ReadyNAS OS 6.0

The Add Host pop-up screen displays.

5.Enter the host IP address in the IP address field.

6.Click Add.

The host is added to the host access list.

Note: For SMB, the access rights for each host depend on the access rights of the user.

7.(Optional for Rsync) Set the default access rights for users on the listed hosts by selecting one of the following options from the drop-down list:

Read Only. The users on the listed hosts are only permitted to read files on the shared folder.

Read/Write. The users on the listed hosts are permitted to read, edit, create, and delete files on the shared folder.

8.(Optional for NFS, FTP, and HTTP) For each host on the host access list, select one of the following check boxes:

Read Only. The users on the selected host are only permitted to read files on the shared folder.

Read/Write. The users on the selected host are permitted to read, edit, create, and delete files on the shared folder.

Note: For NFS only, you can set access rights for AnyHost, which is a default entry in the host access list. You cannot grant root access to AnyHost.

9.(Optional for NFS) For each host for which you want to grant the users root access, select the Root Access check box.

10.Click Apply to save your changes.

11.Click OK.

Your changes are saved and the pop-up screen closes.

Configure Rsync Credentials

You can require users to enter Rsync credentials when accessing your storage system using Rsync.

Shared Folders

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NETGEAR 312, 104, 314 software manual Configure Rsync Credentials

104, 314, 312 specifications

NETGEAR, a leader in networking technology, offers a range of high-performance switches designed to meet the demands of modern networking environments. Among these are the NETGEAR 312, 314, and 104 switches, each catering to specific operational needs while providing robust features and technologies.

The NETGEAR 312 switch is a part of the managed switch category and focuses on delivering exceptional performance for small to medium-sized businesses. It features 12 Gigabit Ethernet ports, ensuring high-speed connectivity for devices such as computers, printers, and servers. It supports advanced Layer 2 network management capabilities, allowing users to configure VLANs for efficient traffic management and segmentation. The 312 also incorporates Quality of Service (QoS) functionalities that prioritize critical data traffic, improving overall network performance. With its energy-efficient design and fanless operation, the switch operates quietly while reducing power consumption.

Moving on to the NETGEAR 314, this switch expands upon the features of the 312 by offering 16 Gigabit Ethernet ports, ideal for larger networks requiring more connections. The 314 also supports Layer 2 management, making it easier for network administrators to create and manage VLANs. Additionally, it comes equipped with advanced security features, including MAC address filtering and port security, which help safeguard the network from unauthorized access. The switch supports link aggregation, enhancing bandwidth capacity and redundancy. Its compact design enables easy integration into various network configurations.

Lastly, the NETGEAR 104 switch serves as an entry-level option, perfect for home offices or small businesses looking for reliable basic connectivity. It offers 10 Fast Ethernet ports, providing ample connectivity for basic networking needs. The plug-and-play functionality allows for easy setup and deployment without the need for extensive configuration. The 104 is also energy-efficient, equipped with features that automatically adjust power consumption based on port activity, ensuring minimal energy waste.

In summary, NETGEAR's 312, 314, and 104 switches showcase a diverse range of features tailored to different networking needs. From advanced management and security features to energy-efficient designs, these switches empower users to build efficient, high-performing networks. With NETGEAR's commitment to quality and innovation, these switches stand out as reliable solutions for various networking challenges.