One of Intel's first dual-core 64-bit Pentium CPUs. Introduced in 2005 along with the Pentium Processor Extreme Edition 840, they both share the Intel 64 64-bit technology, but the Pentium D does not ...

Intel is gearing up to debut its first ever dual-core processor for servers, and CNET News.com has learned it's a Pentium. The chipmaking giant is expected to announce next week that its Pentium D can ...

Intel’s long-awaited first stab at a consumer dual-core processor, the Pentium D, makes its debut today, along with the last gasps of the single-core Netburst lineage. As you’ll probably (struggle to) ...

Intel is set to launch new dual-core Pentium D processors and supporting chipsets designed for home and business desktop PCs. The chips, to be released Thursday, will be the second dual-core Pentium ...

Another month passes and another couple of processors are released by either Intel or AMD. The last two months have been rather busy on the CPU front. Both rivals launched their own dual-core, ...

If you've been shopping for a processor, you may have noticed that Intel silently launched a new Pentium D CPU recently, the dual-core 3.6GHz Pentium D 960. The gang at HardwareZone plucked one fresh ...

Friend's motherboard with Pentium D 3.2GHz died and he wants to overhaul his computer on the cheap. The other components are OK and have been upgraded (case, HDD, GPU, optical drive...). The computer ...

Intel has now released its new dual-core processor, the Pentium D, for use in desktop PCs. New features of the dual-core Pentium D and the Intel 945 Express chipset consist of HD video and highly ...

"Market demand for the[se] desktop Intel Pentium D processors has shifted to other Intel processors," the Intel documents said. Non-cancellable orders for the devices will be accepted until ...

Acer plans to announce in May an Aspire desktop PC based on Intel’s dual-core Pentium D processor, the company confirmed Tuesday. “Currently, it’s being planned for launch around (the) second half of ...

Dual core processors work best when software can run in parallel on them. So-called 'multithreaded applications' benefit from an additional CPU core because subroutines can be allocated to different ...