March 27 - 4:10pm EDT
Memory producer Rambus today revealed that it will petition for an injunction against industry rival Hynix, barring the latter from shipping RAM that allegedly infringes on Rambus patents. The action was requested after a federal court green-lighted legal efforts against Hynix as well as fellow memory producers Micron and Nanya, saying that the move to enforce patents would not tread on US antitrust laws. Rambus has said it would be willing to license the patents in exchange for royalties for memory sold. [full story]
March 27 - 3:25pm EDT
Hynix and Samsung are gaming the market by claiming to have more orders from Apple for high-capacity memory than actually exist, according to accusations made by local rivals. While the two memory makers have reportedly both said they are taking large amounts of orders for the 32 gigabit (4GB) flash memory used in iPhones and iPods, the alleged sources claim that both suppliers are deliberately inflating the amount of memory ordered to artificially raise prices. By creating a perceived shortage, the two memory makers could reportedly take extra profits from other companies ordering at the same time. [full story]
March 11 - 1:20am EDT
Apple is sending worrying signs that it hasn't ordered any significant amounts of the NAND flash memory it needs, say some of its Asian manufacturers. Although the company bought as much as $1.3 billion in memory over 2007, it hasn't started large orders since 2008 began and is effectively forcing its suppliers to sell flash below cost due to oversupply. Even the MacBook Air, which needs a large 64GB of memory for its solid-state drive, isn't enough to help clear stock due to its high price and low volume, according to the reports. [full story]
February 25 - 9:50am EST
Hynix this morning took a step towards expanding the RAM limits for many computers by targeting an upgrade its DDR2 line at a niche audience. The company has successfully developed an 8GB memory stick that offers registered, double-rank memory for previous-generation AMD Opteron and Intel Xeon-based workstations. Though clocked lower than today's latest memory, the new capacity is reached through controllers that can handle twice as many chips as before: this permits using inexpensive one-gigabit chips stacked together in place of two-gigabit models, according to Hynix. [full story]<< first1last >>
