Access

Access may refer to: getting in

Companies and organizations

Computer software

The West Wing (season 5)

The fifth season of the American political drama television series The West Wing aired in the United States on NBC from September 24, 2003, to May 19, 2004, and consisted of 22 episodes. This was the first season with executive producer John Wells as showrunner after series creator Aaron Sorkin departed the series after the conclusion of the previous season.

Cast

The fifth season had star billing for nine major roles, all nine of these were filled by returning main cast members from the fourth season. Martin Sheen receives the "and" credit for his role as President Josiah Bartlet. The rest of the ensemble are credited alphabetically, while Channing is only credited for the episodes in which she appears

Main cast

Access (company)

ACCESS CO., LTD. (株式会社ACCESS, Kabushiki-gaisha Akusesu), founded in April 1979 and incorporated in February 1984 in Tokyo, Japan, by Arakawa Toru and Kamada Tomihisa, is a company providing a variety of software for connected and mobile devices, such as mobile phones, PDAs, video game consoles and set top boxes.

The company has gained wide recognition for its NetFront software series, which has been deployed in over 1 billion devices, representing over 2,000 models, as of the end of January 2011, and which has been used as a principal element of the widely successful i-mode data service of NTT DoCoMo in Japan. NetFront is also used by a large number of consumer electronic devices beyond mobile phones, such as the Sony PSP and the Amazon Kindle, both of which have their web browsers powered by NetFront. In addition, the NetFront Browser and related products are used on a wide variety of mobile phones, including those from Nokia, Samsung, LG Corp., Motorola, Sony Ericsson, and others.

Xeon

The Xeon /ˈziːɒn/ is a brand of x86 microprocessors designed and manufactured by Intel Corporation, targeted at the non-consumer workstation, server, and embedded system markets. Primary advantages of the Xeon CPUs, when compared to the majority of Intel's desktop-grade consumer CPUs, are their multi-socket capabilities, higher core counts, and support for ECC memory.

Overview

The Xeon brand has been maintained over several generations of x86 and x86-64 processors. Older models added the Xeon moniker to the end of the name of their corresponding desktop processor, but more recent models used the name Xeon on its own. The Xeon CPUs generally have more cache than their desktop counterparts in addition to multiprocessing capabilities.

P6-based Xeon

Pentium II Xeon

The first Xeon-branded processor was the Pentium II Xeon (code-named "Drake"). It was released in 1998, replacing the Pentium Pro in Intel's server lineup. The Pentium II Xeon was a "Deschutes" Pentium II (and shared the same product code: 80523) with a full-speed 512 kB, 1 MB, or 2 MB L2 cache. The L2 cache was implemented with custom 512 kB SRAMs developed by Intel. The number of SRAMs depended on the amount of cache. A 512 kB configuration required one SRAM, a 1 MB configuration: two SRAMs, and a 2 MB configuration: four SRAMs on both sides of the PCB. Each SRAM was a 12.90 mm by 17.23 mm (222.21 mm²) die fabricated in a 0.35 µm four-layer metal CMOS process and packaged in a cavity-down wire-bonded land grid array (LGA). The additional cache required a larger module and thus the Pentium II Xeon used a larger slot, Slot 2. It was supported by the 440GX dual-processor workstation chipset and the 450NX quad- or octo-processor chipset.

Gulftown

Gulftown or Westmere-EP is the codename of an up to six-core hyperthreaded Intel processor able to run up to 12 threads in parallel. It is based on Westmere microarchitecture, the 32 nm shrink of Nehalem. Originally rumored to be called the Intel Core i9, it is sold as an Intel Core i7. The first release was the Core i7 980X in the first quarter of 2010, along with its server counterpart, the Xeon 3600 and the dual-socket Xeon 5600 (Westmere-EP) series using identical chips.

First figures indicate that at equivalent clock rates, depending on the software, it has up to 50% higher performance than the identically clocked quad-core Bloomfield Core i7-975. However, consumer software that utilizes six real cores is still quite rare as of 2011, and not every multithreaded program is able to take advantage of this many cores. Despite having 50% more transistors, the CPU strongly benefits from the 32-nm process, drawing the same or even less power (depending on the operating system) than its Bloomfield predecessors with merely four cores. The thermal design power (TDP) of all planned models is stated to be 130 watts.