2004-05-25 Intel's next-gen Xeon chipsets to support 1066MHz

Link to story (The Register)

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2004-06-28 Intel E7525 Workstation chipset for Nocona and Jayhawk. Previously known as Tumwater and E7515.

2004-06-28 Intel E7520 / E7320 Xeon chipset supporting the 800 MHz front side bus made to support Nocona. Supports PCI Express, Serial ATA and DDR-II. The E7520 was previously known as E7710 and Lindenhurst while the slightly cheaper E7320 has been known as E7510 and Lindenhurst-VS.

2005-Q1 Intel Jayhawk Xeon DP server chip, succeeding Nocona for usage with the Lindenhurst and Tumwater chipsets. Server equivalent to Tejas.
Now canceled.

2005-Q2 Intel Tejas Successor to Prescott likely to be called Pentium V built on a 90 nm process, supporting IA-32e, DDR-II and PCI Express. Runs cooler and quiter than current chips. Uses a new LGA775 socket, with a 1066 MHz bus and starts at around 4.5 GHz, moving to around 9 before it is canceled. To include the 8 new "Tejas New Instructions" aka Azalia (Azalea), for improved audio multistreaming, speech recognition, Dolby Digital etc. Also includes "Extended Enhanced HyperThreading"...
Uses dual channel DDR-II DRAM at 533 MHz and the Alderwood and Grantsdale chipsets.
Will later be built in a 65 nm process, with a size of 80-100 mm2. The 65 nm version will get 2 MB of L2 cache on chip.
Earlier listed for a 04-Q4 launch, but recent news claim Prescott delays have moved the launch into 2005.
Tejas is canned in favor of Merom / Conroe.

2006-Q1 Intel Greencreek Xeon chipset succeeding Tumwater for dual core processors like Dempsey. Supports the Dual Independent Bus (2S platform).

2006-Q1 Intel Blackford Xeon chipset succeeding Lindenhurst. Supports the Dual Independent Bus (DIB, 2S platform) and Dempsey.

2006-07-18 Intel Montecito Dual core IA-64 processor with Switch on Event MultiThreading (SoEMT), (like Niagara) built on a 90 nm process. Expected to improve on Madison 9M's performance by 2.5 times. To include 2 * 1MB of L2 cache, 2 * 12MB of L3 cache and around 1.7 billion transistors.
Consumes "only" 100W. (Foxton was to clock it up to 2.0 GHz when it was running cool enough, but was canceled.)
The 2.0 GHz / 24 MB versions are delayed until Q2 2006.
Will be named 9000 (9015, 9020, 9030, 9040 and 9050). The 9010 is a single core version.

2006-H2 Intel Montvale Itanium processor, succeeding Montecito and preceeding Tukwila. Earlier said to be a 65 nm major upgrade, but now rumoured to be a 90 nm chip with just some extra cache.

2007-H2 Intel Whitefield Low power, multi-core (4 x Banias with shared cache) server chip, possibly in the Xeon-line, succeeding Potomac, and Tulsa. 4 core version of / follow-on to Woodcrest. Said to be designed in India on a 65nm process, using the original Tanglewood interface. Includes CSI (Common System Interface) with embedded memory controllers to replace the DIB and compete with HyperTransport.
Said to be canceled. CSI will show up first in Tukwila.
Tom's claim that it is still alive.

2008 Intel Tanglewood / Tukwila IA-64 processor originally said to have eight (plus one spare) cores per die and 16-32MB of cache to follow after Montecito. Appears to use parts from a follow-on project to the now canceled Alpha EV8. Said to arrive in 2006 or 2007 and offer "at least seven times the processing" power of Madison. Other rumours claim that HP wants their advanced math libraries on the die in silicon and that it might include a vector engine.
The 8+1 core version (designed in Hudson) is now said to be replaced by a 2-core version designed in Fort Collins.
Recently said to be renamed from Tanglewood to Tukwila due to copyright reasons.
Should use the new CSI bus and socket like Whitefield). Latest info indicates it will include 4 cores with 6x4 MB of L2 cache and an on-bord FB-DIMM memory controller..

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