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The announcement was shortly followed by HP introducing the dv2z based on the Yukon platform. [2] The dv2z was an ultra-portable notebook that measured under 1-inch thick and weighed under 3.81 pounds. The traditional internal optical drive (DVD-ROM) was moved to an external USB enclosure to allow for the slimmer design.
Both models came with either integrated or discrete graphics. It uses the Radiance pattern as part of HP's Imprint finish, with some models featuring other unique patterns. Model numbers range from dv2700 to dv2899. The Pavilion dv2700 and the rest of the Pavilion dv2000 series were replaced by the 14.1" dv4 series in mid-to-late September 2008.
HP Pavilion is a line of consumer-oriented personal computers originally produced by Hewlett-Packard and later by its successor, HP Inc. Introduced in 1995, HP has used the name for both desktops and laptops for home and home office use.
The HP Pavilion dv4 is a model series of laptops manufactured by Hewlett-Packard Company that features a 14.1" diagonal display. The HP Pavilion dv5 features a 15.4" and the HP Pavilion dv7 a 17" display.
First introduced in July 2006, [1] the HP Pavilion dv9000 series was a series of high-definition capable widescreen laptops using the HP Imprint finish. It featured 17.0" 16:10 LCD displays housed in a clamshell-type case, measured 15.16 x 11.65 x 1.57 inches, and weighs anywhere from about 7.7 lb (3.5 kg) to 8.4 lb (3.8 kg).
The HP Pavilion dv7 was a model series of laptops manufactured by Hewlett-Packard Company from 2008 to 2012 that featured 16:10 17.0" or 16:9 17.3" diagonal displays. It was produced concurrently with the HP Pavilion dv4 and the HP Pavilion dv5 series, featuring 14.1" and 15.4" displays respectively.
RAID 5E, RAID 5EE, and RAID 6E (with the added E standing for Enhanced) generally refer to variants of RAID 5 or 6 with an integrated hot-spare drive, where the spare drive is an active part of the block rotation scheme. This spreads I/O across all drives, including the spare, thus reducing the load on each drive, increasing performance.
The command processing time or command overhead is the time it takes for the drive electronics to set up the necessary communication between the various components in the device so it can read or write the data. This is of the order of 3 μs, very much less than other overhead times, so it is usually ignored when benchmarking hardware. [2] [27]