TLY1 CA7.1 NAS Basics: True or False

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Test your NAS knowledge with true/false statements.

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Muhammad Asif

United Kingdom

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TLY1 CA7.1 NAS Basics: True or False


TLY1 CA7.1 NAS Basics: True or FalseVersion en ligne Test your NAS knowledge with true/false statements. par Muhammad Asif 1 A NAS requires direct USB connection to a single computer rather than a network. Yes No 2 NAS offers unlimited built-in recovery of deleted files from the device itself. Yes No 3 It is cost-effective and easy to manage, making it ideal for small-to-medium-sized organizations. Yes No 4 NAS uses standard file-sharing protocols like NFS and CIFS for communication. Yes No 5 It consists of a single dedicated storage device connected to a LAN via an Ethernet switch. Yes No 6 NAS provides block-level storage to clients. Yes No 7 NAS is a file-level storage solution designed for simplicity and shared access. Yes No 8 NAS is best described as high-speed archival storage with no need for networking. Yes No 9 NAS protocols include iSCSI and FTP exclusively; it does not use NFS or CIFS. Yes No 10 It simplifies data centralization, backup, and recovery compared to storing data on individual PCs. Yes No 11 Access method in SAN is block storage, with data in fixed-size blocks identified by unique IDs. Yes No 12 In SAN, data is stored in files and accessed as a file-level system by clients. Yes No 13 SAN provides high performance with low latency, suitable for large databases and mission-critical applications. Yes No 14 SAN scales primarily by replacing the entire storage array rather than adding more disks and switches. Yes No 15 SAN is typically cheaper to implement than NAS because it uses inexpensive hardware. Yes No 16 Fibre Channel (FC) is the primary protocol for SAN, and it can be run directly or over Ethernet as FCoE. Yes No 17 SAN is a high-speed, dedicated network of interconnected storage devices. Yes No 18 SAN uses object storage principles, where data is stored as objects with unique identifiers. Yes No 19 It is separate from the primary LAN and used for large-scale data management. Yes No 20 iSCSI is the universal primary protocol for SAN in most deployments. Yes No 21 A LAN connects computers within a limited area such as a home, school, or office building. Yes No 22 Computers use IP addresses to locate each other on the network. Yes No 23 DNS servers store full web page content to serve users directly. Yes No 24 Ethernet switches are only used to connect devices to the Internet gateway and not for internal LAN traffic. Yes No 25 Ethernet is the technology most commonly used to connect devices in a LAN. Yes No 26 A DNS server translates human-readable domain names into numerical IP addresses. Yes No 27 An Ethernet switch broadcasts every received frame to all connected devices by default. Yes No 28 A LAN can operate without any connection to the wider Internet. Yes No 29 An Ethernet switch forwards data packets only to the specific device that needs them. Yes No 30 IPv4 addresses are always written as 7-digit decimal numbers. Yes No

TLY1 CA7.1 NAS Basics: True or False

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TLY1 CA7.1 NAS Basics: True or FalseVersion en ligne

par Muhammad Asif

A NAS requires direct USB connection to a single computer rather than a network.

NAS offers unlimited built-in recovery of deleted files from the device itself.

It is cost-effective and easy to manage, making it ideal for small-to-medium-sized organizations.

NAS uses standard file-sharing protocols like NFS and CIFS for communication.

It consists of a single dedicated storage device connected to a LAN via an Ethernet switch.

NAS provides block-level storage to clients.

NAS is a file-level storage solution designed for simplicity and shared access.

NAS is best described as high-speed archival storage with no need for networking.

NAS protocols include iSCSI and FTP exclusively; it does not use NFS or CIFS.

It simplifies data centralization, backup, and recovery compared to storing data on individual PCs.

Access method in SAN is block storage, with data in fixed-size blocks identified by unique IDs.

In SAN, data is stored in files and accessed as a file-level system by clients.

SAN provides high performance with low latency, suitable for large databases and mission-critical applications.

SAN scales primarily by replacing the entire storage array rather than adding more disks and switches.

SAN is typically cheaper to implement than NAS because it uses inexpensive hardware.

Fibre Channel (FC) is the primary protocol for SAN, and it can be run directly or over Ethernet as FCoE.

SAN is a high-speed, dedicated network of interconnected storage devices.

SAN uses object storage principles, where data is stored as objects with unique identifiers.

It is separate from the primary LAN and used for large-scale data management.

iSCSI is the universal primary protocol for SAN in most deployments.

A LAN connects computers within a limited area such as a home, school, or office building.

Computers use IP addresses to locate each other on the network.

DNS servers store full web page content to serve users directly.

Ethernet switches are only used to connect devices to the Internet gateway and not for internal LAN traffic.

Ethernet is the technology most commonly used to connect devices in a LAN.

A DNS server translates human-readable domain names into numerical IP addresses.

An Ethernet switch broadcasts every received frame to all connected devices by default.

A LAN can operate without any connection to the wider Internet.

An Ethernet switch forwards data packets only to the specific device that needs them.

IPv4 addresses are always written as 7-digit decimal numbers.