Melden
Teilen
Empfohlen
Difference between HDD & SSD
Hello to everyone , in this project i have mentioned the advantages and disadvantages both of them and which ones are better to use today.
Dell storage sc5020_Guia de Producto
This document provides technical details about the Dell Storage SC5020 hardware, including its front and back views, CPUs, cache and memory, connectivity options, supported enclosures, power supplies, field and customer replaceable units, specifications, and licensing information. It is intended for internal Dell use and contains confidential information.
Comparison between HDD and SSD
This document compares hard disk drives (HDDs) and solid state drives (SSDs), outlining their key advantages and disadvantages. SSDs have much faster access times than HDDs, are more reliable due to having no moving parts, use less power, and generate less noise and heat. However, SSDs are more expensive per gigabyte and have less storage capacity than HDDs. The document recommends using an SSD for the operating system and important programs and an HDD for storage of other files.
Disco duro
El documento describe la historia y componentes del disco duro. Los primeros discos duros se crearon en la década de 1950 con fines militares y luego se utilizaron en grandes empresas y computadoras personales. Un disco duro contiene uno o más discos giratorios que almacenan datos magnéticamente y cabezales que leen y escriben la información. Los discos duros han incrementado su capacidad a lo largo de los años gracias al avance tecnológico.
SSD - Solid State Drive PPT by Atishay Jain
This document discusses solid state drives (SSDs) as an alternative to traditional hard disk drives (HDDs). It provides details on SSD architecture including memory (NAND flash or DRAM), controller, and host interfaces. SSDs offer advantages over HDDs like faster access times, lower power consumption, lighter weight, and lack of moving parts. However, SSDs currently have less storage capacity and higher costs than HDDs. The document explores applications of SSDs in servers, desktops, laptops, cameras, TVs, and gaming consoles.
Empfohlen
Difference between HDD & SSD
Hello to everyone , in this project i have mentioned the advantages and disadvantages both of them and which ones are better to use today.
Dell storage sc5020_Guia de Producto
This document provides technical details about the Dell Storage SC5020 hardware, including its front and back views, CPUs, cache and memory, connectivity options, supported enclosures, power supplies, field and customer replaceable units, specifications, and licensing information. It is intended for internal Dell use and contains confidential information.
Comparison between HDD and SSD
This document compares hard disk drives (HDDs) and solid state drives (SSDs), outlining their key advantages and disadvantages. SSDs have much faster access times than HDDs, are more reliable due to having no moving parts, use less power, and generate less noise and heat. However, SSDs are more expensive per gigabyte and have less storage capacity than HDDs. The document recommends using an SSD for the operating system and important programs and an HDD for storage of other files.
Disco duro
El documento describe la historia y componentes del disco duro. Los primeros discos duros se crearon en la década de 1950 con fines militares y luego se utilizaron en grandes empresas y computadoras personales. Un disco duro contiene uno o más discos giratorios que almacenan datos magnéticamente y cabezales que leen y escriben la información. Los discos duros han incrementado su capacidad a lo largo de los años gracias al avance tecnológico.
SSD - Solid State Drive PPT by Atishay Jain
This document discusses solid state drives (SSDs) as an alternative to traditional hard disk drives (HDDs). It provides details on SSD architecture including memory (NAND flash or DRAM), controller, and host interfaces. SSDs offer advantages over HDDs like faster access times, lower power consumption, lighter weight, and lack of moving parts. However, SSDs currently have less storage capacity and higher costs than HDDs. The document explores applications of SSDs in servers, desktops, laptops, cameras, TVs, and gaming consoles.
Internal components of PC
The presentation given at MSBTE sponsored content updating program on 'PC Maintenance and Troubleshooting' for Diploma Engineering teachers of Maharashtra.
Venue: Government Polytechnic, Nashik
Date: 17/01/2011
Session-3: Internal Components of PC
Hard Disk Componets
A hard disk drive is a data storage device that stores information in the form of magnetic particles on concentric circles called tracks on one or more rigid disks called platters. It consists of platters, read/write heads, and motors that spin the platters and position the heads. Hard drives store operating systems, software, and files and come in various capacities ranging from 10GB to multiple terabytes. Common interface types are IDE, SATA, and SCSI and hard drives can fail due to issues like no operating system, cable problems, or not being detected.
Aula 07 pino 1 e soquetes
This document discusses installing and maintaining computer hardware. It covers objectives like identifying the CPU socket on the motherboard and practicing installing a processor. It provides details on connecting cables, brackets and power to the motherboard. There are also exercises to recognize motherboard components and identify CPU sockets by number for Intel and AMD processors. The document instructs how to install a processor into the zero insertion force socket on the motherboard.
Hard disk
The document provides an overview of hard disk drives including their history, working, characteristics, types, organization of data, and manufacturers. Hard disk drives were first introduced in 1956 to store data for IBM computers and now come in two main types - PATA and SATA. They work by magnetizing ferromagnetic material to represent binary digits and reading the data back by detecting magnetization. Proper shutdown is needed before unplugging a computer to allow the hard disk head to safely separate from the disk platter.
Partes internas y funcionamiento de discos duros ide y sata
Este documento describe las partes y el funcionamiento de los discos duros IDE y SATA. Explica que los discos duros almacenan programas y datos mediante partículas magnéticas en platos giratorios, y que utilizan cabezales para leer y escribir la información. También detalla las características como la capacidad de almacenamiento, la velocidad de rotación, y los conectores IDE y SATA para transferir datos.
M|18 Deep Dive: InnoDB Transactions and Write Paths
The document discusses the write path for transactions in InnoDB from the client connection to physical storage. It compares InnoDB's transaction and storage layers to the OSI model. Key aspects covered include how SQL statements are executed, how rows are locked, written to indexes and undo logs, and how transactions are committed or rolled back. Mini-transactions provide atomic durable changes to multiple pages using write-ahead logging to the redo log.
Motherboard
The motherboard is the main circuit board in a computer that holds the central processing unit (CPU) and main components. It allows these components to communicate and work together. Motherboards come in different form factors depending on size and shape to fit cases and components. The most common form factors are ATX, MicroATX, and BTX. The motherboard contains important components like the CPU socket, memory slots, expansion slots, chipset, and connectors for ports, power supply, and drives. It acts as the central hub connecting all the computer's components.
Solid state solid state drives
This document discusses solid state drives (SSDs) as an alternative to traditional hard disk drives (HDDs). It describes SSDs as using solid state memory rather than mechanical components to store data. The document outlines SSD form factors, architecture involving flash memory, controllers, caches and host interfaces. It compares the technical aspects of SSDs and HDDs, noting SSDs advantages as faster speeds, reliability and lower power use, while their main disadvantage is higher costs. The document concludes SSDs will likely replace HDDs in most applications due to their performance benefits.
Solid state drives
Solid state drives use solid state memory like NAND flash instead of spinning disks. They have faster access times than hard disk drives. An SSD contains a controller, flash memory, and an interface. The controller manages read and write operations to the flash which is organized into pages and blocks. SSDs are found in devices like thumb drives, memory cards, and embedded systems. They provide benefits like faster startup, access, and application loading compared to HDDs. SSDs are used where fast storage access is important, like financial trading systems.
Placa Madre
La placa madre es el componente principal de una computadora y coordina todos los demás elementos. Incluye el zócalo de la CPU, BIOS, conectores de memoria, chipset, puertos USB, batería y conectores de sonido. El BIOS inicia y configura el hardware para cargar el sistema operativo.
Aula 05 placa mãe
This document discusses the main components of a motherboard. It describes the different types of motherboard formats including AT, ATX, and BTX. It explains the basic components of a motherboard like the chipset, BIOS, RAM slots. Different manufacturers and socket types for CPUs are listed. Key components like the bus, clock generator, CMOS battery are defined. The roles of the northbridge and southbridge chips in the chipset are outlined.
Secondary Index Search in InnoDB
The document discusses secondary index searches in MySQL. It describes the process as starting with a search of the secondary index tree to find the primary key. The primary key is then added to an unsorted list. Once all secondary index searches are complete, the primary key list is sorted. The primary index tree is then searched sequentially using the sorted primary key list to retrieve the clustered data records. Finally, the clustered data records are accessed sequentially.
La Tablet
El documento presenta un análisis de una tableta realizado por estudiantes como parte de un taller de tecnología. Describe las principales partes de una tableta como la pantalla, la carcasa, el procesador, la batería, la memoria RAM y otros componentes. También explica los materiales como el aluminio, el vidrio y la cerámica de los que suelen estar hechos y las funciones como la lectura, navegación web y reproducción de contenidos multimedia que cumple una tableta.
Solid state drive
Solid State Drive (SSD) is a storage device that uses solid-state flash memory rather than a rotating magnetic medium. SSDs provide faster access time and have no moving parts, compared to traditional hard disk drives (HDDs). SSDs use flash memory, either NAND or NOR types, and store data in semiconductors rather than on magnetic disks. While SSDs are more expensive than HDDs, their performance advantages, such as faster read/write speeds and more durability, make them suitable for applications requiring quick access to large amounts of data.
Solid State Drives (Third Generation) 2013
The document discusses the history and development of solid state drives (SSDs). It describes how SSDs were introduced in 1976 as an alternative to hard disk drives (HDDs) and have evolved significantly since then in terms of storage capacity, speed and cost. The document outlines the key components of an SSD including memory, controller and host interface. It provides a comparison of SSDs and HDDs, highlighting advantages like faster speeds and lower power consumption of SSDs. Finally, applications of SSDs in devices like laptops, servers and cameras are mentioned.
Solid state drives
Solid-state drives (SSDs) are storage devices that use solid-state flash memory instead of rotating disks. SSDs have no moving parts, faster access times than hard disk drives, lower power consumption, and can withstand physical shock better than hard drives. However, SSDs are currently more expensive than hard drives and offer less storage capacity. SSDs are commonly found in servers, desktop and laptop computers, camcorders, gaming consoles, smartphones, and other portable electronic devices.
Storage devices(present)
This document discusses various types of storage devices and storage media technologies. It covers magnetic storage devices like hard disks, optical storage like CDs and DVDs, solid state drives, removable storage media like USB flash drives, and various storage capacity units. Key points covered include the components and workings of hard disks, differences between internal and external hard disks, RAID configurations, characteristics of SSDs compared to hard disks, and overview of various memory card formats.
Solid State Drive (SSD) - SBMathema
Solid-state drives (SSDs) are emerging as the storage technology of the future. SSDs use electronic circuits rather than mechanical components like hard disk drives to store data. They have no moving parts, faster read/write speeds, lower power consumption, and are more resistant to damage. While SSDs provide better performance than HDDs, they also have some limitations like write endurance and cost. Overall, SSDs are expected to become the basic storage component in servers and PCs due to their efficiency advantages over traditional hard drives.
Faster, better, stronger: The new InnoDB
For MariaDB Enterprise Server 10.5, the default transactional storage engine, InnoDB, has been significantly rewritten to improve the performance of writes and backups. Next, we removed a number of parameters to reduce unnecessary complexity, not only in terms of configuration but of the code itself. And finally, we improved crash recovery thanks to better consistency checks and we reduced memory consumption and file I/O thanks to an all new log record format.
In this session, we’ll walk through all of the improvements to InnoDB, and dive deep into the implementation to explain how these improvements help everything from configuration and performance to reliability and recovery.
The InnoDB Storage Engine for MySQL
The document provides an overview of the InnoDB storage engine used in MySQL. It discusses InnoDB's architecture including the buffer pool, log files, and indexing structure using B-trees. The buffer pool acts as an in-memory cache for table data and indexes. Log files are used to support ACID transactions and enable crash recovery. InnoDB uses B-trees to store both data and indexes, with rows of variable length stored within pages.
Comandos, Permissões e Partições Linux
O documento descreve:
1) A estrutura básica de diretórios do sistema Linux, incluindo diretórios como /bin, /boot, /dev, /etc, /home, /lib, /proc, /sys, /root, /sbin, /srv, /tmp, /usr, /var.
2) Os principais tipos de arquivos no Linux, suas características e informações.
3) Vários comandos Linux para manipulação de arquivos e diretórios, como cat, more, less, tac, touch, cp, ln.
HD-Disco Rigído
O documento descreve a história e componentes dos discos rígidos. Começando com o primeiro disco rígido da IBM em 1956 com 4.36 MB de capacidade, até os modelos atuais com mais de 1 TB. Detalha também as partes internas como pratos, cabeças de leitura, placa lógica e interfaces como IDE, SATA eSCSI.
Weitere ähnliche Inhalte
Was ist angesagt?
Internal components of PC
The presentation given at MSBTE sponsored content updating program on 'PC Maintenance and Troubleshooting' for Diploma Engineering teachers of Maharashtra.
Venue: Government Polytechnic, Nashik
Date: 17/01/2011
Session-3: Internal Components of PC
Hard Disk Componets
A hard disk drive is a data storage device that stores information in the form of magnetic particles on concentric circles called tracks on one or more rigid disks called platters. It consists of platters, read/write heads, and motors that spin the platters and position the heads. Hard drives store operating systems, software, and files and come in various capacities ranging from 10GB to multiple terabytes. Common interface types are IDE, SATA, and SCSI and hard drives can fail due to issues like no operating system, cable problems, or not being detected.
Aula 07 pino 1 e soquetes
This document discusses installing and maintaining computer hardware. It covers objectives like identifying the CPU socket on the motherboard and practicing installing a processor. It provides details on connecting cables, brackets and power to the motherboard. There are also exercises to recognize motherboard components and identify CPU sockets by number for Intel and AMD processors. The document instructs how to install a processor into the zero insertion force socket on the motherboard.
Hard disk
The document provides an overview of hard disk drives including their history, working, characteristics, types, organization of data, and manufacturers. Hard disk drives were first introduced in 1956 to store data for IBM computers and now come in two main types - PATA and SATA. They work by magnetizing ferromagnetic material to represent binary digits and reading the data back by detecting magnetization. Proper shutdown is needed before unplugging a computer to allow the hard disk head to safely separate from the disk platter.
Partes internas y funcionamiento de discos duros ide y sata
Este documento describe las partes y el funcionamiento de los discos duros IDE y SATA. Explica que los discos duros almacenan programas y datos mediante partículas magnéticas en platos giratorios, y que utilizan cabezales para leer y escribir la información. También detalla las características como la capacidad de almacenamiento, la velocidad de rotación, y los conectores IDE y SATA para transferir datos.
M|18 Deep Dive: InnoDB Transactions and Write Paths
The document discusses the write path for transactions in InnoDB from the client connection to physical storage. It compares InnoDB's transaction and storage layers to the OSI model. Key aspects covered include how SQL statements are executed, how rows are locked, written to indexes and undo logs, and how transactions are committed or rolled back. Mini-transactions provide atomic durable changes to multiple pages using write-ahead logging to the redo log.
Motherboard
The motherboard is the main circuit board in a computer that holds the central processing unit (CPU) and main components. It allows these components to communicate and work together. Motherboards come in different form factors depending on size and shape to fit cases and components. The most common form factors are ATX, MicroATX, and BTX. The motherboard contains important components like the CPU socket, memory slots, expansion slots, chipset, and connectors for ports, power supply, and drives. It acts as the central hub connecting all the computer's components.
Solid state solid state drives
This document discusses solid state drives (SSDs) as an alternative to traditional hard disk drives (HDDs). It describes SSDs as using solid state memory rather than mechanical components to store data. The document outlines SSD form factors, architecture involving flash memory, controllers, caches and host interfaces. It compares the technical aspects of SSDs and HDDs, noting SSDs advantages as faster speeds, reliability and lower power use, while their main disadvantage is higher costs. The document concludes SSDs will likely replace HDDs in most applications due to their performance benefits.
Solid state drives
Solid state drives use solid state memory like NAND flash instead of spinning disks. They have faster access times than hard disk drives. An SSD contains a controller, flash memory, and an interface. The controller manages read and write operations to the flash which is organized into pages and blocks. SSDs are found in devices like thumb drives, memory cards, and embedded systems. They provide benefits like faster startup, access, and application loading compared to HDDs. SSDs are used where fast storage access is important, like financial trading systems.
Placa Madre
La placa madre es el componente principal de una computadora y coordina todos los demás elementos. Incluye el zócalo de la CPU, BIOS, conectores de memoria, chipset, puertos USB, batería y conectores de sonido. El BIOS inicia y configura el hardware para cargar el sistema operativo.
Aula 05 placa mãe
This document discusses the main components of a motherboard. It describes the different types of motherboard formats including AT, ATX, and BTX. It explains the basic components of a motherboard like the chipset, BIOS, RAM slots. Different manufacturers and socket types for CPUs are listed. Key components like the bus, clock generator, CMOS battery are defined. The roles of the northbridge and southbridge chips in the chipset are outlined.
Secondary Index Search in InnoDB
The document discusses secondary index searches in MySQL. It describes the process as starting with a search of the secondary index tree to find the primary key. The primary key is then added to an unsorted list. Once all secondary index searches are complete, the primary key list is sorted. The primary index tree is then searched sequentially using the sorted primary key list to retrieve the clustered data records. Finally, the clustered data records are accessed sequentially.
La Tablet
El documento presenta un análisis de una tableta realizado por estudiantes como parte de un taller de tecnología. Describe las principales partes de una tableta como la pantalla, la carcasa, el procesador, la batería, la memoria RAM y otros componentes. También explica los materiales como el aluminio, el vidrio y la cerámica de los que suelen estar hechos y las funciones como la lectura, navegación web y reproducción de contenidos multimedia que cumple una tableta.
Solid state drive
Solid State Drive (SSD) is a storage device that uses solid-state flash memory rather than a rotating magnetic medium. SSDs provide faster access time and have no moving parts, compared to traditional hard disk drives (HDDs). SSDs use flash memory, either NAND or NOR types, and store data in semiconductors rather than on magnetic disks. While SSDs are more expensive than HDDs, their performance advantages, such as faster read/write speeds and more durability, make them suitable for applications requiring quick access to large amounts of data.
Solid State Drives (Third Generation) 2013
The document discusses the history and development of solid state drives (SSDs). It describes how SSDs were introduced in 1976 as an alternative to hard disk drives (HDDs) and have evolved significantly since then in terms of storage capacity, speed and cost. The document outlines the key components of an SSD including memory, controller and host interface. It provides a comparison of SSDs and HDDs, highlighting advantages like faster speeds and lower power consumption of SSDs. Finally, applications of SSDs in devices like laptops, servers and cameras are mentioned.
Solid state drives
Solid-state drives (SSDs) are storage devices that use solid-state flash memory instead of rotating disks. SSDs have no moving parts, faster access times than hard disk drives, lower power consumption, and can withstand physical shock better than hard drives. However, SSDs are currently more expensive than hard drives and offer less storage capacity. SSDs are commonly found in servers, desktop and laptop computers, camcorders, gaming consoles, smartphones, and other portable electronic devices.
Storage devices(present)
This document discusses various types of storage devices and storage media technologies. It covers magnetic storage devices like hard disks, optical storage like CDs and DVDs, solid state drives, removable storage media like USB flash drives, and various storage capacity units. Key points covered include the components and workings of hard disks, differences between internal and external hard disks, RAID configurations, characteristics of SSDs compared to hard disks, and overview of various memory card formats.
Solid State Drive (SSD) - SBMathema
Solid-state drives (SSDs) are emerging as the storage technology of the future. SSDs use electronic circuits rather than mechanical components like hard disk drives to store data. They have no moving parts, faster read/write speeds, lower power consumption, and are more resistant to damage. While SSDs provide better performance than HDDs, they also have some limitations like write endurance and cost. Overall, SSDs are expected to become the basic storage component in servers and PCs due to their efficiency advantages over traditional hard drives.
Faster, better, stronger: The new InnoDB
For MariaDB Enterprise Server 10.5, the default transactional storage engine, InnoDB, has been significantly rewritten to improve the performance of writes and backups. Next, we removed a number of parameters to reduce unnecessary complexity, not only in terms of configuration but of the code itself. And finally, we improved crash recovery thanks to better consistency checks and we reduced memory consumption and file I/O thanks to an all new log record format.
In this session, we’ll walk through all of the improvements to InnoDB, and dive deep into the implementation to explain how these improvements help everything from configuration and performance to reliability and recovery.
The InnoDB Storage Engine for MySQL
The document provides an overview of the InnoDB storage engine used in MySQL. It discusses InnoDB's architecture including the buffer pool, log files, and indexing structure using B-trees. The buffer pool acts as an in-memory cache for table data and indexes. Log files are used to support ACID transactions and enable crash recovery. InnoDB uses B-trees to store both data and indexes, with rows of variable length stored within pages.
Was ist angesagt? (20)
Partes internas y funcionamiento de discos duros ide y sata
Partes internas y funcionamiento de discos duros ide y sata
M|18 Deep Dive: InnoDB Transactions and Write Paths
M|18 Deep Dive: InnoDB Transactions and Write Paths
Andere mochten auch
Comandos, Permissões e Partições Linux
O documento descreve:
1) A estrutura básica de diretórios do sistema Linux, incluindo diretórios como /bin, /boot, /dev, /etc, /home, /lib, /proc, /sys, /root, /sbin, /srv, /tmp, /usr, /var.
2) Os principais tipos de arquivos no Linux, suas características e informações.
3) Vários comandos Linux para manipulação de arquivos e diretórios, como cat, more, less, tac, touch, cp, ln.
HD-Disco Rigído
O documento descreve a história e componentes dos discos rígidos. Começando com o primeiro disco rígido da IBM em 1956 com 4.36 MB de capacidade, até os modelos atuais com mais de 1 TB. Detalha também as partes internas como pratos, cabeças de leitura, placa lógica e interfaces como IDE, SATA eSCSI.
Disco Rígidos
O documento descreve os principais tipos de interfaces de discos rígidos, incluindo IDE, SATA, SCSI e suas evoluções. Explica a estrutura interna de um disco rígido e como ele armazena e recupera dados. Também discute os padrões IDE e SATA, suas taxas de transferência, compatibilidade e como conectar vários dispositivos a essas interfaces.
Reduce Lab Backlog with Mobile Data Forensic Previews
Forensic previews have been valuable in separating the hard drives, game systems, cameras, and other digital devices that are relevant to a case, from those that are not relevant. Historically, mobile devices have not been part of this analysis -- even though they are at least as important. This session will detail what’s involved with mobile device previews, including how they prepare case agents to communicate their needs to forensic examiners.
Tipos de discos duros
Este documento describe los principales tipos de discos duros, incluyendo SCSI, IDE, ATA 66/100/133, SATA, SATA 2 y unidades de estado sólido (SSD). SCSI se usaba principalmente en servidores y podía transferir hasta 320 MBps. IDE era común en PCs y transfería hasta 33 MBps. Las versiones posteriores de ATA mejoraron las velocidades de transferencia. SATA reemplazó a IDE y ofreció mayores velocidades y un cable más delgado y flexible. SATA 2 alcanzó velocidades de hasta
Disco duro..
El documento describe la evolución histórica de los discos duros, comenzando con los primeros modelos como el IBM 350 de 1954 y continuando con discos posteriores como el IBM 1311, el IBM 3340 y el Seagate ST-506 que aumentaron la capacidad de almacenamiento. Finalmente, discute discos más recientes y avanzados tecnológicamente como el Hitachi Deskstar 7K1000 que alcanzó una capacidad de 1 terabyte.
Disco Duro
El documento habla sobre los discos duros. Explica que un disco duro es un dispositivo de almacenamiento electrónico que guarda grandes cantidades de datos. Luego describe los componentes de un disco duro, su historia y evolución, y diferentes tipos como internos, externos portátiles y de escritorio. Finalmente menciona algunas marcas populares y una nueva tecnología basada en láser.
SSD - Solid State Drive PPT by Shyam jos
Solid State Drive (SSD)
In 1995, M-Systems introduced the first flash-based solid-state drives. SSDs use non-volatile solid state memory like NAND flash or DRAM to store data without moving parts, distinguishing them from traditional hard disk drives. SSDs have significant performance advantages over HDDs with faster access times and read/write speeds, higher reliability since there are no moving parts, lower power consumption, and silent operation. However, SSDs currently have higher costs and offer less storage capacity than HDDs.
Hard disk PPT
1. A hard disk drive is a data storage device that stores information in 0s and 1s on magnetic platters.
2. It contains platters, read/write heads, and motors that allow it to read and write data to the spinning platters.
3. Hard disk drive capacity is measured in gigabytes or terabytes and depends on the number of platters, tracks, sectors, and bytes per sector.
Untitled 1
El documento resume la historia de los computadores desde los primeros artefactos que calculaban antes de Cristo hasta los computadores modernos. Explica que los computadores actuales funcionan con microprocesadores eléctricos pero que en el futuro podrían funcionar con luz en lugar de electricidad para ganar velocidad y potencia a medida que los circuitos alcancen el tamaño atómico.
La cava. nora graciela modolo.
El documento describe el proceso de producción tradicional del cava español, incluyendo el tiraje, envejecimiento, removido, degollamiento y expedición. España es el segundo productor mundial de vino espumoso después de Francia, con una producción anual de 18 millones de cajas. Recientemente, el cava español ha conquistado mercados internacionales como Alemania, Reino Unido, Estados Unidos y Japón, convirtiéndose en el vino espumoso más exportado.
Agenda semanal 6 al 10 de abril
Este documento presenta la agenda semanal del 6 al 10 de abril de 2015 del Colegio Distrital María Mercedes Carranza. Incluye información general como felicitaciones a estudiantes destacados, condolencias, invitaciones y recomendaciones. También presenta la programación académica de la semana con actividades como el inicio del segundo periodo, dirección de grupo y comisiones de evaluación. Por último, detalla el acompañamiento de estudiantes en horarios de entrada, salida y descanso con la asignación de docentes a diferentes zonas del colegio.
Libro segunda evaluación informática 2
Este documento explica cómo publicar y compartir diferentes tipos de archivos en línea. Detalla los pasos para subir documentos a Google Drive y Blogger, publicar presentaciones en SlideShare y grabar y editar audio usando Audacity. También cubre cómo crear un podcast escolar combinando varias grabaciones de audio y publicarlo en un canal de Ivoox para que otros puedan escucharlo.
Camino
La cruz como simbolo del caminar en la vida... El camino de la vida como necesidad de comprender nuestra existencia..
Ejecutivo
Este documento describe cómo usar las galerías de inserción en el software de procesamiento de textos para coordinar elementos como tablas, encabezados y diagramas con la apariencia general del documento. Explica que las galerías incluyen elementos diseñados para este propósito y cómo cambiar fácilmente el formato del texto seleccionado o la apariencia general del documento utilizando las opciones de temas y estilos rápidos.
Semiconductores.ppsx12345
Los semiconductores más conocidos son el silicio y el germanio. El silicio es el elemento semiconductor más utilizado en la fabricación de componentes electrónicos debido a que su comportamiento es más estable frente a perturbaciones externas. Los semiconductores en sí no presentan propiedades prácticas, por lo que se los contamina para darles propiedades especiales como alterar la probabilidad de ocupación de las bandas de energía.
150 herramientas
Este documento discute opciones para integrar TIC en la educación, incluyendo dónde ubicar los computadores (centralizado vs distribuido), cuántos computadores adquirir y cuáles características deben tener. Recomienda una relación de 5 estudiantes por computador y considerar portátiles, proyectores y periféricos. El objetivo es promover competencias en TIC y usar TIC para mejorar el aprendizaje en otras asignaturas.
Animación
La animación ha evolucionado como una herramienta importante de comunicación y entretenimiento. Existen varias técnicas como el fotograma, stop motion y animación por computadora. También hay dos tipos principales: 2D y 3D. La animación ha tenido un gran impacto en el cine, la televisión y los videojuegos. Se requiere conocimiento general del proceso de animación para apreciar y disfrutar plenamente este medio.
Tarea seminario 8 de estadistica
El documento presenta tres ejercicios sobre distribuciones normales. El primer ejercicio calcula la probabilidad de que mujeres con asistencia tengan una puntuación de autoestima menor o igual a 10.5 (89.44%). El segundo ejercicio calcula el porcentaje de niños andaluces con una talla menor a 150 cm (97.72%) y entre 137.25 y 145.5 cm (57.31%). El tercer ejercicio calcula diversas proporciones sobre la glucemia basal de diabéticos.
Andere mochten auch (20)
Reduce Lab Backlog with Mobile Data Forensic Previews
Reduce Lab Backlog with Mobile Data Forensic Previews
Ähnlich wie HDD & SSD Grundlagen
CPU Update Juni 2017
Wir stellen die neuen Prozessor-Generationen vor. CPU oder GPU? Was bringen Intel Skylake-SP, IBM Power 9, AMD Epyc oder Nvidia Volta?
Tipps & Tricks für den erfolgreichen Einsatz von GPU-Computing
Folien des Vortrags auf der parallel 2014. Neben den Grundlagen der Architektur von Grafikkarten werden die Besonderheiten bei der Parallelisierung von GPU-Kerneln erklärt. Anhand des Werkzeugs "Guided Application Analysis" des Nvidia Visual Profiler werden Tipps und Tricks für die Optimierung gegeben und der theoretische Hintergrund erläutert. Es wird gezeigt, wie mit Streaming und dem Einsatz von mehreren GPUs (Multi-GPU) Systeme besser ausgelastet werden können. Der Referent stellt hierbei Klassen und Hilfsmittel vor, die er bei der Projektarbeit im Bereich GPU Computing in den letzten fünf Jahren erlernt hat.
Ähnlich wie HDD & SSD Grundlagen (11)
20101011 roadshow-2010-ssds-grundlagen-know-how-und-konkrete-konfiguration-fuer
20101011 roadshow-2010-ssds-grundlagen-know-how-und-konkrete-konfiguration-fuer
Tipps & Tricks für den erfolgreichen Einsatz von GPU-Computing
Tipps & Tricks für den erfolgreichen Einsatz von GPU-Computing
HDD & SSD Grundlagen
- 1. Sekundärer Speicher Ein Vortrag über HDD, SSD und Dateisysteme
- 2. Grundlagen • DASD (Direkt Adressierbar) • Langzeitspeicherung • SSD/HDD/Hybrid • SATA/SCSI/FCI/IDE • 3,5"/2,5"
- 3. SSD • Halbleiter • 0.96 CHF. pro Gigabyte • Mechanisch robust • Beschränkter Schreibzugriff • Geschwindigkeit • Kein sicheres Löschen (nur mit spezial Controller)
- 4. HDD • Sektoren (512 Byte, 2048 Byte, 4096 Byte) • Remanenz (Restmagnetismus) • 0.06 CHF. pro Gigabyte • Mechanisch sensibel • 5400 - 7200 rpm
- 5. Die erste Festplatte IBM Ramac 305 5MB Jahr 1956
- 6. Vergleich
- 7. Festplattengeometrie A) Spur B) Sektor C) Block D) Cluster Ein Datenträger wird in Spuren unterteilt, welche nochmal in Blöcke (512 Bytes) unterteilt werden. Acht oder mehr Blöcke werden in Clustern zusammengefasst. Die Gesamtheit aller Blöcke, die die gleichen Winkelkoordinaten auf den Platten haben, nennt man Sektor.
- 8. Dateisystem - Ablageorganisation eines Datenträgers - Unterteilt in Cluster und Blöcke - Datei + Attribute + Metadaten
- 9. Verschiedene Dateisysteme im Überblick Dateisystem Bezeichnung Jahr Max. Grösse Max. Dateigrösse System Unterstützt FAT File Allocation Table 1983 4 GB 4 GB Windows OS X, Linux FAT32 File Allocation Table 1997 8 TB 4 GB Windows ziemlich alle NTFS New Technology File System 1993 26 TB 16 TB Windows Linux, OS X(R) ReFS Resilent File System 2012 300 ZB 18 EB Windows Windows (ab 8) HFS Hierarchical File System 1985 2 TB 2 GB Mac OS X Linux HFS+ Hierarchical File System 1998 8 EB 8 EB Mac OS X teilweise Linux ext extended filesystem 1992 2 GB 2 GB Linux Linux ext4 4. extended filesystem 2008 1EB 1 EB Linux Linux