MT49H16M18BM-25 IT:B TR

The MT49H16M18BM-25 IT:B TR is a type of memory module from Micron Technology Corp. It is part of the company’s MT49 durable family of chip products. It provides access to data storage in a fast and reliable way, and is used in a wide variety of applications, such as telecommunications, consumer electronics, automotive, servers, etc.

The MT49H16M18BM-25 IT:B TR is a DDR3 SDRAM with a 1.8V 650MHz x 8-bit core with a total capacity of 16Mb x16. It is designed to provide an access time of 55ns, with a latency of 4K cycles. It supports roll-over transactions, allowing for faster data transactions, as well as miniaturization and power savings. There are two types of signal terminations, an input mode and a write-enable mode.

The MT49H16M18BM-25 IT:B TR features an extended lead time supply indication, and is suitable for a variety of applications such as automotive and consumer electronics. The module is RoHS compliant, has a black PCB and a DIMM connector. It also has an ONFI 2.3 interface for low power dissipation. The MT49H16M18BM-25 IT-B TR offers improved reliability, as it provides ECC protection, programmable CRC strength, and supports selective and concurrent error scrubbing.

The primary working principle of the MT49H16M18BM-25 IT:B TR is that it uses a technique known as DDR3 SDRAM, or double data rate type-3 Synchronous Dynamic Random Access Memory. In this technique, the memory module is synchronized with the system bus and can transfer data twice in each clock cycle, which significantly improves the speed of access and the effectiveness of power consumption. Furthermore, the module also supports multiple memory refreshes, which ensures data integrity and secure storage.

The MT49H16M18BM-25 IT:B TR is a reliable and highly performant memory module that provides data storage solutions for a wide range of applications. It offers an improved speed of access, energy efficiency, and improved reliability and protection. Its primary working principle is DDR3 SDRAM, which allows for data transfers twice in each clock cycle, resulting in improved speed of access and power efficiency.