Contract prices of dynamic random access memory (DRAM) modules dropped in August and September, despite peak season and anticipated stock-up demand on China, according to DRAMeXchange. Analysts believe that the launch of Microsoft Windows 10 this summer did not catalyse rise of demand, whereas the free Windows 10 upgrade program …

The most affordable microprocessors based on the “Skylake” micro-architecture have finally managed to reach the market. The new Intel Pentium G4500T is now sold in select stores in Tokyo, Japan, and is expected to become available in other parts of the world, making low-cost PCs featuring the latest micro-architecture from Intel …

Hewlett-Packard has introduced its new-generation entry-level Z-series workstations that use a variety of new technologies, including Intel Corp.’s latest microprocessors. The new machines can run serious tasks, yet they feature compact sizes and relatively affordable price-points. The HP Z240 Tower and Z240 SFF [small form-factor] workstations are based on Intel’s …

Intel Corp.’s latest “Skylake” processors officially support only DDR3L and DDR4 memory, but there are motherboards for the new chips that can also use DDR3. While the chips can work with previous-gen memory, prolonged usage of such dynamic random access memory (DRAM) can damage microprocessors, according to Intel. DDR4 memory …

Asrock has quietly unveiled a unique mainboard for Intel Corp.’s latest processors code-named “Skylake”, which features both DDR3 and DDR4 memory slots. The motherboard is an affordable platform, but it can be used to build rather high-performance personal computers for gaming. The Asrock B150M Combo-G mainboard for Intel “Skylake” processors in …

Although DDR4 memory provides higher bandwidth than DDR3 and has very high overclocking potential, it is also more expensive than its predecessor. However, Intel Corp.’s latest “Skylake” processors officially support only DDR4 and DDR3L, but not DDR3. For those, who do not want to invest in DDR4 now, Kingston Technology …

Samsung Electronics has reportedly decided to reduce production of standard dynamic random access memory (DRAM), which could cause increase of DRAM prices in the coming months. The world’s No. 1 maker of computer memory will increase production of LPDDR in a bid to supply enough memory to Apple, which is …

Despite of the fact that personal computer makers are now buying dynamic random access memory in a bid to support demand during the back-to-school season, DRAM prices continue to drop. Not only weak demand impacts DRAM prices negatively. All memory makers are transiting to thinner manufacturing technologies and Samsung even …

Even though the vast majority of enthusiast-class mainboards for Intel Corp.’s upcoming code-named “Skylake” processors will rely mostly on DDR4 memory, lower-end solutions may support DDR3L as well. Moreover, for maximum flexibility, Biostar is readying two LGA1151 motherboards with both DDR3L and DDR4 memory slots. Biostar plans to release two …

Some market observers believe that prices of dynamic random access memory are about to increase, which will significantly improve profitability of DRAM producers. While this is essentially correct, there are reports that Samsung Electronics is dropping prices of memory in a bid to boost revenues, which could hurt other manufacturers' …

Being the world’s largest maker of mainboards, Asustek Computer traditionally offers the broadest lineup of motherboards for all new microprocessors. This fall Asus plans to introduce 21 new platforms designed for Intel Corp.’s upcoming code-named “Skylake-S”central processing units. Intel’s “Skylake-S” processors will be supported by the company’s new 100-series core-logic sets, …

Samsung Electronics will lead the market of dynamic random access memory with transition to 20nm fabrication process, a media report citing sources with knowledge of the matter claims. Over half of the company’s DRAM this year will be made using 20nm manufacturing technology. Demand for higher-performance and higher-density computer memory …