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Memory Modules

The MT4VDDT3264WG-335C1 is a memory module specifically designed for high performance and extended durability. This module is based on the DDR3L (low voltage) memory technology and features a wide variety of integrated features such as a low-power double-data-rate-3 (DDR3) architecture, a high-speed 4-lane bus interface, and extended voltage scalability.

Application Field

The MT4VDDT3264WG-335C1 is a memory module which can be utilized in various applications and fields, including servers, gaming consoles, high-performance data centers, workstations, and embedded systems. It is also suitable for use in embedded system controllers, robotic control systems, and applications required high speeds and low power consumption. In addition, the MT4VDDT3264WG-335C1 is featured with several optional features specialized for industrial applications, such as Operating-Temperature-Compensated Self-Refresh (OTC-SR) and Self-Refresh-On-The-Go (SROTG).

Working Principle

The MT4VDDT3264WG-335C1 is based on the DDR3L memory technology and can operate at different voltage levels, ranging from 1.5 to 1.35V. The use of DDR3L (low voltage) memory technology enables this module to operate with reduced power consumption while providing much higher bandwidth. This module operates at the core frequency of 1600MHz and can only be operated at a lower rate of 1333MHz if the customer requires it for a specific application.

The MT4VDDT3264WG-335C1 memory module supports up to 4 ranks in its standard configuration, with a capacity of 256 bits in each bank. This module also implements an 8-channel memory controller, which is able to provide access to four external 64-bit channels. This allows the module to offer higher output rates to transfer data at high speeds. The power consumed by the module is reduced by the integrated features including the low-power double-data-rate-3 architecture, the 4-lane bus interface, and the extended voltage scalability.

In addition, the MT4VDDT3264WG-335C1 is designed with temperature monitoring capabilities. This helps protect the module from sudden temperature changes as it operates in a variety of environments. The module is also designed to be compatible with the latest standards and technologies such as Serial Presence Detect (SPD), Advanced Error Correction Code (AECC). This ensures a reliable, robust, and long-lasting operation with low power consumption.

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