Tukwila is the code name of the Itanium family of Intel processors , following Itanium 2 and Montecito . Released in 2010, in 2012 it was replaced by Itanium 9500 (Poulson), in 2017 - Itanium 9700 (Kittson).
In March 2005, Intel announced work on a new Itanium processor , codenamed Tukwila, which was scheduled for 2007 . Tukwila has four processor cores and will replace the Itanium processor bus with the new Common System Interface , which will also be used by Xeon processors [1] . A year later, Intel postponed the start date for the shipment of Tukwila processors to the customer in 2008 [2] .
The Itanium 9300 series of processors, codenamed Tukwila, was introduced on February 8, 2010 [3] .
The processor is manufactured using 65 nm technology, contains four cores [4] , up to 24 MB of cache on the processor chip, supports Hyper-Threading technology and has an integrated memory controller . The correction of errors that occur during memory exchange cycles has been implemented. Also, the Tukwila processor supports the new QPI processor bus, which is a major breakthrough for Itanium-based systems. Peak interprocessor performance was 96 GB / s, peak memory subsystem performance was 34 GB / s. Together with QuickPath, the processor contains an integrated memory controller and the memory interface directly uses the QPI interface for direct access to other processors and input-output controllers ( English I / O hubs ).
QuickPath is also used in Intel Nehalem processor microarchitectures , making it likely that the Tukwila and Nehalem processors will be able to use the same chipset [5] . Tukwila will combine four memory managers, each of which, through separate memory controllers [6], supports many DDR3 DIMMs , similar to the marketed Xeon processor , codenamed Beckton , based on the Nehalem core [7] .
The world's first microprocessor containing 2 billion transistors [8] .
| Title | Can be used in embedded applications? | Max. TDP | Virtualization technology ( VT-x ) | Hyper-Threading Technology | Turbo Boost Technology | Estimated price (lot - 1,000 pcs.) | Status |
|---|---|---|---|---|---|---|---|
| Intel Itanium 9350 [9] | Not | 185 watts | Yes | Yes | Yes | $ 3838 | Is produced |
| Intel Itanium 9340 [10] | Not | 185 watts | Yes | Yes | Yes | $ 2059 | Is produced |
| Intel Itanium 9330 [11] | Not | 155 watts | Yes | Yes | Yes | $ 2059 | Is produced |
| Intel Itanium 9320 [12] | Not | 155 watts | Yes | Yes | Yes | $ 1614 | Is produced |
| Intel Itanium 9310 [13] | Not | 130 watts | Yes | Yes | Yes | $ 946 | Is produced |
| Intel Itanium 9152 M [14] | Not | 104 watts | Yes | Yes | Not | N / A | Is produced |
| Intel Itanium 9150 N [15] | Not | 104 watts | Yes | Yes | Not | $ 3692 | Is produced |
| Intel Itanium 9150 M [16] | Not | 104 watts | Yes | Yes | Not | $ 3692 | Is produced |
| Intel Itanium 9140 N [17] | Not | 104 watts | Yes | Yes | Not | $ 1980 | Is produced |
| Intel Itanium 9140 M [18] | Not | 104 watts | Yes | Yes | Not | $ 1980 | Is produced |
| Intel Itanium 9130 M [19] | Not | 104 watts | Yes | Not | Not | $ 1552.00 | Is produced |
| Intel Itanium 9120 N [20] | Not | 104 watts | Yes | Yes | Not | $ 910 | Is produced |
| Intel Itanium 9110 N [21] | Not | 75 watts | Yes | Not | Not | $ 696 | Is produced |
| Intel Itanium 9050 [22] | Not | 104 watts | Yes | Not | Not | $ 3692 | Is produced |
| Intel Itanium 9040 [23] | Not | 104 watts | Yes | Not | Not | $ 1980 | Is produced |
| Intel Itanium 9030 [24] | Not | 104 watts | Yes | Not | Not | $ 1552 | Is produced |
| Intel Itanium 9020 [25] | Not | 104 watts | Yes | Not | Not | $ 910 | Is produced |
| Intel Itanium 9015 [26] | Not | 104 watts | Yes | Not | Not | $ 749 | Is produced |
| Intel Itanium 9010 [27] | Not | 104 watts | Yes | Not | Not | $ 696 | Is produced |
| Intel Itanium 900 MHz processor, 1.5MB cache, 400 MHz FSB [28] | Not | 90 watts | Not | Not | Not | $ 1299 | Is produced |
| Intel Itanium 1.66 GHz processor, 9MB cache, 667 MHz FSB [29] | Not | 122 watts | Not | Not | Not | $ 4227 | Is produced |
| Intel Itanium 1.66 GHz processor, 6MB cache, 667 MHz FSB [30] | Not | 122 watts | Not | Not | Not | $ 1980 | Is produced |
| Intel Itanium 1.60 GHz processor, 9MB cache, 533 MHz FSB [31] | Not | 122 watts | Not | Not | Not | N / A | Is produced |
| Intel Itanium 1.60 GHz processor, 6MB cache, 533 MHz FSB [32] | Not | 122 watts | Not | Not | Not | N / A | Is produced |
| Intel Itanium 1.50 GHz processor, 6MB cache, 400 MHz FSB [33] | Not | 107 watts | Not | Not | Not | N / A | Is produced |
| Intel Itanium 1.50 GHz processor, 4MB cache, 400 MHz FSB [34] | Not | 107 watts | Not | Not | Not | $ 910 | Is produced |
| Intel Itanium 1.40 GHz processor, 4MB cache, 400 MHz FSB [35] | Not | 91 watts | Not | Not | Not | N / A | Is produced |
| Intel Itanium 1.30 GHz processor, 3MB cache, 400 MHz FSB [36] | Not | 97 watts | Not | Not | Not | $ 530 | Is produced |
| Intel Itanium 1.00 GHz processor, 3MB cache, 400 MHz FSB [37] | Not | 100 watts | Not | Not | Not | $ 4,106 | Is produced |
Notes
- β Merritt, Rick Intel preps HyperTransport competitor for Xeon, Itanium CPUs . EE Times (March 2, 2005). Date of treatment October 16, 2008. Archived January 25, 2012.
- β Shankland, Stephen Intel pushes back Itanium chips, revamps Xeon unopened (link not available) . ZDNet News (October 24, 2005). Date of treatment March 17, 2007. Archived February 9, 2008.
- β New Intel Itanium Offers Greater Performance, Memory Capacity
- β 12.02.2010 Why Itanium still matters by Gordon Haff (Photo of the crystal is given in the article)
- β Tan, Aaron Intel updates Itanium line with 'Kittson' . ZDNet Asia (June 15, 2007). Date of treatment June 15, 2007. Archived January 25, 2012.
- β Stokes, Jon Intel delays quad Itanium to boost platform memory capacity . ars technica (February 5, 2009). Date of treatment February 5, 2009. Archived January 25, 2012.
- β Ng, Jansen . Intel Aims for Efficiency With New Server Roadmap , DailyTech (February 10, 2009). Archived February 13, 2009. Date of treatment February 10, 2009.
- β World's First 2-Billion Transistor Microprocessor (English)
- β Intel Itanium Processor 9350 (24M Cache, 1.73 GHz, 4.80 GT / s Intel QPI )
- β Intel Itanium Processor 9340 (20M Cache, 1.60 GHz, 4.80 GT / s Intel QPI )
- β Intel Itanium Processor 9330 (20M Cache, 1.46 GHz, 4.80 GT / s Intel QPI )
- β Intel Itanium Processor 9320 (16M Cache, 1.33 GHz, 4.80 GT / s Intel QPI )
- β Intel Itanium Processor 9310 (10M Cache, 1.60 GHz, 4.80 GT / s Intel QPI )
- β Intel Itanium Processor 9152M (24M Cache, 1.66 GHz, 667 MHz FSB )
- β Intel Itanium Processor 9150N (24M Cache, 1.60 GHz, 533 MHz FSB )
- β Intel Itanium Processor 9150M (24M Cache, 1.66 GHz, 667 MHz FSB )
- β Intel Itanium Processor 9140N (18M Cache, 1.60 GHz, 533 MHz FSB )
- β Intel Itanium Processor 9140M (18M Cache, 1.66 GHz, 667 MHz FSB )
- β Intel Itanium Processor 9130M (8M Cache, 1.66 GHz, 667 MHz FSB )
- β Intel Itanium Processor 9120N (12M Cache, 1.42 GHz, 533 MHz FSB )
- β Intel Itanium Processor 9110N (12M Cache, 1.60 GHz, 533 MHz FSB )
- β Intel Itanium Processor 9050 (24M Cache, 1.60 GHz, 533 MHz FSB )
- β Intel Itanium Processor 9040 (18M Cache, 1.60 GHz, 533 MHz FSB )
- β Intel Itanium Processor 9030 (8M Cache, 1.60 GHz, 533 MHz FSB )
- β Intel Itanium Processor 9020 (12M Cache, 1.42 GHz, 533 MHz FS )
- β Intel Itanium Processor 9015 (12M Cache, 1.40 GHz, 400 MHz FSB )
- β Intel Itanium Processor 9010 (6M Cache, 1.60 GHz, 533 MHz FSB )
- β Intel Itanium Processor 900 MHz, 1.5M Cache, 400 MHz FSB
- β Intel Itanium Processor 1.66 GHz, 9M Cache, 667 MHz FSB
- β Intel Itanium Processor 1.66 GHz, 6M Cache, 667 MHz FSB
- β Intel Itanium Processor 1.60 GHz, 9M Cache, 533 MHz FSB
- β Intel Itanium Processor 1.60 GHz, 6M Cache, 533 MHz FSB
- β Intel Itanium Processor 1.50 GHz, 6M Cache, 400 MHz FSB
- β Intel Itanium Processor 1.50 GHz, 4M Cache, 400 MHz FSB
- β Intel Itanium Processor 1.40 GHz, 4M Cache, 400 MHz FSB
- β Intel Itanium Processor 1.30 GHz, 3M Cache, 400 MHz FSB
- β Intel Itanium Processor 1.00 GHz, 3M Cache, 400 MHz FSB