P2 (storage media) - meaning and definition. What is P2 (storage media)
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What (who) is P2 (storage media) - definition

STORAGE MEDIA FORMAT
P2 Card; DVCPRO P2
  • A 16 GB P2 card next to a [[Secure Digital]] card

P2 (storage media)         
P2 (P2 is a short form for "Professional Plug-In") is a professional digital recording solid-state memory storage media format introduced by Panasonic in 2004, and especially tailored to electronic news-gathering (ENG) applications. It features tapeless (non-linear) recording of DV, DVCPRO, DVCPRO25, DVCPRO50, DVCPRO-HD, or AVC-Intra streams on a solid-state flash memory.
main memory         
  • A [[hard disk drive]] (HDD) with protective cover removed
  • control circuitry]], storage space, and [[input/output]] devices. Technology and capacity as in common [[home computer]]s around 2005.
  • PATA]] hard disk drive (HDD) from 1999. When connected to a computer it serves as ''secondary'' storage.
  • DVD+R]]. The minor errors are correctable and within a healthy range.
  • S.M.A.R.T. software warning suggests impending hard drive failure
  • RAM]]
  • A large [[tape library]], with tape cartridges placed on shelves in the front, and a robotic arm moving in the back. The visible height of the library is about 180 cm.
  • SDLT]] tape cartridge, an example of ''off-line'' storage. When used within a robotic [[tape library]], it is classified as ''tertiary'' storage instead.
STORAGE OF DIGITAL DATA READABLE BY COMPUTERS
Computer Storage; Auxiliary storage; Internal memory; Main storage; Primary storage; Primary Storage; Secondary storage; Main memory; Primary memory; Physical memory; Data disk; Secondary storage device; Secondary storage devices; Data retention hardware; Tertiary storage; Off-line storage; Offline storage; Physical and logical storage; Real storage; Computer storage device; Secondary memory; PC memory; Computer storage; Disk capacity and file size; Disk capacity; Store of computer; Auxiliary Memory Units; Internal Memory; Rewritable media; Primary data storage; EM data structure; Disk space; Storage system; Media (computer); Auxiliary memory; Auxiliary Memory; Computer storage devices; Storage memory; Storage device (computing); All-flash array; Diskspace; Storage capacity (computing); Data storage capacity; Memory capacity
<storage, architecture> The storage device used by a computer to hold the currently executing program and its working data. A modern computer's main memory is built from random-access memory integrated circuits. In the old days ferrite core memory was one popular form of main memory, leading to the use of the term "core" for main memory. Computers have several other sorts of memory, distinguished by their access time, storage capicity, cost, and the typical lifetime or rate of change of the data they hold. Registers in the CPU are fast, few, expensive and typically change every few machine instructions. Other kinds are cache, PROM, magnetic disk (which may be used for {virtual memory}) and magnetic tape. (1996-11-04)
auxiliary storage         
  • A [[hard disk drive]] (HDD) with protective cover removed
  • control circuitry]], storage space, and [[input/output]] devices. Technology and capacity as in common [[home computer]]s around 2005.
  • PATA]] hard disk drive (HDD) from 1999. When connected to a computer it serves as ''secondary'' storage.
  • DVD+R]]. The minor errors are correctable and within a healthy range.
  • S.M.A.R.T. software warning suggests impending hard drive failure
  • RAM]]
  • A large [[tape library]], with tape cartridges placed on shelves in the front, and a robotic arm moving in the back. The visible height of the library is about 180&nbsp;cm.
  • SDLT]] tape cartridge, an example of ''off-line'' storage. When used within a robotic [[tape library]], it is classified as ''tertiary'' storage instead.
STORAGE OF DIGITAL DATA READABLE BY COMPUTERS
Computer Storage; Auxiliary storage; Internal memory; Main storage; Primary storage; Primary Storage; Secondary storage; Main memory; Primary memory; Physical memory; Data disk; Secondary storage device; Secondary storage devices; Data retention hardware; Tertiary storage; Off-line storage; Offline storage; Physical and logical storage; Real storage; Computer storage device; Secondary memory; PC memory; Computer storage; Disk capacity and file size; Disk capacity; Store of computer; Auxiliary Memory Units; Internal Memory; Rewritable media; Primary data storage; EM data structure; Disk space; Storage system; Media (computer); Auxiliary memory; Auxiliary Memory; Computer storage devices; Storage memory; Storage device (computing); All-flash array; Diskspace; Storage capacity (computing); Data storage capacity; Memory capacity
<storage> An obsolete term for a hard disk drive. (1997-04-14)

Wikipedia

P2 (storage media)

P2 (P2 is a short form for "Professional Plug-In") is a professional digital recording solid-state memory storage media format introduced by Panasonic in 2004, and especially tailored to electronic news-gathering (ENG) applications. It features tapeless (non-linear) recording of DV, DVCPRO, DVCPRO25, DVCPRO50, DVCPRO-HD, or AVC-Intra streams on a solid-state flash memory. The P2 card is essentially a RAID of Secure Digital (SD) memory cards with an LSI controller tightly packaged in a die-cast PC Card (formerly PCMCIA) enclosure, so data transfer rate increases as memory capacity increases. The system includes cameras, decks as drop-in replacements for videocassette recorders (VCR), and a special 5.25-inch computer drive for random-access integration with non-linear editing systems (NLE). The cards can also be used directly where a PC card (PCMCIA) slot is available, as in most older notebook computers, as a normal hard disk drive, although a custom software driver must first be loaded.

As of early 2010, P2 cards are available in capacities of 4, 8, 16, 32 and 64 GB. At introduction, P2 cards offered low recording capacity compared to competing, video tape-based formats (a miniDV tape holds roughly 13 GB of data, and an S-size HDCAM tape holds 50 GB). To solve this, camcorders and decks using P2 media employ multiple card slots, with the ability to span the recording over all slots. Cards are recorded in sequence, and when a card is full, it can be swapped out while another card is recording. This limits recording time only by power supply and the available number of cards. If a card is partially full, the deck will record only until it is full. Unlike video tape, old video cannot be recorded over accidentally; old footage must be manually deleted.

P2 cards are of a ruggedized PCMCIA type with the fastest transfer speeds currently available through this format. The card also contains a processor that organizes and safeguards the files and the case is developed and crafted to "military" (according to Panasonic) specifications, making P2 cards tough and reliable.

The first pieces of equipment released by Panasonic which use the P2 format included the AJ-SPX800 (a 2/3" broadcast camcorder for ENG and EFP applications), the studio recorder AJ-SPD850, the AJ-PCD10 offload device (basically, a five-slot PC card reader with USB interface designed to fit a 5-1/4" IT systems bay), and the memory cards themselves – AJ-P2C004 (4 GB) and AJ-P2C002 (2 GB). Panasonic is currently shipping a wide range of camcorders that support the P2 format, including the professional video camera AG-HVX200 HD handheld camcorder, and the high-end, or broadcast professional shoulder-mount AG-HPX500, AJ-HPX2000, and AJ-HPX3000 camcorders. Panasonic has also announced the P2-based AG-HPX170 handheld HD tapeless camcorder. The HPX170 is very similar to the HVX200 and the HVX200A, the main difference being the lack of a video tape drive on the 170. The latest products to feature P2 technology are the well-received recently launched AJ-HPX2700 and AH-HPX3700 "Varicam" high end cameras.

On April 15, 2012, Panasonic introduced the "MicroP2" system, an entirely different format based on SDHC/SDXC conforming to UHS-II (Ultra-High Speed) bus mode. Most (but not all) current P2 products can use MicroP2 (UHS-II) and SDHC/SDXC (UHS-I/UHS-II) cards through a MicroP2 card adapter, with some requiring a firmware update. Some P2 products (such as the AG-HPX500E camera) are not able to use MicroP2 at all.

On February 27, 2014, Panasonic has announced a new generation of P2 media, the expressP2 card, designed to accommodate high frame rate 1080 HDAVC-ULTRA recording (above 60fps) as well as 4K capture.