Crucial 16GB (1x16GB) - DDR4 - 2666 MHz - 260 pin ECC So DIMM Memory Module

Description

Component configuration (For example: 64Meg x 64) Indicates the size of the memory chip components on the module. Registered/Buffered Registered or buffered modules delay all information transferred to the module by one clock cycle. Indicates the power used by the module. Lower CL is faster. Modules with different CL can be mixed on a system, but the system will only run at the highest (slowest) CL. NON-ECC/Non-parity Most desktop and laptop computers take NON-ECC or Non-parity memory. Crucial Ct16g4tfd8266 Memory Module 16 Gb Ddr4 2666 Mhz Ecc Memory spec terms If you're not sure if a module is right for your system, use the Crucial Memory Advisor tool for a list of guaranteed compatible modules. CL CAS (column address strobe) latency, which is the number of clock cycles it takes before data starts to flow after a command is received. This type of memory is primarily used in servers. ECC/Parity ECC or parity modules look for errors in data and are most often found in servers and other mission-critical applications used by large networks and businesses. Voltage For example 2.6V. Unbuffered Most PCs and workstations use unbuffered memory which is faster than registered memory. Crucial Ct16g4tfd8266 Memory Module 16 Gb Ddr4 2666 Mhz Ecc Memory spec terms If you're not sure if a module is right for your system, use the Crucial Memory Advisor tool for a list of compatible modules. The lower the better.

Key Features

• ECC/Parity ECC or parity modules look for errors in data and are most often found in servers and other mission-critical applications used by large networks and businesses.
• Crucial Ct16g4tfd8266 Memory Module 16 Gb Ddr4 2666 Mhz Ecc Memory spec terms If you're not sure if a module is right for your system, use the Crucial Memory Advisor tool for a list of compatible modules.
• NON-ECC/Non-parity Most desktop and laptop computers take NON-ECC or Non-parity memory.
• Voltage For example 2.6V.
• Unbuffered Most PCs and workstations use unbuffered memory which is faster than registered memory.
• Fully buffered Designed for next-generation servers, features an advanced memory buffer.