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APLUS FLASH TECHNOLOGY ANNOUNCES FULLY FUNCTIONAL 0.35um EMBEDDED EEPROM IP FROM 8Kb to 512Kb AT SMIC San Jose, California, August 6, 2003 - Aplus Flash Technology, a leader in nonvolatile memory, announces the availability of its 0.35um embedded EEPROM IP at SMIC, the first full-service 8" semiconductor foundry in China. The embedded EEPROM IP will be offered based on SMIC's 0.35um 2P3M2W 2-Tr Flotox EEPROM with HV P-channel process technology, and will be available in standard densities from 8Kb to 512Kb. Aplus also offers customized IP designs for ASICS, DSPs, CPUs, etc. Previously this year Aplus released its low-density EEPROM IP for licensing. Now the high density EEPROM (up to 512Kb) has also tested fully functional and can meet all 12 normal functions according to spec: 128b page write, partial page write, random byte write, page write input data roll over, chip erase, standby mode, erase only, program only, page buffer clear, ws (write start) controlled write, ID read/write and ready/busy. Read operation voltage can cover a wide range from 1.8V to 6.0V, and write operation voltage is from 2.4V to 6.0V. At 1.8V, write time is 5ms, and read speed at room temperature is optimum over voltage ranges; for example, at 3.0V operation, read speed can be as fast as 45ns. The EEPROM can withstand over 1 million program/erase cycles, and is optimally designed for a small die size (5.79mm2 for 256Kb), about 10% smaller than a currently available counterpart. SMIC's and
Aplus' combination of embedded EEPROM IP and foundry services gives customers
flexible embedded EEPROM solutions for applications needing various density
in-system reprogrammability, such as smart cards or SIM cards, etc. Of
the major foundries, many only offer EEPROM in 0.5um technologies and
above with no embedded EEPROM IP available. Jointly, SMIC and Aplus offer
a convenient solution for customers needing both cost-effective IP and
wafers.
# # # For more information about Aplus and our product offerings, please contact: Christine Lee |