KINGMAX: Industrial and overclock DRAM applications

Cloud applications and services have brought substantial convenience to our lives. In order to store or process big data, servers must be equipped with higher-spec industrial class DRAM in order to achieve high performance and low power consumption. At the same time, products such as POS, IOT, medicine and automotive applications are expected to require superior DRAM which could accommodate the ever-increasing demand for functions and as such, industrial DRAM will no doubt be a new focal star of market development. In light of the demand for relevant applications, KINGMAX has been actively developing industrial DRAM. In addition to ensuring compliance with the JEDEC standard, KINGMAX is also offering high reliability solutions that are designed to overcome issues such as high/low temperatures, high frequency vibrations, high humidity, dust particles and so forth that may be present in the environment of operation.

All KINGMAX products have been subjected to stringent tests of shock-resistance and impact-resistance and the wide-temperature products operate at temperatures between -40°C~85°C to ensure normal operation even under the most adverse environment. An assortment of industrial DRAMs such as Long-DIMM, SO-DIMM, R-DIMM, VLP R-DIMM, ECC U-DIMM, ECC SO-DIMM and so forth can be found in KINGMAX’s product offerings. In addition, KINGMAX will also be launching DDR4 in order to offer better DRAM choices for corporate users.

Another high-end application is gamers’ need for DRAM – to achieve better overall performance by overclocking the memory module. For hardcore overclocking gamers, KINGMAX offers Nano Gaming RAM as the solution for ultra high-speed overclocking at a maximum clock frequency of 3200MHz, which pushes the bandwidth of data transfer to 25.6GB per second to achieve high speed operation. In addition, KINGMAX’s exclusive Nano Thermal Dissipation Technology also delivers superior cooling results (as much as 10% compared to conventional heat-sink technologies) that enable IC chip and PCB at the surface of memory module to operate at constant speed.

Even when the Nano Gaming RAM is operating at high speed, the technology will ensure the RAM’s stability and deliver a superior gaming experience to users.

For more product information, please visit their official website: (click here)

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