I have a mac and configured synology to use the configured target name as above, but im not that proficient with executing the correct commands, I think the community might benefit a lot if you can share yr experience
read/write speed is similar to AFP file sharing but the iSCSI is a different thing (think of a virtual disk). The Synology 212j is slow compared, e.g. to my Synology 412+; where I get around 70MB/s over WiFi (ac connection) and goes up to 100-120MB/s when connecting my computer to the Diskstation using the Thunderbolt-Ethernet adapter
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Drobo Dashboard stopped detecting my Drobo FS800 iSCSI after upgrading to OSX El Capitan. To fix it I had to disable System Integrity Protection (SIP) and then reinstall the JAVA OSX & Drobo Dashboard 2.6.2.
I have a question for which I would very much appreciate your help. What do you guys do when you want to disconnect the iscsi target? I dragged the target into the trash bin, and it did disappear (suggesting I had successfully unmounted and removed the drive likewise you would do with any other mounted drive). When attempting to remount the iscsi target however, I got a message suggesting the remote volume was still mounted, and so seemed to suggest my QNAP NAS.
IMO, using a FQDN for the -address argument is preferred in the event we change the dhcp-assigned (reservation) IP address for the NAS target. Yes, the -address argument accepts an IP address or FQDN.
This is because the are folder you unzipped for the GUI tool needs the folder jre/Contents/Home folder to be copied to the xtendsan folder as jre.
i.e. copy jre/Contents/Home to /usr/local/libexec/xtendsan and rename it to jre
On Windows hosts you'll find the host initiator in the Configuration tab after loading the iSCSI Initiator utility. You can find the utility by typing 'iSCSI' into the Search Programs and Files section that appears when you click the Windows Start icon. You'll want to select the IQN and type CTRL-C on your keyboard to copy it to the clipboard so you can easily enter the IQN into the QuantaStor Manager dialog for Host Add..
Most Linux based systems use the open-iscsi iSCSI initiator software which stores the IQN for the Linux server in a file located at /etc/iscsi/initiator. Here's an example of what the contents of the file looks like, you'll need to enter the IQN part which is iqn.1993-08.org.debian:01:d7eee36ce in this example to the Host Add.. screen in QuantaStor.
The iSCSI initiator tools you'll need to access iSCSI storage from you QuantaStor System are typically pre-installed even with the minimal server configuration but you should verify they are installed by running this command:
When an iSCSI initiator logs into a storage system like QuantaStor it uses a special identifier called an IQN which stands for iSCSI Qualified Name. This IQN for your server can be found in a file located at /etc/iscsi/initiatorname.iscsi. Simply 'more' the file to see what your IQN is and then use this to create a Host entry in the QuantaStor web management interface to represent this host. In this example the IQN is iqn.1994-05.com.redhat:5a66857c49dc:
Now that you know the initiator IQN for you server you must add a Host entry into QuantaStor to represent your host. QuantaStor needs this information because it restricts access to iSCSI storage volumes to only those hosts/servers you have specifically assigned the storage to.
To do this, login to QuantaStor Manager, select the 'Hosts' section and then choose 'Add Host' from the toolbar or right-click in the Hosts section and choose 'Add Host' from the pop-up menu. Next, enter the host name and the initiator IQN for your host. The initiator IQN (iSCSI Qualified Name) you've entered is an identifier that uniquely identifies your host to the storage system. By default this name is generated for you so you'll need to go to your Windows system and run the iSCSI Initiator application to get the IQN. The initiator name will look something like this: 'iqn.1991-05.com.microsoft:yourhostname' for Windows machines and varies widely by OS type but generally starts with iqn.
Now that you have a Host entry in QuantaStor for your server, you can now assign storage to it. After you have assigned one or more storage volumes to the host, return to your server to do the final iSCSI login step.
Now that you've added a host entry with the IQN for your RedHat/CentOS server and assigned volumes to that host, we're now ready to do the iSCSI login to the QuantaStor system. Well, almost, here you can see my first login attempt came back and reported no portals.
This is because I forgot set the 'iSCSI Enabled' flag on the network interface for 192.168.0.103 in the QuantaStor System. See the section below on how to Enable iSCSI access on your network ports. Now that we have iSCSI enabled on the port the discovery succeeds and shows us the available iSCSI targets:
The ID for this storage volume can be found in the QuantaStor web interface in the Properties page for the Storage Volume. Just look for the field marked 'Internal ID' and this ID will correlate with the device so you can tell which is which.
Windows system and bring up the 'iSCSI Initiator' application again. On the first page under the 'Targets' tab, you can enter the IP address of your QuantaStor storage system in the box marked 'Target:' then press 'Quick Connect...'. After a moment you will see your storage volumes appear in the 'Discovered targets' section. When they appear simply select the storage volume you want to connect to, then press the 'Connect' button. Within a few seconds you'll be connected to the storage volume (iSCSI target). Unless this is a storage volume you've previously formatted and utilized, you'll need to use the Windows Disk Management screen to quick format the disk before you begin using it.
We recommend using the ATTO Xtend SAN iSCSI initiator available here. We do not recommend using the globalSAN initiator with QuantaStor Systems as we have seen multiple problems with it in testing.
Once you have the IQN for your OS/X system you'll need to add a host entry to QuantaStor using the QuantaStor manager web UI. Just press the 'Add Host' button and then enter the name of your system, and enter the IQN in the box that says 'IQN'. Now that you have a host added, you can assign volumes to your Mac. After you've assigned some storage, go back to the iSCSI initiator dialog in OS/X and enter the IP address of your QuantaStor system and you should immediately see all the storage volumes listed which you have assigned to the host. Note that you'll need to partition the disk after you connect to the iSCSI device / volume. We recommend that you use 'quick format' because a full format will end up reserving blocks in the storage system which defeats the purpose of using thin-provisioning which is the default when you 'Create Storage Volume'.
By default iSCSI access is enabled on all network ports in your QuantaStor System. This is typically OK if all the ports are the same speed and on the same network but in most cases you'll want to disable iSCSI access to 1GbE management ports so that all data flows through the faster 10GbE or 40GbE network ports if you have them. Even with 1GbE ports it is common to separate the management network from the SAN ports used to deliver iSCSI storage to the servers and this option allows you to control that. To enable iSCSI on your network interface in your system you'll need to configure it with the 'iSCSI Portal' option selected as shown in this screenshot.
iSCSI an acronym for Internet Small Computer Systems Interface , an Internet Protocol (IP)-based storage networking standard for linking data storage facilities. It provides block-level access to storage devices by carrying SCSI commands over a TCP/IP network.
iSCSI is used to facilitate data transfers over intranets and to manage storage over long distances. It can be used to transmit data over local area networks (LANs), wide area networks (WANs), or the Internet and can enable location-independent data storage and retrieval.
The protocol allows clients (called initiators) to send SCSI commands (CDBs) to storage devices (targets) on remote servers. It is a storage area network (SAN) protocol, allowing organizations to consolidate storage into storage arrays while providing clients (such as database and web servers) with the illusion of locally attached SCSI disks.
Note: It is assumed that you already have an iSCSI target on your local network and have the appropriate rights to connect to it. The instructions for setting up a target vary greatly between hardware providers, so consult your vendor documentation to configure your specific iSCSI target.
Before start configuring iSCSI, make sure to have the network interfaces correctly set and configured in order to have open-iscsi package to behave appropriately, specially during boot time. In Ubuntu 20.04 LTS, the default network configuration tool is netplan.io.
From this point and beyond, 2 interfaces are going to be mentioned: iscsi01 and iscsi02. This helps to demonstrate how to configure iSCSI in a multipath environment as well (check the Device Mapper Multipath session in this same Server Guide).
In the output above you will find 8 x SCSI disks recognized. The storage server is mapping 4 x LUNs to this node, AND the node has 2 x PATHs to each LUN. The OS recognizes each path to each device as 1 SCSI device.
Do not use this in production without checking appropriate multipath configuration options in the Device Mapper Multipathing session. The default multipath configuration is less than optimal for regular usage.
This article provides Azure Stack Hub storage infrastructure information to help you decide how to integrate Azure Stack Hub into your existing networking environment. After providing a general discussion of extending your datacenter, the article presents two different scenarios. You can connect to a Windows file storage server. You can also connect to a Windows iSCSI server. 152ee80cbc
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