Unveiled just this week, Zalman’s new CNPS10X cooler is the first CPU cooler with a removable remote.
The CNPS10X rocks a total of five heatpipes in order to conduct heat away from the processor, all of which feeds into a huge group of fins. These fins are kept cool by a sizable, high-CFM fan.
And, of course, there’s the remote, which will let you adjust the speed of the fan, or lock it into auto mode. The remote can be plugged into the heatsink itself, or work via extension cable. The remote features two LEDs, a surface button and a wheel for all of your speed adjusting needs.
The CNPS10X will be available in several different colors, but no word on when it’ll arrive or how much it’ll cost.
Supplanting the Core i7 965 as Intel's flagship processor, the No. 1 chip maker today launches its Core i7 975 Extreme Edition. Clocked at 3.33GHz and built around the company's Nehalem architecture, the 975EE ranks as the fastest desktop processor yet available.
Built on a 45nm manufacturing processor and checking in with a 263mm2 die size, the 975EE boasts 1MB of L2 cache, 8MB of L2 "Smart" cache, a 25X clock multiplier, 6.4GT/sec QPI link frequency, and a 130W TDP. The new chip is also based on the newer (and more overclocking friendly) D0 stepping, which has just recently started showing up in newer Core i7 920 chips.
Reviews are out in full force now that the NDA has been lifted, some of which also include the Core i7 950, another new entry to the Core i7 family launched today. The i7 950 comes clocked at 3.06GHz with a 4.8GT/sec QPI speed.
Both processors are available now with street pricing in the $540-$570 (Core i7 950) and $1000-$1040 (Core i7 975 EE) ranges.
As we told you about earlier today, Intel is taking the Pentium brand name for another go-round, this time for its CULV processors for ultra-thin notebooks. And Intel has wasted no time in rolling out the first CULV processor to get the Pentium name, the Pentium SU2700.
Typically, a new Intel processor is matched with a new chipset, and in this case, the Pentium SU2700's running mate is the Intel GS40 Express chipset. The Intel GS40 Express chipset includes integrated graphics that support MPEG4/H.264 video acceleration, integrated HDMI output, and acceleration for Windows Vista's Aero desktop. The GS40 also supports dual-channel DDR3 memory running at 667 or 800MHz and an 800MHz system bus. The GS40 is paired with the ICH9M I/O Controller hub to provide up to six PCI Express x1 I/O ports, up to four Serial ATA host adapters, Intel HD audio, and up to 12 Hi-Speed USB 2.0 ports. For a schematic diagram and much more technical information about the GS40 and ICH9M, download the Mobile Intel 4 Series Express Chipset Family Graphics Memory Controller Hub (G)MCH Specification Update (PDF format).
And so it begins. AVADirect announced the upcoming availability of its Clevo D900F laptop, and what makes this special is it's the first one to incorporate Intel's Core i7 processor, company claims.
"By using a desktop Core i7 processor, the notebook is able to enjoy all the benefits that accompany this hardware platform," AVADirect said in a statement. "Some of the benefits include triple-channel memory, a first ever in a notebook design."
Everything about the Clevo D900F screams desktop replacement, and does so in a big way. The tri-channel memory (up to 12GB of it) comes clocked at 1333MHz "with 1600MHz on the horizon." And if a Core i7 wasn't enough, AVADirect also crams Nvidia's GTX 280M graphics into the mix.
So what does Intel think about a Core i7-based notebook?
"While Intel does not encourage manufacturers to use desktop processors for notebook designs, manufacturers are going to use our processor in many different and innovative ways," an Intel spokesperson said.
You an pre-order the Clevo D900F now starting at $2,500. Shipping will begin next month.
At Computex today, Nvidia and its partners announced a dozen high-definition mobile internet devices (MIDs) built around the GPU maker's Tegra processor, the "world's smallest and lowest power computer-on-a-chip," according to Nvidia.
"The mobile computing revolution has arrived," stated Micheal Rayfield, general manger of mobile business at Nvidia. "These new Tegra-based products combine excellent Internet and media capabilities, always-on operation, and wireless connectivity for the un-tethered Internet experience consumers have been craving."
Not to be confused with MIDs as handheld devices (as Intel uses the term), Nvidia's MIDs include several Tegra-based netbooks and tablets. We'll let you be the judge on that one.
The Tegra platform brings several goodies to the table, including 25 days of music or 10-hours of 1080p video playback on a single charge, playing videogames at up to 46 frames per second, GPU accelerated Adobe Flash, and more.
According to Engadget, look for Tegra devices to start shipping by the end of the year for $200 or less.
We're still waiting for AMD to go gunning after Core i7, but in the meantime, the No. 2 chip maker announced plans to expand its Athlon and Phenom processor lines. The new chips include the Athlon II X2 250 and Phenom II X2 550 Black Edition.
Zipping along at 3.0GHz, the Athlon II X2 250 will take its place as the fastest Athlon processor in AMD's lineup. Other vitals include a 45nm manufacturing processor, 65W TDP, and an AM3 package allowing it to support both DDR2 and DDR3 memory. Perhaps best of all, the new chip is being priced at a budget-friendly $87.
As for the other processor, the Phenom II X2 550 BE will rank as the company's "fastest ever dual-core processor" clocked at 3.1GHz. It will come with an HT Link of 2.0GHz, a 7MB cache, and the same AM3 package as the aforementioned Athlon II. And it won't cost much more, either - look for a $103 price tag.
According to Intel, there are now more than 1 billion Intel processor-based desktop PC motherboards worldwide, a milestone the chip maker says is indicative of a thriving PC business.
"Intel congratulates the Taiwan tech industry on reaching ths historic milestone," said Sean Maloney, Intel executive vice president and chief sales and marketing officer. "This milestone is another signal that the desktop PC is not dead and that computer users continue to crave the processing power, graphics, and storage capabilities that desktop PCs provide."
This in addition to the exploding netbook market, which is so far dominated by Intel silicon and presumably not included as part of the "desktop PC" shipment milestone. At last count, worldwide PC shipments had reached 80.6 million units in Q3 of 2008, spurred in large part by netbooks.
Maloney is expected to further discuss the milestone tomorrow during his Computex keynote.
According to reports, AMD’s six-core Istanbul server processor is set to be unveiled this upcoming Tuesday.
The chip is slated for its official unveiling at the Computex conference on June 2nd. It is meant to rival Intel’s Dunnington processor, and will sport 6MB of L3 cache to share amongst the cores. Each core will also have 512 KB of L2 cache per, and will presumably feature DDR3 support (depending on the socket).
According to the chip’s lead architect, Hans de Vries, AMD will be pitting two of these against one of Intel’s offering, thanks to the size of the chip. The Istanbul chip is reported to only take up 300 square millimeters, while the Dunnington is expected to take up 700 square millimeters.
Taking DIY to a whole new level, Steve Chamberlin, a Belmont, California, videogame developer, rolled his own 8-bit CPU for an aptly named project he calls "Big Mess of Wires," or BMOW. The project took him 18 months, $1,000, and 1,253 wires to complete.
"Computers can seem like complete black boxes," Chamberlin said. "We understand what they do, but not how they do it, really. When I was finally able to mentally connect the dots all the way from the physics of a transistor up to a functioning computer, it was an incredible thrill."
The project began with a 12x7-inch Augat wire-wrap board with 2,832 gold wire-wrap posts purchased on Ebay for $50. Over time, BMOW came to encompass 1,253 pieces of wire painstakingly wrapped at a rate of 25 wires per hour to create 2.506 individually wrapped connections. More than just a prototype, Chamberlin has added a keyboard, LCD output, USB connection, three-voice audio, and VGA video to demonstrate a working computer.
For those of you in the San Mateo area, Chamberlin's BMOW will be on display at the fourth annual Makert Faire this weekend, May 30-31, as one of 600 DIY exhibits.
Intel this week said its Nehalem-EX processor, an 8-core beast of a chip, will go into production sometime later this year and start shipping in server systems by early 2010. Even better, each chip supports 16 threads, says Boy Davis, Intel's GM of the Server Platforms Marketing Group.
Already on-board is IBM, who is already developing a server based around Nehalem-EX. The server will hold eight processors, making use of 64 Nehalem-EX cores capable of handling 128 threads.
"We're very excited today to be the first to demonstrate Nehalem-EX," said Alex Yost, VP IBM BladeCenter.
In addition to more cores and threads, Nehalem-EX also ups the memory ante, doubling the capacity with up to 16 memory slots per processor socket.