W9V332647HA-333

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Memory modules, one of the most important components of modern computers, are highly versatile and can be used in a wide range of applications. The W9V332647HA-333 is one such module that has been designed specifically for high-performance computing and offers a variety of features and benefits. By understanding the application field and working principle of the W9V332647HA-333, one can better appreciate its value and capabilities.

The W9V332647HA-333 is designed to provide adequate memory resources for various types of applications. It boasts a large capacity of up to 96GB, allowing users to store considerable quantities of data. Moreover, as a DIMM (Dual In-line Memory Module), it offers faster memory access times compared to other types of memory modules and is capable of larger bandwidths. The module also supports high speed synchronous dynamic random access memory (SDRAM) and double data rate (DDR) memory devices.

The module also boasts data transfer rates of up to 2400MHz, making it a suitable choice for systems that rely on high volumes of data transfers or require faster speeds for higher levels of performance. It also supports a variety of clock speeds, allowing users to adjust for the best performance levels depending on the particular application.

The W9V332647HA-333 is capable of operating in an unganged or ganged mode depending on the amount of bandwidth needed. In the unganged mode, the module operates each DIMM independently, which allows higher levels of performance when needed. Conversely, the ganged mode allows multiple DIMM’s to be linked together for even greater bandwidth and faster data transfers.

Due to its exceptional performance capabilities and scalability, the W9V332647HA-333 is an ideal memory module for applications in high-performance computing. It is suitable for both multi-threaded and multi-core applications, which require a maximum number of data transfers in the shortest amount of time. Furthermore, the module can accommodate up to four processors simultaneously, allowing it to handle more complex tasks and ensuring optimal performance.

The W9V332647HA-333 adopts a split-transaction mechanism in order to achieve higher performance levels. In this mechanism, commands, data, addresses and control signals are split into smaller sub-transactions that are then transferred to the receiver. This allows for a lower transfer latency, higher throughput and more efficient use of resources.

The W9V332647HA-333 memory module is a great option for applications that require a large amount of memory resources, high-speed data transfers, and scalability. Its impressive data transfer rates, split-transaction mechanism, and support for multiple processors make it a versatile and reliable choice for a variety of high-end computing tasks. As such, it is a highly recommended choice for any system that relies on fast performance levels and large amounts of data transfer.

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