LPDDR4x

Double Data Rate Synchronous Dynamic Random Access Memory is widely used in computers and consumer electronics. It achieves higher bandwidth than single data rate SDRAM by the technology of processing data on both the rising and falling edges of the clock signal.

Part No. Den. Org. Voltage Package Dim.(mm) Status Speed Temperature Model
SCB11R8G322BF

8Gb

256Mbx32

1.1V

TFBGA200

10x14.5

Sample

4266/3733/3200

 I A3 A2

SCB11R4G160BF

4Gb

256Mbx16

1.1V

TFBGA200

10x14.5

ES

4266/3733/3200

 I A3 A2

SCE11R8G322AF-

8Gb

256Mbx32

1.1V

TFBGA200

10x14.5

MP

3200/2400/1600

 I A3 A2

IBIS

SCE11R4G160AF-

4Gb

256Mbx16

1.1V

TFBGA200

10x14.5

MP

3200/2400/1600

 I A3 A2

IBIS

SCE11R4G320AF-

4Gb

128Mbx32

1.1V

TFBGA200

10x14.5

MP

3200/2400/1600

 I A3 A2

IBIS

SCE11R2G160AF-

2Gb

128Mbx16

1.1V

TFBGA200

10x14.5

MP

3200/2400/1600

 I A3 A2

IBIS

Notes

  • Temperature Specification:

    C = Commercial Temperature chip (DDR2, DDR3, DDR4: 0°C ~ +95°C; LPDDR2: 0°C ~ +85°C;SDR, DDR: 0°C ~ +70°C)

    I = Industrial Temperature chip (DDR2, DDR3: -40°C ~ +95°C; SDR, DDR, LPDDR2, LPDDR4: -40°C ~ +85°C)

    A1 = Automotive grade 1(-40°C ~ +125°C)

    A2 = Automotive grade 2(-40°C ~ +105°C)

    A25 = Automotive grade 2(-40°C ~ +115°C)

    A3 = Automotive grade 3(-40°C ~ +95°C);LPDDR4(-40°C ~ +85°C)