70T3519S133BFI8

The 70T3519S133BFI8 is a part of the Memory family. It is used in a myriad of applications, most commonly as a form of random-access memory. The specific make and model of the 70T3519S133BFI8 memory are DDR3 SDRAM modules, making them ideal for usage with PCs, servers and other computing devises.

The DDR3 SDRAM application fields have expanded over time, as technology has matured and development costs have decreased. In addition to PCs, DDR3 SDRAM is used in a variety of other tasks, such as embedded systems and wireless networking. Applications in automotive, industrial and networking are not uncommon.

Working Principle of DDR3 SDRAM

The DDR3 SDRAM, like the 70T3519S133BFI8 memory, is an evolution of the DRAM, or dynamic random access memory. DRAM is designed to store electrons in a capacitor, but due to a variety of physical issues, leakage of charge can lead to memory corruption and loss of data. To simplify and speed up data processing, DRAM was replaced by the DDR (or double data rate) DRAM. This type of DRAM can offer data transmission at two times the rate of regular DRAM, reducing latency and improving response times.

The evolution of the DDR DRAM to the DDR3 SDRAM, such as the 70T3519S133BFI8, has allowed for faster transmission speeds. DDR3 SDRAM works on 8n prefetches, allowing for up to 8 bits of data to be transferred per clock cycle. The increased speed of DDR3 SDRAM allows for faster data transfer rates, making it the preferred form of random access memory in modern computing.

Advantages and Disadvantages of DDR3 SDRAM

The biggest advantage of the DDR3 SDRAM is the decreased latency and increased transmission speeds. When compared to the DDR2 SDRAM, the DDR3 can offer faster data transfer rates and is better adapted for use in computers with multi-core processors or graphics cards. This improved speed makes DDR3 the ideal choice for any system that requires real-time processing and has a higher demand for memory bandwidth.

The disadvantage to the DDR3 SDRAM is the cost. While the DDR3 SDRAM is cheaper than the DDR2, it is still more expensive, due to the complexity of production, when compared to other types of RAM. Additionally, DDR3 requires an additional voltage to operate, 1.5 volts versus DDR2\'s requirement of 1.8 volts. This can lead to increased power consumption and a reduced battery life.

Conclusion

In summary, the 70T3519S133BFI8 is a type of DDR3 SDRAM memory. It is ideal for use in computers and other devices, due to its increased speed when compared to DDR2. While there is an increase in cost, this is far outweighed by the enhancements made to the transmission speed and latency. DDR3 SDRAM can be found in a variety of applications, such as PCs, servers, embedded systems and automotive use, to name a few.