Samsung M378A2K43CB1-CTD Memory PC4-21300 16GB

Description

Samsung DDR4 Unbuffered DIMMs (or UDIMMs) are the most common type of memory used on desktop systems. By leveraging the full potential of Samsung DDR4, you can increase computing performance, while consuming less energy. A UDIMM memory module does not contain any buffer or additional hardware register between the memory module and the system’s memory controller. In addition to Unbuffered DIMM’s features, DDR4 memory is available as Unbuffered DIMM. Thus, UDIMMs are an solution for low-cost computing, such as home/personal computing. A UDIMM memory module does not contain any buffer or additional hardware register between the memory module and the system’s memory controller. UDIMMs also consume much lower power, and have much lower data access latencies than buffered or registered memory. Progressive developments in DRAM memory have resulted in newer versions operating at lower voltages, resulting in increasing levels of power savings. Thus, UDIMMs are an excellent solution for low-cost computing, such as home/personal computing. Advancements in semiconductor design, development, and fabrication processes have enabled the development of high-performance DRAM memory, making the design of devices and applications, such as ultra-thin notebook computers, possible. Samsung DDR4 SDRAM is the new generation of high-performance, power-efficient memory. In addition to Unbuffered DIMM’s features, DDR4 memory is available as Unbuffered DIMM.

Key Features

• In addition to Unbuffered DIMM’s features, DDR4 memory is available as Unbuffered DIMM.
• Thus, UDIMMs are an solution for low-cost computing, such as home/personal computing.
• A UDIMM memory module does not contain any buffer or additional hardware register between the memory module and the system’s memory controller.
• Samsung DDR4 Unbuffered DIMMs (or UDIMMs) are the most common type of memory used on desktop systems.
• Samsung DDR4 SDRAM is the new generation of high-performance, power-efficient memory.
• UDIMMs also consume much lower power, and have much lower data access latencies than buffered or registered memory.