Kingston Shows Off Heat-pipe Skulltrail Memory
Source: Tom's Hardware US – Keywords: kingston, skulltrail, memory Category : Miscellaneous
Taipei (Taiwan) - Everyone knows that memory modules inside a computer can get hot, but the FB-DIMM modules in a Skulltrail box are a different story. These suckers get so hot that they can almost melt the skin of your fingers and up until now your only solution was to aim a big fan at the memory. In fact, this is exactly what we did with our in house Skulltrail system - we took off the case cover and pointed an industrial strength Vornado fan at the memory sticks and MCH. But Kingston has a better solution with their new heat-pipe phase-change memory.
The HyperX FB-DIMMs are officially labeled as the KHX6400F2LLK2/2G and are the first officially overclockable memory sticks for the dual quad-core Skulltrail system. At Kingston’s booth at this year’s Computex tradeshow, a company rep showed off a Skulltrail machine with four sticks of the memory installed. Kingston does recommend having a small internal fan blew air directly onto the HyperX sticks.
The timings and voltages look great, but there is one downside to these modules - each stick is only 1 GB which means you’ll have to populate all four slots to get 4 GB.
Our friends over at the INQUIRER, seemed to like their review units and say the modules are cool to the touch. You can read Nebojsa Novakovic’s article here.
-
Previous News Article
OCZ Shows Off 2133 MHz DDR3 Memory -
Next News Article
Computex 2008: Nanya Highlighting...
- The Cell Phone Watch is Here
- IDC Predicts 3 TB Hard Drives By 2012
- Apple Patches iCal Bugs With 10.5.3 Update
- All-In-One PCs Going Mainstream: Will Apple Or Microsoft Get Multi...
- Via Launches Nano Processor, Carves Out CPU Niche
- Global Biofuel Output To Soar In Next Decade: Report
- Intel And Micron Announce New Flash Chips: 1000 Songs On Your...
- Man Uses Cartoon Characters' Names To Siphon Thousands Of Dollars...
- Mozilla Announces Attempt For Guinness World Record With Firefox 3
- Qimonda To Introduce GDDR To 58 Nm Production By 2009