLL-based LVDS TX; UMC 0.13um HS/FSG Process Analog_IP 0.13um '13Q4
FXLVTX100HF0A 100MHz Reference Clock Single-end to Differential Buffer for PCIE Gen.II; UMC 55nm SP/RVT LowK Logic Process Analog_IP 55nm Bronze
 
FXLVTX100HH0L 100MHz single-ended to differential clock buffer for UMC 40nm LP. Analog_IP 40nm '13Q4
 
FXLVTX169HC0H 100MHz Reference Clock Single-end to Differential Buffer for PCIE Gen.I; UMC 0.13um HS/FSG LOGIC/MIXEDMODE Enhance Process Analog_IP 0.13um '13Q4
 
FXMLVD022HA0A 3.3V 6-bit 5/6pair 2/1port mini-LVDS transmitter; UMC 0.18um GII Logic Process Analog_IP 0.18um '13Q4
 
FXMPRX010HD0K MIPI Receiver 80~1000MHz; UMC 90nm LL/RVT LowK Logic Process Analog_IP 90nm Bronze
 
Analog > Data Communication
> MIPI 
Cell Name Descriptions Type Process Gradation Literature
FXDPHYRX110HH0L MIPI Receiver 80Mbps-1.5Gbps; 40nm LP LowK Logic Process Analog_IP 40nm '13Q4
 
FXDPHYRX210HH0L MIPI Receiver 80Mbps-1.5Gbps,2 Data lane ; 40nm LP LowK Logic Process Analog_IP 40nm '13Q4
 
FXDPHYRX410HH0L MIPI Receiver 80Mbps-1.5Gbps; 40nm LP LowK Logic Process Analog_IP 40nm '13Q4
 
FXDPHYRX410HH0L_A MIPI Receiver 80Mbps-1.5Gbps; 40nm LP LowK Logic Process Analog_IP 40nm '13Q4
 
FXDPHYTX210HH0L MIPI Transmitter 80~1500MHz with 1-clock lane, 2-data lanes; UMC 40nm LP/RVT/LVT Low-K process Analog_IP 40nm '13Q4
 
FXDPHYTX410HH0L MIPI Transmitter 80~1500MHz with 1-clock lane, 4-data lanes; UMC 40nm LP/RVT/LVT Low-K process Analog_IP 40nm '13Q4
 
FXDPHYTX410HH0L_A MIPI PMA Transmitter 80~1500MHz; UMC 40nm LP/RVT/LVT Low-K process Analog_IP 40nm '13Q4
 
FXMPHY010HH0L MIPI MPHY 6Gbps/lane; UMC 40nm LP Low-K process. Analog_IP 40nm '13Q4
 
FXMPRX010HF0A MIPI Receiver 80~1000MHz; UMC 55nm SP/RVT LowK Logic Process Analog_IP 55nm Bronze
FXMPRX010HH0L MIPI Receiver 80Mbps-1Gbps; 40nm LP LowK Logic Process Analog_IP 40nm Bronze
FXMPRX010HH0L_A MIPI Receiver 80Mbps-1Gbps; 40nm LP LowK Logic Process Analog_IP 40nm '13Q4
 
FXMPRX020HF0A MIPI Receiver 80~1000MHz; UMC 55nm SP/RVT LowK Logic Process Combo for HiSPi & LVDS & SubLVDS Analog_IP 55nm '13Q4
 
FXMPRX020HH0L MIPI Receiver 80Mbps-1Gbps; Combo PHY for MIPI & HiSPi & LVDS & SubLVDS,40nm LP LowK Logic Process Analog_IP 40nm Bronze
FXMPTX010HF0A MIPI Transmitter 80~1000MHz; UMC 55nm SP/RVT LowK Logic Process Analog_IP 55nm '13Q4
FXMPTX010HH0L MIPI Transmitter 80~1000MHz; UMC 40nm LP/RVT Low-K process Analog_IP 40nm '13Q4
 
Analog > Data Converter
> A/D Converter 
Cell Name Descriptions Type Process Gradation Literature
ADC010H90A 10 bit 30MSPS Differential ADC; UMC 0.25um Logic process Analog_IP 0.25um Silver
ADC030HA0A 6 bit 44MSPS Differential ADC; UMC 0.18um Logic/Mixed-Mode Process Analog_IP 0.18um Gold
FXADC010HD0A 1.0V/3.3V 10Bits 10MSPS~50MSPS Pipelined ADC with optional power scaling; UMC 90nm SP LowK Logic Process Analog_IP 90nm Bronze
 
FXADC010HH0L 1.1V/2.5V 10Bits 80MSPS Pipelined ADC; UMC 40nm LP/RVT Logic Process Analog_IP 40nm '13Q4
FXADC010HL0A 1.8V 10bit 80MSPS Pipelined ADC; UMC 0.153um Logic Process Analog_IP 0.153um '13Q4
 
FXADC010HR0B 1.2V/3.3V 10Bit 10MSPS-50MSPS Pipelined ADC with optional power scalable; UMC 0.11um HS/AE Logic process Analog_IP 0.11um Bronze
FXADC020HD0A 1.0V/3.3V 10Bits 10MSPS~50MSPS Dual Channel Pipelined ADC with optional power scaling; UMC 90nm SP LowK Logic Process Analog_IP 90nm Bronze
FXADC020HH0L 1.1V/2.5V 10-Bit 80MSPS Dual-Channal Pipelined ADC; UMC 40nm LP/RVT Logic Process Analog_IP 40nm '13Q4
FXADC020HL0A 1.8V 10bit 80MSPS Dual-Channel Pipelined ADC; UMC 0.153um Logic Process Analog_IP 0.153um '13Q4
 
FXADC030H90A 6 bit 44MSPS Differential ADC; UMC 0.25um Mixed-Mode process Analog_IP 0.25um Gold
FXADC050HA0A 10 bit 80MSPS Differential ADC; UMC 0.18um Logic/Mixed-Mode Process Analog_IP 0.18um Silver
FXADC060HA0A 10 bit 40MSPS Differential ADC; UMC 0.18um Mixed-Mode process Analog_IP 0.18um Silver
FXADC060HD0K UMC 90nm LL/RVT Low-K Process; 1.2V/Bi-channels 40MHz 10Bits Pipelined ADC Analog_IP 90nm '13Q4
FXADC061HA0A 10 bit 40MSPS 2-Channel Differential ADC; UMC 0.18um Logic/Mixed-Mode process Analog_IP 0.18um Bronze
FXADC061HP0A 10 bit 40MSPS 2-Channel Differential ADC; UMC 0.162um Mixed-Mode Logic Process Analog_IP 0.162um Bronze
FXADC070HR0B A 1.2V 8Bit 160MSPS Pipelined ADC ; UMC 0.11um AE/HS Logic process Analog_IP 0.11um '13Q4
FXADC071HR0B A 1.2V 10Bit 200MSPS Pipelined ADC ; UMC 0.11um AE/HS Logic process Analog_IP 0.11um '13Q4
 
FXADC110HC0H 10 bit 200KSPS single-end ADC; UMC 0.13um Logic HS (FSG) process Analog_IP 0.13um Bronze
FXADC110HC0H_M8B 10 bit 200KSPS, 8-to-1 A/D converter, UMC 0.13um HS(FSG) Logic process. Analog_IP 0.13um Silver
FXADC110HP0A 6 bit 85KSPS 2-to-1 single-end A/D Converter; UMC 0.162um GII Logic Process Analog_IP 0.162um Bronze
 
FXADC120H80A 10 bit 300KSPS single End ADC; UMC 0.35um Logic process Analog_IP 0.35um Silver
FXADC120H90A 10 bit 400KSPS single-end ADC; UMC 0.25um Logic process Analog_IP 0.25um Silver
FXADC1402HC0L_FTCM8A 10bit 1MSPS SAR ADC with 8-1 mux ; UMC 0.13um LL/FSG Logic Process Analog_IP 0.13um Silver
 
FXADC1402HR0B_FTCM8A 10bit 1MSPS SAR ADC with 8-to-1 Mux ; UMC 0.11um HS/AE (AL Advanced Enhancement) Logic Process Analog_IP 0.11um Silver
FXADC1403HR0B_FTCM8A 10bit 1MSPS SAR ADC with 8-1 Mux ; UMC 0.11um AL/HS Logic Process Analog_IP 0.11um Silver
FXADC140HA0A 10 bit 1MSPS single-end ADC; UMC 0.18um Logic GII process Analog_IP 0.18um Gold
FXADC140HA0A_FTCM8A 10 bit 1MSPS single-end ADC with 8-to1 Mux, UMC 0.18um GII Logic Process Analog_IP 0.18um Bronze
 
FXADC140HC0L UMC 0.13um LL/FSG Process; 1MSample/s 10-bit SAR ADC with rail-to-rail input feature Analog_IP 0.13um Silver
FXADC140HC0L_FTCM8A FXADC140HC0L with 8-to1 Mux; UMC 0.13um LL/FSG Logic Process Analog_IP 0.13um ASIC Silver
FXADC1432HD0A_FTCM8B FXADC1432HD0A with 8-to1 Mux; UMC 90um SP/RVT LowK Logic Process Analog_IP 90nm '13Q4
FXADC1432HR0B_FTCM8A 12bit 1MSPS SAR ADC with 8-1 Mux ; UMC 0.11um HS/AE (AL Advanced Enhancement) Logic Process Analog_IP 0.11um Silver
FXADC143HD0A_FTCM8B FXADC143HD0A with 8-to1 Mux for FTC; UMC 90um SP-RVT Low-K Logic Process Analog_IP 90nm Bronze
FXADC143HD0K It is a 11-bit 1 MSPS SAR ADC ; UMC 90nm LL/RVT Low-K Process Analog_IP 90nm Silver
FXADC143HE0K_FTCM8A 1MSPS 10-bit SAR ADC ; UMC 65nm LL-RVT LowK Logic Process Analog_IP 65nm Silver
FXADC1502HC0L_FTCM8A 12bit 1MSPS SAR ADC with 8-1 Mux (All C-type) ; UMC 0.13um LL/RVT FSG Logic Process Analog_IP 0.13um '13Q4
 
FXADC1502HC0L_FTCM8B 12 bit 1MSPS single-end A/D Converter with 8-MUX channel; UMC 0.13um LL/FSG Logic Process Analog_IP 0.13um Bronze
 
FXADC1502HR0B_FTCM8A 12bit 1MSPS SAR ADC with 8-1 Mux (All C-type) ; UMC 0.11um HS/AE (AL Advanced Enhnacement) Logic Process Analog_IP 0.11um Silver
FXADC150HA0A_FTCM8A 10 bit 1MSPS single-end A/D Converter ; UMC 0.18um GII Logic Process Analog_IP 0.18um Bronze
FXADC150HC0L_FTCM8A 10 bit 1MSPS single-end A/D Converter with 8-1MUX; UMC 0.13um LL/RVT FSG Logic Process Analog_IP 0.13um Bronze
FXADC150HF0A_FTCM8A 10bit 1MSPS SAR ADC with 8-1 Mux (all C-type) ; UMC 55nm SP/RVT LowK Logic Process Analog_IP 55nm Silver
FXADC150HL0A_FTCM8A 10 bit 1MSPS single-end A/D Converter with 8-1 Mux; UMC 0.153um Logic/Mixed-Mode Process Analog_IP 0.153um (85% shrink of 0.18um) Bronze
FXADC150HR0B_FTCM8A 10bit 1MSPS SAR ADC with 8-1 Mux (All C-type); UMC 0.11um HS/AE (AL Advanced Enhancement) Logic Process Analog_IP 0.11um Silver
FXADC1512HR0B_FTCM8A 12-bit 4MSPS SAR ADC with 8-1 Mux (All C-type) ; UMC 0.11um HS/AE (AL Advanced Enhnacement) Logic Process Analog_IP 0.11um '13Q4
 
FXADC156HC0L 10-bit 2MSPS,differential input fully-cap SAR ADC ; UMC 0.13um LL/FSG Logic Process Analog_IP 0.13um Bronze
 
FXADC162HA0A 16 bit 96KSPS differential Sigma-Delta ADC; UMC 0.18um Logic GII process Analog_IP 0.18um '13Q4
FXADC182H90A 18 bit 96KSPS differential Sigma-Delta ADC; UMC 0.25um Logic process Analog_IP 0.25um Silver
FXADC183HF0A 8 bit 70KSPS SAR ADC;UMC 55nm SP/RVT LowK Logic Process Analog_IP 55nm '13Q4
 
FXADC183HH0L 8 bit 70KSPS SAR ADC; UMC 40nm LP/HVT LowK Logic Process Analog_IP 40nm '13Q4
FXADC220HA0A 10 bit 10MSPS Differential ADC; UMC 0.18um Logic GII process Analog_IP 0.18um Silver
FXADC230HR0B 10bits 10MSPS fully differential sychronous SAR ADC ; UMC 0.11um HS/AE (AL Advanced Enhancement) Logic Process Analog_IP 0.11um '13Q4
 
FXADC231HR0B 10bits 10MSPS fully differential sychronous SAR ADC ; UMC 0.11um HS/AE (AL Advanced Enhancement) Logic Process Analog_IP 0.11um '13Q4
 
FXADC256HR0B 10bits 10MSPS fully differential sychronous SAR ADC ; UMC 0.11um HS/AE (AL Advanced Enhancement) Logic Process Analog_IP 0.11um '13Q4
 
FXADC3021HF0A 24-Bit Stereo ADC with seperated digital audio interface ; UMC 55nm SP/RVT LowK Logic Process Analog_IP 55nm Bronze
FXADC302HF0A 24-Bit Audio Stereo ADCs; UMC 55nm SP/RVT LowK Logic Process Analog_IP 55nm Silver
FXADC560HC0H A dual channel 12Bit 80MSPS Pipelined ADC ; UMC 0.13um HS/FSG Logic Process Analog_IP 0.13um Bronze
FXADC560HF0A 12-Bits 80MSPS Dual-Channel Pipelined ADC; UMC 55nm SP/RVT Low-K Logic Process Analog_IP 55nm Silver
FXADC609HF0A Dual channel wide-band Analog-to-Digital Converter (ADC) based on a continuous-time (CT) sigma-delta (Σ-Δ) modulator that achieves 60-dB of dynamic range over a 20 MHz input bandwidth ; UMC 55nm SP LowK Logic Process Analog_IP 55nm '13Q4
FXADC743HD0A SAR ADC with 8-to-1 Mux and resistor-type touch panel deriver ; UMC 90nm SP-RVT LowK Process Analog_IP 90nm Bronze
 
Analog > Data Converter
> Amplifier 
Cell Name Descriptions Type Process Gradation Literature
FXSPK508HF0A 5V 1W Mono Speaker Amplifier, UMC 55nm SP/RVT LowK Logic Process. Analog_IP 55nm '13Q4
 
Analog > Data Converter
> Audio ADDA 
Cell Name Descriptions Type Process Gradation Literature
FXADDA1601HC0L 24-Bit 96kHz Sampled Mono Audio CODEC with Speaker Driver ; UMC 0.13um LL/FSG Logic Process Analog_IP 0.13um Bronze
FXADDA1601HD0A_FTC 18bit MONO Sigma-Delta Audio Codec with speaker driver; UMC 90nm SP/RVT Low-K logic process Analog_IP 90nm Silver
FXADDA1601HL0A 24-Bit 96kHz Sampled Mono Audio CODEC with Speaker Driver ; UMC 0.153um Logic/Mixed-Mode Process Analog_IP 0.153um Silver
 
FXADDA1602HC0H 18/24-Bit 96kHz Sampled Mono Audio CODEC; UMC 0.13um HS/FSG Logic Process Analog_IP 0.13um Bronze
FXADDA1602HL0A 24-Bit 96kHz Sampled Mono Audio CODEC with Speaker Driver & Microphone bias; UMC 0.153um Logic/Mixed-Mode Process Analog_IP 0.153um (85% shrink of 0.18um) Silver
 
FXADDA1608HC0L 24-Bit 96kHz Sampled Mono Audio CODEC with Class-D Speaker Driver ; UMC 0.13um LL/FSG Logic Process Analog_IP 0.13um Silver
FXADDA160HC0H 18/24-Bit 96kHz Sampled Mono Audio CODEC; UMC 0.13um HS/FSG Logic Process Analog_IP 0.13um Bronze
FXADDA160HC0L 18-Bit 96kHz Sampled Mono Audio CODEC with Speaker Driver; UMC 0.13um LL process. Analog_IP 0.13um Silver
FXADDA160HL0A 24-Bit 96kHz Sampled Mono Audio CODEC with Speaker Driver ; UMC 0.153um Logic/Mixed-Mode Process Analog_IP 0.153um (85% shrink of 0.18um) Silver
FXADDA161H90A 16 bit 96KHz Sigma-Delta audio Codec; UMC 0.25um Logic process Analog_IP 0.25um Silver
FXADDA1623HA0A 16 bits Audio CODEC DA +10 bit SAR AD + 5 bit SAR AD (The enhancement of FXADDA1622HA0A) ; UMC 0.18um Logic GII process Analog_IP 0.18um Bronze
FXADDA1625HC0H 16bit Sigma-Delta Audio Codec; UMC 0.13um HS/FSG Logic process Analog_IP 0.13um Silver
FXADDA1625HP0A 16 bits Audio CODEC DA + 5 bit SAR AD (The enhancement of FXADDA1623HA0A) ; UMC 0.162um Logic GII process Analog_IP 0.162um (0.18um Shrink) Bronze
FXADDA1626HC0H 16bit Sigma-Delta Audio Codec; UMC 0.13um HS/FSG Logic process Analog_IP 0.13um Silver
FXADDA1628HC0H 16bit Sigma-Delta Audio Codec; UMC 0.13um HS/FSG Logic Process Analog_IP 0.13um Bronze
FXADDA162HA0A 16 bit 96KHz Sigma-Delta audio Codec; UMC 0.18um Logic GII process Analog_IP 0.18um Silver
FXADDA162HA0P 16 bit 96KHz Sigma-Delta low power audio Codec; UMC 0.18um Logic GII process. Analog_IP 0.18um Gold
FXADDA183H90A 18 bit 96KHz Sigma-Delta audio Codec; UMC 0.25um Logic process Analog_IP 0.25um Silver
FXADDA185H90A 18 bit 96KHz Sigma-Delta audio Codec; UMC 0.25um Logic process Analog_IP 0.25um Silver
FXADDA2001HC0H UMC 0.13um Logic HS proces, multibit DAC + 1-bit ADC and digital core cell using 1-V FSC0H_L Analog_IP 0.13um Bronze
FXADDA200HD0A 24bit 96KHz A/D onverter, 24bit 96KHz D/A Converter, Audio Codec ; UMC 90nm Logic SP/RVT 2.5OD3.3 process Analog_IP 90nm Silver
FXADDA200HD0D_FTC 24bit 96KHz A/D onverter, 24bit 96KHz D/A Converter, Audio Codec ; UMC 90nm SP/RVT+HVT 2.5OD3.3 Logic Process Analog_IP 90nm Bronze
 
FXADDA300HD0A 24bit 96KHz Audio Codec ; UMC 90nm Logic SP/RVT 2.5OD3.3 LowK Process Analog_IP 90nm Silver
FXADDA300HD0A_FTC 24bit 96KHz Audio Codec with power switch inside ; UMC 90nm SP/RVT 2.5OD3.3 Logic Process Analog_IP 90nm '13Q4
 
FXADDA300HH0L UMC 40nm high performance stereo audio codec with highly integrated analog functionality system Analog_IP 40nm Bronze
FXADDA301HR0B 24-Bit 96kHz Sampled Mono ADC and Stereo DAC Audio CODEC with Headphone Driver ; UMC 0.11um HS/ALE Logic Process Analog_IP 0.11um Silver
FXADDA301HR0H 24-Bit 96kHz Sampled Mono ADC and Stereo DAC Audio CODEC with Headphone Driver ; UMC 0.11um HS Logic Process Analog_IP 0.11um Silver
FXADDA302HD0A 24bit 96KHz Audio Codec ; UMC 90nm SP/RVT 2.5OD3.3V LowK Logic Process Analog_IP 90nm Bronze
 
FXADDA302HH0L 24bit 96KHz Audio Codec ; UMC 40nm Logic LP/HVT 2.5OD3.3 process Analog_IP 40nm '13Q4
 
FXADDA302HR0B 24-Bit 96kHz Sampled Mono ADC and Stereo DAC Audio CODEC with Headphone Driver ; UMC 0.11um HS/AE (AL Advanced Enhancement) Logic Process Analog_IP 0.11um Bronze
FXADDA303HR0B 24-Bit 96kHz Sampled Mono ADC and Stereo DAC Audio CODEC with Headphone Driver ; UMC 0.11um HS/AE Logic Process Analog_IP 0.11um Bronze
FXADDA820HA0A 2-channel 4MHz 6-bit ADC & 8 bit DAC;UMC 0.18um logic GII process. Analog_IP 0.18um Silver
 
Analog > Data Converter
> Communication ADDA 
Cell Name Descriptions Type Process Gradation Literature
FXADDA820H90A 6 bit 44MHz dual channel ADC/8-bit 44MHz dual channel DAC; UMC 0.25um Logic process Analog_IP 0.25um Gold
FXDAC030HD0A 10-BIT 100 MHZ 3-CHANNEL DAC; UMC 90nm SP/RVT Low-K Process Analog_IP 90nm Gold
 
Analog > Data Converter
> D/A Converter 
Cell Name Descriptions Type Process Gradation Literature
DAC100SHA0A 10 bit 150MSPS current output single-end DAC; UMC 0.18um Logic GII process Analog_IP 0.18um Gold
DAC210HA0A 6/8 bit 44MSPS dual channel voltage output differential-end DAC; UMC 0.18um Logic/Mixed-mode Process Analog_IP 0.18um Silver
DAC7001 8 bit 50MSPS voltage output single-end DAC; UMC 0.5um Logic process Analog_IP 0.5um Gold
FXDAC010HE0K 3-channel digital-to-analog converter (DAC) with 10-bit resolution for video application. UMC 65nm 1.2V/2.5V 1P10M low-leakage (LL) process. It is a current-steering type DAC and provides a superior maximum update rate of 75 MHz and this IP only require at least 7 metal layers. Analog_IP 65nm Silver
FXDAC020HC0H 10 bit 150MSPS current output differential-end DAC; UMC 0.13um Logic HS (FSG) process Analog_IP 0.13um Platinum
FXDAC020HC0L 10 bit 150MSPS current output differential-end DAC; UMC 0.13um Logic LL (FSG) process Analog_IP 0.13um Platinum
FXDAC020HD0A 10 bit 150MSPS current output differential-end DAC; UMC 90nm Logic SP-RVT Low-K process Analog_IP 90nm Gold
FXDAC020HH0L 10bit 150MSPS 1-ch Video DAC,UMC 40nm LP/RVT Low-K process Analog_IP 40nm Bronze
FXDAC020HL0A 10 bit 150MSPS current output differential-end DAC; UMC 0.153um Mixed-Mode/Logic Process Analog_IP 0.153um Silver
FXDAC020HR0B 10bit 250MSPS current output differential-end D/A Converter ; UMC 0.11um HS/AE (AL Enhance) Logic Process Analog_IP 0.11um Bronze
FXDAC021HF0A 10bit 150MSPS current output differential-end D/A Converter ; UMC 55nm SP/RVT LowK Logic Process Analog_IP 55nm Bronze
FXDAC021HH0L 10bit 150MSPS 1-ch Video DAC,UMC 40nm LP/HVT Low-K process Analog_IP 40nm Bronze
FXDAC022HF0A 10bit 150MSPS current output differential-end D/A Converter ; UMC 55nm SP/RVT LowK Logic Process Analog_IP 55nm Bronze
FXDAC030HA0A 10 bit 150MSPS 3 channel current output single-end DAC; UMC 0.18um Logic GII process Analog_IP 0.18um Platinum
FXDAC030HC0H 10 bit 250MSPS 3 channel current output single-end DAC; UMC 0.13um Logic HS (FSG) process Analog_IP 0.13um Platinum
FXDAC030HD0J 10 bit 165MSPS current steering 3-ch DAC; UMC 90nm Logic LL(HVT) Low-K process. Analog_IP 90nm Silver
FXDAC030HH0L 10bit 250MSPS 3-ch Video DAC,UMC 40nm LP/RVT Low-K process Analog_IP 40nm Bronze
FXDAC030HR0B 10bit 250MSPS 3-channle Current-steering Video D/A Converter ; UMC 0.11um HS/AE (AL Enhance) Logic Process Analog_IP 0.11um Bronze
FXDAC030HR0H 10bit 250MSPS Current-steering Video D/A Converter; UMC 0.11um HS/FSG Logic Process Analog_IP 0.11um '13Q4
 
FXDAC031HF0A A small area 10bit 150MSPS 3-channel Video DAC ; UMC 55nm SP/RVT LowK Logic Process Analog_IP 55nm Silver
FXDAC032HF0A A small area 10bit 150MSPS 3-channel Video DAC ; UMC 55nm SP/RVT LowK Logic Process Analog_IP 55nm Bronze
FXDAC033HD0A 10 bit 150MSPS 3-channel current output DAC; UMC 90nm SP/RVT LowK Logic Process Analog_IP 90nm Bronze
 
FXDAC038HF0A 8bit 250MSPS 3-channle Current-steering Video D/A Converter ; UMC 55nm SP/RVT LowK Logic Process Analog_IP 55nm Bronze
 
FXDAC038HR0B 8bit 250MSPS 3-channle Current-steering Video D/A Converter ; UMC 0.11um HS/AE (AL Advance Enhancement) Logic Process Analog_IP 0.11um Silver
FXDAC060HA0A 10 bit 44MSPS dual channel differential current output DAC; UMC 0.18um Logic GII process Analog_IP 0.18um Silver
FXDAC060HC0H 10bit 80MSPS current output dual channel D/A Converter, UMC 0.13um 1P8M Logic High Speed process Analog_IP 0.13um Silver
FXDAC060HP0A 10bit 44MSPS current output dual channel D/A Converter, UMC 0.162um Mixed-Mode Logic Process Analog_IP 0.162um Bronze
FXDAC061HD0K UMC 90nm LL/RVT Low-K Process 10-Bit 80MHz 2-CHANNEL DAC Analog_IP 90nm Silver
FXDAC103HA0A 10-bit DAC for communication system;UMC 0.18um logic GII process. Analog_IP 0.18um Silver
FXDAC110HA0A 10-BITS 1MHZ R-2R DAC; UMC 0.18um GII logic process. Analog_IP 0.18um Bronze
FXDAC110HC0H 10-BITS 1MHZ R-2R DAC; UMC logic 0.13um HS (FSG) process. Analog_IP 0.13um Gold
FXDAC110HL0A 10bit 1MHz Voltage Output R-2R D/A Converter; UMC 0.153um Logic/Mixed-Mode Process Analog_IP 0.153um (85% shrink of 0.18um) '13Q4
FXDAC120HF0A 10bits 1MHz Voltage output R-2R D/A Converter; UMC 55nm SP-RVT process Analog_IP 55nm Bronze
FXDAC120HL0A 10bit 1MHz Voltage Output R-2R D/A Converter; UMC 0.153um Logic Process Analog_IP 0.153um Bronze
FXDAC120HR0H 10bits 1MHz Voltage output R-2R D/A Converter; UMC 0.11um process Analog_IP 0.11um Bronze
FXDAC130HF0A 10bits 1MHz R-2R D/A Converter with rail to rail voltage output ; UMC 55nm SP-RVT process Analog_IP 55nm Bronze
FXDAC160HD0A 18bit MONO Sigma-Delta DAC Codec with speaker driver; UMC 90nm SP/RVT Low-K logic process Analog_IP 90nm Silver
FXDAC161H90A 16 bit 96KSPS voltage output stereo-line DAC; UMC 0.25um Logic process Analog_IP 0.25um Silver
FXDAC162H90A 16 bit 96KSPS voltage output stereo-line DAC; UMC 0.25um Logic process Analog_IP 0.25um Silver
FXDAC162HA0A 16 bit 96KSPS voltage output stereo-line DAC; UMC 0.18um Logic GII process Analog_IP 0.18um Silver
FXDAC162HC0L 16/18/20/24 bit input format supporting 192KSPS output stereo-line DAC with headphone driver; UMC 0.13um Logic LL (FSG) process Analog_IP 0.13um Gold
FXDAC260HC0H 12-bit 80MHz 2 channel DAC; UMC 0.13um HS/FSG Logic Process Analog_IP 0.13um Bronze
 
FXDAC260HF0A 80MHz 2-chanel DAC ; UMC 55nm SP/RVT LowK Logic Process Analog_IP 55nm Silver
FXDAC300HF0A 24bit 96KHz Audio Codec ; UMC 55nm SP/RVT 2.5OD3.3 Logic Process Analog_IP 55nm Silver
FXDAC300HR0B 18-Bit 48kHz Sampled Stereo Audio DAC with Headphone Driver ; UMC 0.11 um HS/AE (AL Advanced Enhancement) Logic Process Analog_IP 0.11um Silver
FXDAC3011HR0B 24-Bit 96kHz Sampled Stereo Audio DAC with Headphone Driver ; UMC 0.11um HS/AE 1P6M1T Logic Process with MMC+HR Analog_IP 0.11um '13Q4
FXDAC302HR0B 18-Bit 48kHz Sampled Stereo Audio DAC with Headphone Driver ; UMC 0.11um HS/AE (AL Advanced Enhancement) Logic Process Analog_IP 0.11um Silver
FXDAC302HR0H 18-Bit 48kHz Sampled Stereo Audio DAC with Headphone Driver ; UMC 0.11um HS/FSG Logic Process Analog_IP 0.11um Bronze
FXDAC500HR0B 24-Bit 96kHz Sampled Stereo DAC Audio CODEC with Headphone Driver and Mono 5V Speaker Amplifier; UMC 0.11um HS/ALE Logic Process Analog_IP 0.11um Bronze
FXDAC508HR0B 24-Bit 96kHz Sampled Stereo DAC Audio CODEC with Headphone Driver and Mono 5V Speaker Amplifier; UMC 0.11um HS/ALE Logic Process Analog_IP 0.11um Bronze
 
Analog > Others
> SSD 
Cell Name Descriptions Type Process Gradation Literature
FXSSD010HA0A UMC 0.18um GII process 20MHz-70MHz delay-type spread-spectrum clock generator. Analog_IP 0.18um Silver
 
Analog > Power
> Band Gap 
Cell Name Descriptions Type Process Gradation Literature
BG020HA0L VBG=0.615V, VCCA=1.8V, VCCA_min=1.0V, Ivcca=23uA; UMC 0.18um Logic GII process low voltage. Analog_IP 0.18um Silver
BGA001 VBG=1.23V, VCCAH=3.3V, VCCAH_min=2.0V, Ivccah=25uA; UMC 0.18um Logic GII process. Analog_IP 0.18um Silver
FXBG010H80A The FXBG010H80A is a complete bandgap voltage reference circuit with low temperature coefficient, and high power supply rejection ratio with output voltage VBG=1.23 V. UMC 0.35um Logic Process. Analog_IP 0.35um Gold
FXBG010H90A VBG=1.23V, VCCAH=3.3V, VCCAH_min=2.0V, Ivccah=25uA; UMC 0.25um Logic process. Analog_IP 0.25um Silver
FXBG010HC0A VBG=1.23V, VCCAH=3.3V, VCCAH_min=2.0V, Ivccah=23uA; UMC 0.13um Logic HS (FSG) process. Analog_IP 0.13um Gold
FXBG010HD0A Input 2.25V-2.75V, VBG=1.23V, Bnad Gap, SP process; UMC 90nm SP/RVT (FSG) Logic process Analog_IP 90nm Bronze
FXBG010HE0A Input 2.25V-2.75V, VBG=1.23V, Band Gap, SP process; UMC 65nm SP/RVT Low-K Logic process Analog_IP 65nm Bronze
FXBG010HE0K Input 2.25V-2.75V, VBG=1.23V, Band Gap, LL process; UMC 65nm LL/RVT LowK Logic process Analog_IP 65nm Bronze
FXBG010HE0L Input 2V-3.6V, VBG=1.2V,Band Gap;UMC 65nm LP/RVT LowK Logic Process UHS library Analog_IP 65nm Bronze
FXBG010HF0A Input 2.25V-2.75V, VBG=1.23V, Band Gap, SP process; UMC 55nm SP/RVT LowK Logic process Analog_IP 55nm Bronze
FXBG010HH0L Input 2V-3.6V, VBG=1.23V BandGap; UMC 40nm LP/RVT LowK Logic Process Analog_IP 40nm Bronze
 
FXBG010HL0A Input 2.0V-3.6V, VBG=1.22V, Band Gap ; UMC 0.153um 1.8V/3.3V Logic/Mixed-Mode Process Analog_IP 0.153um Bronze
FXBG010HR0B Input 2V-3.6V, VBG=1.207V BandGap ; UMC 0.11um HS/AE (AL Advanced Enhancement) Logic Process Analog_IP 0.11um Bronze
FXBG011HH0L Input 2.5V, VBG=1.23V BandGap; UMC 40nm LP/RVT LowK Logic Process Analog_IP 40nm '13Q4
FXBG020H80U Input 3V-3.6V, VBG=1.23V BandGap; UMC 0.35um CDMOS Process Analog_IP 0.35um Bronze
FXBG020H90A VBG=1.23V, VCCA=2.5V, VCCA_min=1.5V, Ivcca=22uA; UMC 0.25um Logic process. Analog_IP 0.25um Gold
FXBG020HA0A VBG=0.615V, VCCA=1.8V, VCCA_min=1.0V, Ivcca=30uA; UMC 0.18um Logic GII process. Analog_IP 0.18um Gold
FXBG020HA0L VBG=0.615V, VCCA=1.8V, VCCA_min=1.0V, Ivcca=23uA; UMC 0.18um Logic LL process. Analog_IP 0.18um Silver
FXBG020HB0A VBG=0.615V, VCCA=1.5V, VCCA_min=1.0V, Ivcca=23uA; UMC 0.15um SP Logic process. Analog_IP 0.15um Silver
FXBG020HC0H VBG=0.8V, VCCA=1.2V, VCCA_min=1.0V, Ivcca=47uA, HS process; UMC 0.13um Logic HS (FSG) process. Analog_IP 0.13um '13Q4
FXBG020HC0L VBG=0.8V, VCCA=1.2V, VCCA_min=1.0V, Ivcca=45uA; UMC 0.13um Logic LL (FSG) process. Analog_IP 0.13um Silver
FXBG020HD0A Input 0.9V-1.1V, VBG=0.5V, Band Gap ; UMC 90nm Logic SP-RVT Low-K Process Analog_IP 90nm Bronze
FXBG020HE0K Input 1.2V, VBG=0.8V BandGap; UMC 65nm LL/RVT LowK Logic Process Analog_IP 65nm '13Q4
FXBG020HF0L Input 1.2V, VBG04=0.4V BandGap; UMC 55nm LP/RVT Low-K Logic Process Analog_IP 55nm Bronze
FXBG020HH0L Input 1.1V, VBG=0.8V, Band Gap,UMC 40nm LP/RVT LowK Logic Process Analog_IP 40nm '13Q4
FXBG020HL0A Input 1.2V-1.98V, VBG=0.615V BandGap ; UMC 0.153um Logic Process Analog_IP 0.153um Bronze
FXBG020HR0B Input 1V-1.5V, VBG=0.8V BandGap ; UMC 0.11um HS/AE (AL Advanced Enhancement) Logic Process Analog_IP 0.11um Bronze
 
FXBG020HR0H Input 1V-1.5V, VBG=0.8V BandGap ; UMC 0.11um HS/FSG Logic Process Analog_IP 0.11um Bronze
FXBG021HA0A UMC 0.18um process 1.8V power supply bandgap reference circuit (layout data base with trimming pad) , VBG=0.615V Analog_IP 0.18um Gold
FXBG021HD0K Input 1.08V-1.32V, VBG=0.6V, Band Gap, LL process; UMC 90 nm Logic LL-RVT Low-K process Analog_IP 90nm Bronze
FXBG030HA0A VBG=0.615V, VCCAH=3.3V, VCCAH_min=1.2V, Ivccah=25uA; UMC 0.18um Logic GII process. Analog_IP 0.18um Silver
FXBG030HA0L 0.18um,LL,Bandgap,VBG=0.615 at VCCAH=1.2V~4V; UMC 0.18um Logic LL process. Analog_IP 0.18um Silver
FXBG030HC0H Input 1.0V-1.5V, VBG=0.615V, Bnad Gap, HS process; UMC 0.13um Logic HS (FSG) process Analog_IP 0.13um Silver
FXBG030HP0U Input 1.8V-3.6V, VBG=0.615V, Band Gap ; UMC 0.162um HV-DDD Process Analog_IP 0.162um Bronze
FXBG030HR0B Input 1V-1.5V, VBG=0.615V BandGap ; UMC 0.11um HS/AE (AL Advanced Enhancement) Logic Process Analog_IP 0.11um Bronze
FXBG110HA0A Input power range = 2.0V-4.0V, VBG=1.23V, Bandgap, UMC 0.18um Logic GII process Analog_IP 0.18um Silver
 
Analog > Power
> Linear Regulator 
Cell Name Descriptions Type Process Gradation Literature
FXPWM070HL0A 5.0V to 3.3V high efficiency converter with 300mA driving capability PWM Regulator ; UMC 0.153um 1.8V/3.3V Logic/Mixed-Mode Process Analog_IP 0.153um Silver
FXREG010HA0A 3.3V with 70mA driving capability, Istb=66uA Linear Regulator; 0.18um Logic GII process Analog_IP 0.18um '13Q4
FXREG010HC0A 3.3V with 50mA driving capability, Istb=70uA Linear Regulator; 0.13um Logic HS (FSG) process Analog_IP 0.13um Silver
FXREG010HE0A 3.3V to 2.5V with 150mA driving capability; Linear Regulator; UMC 65nm SP/RVT LowK Logic Process Analog_IP 65nm Bronze
FXREG010HE0K 3.3V to 2.5V with 200mA driving capability; Linear Regulator; UMC 65nm LL/RVT LowK Logic Process Analog_IP 65nm Bronze
FXREG010HH0L 3.3V to 2.5V with 50mA driving capability; Linear Regulator; UMC 40nm LP/RVT LowK Logic Process Analog_IP 40nm Bronze
FXREG010HL0A 3.3V to 1.8V with 120mA driving capability, VBG=0.615V, Linear Regulator; UMC 0.153um Logic Process Analog_IP 0.153um Bronze
 
FXREG010HR0H 3.3V to 1.8V with 100mA driving capability; Linear Regulator; UMC 0.11um HS/FSG Logic Process Analog_IP 0.11um Bronze
FXREG011HC0L_FTC 1.8V to 1.2V with 30mA driving capability, Istb=75uA Linear Regulator; UMC 0.13um LL/FSG Logic Process Analog_IP 0.13um Bronze
 
FXREG011HD0K 1.8V to 1.2V with 60mA driving capability, Istb=80uA; Linear Regulator; UMC 90nm Logic LL-RVT(LowK) process. Analog_IP 90nm Bronze
FXREG011HE0A 1.8V to 1.0V with 60mA driving capability; Linear Regulator; UMC 65nm SP/RVT LowK Logic Process Analog_IP 65nm '13Q4
FXREG011HF0A 3.3V to 2.8V with 20mA driving capability; Linear Regulator; UMC 55nm SP/RVT Logic Process Analog_IP 55nm Bronze
FXREG011HH0L 3.3V to 2.5V with 100mA driving capability; Linear Regulator; UMC 40nm LP/RVT LowK Logic Process Analog_IP 40nm Bronze
FXREG012HD0K 1.4V~3.6V to 1.2V with 100mA driving capability; Linear Regulator; UMC 90nm LL/RVT LowK LOGIC PROCESS minLib Cell Library Analog_IP 90nm '13Q4
 
FXREG012HF0A 3.3V to 2.8V with 20mA driving capability; Linear Regulator; UMC 55nm SP/RVT Logic Process Analog_IP 55nm Silver
 
FXREG012HR0B 3.3V to 2.8V with 20mA driving capability; Linear Regulator; UMC 0.11 um AE/HS Logic Process Analog_IP 0.11um Bronze
FXREG020HA0A 3.3V with 150mA driving capability, Istb=96uA Linear Regulator; 0.18um Logic GII process Analog_IP 0.18um Platinum
FXREG020HA0F 3.3V to 1.8V LDO regulator with 150mA driving.Iq=66uA, UMC 0.18um eFlash process Analog_IP 0.18um Silver
FXREG020HB0A 3.3V with 100mA driving capability, Istb=65uA Linear Regulator; 0.15um SP Logic process Analog_IP 0.15um '13Q4
FXREG020HC0A 3.3V with 100mA driving capability, Istb=65uA Linear Regulator; 0.13um Logic HS (FSG) process Analog_IP 0.13um Silver
FXREG020HD0A 2.5V to 1.2V with 100mA driving capability, Istb=50uA; Linear Regulator; UMC 90nm SP/RVT Low-K Process Analog_IP 90nm Bronze
FXREG020HE0K 3.3V to 1.2V with 150mA driving capability, Istb=200uA; Linear Regulator; UMC 65nm LL/RVT LowK Logic Process Analog_IP 65nm Bronze
FXREG020HE0L 3.3V to 1.2V with 150mA driving capability, Istb=200uA; Linear Regulator; UMC 65nm LP/RVT LowK Logic Process Analog_IP 65nm '13Q4
 
FXREG020HF0A 3.3V to 1.0V with 150mA driving capability; Linear Regulator; UMC 55nm SP/RVT LowK Logic Process Analog_IP 55nm Bronze
 
FXREG020HF0L 3.3V to 1.2V with 150mA driving capability; Linear Regulator; UMC 55nm LP/RVT LowK Logic Process Analog_IP 55nm Bronze
 
FXREG020HH0L 3.3V to 1.1V with 150mA driving capability; Linear Regulator; UMC 40nm LP/RVT LowK Logic Process Analog_IP 40nm Bronze
FXREG020HL0A 3.3V to 1.8V LDO regulator with 150mA driving.Iq=66uA, UMC 0.153um Mixed-Mode/Logic Process Analog_IP 0.153um (85% shrink of 0.18um) Silver
FXREG020HP0A 3.3V to 1.8V LDO regulator with 150mA driving.Iq=66uA ; UMC 0.162um Logic Process Analog_IP 0.162um Bronze
FXREG020HR0B 3.3V to 1.2V with 150mA driving capability; Linear Regulator; UMC 0.11um HS/AE (AL Advanced Enhancement) Logic Process Analog_IP 0.11um Bronze
FXREG021HR0H 3.3V to 2.5V with 300mA driving capability; Linear Regulator; UMC 0.11um Logic HS/FSG Logic Process Analog_IP 0.11um Bronze
FXREG022HR0B 3.3V to 1.2V with 400mA driving capability; Linear Regulator; UMC 0.11um HS/AE (AL Advanced Enhancement) Logic Process Analog_IP 0.11um Bronze
FXREG023HC0H UMC 0.13um Logic HS (FSG) process 3.3V to 1.2V with 100mA driving capability; High PSRR linear Regulator Analog_IP 0.13um Bronze
FXREG024HC0H UMC 0.13um Logic HS (FSG) process 3.3V to 1.2V with 100mA driving capability, Linear Regulator with Capacitor-Free Analog_IP 0.13um Gold
FXREG024HR0H 3.3V to 1.2V with 120mA driving capability; Linear Regulator; UMC 0.11um HS/FSG Logic Process Analog_IP 0.11um Bronze
FXREG028HR0B 3.3V to 1.2V with 150mA driving capability; Non-trim Linear Regulator; UMC 0.11um HS/AE (AL Advanced Enhancement) Logic Process Analog_IP 0.11um Silver
FXREG030H90A 3.3V with 250mA driving capability, Istb=85uA Linear Regulator; 0.25um Logic process Analog_IP 0.25um Gold
FXREG030HA0A 3.3V with 60mA driving capability, Istb=85uA Linear Regulator; 0.18um Logic GII process Analog_IP 0.18um Gold
FXREG030HC0H 3.3V to 1.2V, 1.0V and 0.8V with 50mA driving capability for each, Istb=130uA; Linear Regulator. UMC 0.13um Logic HS (FSG) process Analog_IP 0.13um Silver
FXREG041HA0A 3.3V with 240mA driving capability, Istb=uA Linear Regulator; 0.18um Logic GII process Analog_IP 0.18um Platinum
FXREG041HA0L 3.3V with 240mA driving capability, Istb=uA Linear Regulator; 0.18um Logic LL process Analog_IP 0.18um Silver
FXREG050H80F 5V with 150mA driving capability, Istb=120uA Linear Regulator; 0.35um Logic process Analog_IP 0.35um '13Q4
FXREG060H80A 5V with 250mA driving capability, Istb=120uA Linear Regulator; 0.35um Logic process Analog_IP 0.35um Bronze
FXREG060HA0A 5V with 250mA driving capability, Istb=120uA Linear Regulator; 0.18um Logic GII process Analog_IP 0.18um Platinum
FXREG060HA0F 5V to 3.3V and 1.8V with 250mA and 70mA driving capability, Istb=200uA; Linear Regulator; UMC 0.18um eFlash process Analog_IP 0.18um Silver
FXREG060HC0H 5V to 3.3V(200mA) & 1.2V(110mA) audio solution regulator;UMC 0.13um Logic HS (FSG) process Analog_IP 0.13um '13Q4
 
FXREG060HR0H Input 4.5V-5.5V; 3.3V/150mA Output Regulator; UMC 0.11um HS/FSG Logic Process Analog_IP 0.11um Bronze
FXREG061HA0A 5V to 3.3V/1.8V with 250mA/70 mA driving capability, Istb=80uA; Linear Regulator; UMC 0.18um GII process. Analog_IP 0.18um Silver
FXREG061HR0B Input 4.5V-5.5V; 3.3V/350mA and 1.2V/100mA Voltage Regulator; UMC 0.11um HS/AE (AL Advanced Enhancement) Logic Process Analog_IP 0.11um Bronze
FXREG062HR0H Input 4.5V-5.5V; 3.3V/350mA and 1.2V/350mA Voltage Regulator;UMC 0.11um HS/FSG Logic Process Analog_IP 0.11um Bronze
FXREG070HL0A 5.0V to 4.2V Linear Regulator with 1000mA driving capability ; UMC 0.153um 1.8V/3.3V Logic/Mixed-Mode Process Analog_IP 0.153um Bronze
FXREG070HR0B 5V to 3.3V with 300mA driving capability; Cascode Structure Regulator; UMC 0.11um HS/AE (AL Advanced Enhancement) Logic Process Analog_IP 0.11um Bronze
FXREG100HH0L 3.3V to 1.1V with 150mA driving capability; High accuracy Non-trim Linear Regulator; UMC 40nm LP/RVT LowK Logic Process Analog_IP 40nm Bronze
FXREG140H80A 5V with 50mA driving capability, Istb=124uA Linear Regulator; 0.35um Logic process Analog_IP 0.35um Gold
FXREG200HH0L 3.3V to 1.1V with 100mA driving capability; Fast Transient Linear Regulator; UMC 40nm LP/RVT LowK Logic Process Analog_IP 40nm '13Q4
 
FXREG210HA0A (Preliminary) 3.3V with 120mA driving capability, Istb=60uA Linear Regulator; 0.18um Logic GII process Analog_IP 0.18um Silver
FXREGSATA168HD0A 2 port Linear regulator for FXSATA168HD0A ; UMC 90nm SP/RVT LowK Logic Process Analog_IP 90nm Bronze
 
REG7001 5V with 110mA driving capability, Istb=120uA Linear Regulator; 0.5um Logic process Analog_IP 0.5um Gold
REG8003H 5V with 150mA driving capability, Istb=120uA Linear Regulator; 0.35um Logic process Analog_IP 0.35um Platinum
REG8004H 5V with 70mA driving capability, Istb=120uA Linear Regulator; 0.35um Logic process Analog_IP 0.35um Silver
REG9001H 3.3V with 70mA driving capability, Istb=75uA Linear Regulator; 0.25um Logic process Analog_IP 0.25um Platinum
REG9002H 3.3V with 150mA driving capability, Istb=75uA Linear Regulator; 0.25um Logic process Analog_IP 0.25um Platinum
REGA002H 3.3V with 100mA driving capability, Istb=100uA Linear Regulator; 0.18um Logic GII process Analog_IP 0.18um Gold
 
Analog > Power
> Others 
Cell Name Descriptions Type Process Gradation Literature
FXCHG070HL0A 5V to 4.2V battery charger with 3.3V device ; UMC 0.153um Logic/Mixed-Mode Process Analog_IP 0.153um Bronze
 
Analog > Power
> Power Management 
Cell Name Descriptions Type Process Gradation Literature
FXCHG010H80U 5V to 4.2V battery charger ; UMC 0.35um 3.3V/5V CDMOS Process Analog_IP 0.35um Bronze
FXPFM030HR0B 3.0V~3.6V to 1.2V DC-DC converter with 100mA driving capability ; UMC 0.11um HS/AE (AL Advanced Enhancement) Logic Process Analog_IP 0.11um '13Q4
FXPMU001H80U Power Management Unit(5-sets DC-DC, 2-sets REG, PowerSwitch, and Li-ion Charger) for Audio Platform; UMC 0.35um 3.3V/5V CDMOS process Analog_IP 0.35um '13Q4
FXPWM010H90A Pulse width modulation, boosting voltage from 3.3V to 5V, 50mA driving capability, Ivcca=150uA @ Idrive=0 Analog_IP 0.25um Silver
FXPWM010HA0A Pulse width modulation, boosting voltage from 3.3V to 5V, 50mA driving capability, Ivcca=140uA @ Idrive=0 Analog_IP 0.18um Gold
FXPWM010HC0A PWM controller with soft start function for DC to DC boost converter, 0.13um Logic HS (FSG) process Analog_IP 0.13um Platinum
FXPWM010HR0B 3V~3.6V to 5V DC-DC converter with 100mA driving capability; UMC 0.11um HS/AE (AL Advanced Enhancement) Logic Process Analog_IP 0.11um Bronze
FXPWM011HD0A Boosting voltage from 3.3V to 5V, 100mA driving capability, Ivcca=200uA @ Idrive=0mA, Pulse Width Modulator; UMC 90nm SP/RVT low-K process. Analog_IP 90nm Silver
FXPWM011HE0C Boosting voltage from 3.3V to 5V, 100mA driving capability, Ivcca=200uA @ Idrive=0, Pulse Width Modulator; UMC 65nm Logic SP/HVT Low-K process. Analog_IP 65nm Silver
FXPWM011HE0K DC-DC Power Converter, Input:3.0V~3.6V, output:5V, 50mA loading; UMC 65nm LL(RVT) Low_K process. Analog_IP 65nm Bronze
FXPWM011HH0L Boosting voltage from 3.3V to 5V, 100mA driving capability, Pulse Width Modulator; UMC 40nm Logic LP/RVT Low-K process. Analog_IP 40nm Bronze
FXPWM011HL0A Pulse Width Modulation, boosting voltage from 3.3V to 5V/50mA driving capability, Ivcca=140uA@Idrive=0 ; UMC 0.153um Logic/Mixed-Mode Process Analog_IP 0.153um (85% shrink of 0.18um) Silver
FXPWM020HC0L 3.3V to 1.8V high efficiency converter with 150mA driving capability,PWM Regulator; UMC 0.13um Logic LL (FSG) process Analog_IP 0.13um Silver
FXPWM020HR0B 2.5V/3.3V to 1.2V high efficiency converter with 250mA driving capability,PWM Regulator; UMC 0.11um HS/AE (AL Advanced Enhancement) Logic Process Analog_IP 0.11um '13Q4
 
FXPWM021HC0H 3.3V to 1.8V high efficiency converter with 200mA driving capability PWM Regulator ; UMC 0.13um HS/FSG Logic Process Analog_IP 0.13um Silver
FXPWM024HR0B 2.5V/3.3V to 1.2V high efficiency converter with 250mA driving capability,Compensation Built-in,PWM Regulator; UMC 0.11um HS/AE (AL Advanced Enhancement) Logic Process Analog_IP 0.11um '13Q4
FXPWM028HR0B 2.5V/3.3V to 1.05V high efficiency converter with 250mA driving capability, compensation built-in, PWM regulator; UMC 0.11um HS/AE (AL Advanced Enhancement) Logic Process Analog_IP 0.11um Bronze
FXPWM030H80A Three pulse width modulation, boosting voltage from 3.3V to +/-12.5V, and +6V, Ivcca=450uA @ Idrive=0 Analog_IP 0.35um Silver
FXPWM030HC0H 3.3V to 1.8V high efficiency converter with 150mA driving capability,PWM Regulator; UMC 0.13um HS\FSG Logic Process Analog_IP 0.13um '13Q4
FXPWM050HR0B 0.9V~1.6V to 3.0V DC-DC converter with 120mA driving capability for Dry-Battery application; UMC 0.11um HS/AE (AL Advanced Enhancement) Logic Process Analog_IP 0.11um Bronze
FXPWM052HR0B 0.95V~1.5V to 3.0V DC-DC converter with 100mA driving capability ; UMC 0.11um HS/AE (AL Advanced Enhancement) Logic Process Analog_IP 0.11um Silver
FXPWM070HR0B 5.0V to 3.3V high efficiency converter with 300mA driving capability PWM Regulator ; UMC 0.11um 1.2V/3.3V HS/AE (AL Advanced Enhancement) Logic Process Analog_IP 0.11um Bronze
FXPWM270HR0B 2.5v~4.4v to 3.3v/300mA Buck-Boost PWM for Li-ion Battery Application ; UMC 0.11um HS/AE (AL Advanced Enhancement) Logic Process Analog_IP 0.11um Bronze
 
Analog > Power
> Power on Reset 
Cell Name Descriptions Type Process Gradation Literature
FXPORA010HC0H Vrr=0.8V Vfr=0.65V, VCC=1.2V, Ivcc=12.7uA; HS process with A-type I/O.; Power On Reset; UMC 0.13um Logic HS (FSG) process Analog_IP 0.13um Gold
FXPORA031H90A Power on reset using 0.25um process, A-type I/O ,Urr=1.8V,Ufr=1.6V; UMC 0.25um Logic process. Analog_IP 0.25um Gold
 
FXPORAH010HC0H 0.13um HS process, 3.3V device vcc3I, Vrr=2.2V, Vfr=2V, Ivcc=13mA; Power On Reset; UMC 0.13um Logic HS (FSG) process Analog_IP 0.13um Silver
FXPORAH010HC0H_MBU00
1 		UMC 0.13um HS Logic process;Vrr=2.2V, without Vfr, A type IO; 3.3V Power On Reset. Analog_IP 0.13um Bronze
 
FXPORAH010HR0B Vrr=2.2V, Vfr=2.0V, A type IO; 3.3V Power On Reset; UMC 0.11um HS/AE (AL Advanced Enhancement) Logic Process Analog_IP 0.11um Bronze
FXPORAH035HR0F Vrr=2.2V, Vfr=2.0V, A type IO; 3.3V Power On Reset; UMC 0.11um AL eFlash Process Analog_IP 0.11um '13Q4
 
FXPORB010HB0A Vrr=1.1V Vfr=0.95V, VCC=1.5V; B-type I/O.; Power On Reset; UMC 0.15um SP Logic process Analog_IP 0.15um Silver
FXPORB010HC0H Vrr=0.8V Vfr=0.65V, VCC=1.2V, Ivcc=12.7uA; HS process with B-type I/O.; Power On Reset; UMC 0.13um Logic HS (FSG) process Analog_IP 0.13um Gold
FXPORB030H90A Vrr=1.8V Vfr=1.6V, VCC=2.5V, Ivcc=13.4uA; B type I/O; Power On Reset; UMC 0.25um Logic process Analog_IP 0.25um Gold
FXPORB130H90A Power on Reset circuit tolerant with 0.25um,2.5V MMC and Logic process VCC=2.5V, B type IO; Power On Reset; UMC 0.25um Logic process Analog_IP 0.25um Gold
FXPORBH010HR0B Vrr=2.2V, Vfr=2.0V, A type IO; 3.3V Power On Reset; UMC 0.11um HS/AE (AL Advanced Enhancement) Logic Process Analog_IP 0.11um Bronze
 
FXPORBH070HR0B Vrr=2.2V, Vfr=2.0V, B type IO; 3.3V Power On Reset; UMC 0.11um HS/AE (AL Advanced Enhancement) Logic Process Analog_IP 0.11um Bronze
FXPORC030HA0A Vrr=1.2V Vfr=1.0V, VCC=1.8V, Ivcc=6.7uA; C type I/O; Power On Reset; UMC 0.18um Logic GII process Analog_IP 0.18um Platinum
FXPORC130H90A Power on Reset with Vrr and Vfr.; Power On Reset; UMC 0.25um Logic process Analog_IP 0.25um Gold
FXPORC730HA0L Vrr=1.2V, Vfr=1.1V, C version IO, corner type, Power on Reset ; UMC 0.18um LL process. Analog_IP 0.18um Silver
FXPORD030HA0A Vrr=1.2V Vfr=1.0V, VCC=1.8V, Ivcc=6.7uA; D type I/O; Power On Reset; UMC 0.18um Logic GII process Analog_IP 0.18um Platinum
FXPORD130H90A Power on Reset with Vrr and Vfr.; Power On Reset; UMC 0.25um Logic process Analog_IP 0.25um Gold
FXPORD730HA0A FXPORD730HA0A 0.18um power on reset at the corner of D-type IO Vrr=1.2V Vfr=1V; Power On Reset; UMC 0.18um Logic GII process Analog_IP 0.18um Silver
FXPORD730HA0L Vrr=1.2V, Vfr=1.1V, D version IO, corner type, Power on Reset; UMC 0.18um LL process. Analog_IP 0.18um Bronze
FXPORK010HD0K Power On Reset (POR); UMC 90nm LL logic process, RVT; Core type; Vrr=0.85V Vfr=0.75V. Analog_IP 90nm Bronze
FXPORK030HA0A Vrr=1.2V Vfr=1.0V, VCC=1.8V, Ivcc=6.7uA; Core type; Power On Reset; UMC 0.18um Logic GII process. Analog_IP 0.18um Platinum
FXPORK030HA0L Vrr=1.2V Vfr=1.1V, VCC=1.8V, Ivcc=12.2uA; Core type; Power On Reset; UMC 0.18um Logic LL process. Analog_IP 0.18um Bronze
FXPORK030HC0H Vrr=0.8V Vfr=0.65V, VCC=1.2V, Ivcc=11.7uA; Core type; Power On Reset; UMC 0.13um logic HS(FSG) process. Analog_IP 0.13um ASIC Silver
FXPORK030HC0L Vrr=0.8V Vfr=0.65V, VCC=1.2V, Ivcc=10.7uA; Core type; Power On Reset; UMC 0.13um Logic LL(FSG) process. Analog_IP 0.13um Platinum
FXPORK030HE0L Vrr=Vfr=0.8V,input VCC=1.2V, 1.2V Power On Reset; UMC 65nm 1P10M2T LP/RVT LowK Logic Process Analog_IP 65nm Bronze
 
FXPORK030HF0L Vrr=Vfr=0.8V,input VCC=1.2V, 1.2V Power On Reset; UMC 55nm 1P10M2T LP/RVT LowK Logic Process Analog_IP 55nm '13Q4
 
FXPORK035HA0A Vrr=1.2V Vfr=1.0V, input 1.8V, Core type; Power On Reset; UMC 0.18um Logic GII process Analog_IP 0.18um Bronze
FXPORK035HD0K Vrr=0.7V, Vfr=0.65V, input VCCK=1.2V, Core Type Power On Reset; UMC 90nm Logic/Mixed-mode LL-RVT LowK Process Analog_IP 90nm Bronze
FXPORK035HE0A Vrr=0.67V, Vfr=0.62, input 10V, Core type; Power On Reset; UMC 65nm SP/RVT LowK Process Analog_IP 65nm Silver
FXPORK035HF0A Vrr=0.67V, Vfr=0.62, input 10V, Core type; Power On Reset; UMC 55nm SP/RVT LowK Process Analog_IP 55nm Bronze
FXPORK050H90A Vrr=1.6V Vfr=1.4V, core type; Power On Reset with tunable reset time by external capacitor; UMC 0.25um Logic/MMC process Analog_IP 0.25um Gold
FXPORK050HA0A Vrr=1.2V Vfr=1.0V, input 1.8V, Core type; Power On Reset; UMC 0.18um GII process Analog_IP 0.18um Bronze
FXPORK055HA0A Vrr=1.2V Vfr=1.0V, input 1.8V, Core type (with Self-Test Circuit); Power On Reset; UMC 0.18um GII process Analog_IP 0.18um ASIC Silver
FXPORK055HL0A Vrr=1.2V Vfr=1.0V, input 1.8V, Core type (with Self-Test Circuit); Power On Reset; UMC 0.153um Mixed-Mode/Logic Process Analog_IP 0.153um Bronze
FXPORK055HP0A Vrr=1.2V Vfr=1.0V, input 1.8V, Core type (with Self-Test Circuit); Power On Reset; UMC 0.162um Logic Process Analog_IP 0.162um ASIC Silver
FXPORK130H80A Vrr=1.96V Vfr=1.76V, input 3.3V, Core Type; Power On Reset; UMC 0.35um Logic process Analog_IP 0.35um Bronze
FXPORK130HA0F Vrr=1.2V Vfr=1.0V, input 1.8V, Core type; Power On Reset; UMC 0.18um e-Flash process Analog_IP 0.18um Silver
FXPORK130HC0G Vrr=0.76V Vfr=0.66V, input 1.2V, Core type; Power On Reset; UMC 0.13um Logic SP(FSG) process Analog_IP 0.13um Silver
FXPORK130HC0H Vrr=0.75V Vfr=0.65V, input 1.2V, Core type; Power On Reset; UMC 0.13um Logic HS(FSG) process Analog_IP 0.13um Bronze
FXPORK135HC0G Vrr=0.76V Vfr=0.66V, input 1.2V, Core type; Power On Reset; UMC 0.13um Logic SP(FSG) process Analog_IP 0.13um Bronze
FXPORK135HC0H Vrr=0.75V Vfr=0.65V, input 1.2V, Core type; Power On Reset; UMC 0.13um Logic HS(FSG) process Analog_IP 0.13um ASIC Silver
FXPORK135HD0A Vrr=0.67V Vfr=0.63V, input 1.0V, Core type; Power On Reset (with Self-Test Circuit);UMC 90nm Logic SP-RVT LowK process Analog_IP 90nm Gold
FXPORK235HP0U Power on reset(POR) block ; UMC 0.162um EHV Process Analog_IP 0.162um Bronze
 
FXPORK235HR0B Power on reset(POR) block ; UMC 0.11um HS/AE (AL Advance Enhancement) Logic Process Analog_IP 0.11um Bronze
 
FXPORK235HR0H Power on reset(POR) block; UMC 0.11um HS/copper Logic Process Analog_IP 0.11um ASIC Silver
FXPORKH075HD0A Vrr=Vfr=2V,input VCC3IO=3.3V, 3.3V RTC Power On Reset;special request by MTD; UMC 90nm 1P9M2T SP/RVT LowK Logic Process Analog_IP 90nm Bronze
FXPORKH075HF0A 3.9~1.5V (RTC core cell operating voltage+), Rise-relax voltage (Vrr), min. 1.6V (1.6V~2.3V) Power On Reset ; UMC 55nm SP/RVT LowK Logic Process Analog_IP 55nm Bronze
 
FXPORKH075HH0L Vrr=2.0V Vfr=1.9V, VCC3I=2.5V, 2.5V Power On Reset;special request; UMC 40nm LP/RVT LowK Logic Process Analog_IP 40nm '13Q4
 
FXPORKLH035HC0H 2.5V~3.3V POR ; UMC 0.13um HS/FSG Logic Process Analog_IP 0.13um Bronze
 
FXPORKLH035HD0A Vrr=2V Vfr=1.95V, input VCCK=1.0V VCC3IO=3.3V, 3.3V Power On Reset;special request by ASAL; UMC 90nm 1P9M SP/RVT LowK Logic Process Analog_IP 90nm Bronze
 
FXPORKLH035HH0L Vrr=2.33V Vfr=2.26V, input VCCK=1.0V VCC3IO=3.3V, 3.3V Power On Reset;special request; UMC 40nm LP/RVT LowK Logic Process Analog_IP 40nm Bronze
POR7002 Vrr=3.4V Vfr=3.0V, VCC=5V, Ivcc=17uA; B type I/O; Power On Reset; UMC 0.5um Logic process Analog_IP 0.5um Gold
POR8001 Vrr=2.5V Vfr=2.3V, VCC=3.3V, Ivcc=18uA; Power On Reset; UMC 0.35um Logic process Analog_IP 0.35um Platinum
PORB030HA0A Vrr=1.2V Vfr=1.0V, VCC=1.8V, Ivcc=6.7uA; B type I/O; Power On Reset; UMC 0.18um Logic GII process Analog_IP 0.18um Gold
PORM3B Vrr=2.3V without Vfr, VCC=3.3V, Ivcc=17uA; B type I/O; Power On Reset; UMC 0.5um Logic process Analog_IP 0.5um Gold
PORM3L Vrr=2.3V without Vfr, VCC=3.3V, Ivcc=17uA; L type I/O; Power On Reset; UMC 0.5um Logic process low voltage Analog_IP 0.5um Gold
 
Analog > Power
> Switching Regulator 
Cell Name Descriptions Type Process Gradation Literature
FXREG021HR0B Input 2.7V-3.6V, 1.2V/10mA Output Regulator; UMC 0.11um HS/AE (AL Advanced Enhancement) Logic Process Analog_IP 0.11um Bronze
 
Analog > Power
> Voltage Dectector 
Cell Name Descriptions Type Process Gradation Literature
FXVDT010HA0A Vdet=1.3V Vhys=0.1V, VCCA=1.8V, Ivcca=35uA; UMC 0.18um Logic GII process Analog_IP 0.18um '13Q4
FXVDT010HR0H Voltage Detect Vdet=2.5V Vhys=0.1V, generate a high/low level logic for a precise power supply monitoring system; UMC 0.11um HS/FSG Logic Process Analog_IP 0.11um Bronze
FXVDT020HA0A 4-level detector for USB-OTG, VCCA=3.3V, Ivcca=125uA; UMC 0.18um Logic GII process Analog_IP 0.18um Platinum
FXVDT020HC0A 4-level voltage detector for USB_OTG; UMC 0.13um Logic HS (FSG) process Analog_IP 0.13um Platinum
FXVDT020HR0B 4-level detector for USB-OTG applications, input 3.3V; UMC 0.11um HS/AE Logic process Analog_IP 0.11um Bronze
FXVDT020HR0F 4-level detector for USB-OTG applications, input 3.3V; UMC 0.11um eFlash Logic process Analog_IP 0.11um '13Q4
FXVDT021HD0A 4-Level Voltage Detector for USB-OTG; UMC 90nm Lgic SP-RVT (LowK) process and 2.5V overdrive 3.3V device. Analog_IP 90nm Silver
FXVDT021HD0K 4-Level Voltage Detector for USB-OTG; UMC 90nm logic LL-RVT (LowK) process and 2.5V overdrive 3.3V device. Analog_IP 90nm Silver
FXVDT021HE0C 4-Level Voltage Detector for USB-OTG (2.5V overdrive 3.3V device); UMC 65nm logic SP-HVT (LowK) process Analog_IP 65nm Silver
FXVDT021HE0K 4-Level Voltage Detector for USB-OTG; UMC 65nm logic LL-RVT (LowK) process and 2.5V overdrive 3.3V device. Analog_IP 65nm Silver
FXVDT021HF0A 4-Level Voltage Detector for USB-OTG ; UMC 55nm 2.5V overdrive 3.3V device SP/HVT LowK Logic Process Analog_IP 55nm Bronze
FXVDT021HH0L 4-Level Voltage Detector for USB-OTG ; UMC 40nm 2.5V overdrive 3.3V device LP/RVT Logic Process Analog_IP 40nm Bronze
FXVDT021HL0A 4-level detector for USB-OTG, VCCA=3.3V, Ivcca=125uA; UMC 0.153um 1.8V/3.3V Logic GII process Analog_IP 0.153um (85% shrink of 0.18um) Silver
FXVDT040H90A 0.25um process 2 level voltage detector; UMC 0.25um Logic process Analog_IP 0.25um Silver
FXVDT040HA0A 3-level detector for MMC flash storage, VCCA=3.3V, Ivcca=65uA; UMC 0.18um Logic GII process Analog_IP 0.18um '13Q4
FXVDT040HA0L VDT for MMC; UMC 0.18um Logic LL process Analog_IP 0.18um Silver
FXVDT050HA0A 4-level voltage detector for MP3; UMC 0.18um Logic GII process Analog_IP 0.18um Silver
FXVDT050HC0L 4-level voltage detector , input 1.2V, Ivcca=65uA; UMC 0.13um LL-LVT(FSG) process. Analog_IP 0.13um '13Q4
FXVDTH030H90A Vdet=2.8V Vhys=0.1V, VCCA=3.3V, Ivcca=30uA; UMC 0.25um Logic process Analog_IP 0.25um Platinum
FXVDTH030HA0A Vdet=2.4V, Vhys=0.1V, VCCA=3.3V, Ivcca=35uA; UMC 0.18um Logic GII process Analog_IP 0.18um Gold
FXVDTH030HA0L Voltage detector for flash protect; UMC 0.18um Logic LL process Analog_IP 0.18um Silver
FXVDTL010H70A 5V/3.3V detector VDT; UMC 0.5um Logic process Analog_IP 0.5um Gold
VDT030H80A Vdet=2.55V Vhys=0.05V, VCC=3.3V, Ivcc=35uA; UMC 0.35um Logic process Analog_IP 0.35um Gold
VDT9001 Vdet=2.1V Vhys=0.1V, VCCA=2.5V, Ivcca=27uA; UMC 0.25um Logic process Analog_IP 0.25um Gold
 
Analog > Serial Link PHY
> 10/100 Ethernet PHY 
Cell Name Descriptions Type Process Gradation Literature
FXEDP110HC0A 10/100 Base-TX Fast Ethernet PHY; UMC 0.13um Logic HS (FSG) process. Analog_IP 0.13um Gold
FXEDP110HD0A 10/100 Base-TX Fast Ethernet PHY; UMC 90nm SP/RVT Low-K Logic Process Analog_IP 90nm '13Q4
FXEDP110HE0A 10/100 Base-TX Fast Ethernet PHY; UMC 65nm SP/RVT Low-K Logic Process Analog_IP 65nm '13Q4
FXEDP110HH0L 10/100 Base-TX Energy Efficient Ethernet PHY; UMC 40nm LP/RVT Low-K Logic Process Analog_IP 40nm '13Q4
 
FXEDP112HA0A 10/100 Base-TX Fast Ethernet PHY; UMC 0.18um MMC process. Analog_IP 0.18um '13Q4
FXEDP118HR0B 10/100 Base-TX/FX Energy Efficient Ethernet PHY; UMC 0.11um HS/AE (AL Advance Enhancement) Logic Process. Analog_IP 0.11um Bronze
FXEDP118HR0F 10/100 Base-TX/FX Energy Efficient Ethernet PHY; UMC 0.11um eFlash Logic Process. Analog_IP 0.11um '13Q4
 
FXFEP160H90A 10/100 Base-TX Ethernet PHY; UMC 0.25um Logic process. Analog_IP 0.25um Gold
 
Analog > Serial Link PHY
> PCI Express PHY 
Cell Name Descriptions Type Process Gradation Literature
FXPCIE100HA0A PCI-Express PHY with PIPE interface, 1 lane PCI-E PHY; UMC 0.18um Logic GII (RVT) process Analog_IP 0.18um Bronze
FXPCIE166HA0A PCI-Express PHY with PIPE interface, 1 lane PCI-E PHY; UMC 0.18um Logic GII (RVT) process Analog_IP 0.18um Bronze
 
FXPCIE169HC0H PCI-Express PHY with PIPE interface, 1 lane PCI-E PHY with low power feature; UMC 0.13um HS/FSG Logic Process Analog_IP 0.13um '13Q4
 
FXPCIE200HD0A PCI-Express II PHY; UMC 90nm SP/RVT Low-K Process Analog_IP 90nm '13Q4
FXPCIE268HE0L PCIE Gen.II PHY; UMC 65nm LP/RVT LowK Logic Process. Analog_IP 65nm '13Q4
 
FXPCIE268HF0A PCIE Gen.II ; UMC 55nm SP/RVT LowK Logic Process Analog_IP 55nm Silver
FXPCIE4X200HD0A 4x lane PCI Express Gen II PHY; UMC 90nm SP/RVT Low-K Logic Process Analog_IP 90nm '13Q4
 
 
Analog > Serial Link PHY
> Serial ATA PHY 
Cell Name Descriptions Type Process Gradation Literature
FXESATA303HA0A 1.5G/3.0Gbps 1 port Serial ATA PHY and ESATA ; UMC 0.18um Logic GII process. Analog_IP 0.18um '13Q4
FXSATA168HC0H 3G/1.5G Serial ATA PHY; UMC 0.13um HS/FSG Logic Process Analog_IP 0.13um Gold
FXSATA168HD0A Serial ATA I II PHY;UMC 90nm SP/RVT Lowk Logic Process Analog_IP 90nm ASIC Silver
FXSATA168HR0B 3G/1.5G Serial ATA PHY; UMC 0.11um HS/AE (AL Advance Enhancement) Logic Process Analog_IP 0.11um Silver
FXSATA168HR0H 3G/1.5G Serial ATA PHY; UMC 0.11um HS/FSG Logic Process Analog_IP 0.11um Gold
FXSATA1X300HC0H Serial ATA (SATA) physical layer that provides a complete range of host and device functions; UMC 0.13um Logic HS(FSG) process Analog_IP 0.13um Bronze
FXSATA1X310HC0U Over sampling 1 port 3G/1.5G SATA PHY ; UMC 0.13um HS+LL/FSG Logic Process Analog_IP 0.13um Bronze
FXSATA268HF0A Serial ATA I,II PHY ;UMC 55nm SP/RVT LowK Logic Process Analog_IP 55nm '13Q4
 
FXSATA301HA0A Single channel serial ATA PHY layer compliant with SATA spec. of 3.0 Gbps. Analog_IP 0.18um '13Q4
FXSATA368HF0A Serial ATA I,II,III PHY ; UMC 55nm SP/RVT LowK Logic Process Analog_IP 55nm Bronze
FXSATA368HR0H 6G/3G/1.5G Serial ATA PHY; UMC 0.11um HS/FSG Logic Process Analog_IP 0.11um '13Q4
FXSERDES101HH0L 10Gbps SERDES for 10Gbase-kr application,UMC 40nm LP/RVT Logic Process Analog_IP 40nm '13Q4
 
 
Analog > Serial Link PHY
> USB 1.1 PHY 
Cell Name Descriptions Type Process Gradation Literature
FZUSB100H70A USB 1.1 PHY ; UMC 0.5um Logic process 3.3V 1P3M Analog_IP 0.5um Silver
FZUSB100HA0A USB 1.1 PHY; UMC 0.18um GII process 1.8/3.3V 1P6M Analog_IP 0.18um Gold
FZUSB100HA0F USB 1.1 PHY; UMC 0.18um e-flash process Analog_IP 0.18um Silver
FZUSB100HC0H USB 1.1 PHY; UMC 0.13um Logic HS (FSG) process.