Super Talent Unveils its Single Rank 4GB DDR4 Modules Clocked at 2133 Mhz

Super Talent Unveils its Single Rank 4GB DDR4 Modules Clocked at 2133 Mhz

Reduce Space, Costs, and System Temperatures with Super Talents DDR4 VLP Modules

San Jose, California September 22 , 2015 Super Talent Technology, a leading manufacturer of NAND Flash storage solutions, announces its very low profile single rank DDR4 4GB ECC 2133 Mhz UDIMM modules.

Super Talents single rank 4GB DDR4 ECC UDIMMs target environments where space is vital and low clearance modules are required.  Small form factor PCs can take advantage of the extra space saved with these parts.  Fewer raw materials are used and less waste is produced without any tradeoffs in functionality or price with these modules.

Density Part Number
4GB F21VEA4GS

Very Low Profile form factor DIMMS were developed with the arrival of blade servers.  Due to having limited space, standard height modules were unable to fit in the enclosures.  Improved airflow, reduced thermal impact, and lowered power costs are all advantages when selecting VLP DIMMs.
 

All modules are quality tested in house and are built to JEDEC standard specifications with high quality components.  DDR4 offers modules up to double the density and speed of previous generations DDR3 DRAM while using up to 20% less power which makes it a highly efficient solution for enterprise workloads.
 
Additional information on Super Talents VLP 4GB DDR4 modules can be found here.

About Super Talent Technology
Super Talent Technology Corporation based in San Jose, California, designs and manufactures flash based SSD and USB storage devices for computers and consumer electronics. An ISO 9001 certified company, Super Talent utilizes its state-of-the-art factories and leading-edge components to produce award winning products with outstanding reliability. Super Talent is an active member of the JEDEC and ONFI. With over 200 patents, the company was ranked in the top 50 of the Wall Street Journal’s Patent Scorecard ™ for the IT industry three consecutive times.

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