Crucial 32GB DDR4 2400 MHz SO-DIMM Memory Kit (2x 16GB)
SKU: CT2K16TF824A
This item is no longer available.
Share:
Overview
Compare
Accessories
Specs
Protection
About Crucial 260-Pin SODIMM
FEATURED REVIEWS
Crucial Memory Upgrade
Works as expected. Crucial SCAN utility identified the memory modules that would work in Lenovo Thinkpad X270. Dual boot with Win 7, Linux Mint, VM Win 10 on Linux host. Simple install.
Works great in a 2019 iMac
I've been using this in a 2019 iMac for the last couple weeks and so far so good. Easy install and the ram is recognized by the operating system. I haven't had any issues with running out of memory like when I had only 8GB (where the computer would slow down at times). I'm really pleased with the purchase and would definitely recommend it to anyone else considering an iMac to avoid Apple's extremely high ram prices.
The next step in DDR4 server memory technology is here
Process data faster. Reduce power expenses. And minimize your TCO. It all starts with optimizing speed, efficiency and your IT budget with Crucial DDR4 8Gb-based server memory.
• Higher component densities enable higher density modules
• Greater installed memory capacity per server
• Available in RDIMMs, LRDIMMs and ECC UDIMMs in a range of popular densities
• Up to 20% more energy efficient than 4Gb-based modules
• Validated for the latest Intel Xeon processor product families
• Compatible with OEM servers and warranties
• Quality tested to mission-critical server standards
• Backed by the Reliance Program
• Limited lifetime warranty
Maximize channel density
Higher density components enable higher density modules, which offer increased performance. This makes it easy to scale up in the future as dependence on server applications increases through expanded virtualization, OLTP, Big Data, in-memory databases and more all of which rely on memory density and performance.
Increase energy efficiency and minimize your TCO
Higher-density modules provide more value per gigabit and are also up to 20% more energy efficient than current 4Gb-based offerings. Crucial 8Gb-based server memory also yields a more cost-effective 32GB module when compared to a 4Gb-based 32GB module. Taken together, the increase in density and value contribute to a marked improvement in total cost of ownership.
Enhance server reliability
Crucial 8Gb-based server memory is extensively tested to mission-critical standards and backed by the Reliance Program and a limited lifetime warranty. Validated for the next generation of Intel Xeon server product families, Crucial DDR4 8Gb-based memory maximizes next generation server deployments.
Micron quality-a higher level of reliability
As a brand of Micron, one of the largest memory manufacturers in the world, Crucial DDR4 memory represents the future of server capability. From the original DDR technology to DDR4, they have engineered the memory technologies that have powered the world's servers for 35 years and counting. Designed for leading platforms, compatible with OEM systems and warranties and backed by a limited lifetime warranty, Crucial DDR4 memory pushes the limits on server performance.
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.
NON-ECC/Non-parity
Most desktop and laptop computers take NON-ECC or Non-parity memory.
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.
Unbuffered
Most PCs and workstations use unbuffered memory which is faster than registered memory.
Registered/Buffered
Registered or buffered modules delay all information transferred to the module by one clock cycle. This type of memory is primarily used in servers.
Fully buffered
Designed for next-generation servers, features an advanced memory buffer.
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. 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.
Component configuration
(For example: 64Meg x 64) Indicates the size of the memory chip components on the module.
Voltage
For example 2.6V. Indicates the power used by the module. The lower the better.