Hi, on this tutorial I want to show you how to install the latest version of FreeNAS 9.2.1.3 on a server. FreeNAS is a simple, lightweight and powerful Linux distribution for server. It has many features you need to build a powerful server for your network. It comes with a web interface to manage the server remotely. First, make sure you have the latest version of FreeNAS 9.2.1.3. You can grab the ISO file from Next, boot your computer or virtual machine with the ISO.

On this tutorial I am installing FreeNAS on VirtualBox on Windows 8 host. Make sure you have minimum 2 GB of disk space and 1 GB of RAM on the server or VM. Let FreeNAS installer boot the computer until you see the following display on your screen. Select the first option and press Enter. Select the disk in which FreeNAS will be installed. If you have more than one disks, all disks are displayed here. Make sure you select the correct disk.

In this example, I already have previous version of FreeNAS installed. If this is the case, you can select to upgrade or fresh install. Select Fresh Install to perform a new installation and reformat the disk. Confirm the installation Shortly after you choose Yes, the installer will begin installing FreeNAS to the computer. In a minute the installer finished, press OK and reboot the computer.

Installing and Upgrading FreeNAS. In other words, you can not install FreeNAS® into the same USB stick that you boot the installer from. Jeene Laga Hu Atif Aslam Mp3 Song Download Songspk. After installation.

After reboot you will see the detailed information about your new server. You can access the server using the given address for the web interface displayed on screen.

ZFS: is a combined file system and logical volume manager designed by Sun Microsystems. The features of ZFS include protection against data corruption, support for high storage capacities, integration of the concepts of filesystem and volume management, snapshots and copy-on-write clones, continuous integrity checking and automatic repair, RAID-Z and native NFSv4 ACLs. ZFS is implemented as open-source software, licensed under the Common Development and Distribution License (CDDL). -- RAID: Redundant Array of Independent Disks is a storage technology that combines multiple disk drive components into a logical unit. Data is distributed across the drives in one of several ways called 'RAID levels', depending on the level of redundancy and performance required. -- iSCSI: iSCSI stands for Internet Small Computer System Interface.

It's an Internet Protocol (IP)-based storage networking standard for linking data storage facilities. ISCSI is used to facilitate data transfers over a network (LAN, WAN or Internet) and transferring data by carrying SCSI commands over IP networks. ISCSI leverages the Ethernet network and does not require any specialized hardware. The iSCSI protocol is fully documented by and iSCSI Target Server: is the server that shares the storage, it runs the iSCSI Target. The server (machine) consumes the storage is called iSCSI initiator. ISCSI Portal: is a targets IP and TCP port number pair. Typically, if the port number is not specified it is defaulted to 3260.

Device Extent: A device extent allows a raw partition (volume) to be exported via iSCSI. The advantage of device extent is that they are faster than file extents.

The disadvantage is that the entire volume is exported. If you only want to share a portion of a volume using iSCSI, you will need to create a file extent instead. File Extent: A file extent allows you to export a portion of a volume.

When creating a file extent, you specify a file name that iSCSI clients will have access to (similar in concept to a mount point) and the maximum size of that file (storage area). The advantage of file extents is that you can create multiple exports per volume. The disadvantage is that they are slower than device extents. ISCSI Initiator: Typically, it is an application server. For example, iSCSI Target provides storage to a SQL server, the SQL server will be the iSCSI initiator in this deployment. Target: It is an object which allows the iSCSI initiator to make a connection. The Target keeps track of the initiators which are allowed to be connected to it.

The Target also keeps track of the iSCSI virtual disks which are associated with it. Once the initiator establishes the connection to the Target, all the iSCSI virtual disks associated with the Target will be accessible by the initiator. IQN: iSCSI Qualified Name. It is a unique identifier of the Target or Initiator. The Target IQN is shown when it is created on the Server. The content on this site is provided without any warranty and confers no rights. All the scripts provided in this blog are based on my personal views/usage scenarios.

There is no guaranty or warranty that these will work your environment without any issues. You need to test them yourself in your test lab before trying in production. The author of this blog is not responsible if the usage of scripts given in this blog causes any damage to your environment or malfunctions.

USE THEM AT YOUR OWN RISK.