Occasion 604

Voiture Occasion 604 Peugeot

Socket 604 is a 604-pin microprocessor socket designed to interface an Intel'sXeon processor to the rest of the computer. It provides both an electrical interface as well as physical support. This socket is designed to support a heatsink.

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Launched at November 18, 2002, over the year after Socket 603, it was originally used to accommodate most Xeons introduced at the time. It was succeeded by LGA 771 in 2006 for low- and mid-end server ranges, but still staying in high-end server range, including 4- and 8-processor configurations, in which the successor - LGA 1567 - appeared in 2010. At the time, LGA 1366 was the primary socket for Xeons in low- and mid-end server ranges, with cheaper configurations still sometimes using LGA 771 socket. The socket had an unusually long life span, lasting 9 years (2 years longer than consumer-grade LGA 775) until the last processors supporting it ceased production in the 3rd quarter of 2011.

Technical specifications[edit]

Socket 604 was designed by Intel as a zero insertion force socket intended for workstations and server platforms. While the socket contains 604 pins, it only has 603 electrical contacts, the last being a dummy pin.^[1] Each contact has a 1.27mm pitch with regular pin array, to mate with a 604-pin processor package.

Socket 604 processors utilize a bus speed of either 400, 533, 667, 800, or 1066 MHz and were manufactured in either a 130, 90, 65 or 45 nm process. Socket 604 processors cannot be inserted into Socket 603 designed motherboards due to one additional pin being present, but Socket 603 processors can be inserted into Socket 604 designed motherboards, since the extra pin slot does not do anything for a 603 CPU.

Socket 604 processors range from 1.60 GHz through 3.80 GHz, with the higher clock rates only found among older, slower NetBurst-based Xeons.

The following Intel Xeon chipsets used Socket 604:

• Intel E7205
• Intel E7210 Canterwood-ES ^[2][3]
• Intel 7300
• Intel E7320
• Intel E7500
• Intel E7501
• Intel E7505
• Intel E7520
• Intel E7525

Late Socket 604 'revivals':

Cnc 6040 Occasion

• Intel Xeon 7300 (Quadcore Core2-based 'Xeon Tigerton' since September 6, 2007)
• Intel Xeon 7400 (Quad-/Hexacore Penryn-based 'Xeon Dunnington' since September 15, 2008).

See also[edit]

References[edit]

Airstream 604 Occasion

1. ^'What is Socket-604?'. www.tech-faq.com. Retrieved 2009-04-23.
2. ^'Intel 875P MCH, E7210 MCH and Intel 6300ESB ICH Chipset Platform'(PDF). Intel. Retrieved 2016-07-16.
3. ^'Asus NCCH-DR motherboard specifications'. ASUSTeK Computer Inc. Retrieved 2016-07-16.

External links[edit]

U.S. Supreme Court

Lutwak v. United States

No. 66

Argued December 8-9, 1952

Vw casino games. Decided February 9, 1953

344 U.S. 604

Syllabus

Occasion 604 Auto

Petitioners were convicted of a conspiracy to defraud the United States by obtaining the illegal entry thereto of three aliens as spouses of honorably discharged veterans. They had conspired to have three such veterans journey to Paris, there go through marriage ceremonies with three aliens, bring them to the United States, and obtain their entry under the War Bridges Act. The parties to the marriages were not to live together as husband and wife, and were to take whatever legal steps were necessary to sever the legal ties; but these facts were to be concealed from the immigration authorities.

Held:

Launched at November 18, 2002, over the year after Socket 603, it was originally used to accommodate most Xeons introduced at the time. It was succeeded by LGA 771 in 2006 for low- and mid-end server ranges, but still staying in high-end server range, including 4- and 8-processor configurations, in which the successor - LGA 1567 - appeared in 2010. At the time, LGA 1366 was the primary socket for Xeons in low- and mid-end server ranges, with cheaper configurations still sometimes using LGA 771 socket. The socket had an unusually long life span, lasting 9 years (2 years longer than consumer-grade LGA 775) until the last processors supporting it ceased production in the 3rd quarter of 2011.

Technical specifications[edit]

Socket 604 was designed by Intel as a zero insertion force socket intended for workstations and server platforms. While the socket contains 604 pins, it only has 603 electrical contacts, the last being a dummy pin.^[1] Each contact has a 1.27mm pitch with regular pin array, to mate with a 604-pin processor package.

Socket 604 processors utilize a bus speed of either 400, 533, 667, 800, or 1066 MHz and were manufactured in either a 130, 90, 65 or 45 nm process. Socket 604 processors cannot be inserted into Socket 603 designed motherboards due to one additional pin being present, but Socket 603 processors can be inserted into Socket 604 designed motherboards, since the extra pin slot does not do anything for a 603 CPU.

Socket 604 processors range from 1.60 GHz through 3.80 GHz, with the higher clock rates only found among older, slower NetBurst-based Xeons.

The following Intel Xeon chipsets used Socket 604:

• Intel E7205
• Intel E7210 Canterwood-ES ^[2][3]
• Intel 7300
• Intel E7320
• Intel E7500
• Intel E7501
• Intel E7505
• Intel E7520
• Intel E7525

Late Socket 604 'revivals':

Cnc 6040 Occasion

• Intel Xeon 7300 (Quadcore Core2-based 'Xeon Tigerton' since September 6, 2007)
• Intel Xeon 7400 (Quad-/Hexacore Penryn-based 'Xeon Dunnington' since September 15, 2008).

See also[edit]

References[edit]

Airstream 604 Occasion

1. ^'What is Socket-604?'. www.tech-faq.com. Retrieved 2009-04-23.
2. ^'Intel 875P MCH, E7210 MCH and Intel 6300ESB ICH Chipset Platform'(PDF). Intel. Retrieved 2016-07-16.
3. ^'Asus NCCH-DR motherboard specifications'. ASUSTeK Computer Inc. Retrieved 2016-07-16.

External links[edit]

U.S. Supreme Court

Lutwak v. United States

No. 66

Argued December 8-9, 1952

Vw casino games. Decided February 9, 1953

344 U.S. 604

Syllabus

Occasion 604 Auto

Petitioners were convicted of a conspiracy to defraud the United States by obtaining the illegal entry thereto of three aliens as spouses of honorably discharged veterans. They had conspired to have three such veterans journey to Paris, there go through marriage ceremonies with three aliens, bring them to the United States, and obtain their entry under the War Bridges Act. The parties to the marriages were not to live together as husband and wife, and were to take whatever legal steps were necessary to sever the legal ties; but these facts were to be concealed from the immigration authorities.

Held:

1. For the purposes of this case, the question of the validity of the marriages is immaterial. Pp. 344 U. S. 610-613.

2. In the circumstances of this case, the trial court did not err in permitting the 'wives' to testify against their 'husbands.' Pp. 344 U. S. 613-615.

3. It was not error for the trial court to admit testimony as to various acts of different petitioners, done after the conspiracy ended, without limiting the evidence to the particular defendant who performed the act, where the acts were relevant to show the spuriousness of the marriages and the intent of the parties in going through the marriage ceremonies. Pp. 344 U. S. 615-618.

4. On the record in this case, the admission against all of the conspirators, though not present when it was made, of a single declaration made after the conspiracy had ended was harmless error under Rule 52(a) of the Federal Rules of Criminal Procedure. Pp. 344 U. S. 618-620.

195 F.2d 748, affirmed.

The Court of Appeals affirmed petitioners' conviction of a conspiracy to defraud the United States.195 F.2d 748. This Court granted certiorari. 344 U.S. 809. Affirmed, p. 344 U. S. 620.