MT36LSDF12872Y-133D1

The MT36LSDF12872Y-133D1 is a memory bandwidth module used for specialized, high-end applications. It is a DRAM memory module (DDR3 SDRAM) that includes up to 72 rank pairs of double data rate, random access memory (DDR3 RAM). The MT36LSDF12872Y-133D1 has a high data transfer rate and is able to process a large amount of information in a short amount of time. The MT36LSDF12872Y-133D1 is suitable for applications such as cloud computing, streaming video and audio, graphics- and multimedia-intensive applications, and other high-speed, data-intensive applications.

The MT36LSDF12872Y-133D1 features a high performance controller that can handle large data sets with low latency, while also providing advanced data protection. It also supports advanced error correction codes (ECC) and data obfuscation technologies to ensure data integrity and security. Additionally, the module offers power management and flexible clock speeds to meet the demanding requirements of various applications.

The MT36LSDF12872Y-133D1 works by utilizing two separate banks of DDR3 RAM - an upper and lower bank. The banks interleave accesses between two chips, thereby providing twice the bandwidth of a typical DRAM chip. To maximize data throughput, the controller utilizes a round-robin approach to access the banks, switching between the upper and lower banks every 16 transactions. This technique evens out the latency of each bank; and since the controller operates on both banks simultaneously, higher performance can be achieved.

Also included in the MT36LSDF12872Y-133D1 are on-die termination (ODT) and programmable drive strength, allowing the module to be customized for specific use cases. Since these technologies operate at a lower voltage, power consumption is reduced and system performance is improved. Additionally, the module has an advanced thermal design that allows it to dissipate heat more efficiently.

Overall, the MT36LSDF12872Y-133D1 is an ideal memory module for applications that require high data throughput, reliability, and low latency. With its advanced features and high bandwidth performance, the module can easily handle intensive workloads and help improve system performance.