Memory & Libraries IP for SMIC
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Memory & Libraries IP
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524
Memory & Libraries IP
for SMIC
from 20 vendors
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10)
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512-bit EEPROM (NTLab)
- SMIC EEPROM CMOS 0.18 um
- High density of memory cells
- Writing and erasing data by one high-voltage pulse
- Programming and erase time – 2 ms
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LVDS Transceiver
- Meets or exceeds the TIA/EIA-644 LVDS standard.
- Driver, Receiver, Bias, and Power cells included.
- Greater than 400Mbs data rate.
- 1.8V core voltage, 3.3V IO voltage.
- Receive fault detection.
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LVDS Receiver PHY
- Converts 5-pair LVDS data stream into parallel 35 bits of CMOS data
- Compatible with the TIA/EIA-644 LVDS standards
- Supports up to 1.05Gbps data rate for UXGA
- On-chip DLL requires no external component
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LVDS transmitter PHY
- Silicon Proven in 22,28,55,65,130n,180n from SMIC, Global Foundries and Samsung
- Compatible with the National DS90CF386
- Compatible with the TIA/EIA-644 standards
- Converts 35 bits data to 5-pair LVDS data stream
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1Kbyte Embedded EEPROM with configuration 64p8w16bit
- SMIC EEPROM CMOS 0.18 um
- 1Kbyte of available memory 16(bit per word) x 8(words per page) x 64(pages) bit
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LVDS Transceiver
- Meets or exceeds the TIA/EIA-644 LVDS standard.
- Driver, Receiver, Bias, and Power cells included.
- Greater than 400Mbs data rate.
- 1.8V core voltage, 5V IO voltage.
- Receive fault detection.
- 0.3ns differential pulse skew.
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1Kbyte EEPROM with configuration 64p8w16bit
- SMIC EEPROM CMOS 0.18 um
- High density of memory cells
- Writing and erasing data by one high-voltage pulse
- Programming and erase time – 2 ms (determined by specification of the EEPROM SMIC cell)
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1024-bit EEPROM IP with configuration 32p2w16bit
- SMIC EEPROM CMOS 0.18 um
- 1024-bite of available memory 16(bit per word) x 2(words per page) x 32(pages) bit
- High density of memory cells
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512-bit EEPROM with configuration 16p1w32bit
- SMIC EEPROM CMOS 0.18 um
- High density of memory cells
- Writing and erasing data by one high-voltage pulse
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1Kbyte EEPROM (NTLab)
- SMIC EEPROM CMOS 0.18 um
- 1Kbyte of available memory 16(bit per word) x 8(words per page) x 64(pages) bit
