Winbond DDR3 SDRAM for high bandwidth and low voltage operation

Product Summary

DDR3 (Double Data Rate 3rd Generation) SDRAM is the successor to DDR2, a third-generation synchronous memory that achieves high-speed data transfer and low power consumption.

Compared to DDR2, it supports higher bandwidth and lower voltage operation (1.35V to 1.5V). Due to its performance and reliability, it is used in a wide range of applications, including automotive, industrial, network, television, set-top Box, printers, and power supplies.

Winbond offers DDR3/DDR3L SDRAM solutions to support these diverse applications.

Features of DDR3 SDRAM

DDR3 SDRAM is a memory standard that offers higher data transfer speeds and wider bandwidth compared to DDR2 SDRAM.

Furthermore, by supporting low-voltage operation, it reduces power consumption while achieving stable data processing required for various electronic devices such as automotive, industrial, television, STB, network, and BD player applications.

Power Consumption of DDR3 SDRAM Modules

Although DDR3 SDRAM has a low power consumption per memory unit, power consumption between individual chips and DIMMsvaries depending on the type of computing application involved, the bus speed being run, and the operating voltage.

Key Advantages of DDR3 SDRAM (compared to DDR2)

DDR3 SDRAM has the following features compared to DDR2 SDRAM.

■Operates at twice the data transfer speed of DDR2 SDRAM, achieving wider bandwidth.

■ Reduce data output latency

■ Operates at low power voltage and supports various low-power consumption functions, such as extending the battery life of portable devices.

Best Applications for DDR3 SDRAM

The low power consumption and high bandwidth specifications of DDR3 SDRAM are suitable for applications such as:

• SSD (Solid State Drive)

- Printer buffer memory

Industrial computing platform

Network system

・Power supply device

Such

DDR3 SDRAM product lineup

capacity	type name	input voltage	speed	Operating temperature range	Kake composition	Package	status
1Gb	W631GU6R	1.5V and 1.35V	2133/1866Mbps	0℃~95℃ / -40℃~95℃ / -40℃~105℃	64Mbitx16	VFBGA 96	in mass production
1Gb	W631GU8R	1.5V and 1.35V	2133/1866Mbps	0℃~95℃ / -40℃~95℃ / -40℃~105℃	128Mbitx8	VFBGA 78	in mass production
2Gb	W632GU6R	1.5V and 1.35V	2133/1866Mbps	0℃~95℃ / -40℃~95℃ / -40℃~105℃	64Mbitx16	VFBGA 96	in mass production
2Gb	W632GU8R	1.5V and 1.35V	2133/1866Mbps	0℃~95℃ / -40℃~95℃ / -40℃~105℃	128Mbitx8	VFBGA 78	in mass production
4Gb	W634GU6R	1.5V and 1.35V	2133/1866Mbps	0℃~95℃ / -40℃~95℃ / -40℃~105℃	64Mbitx16	VFBGA 96	*Consultation required
4Gb	W634GU8R	1.5V and 1.35V	2133/1866Mbps	0℃~95℃ / -40℃~95℃ / -40℃~105℃	128Mbitx8	VFBGA 78	*Consultation required
8Gb	W638GU6R	1.5V and 1.35V	2133/1866Mbps	0℃~95℃ / -40℃~95℃ / -40℃~105℃	64Mbitx16	VFBGA 96	*Consultation required

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DDR4　SDRAM　Winbond

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