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ATTO Technology, Inc., a global leader of storage connectivity and infrastructure solutions for data-intensive computing environments, announced recently that its Xtend SAN iSCSI Initiator for Apple Mac OS X has been qualified for use with EMC Celerra and CLARiiON networked storage systems. ATTO's Xtend SAN provides iSCSI SAN connectivity, error handling and security for EMC storage systems in Mac OS X environments. ATTO Xtend SAN is the first and most widely-distributed, standalone iSCSI Initiator that allows Mac users to attach and load balance storage connected via an Ethernet-based network.

With Xtend SAN, users can remotely access iSCSI storage from multiple servers, increasing accessibility and simplifying storage management, while leveraging existing IT expertise. The combination of Xtend SAN and EMC storage systems provides added value for customers whose environments require greater security and automation with features such as a scriptable Command Line Interface, Header and Data Digests, CHAP and iSNS support. 'Qualification of ATTO's Xtend SAN by EMC enables Mac OS X users to take advantage of Ethernet-based storage solutions with the industries most used and best supported iSCSI initiator', states Tom Kolniak, Director of Products at ATTO Technology. 'ATTO's Xtend SAN iSCSI Initiator provides Mac OS X customers with a networked solution not previously available to them. The ability to utilize on-board Ethernet for Xserve®, Mac Pro and Macbook, systems opens up new opportunities for Mac customers to access storage media and digital content using EMC iSCSI storage.' The ATTO Xtend SAN iSCSI Initiator for Mac OS X is a software initiator that was first introduced seven years ago and coincided with ATTO's line of first-to-market iSCSI bridging products.

Os X Iscsi Initiator

ATTO's iSCSI expertise has spanned several generations of products with reliable, iSCSI connectivity solutions. All of ATTO's products provide support for the Mac OS X market with ongoing releases. SOURCE: ATTO Technology, Inc.

I just compiled the NetBSD software iSCSI target for Mac OS X (10.5.6), and it seems to work ok (with the GlobalSAN iSCSI initiator). You do need to set the environment variable CFLAGS='-D POSIXCSOURCE' before you do a./configure;make otherwise there will be a conflicting definition of uuidt. All I tried sharing out was a 128MB file as if it were a disk.

I have not tried sharing raw disk (or other SCSI devices) out, no idea whether that would work (even for disk, let alone tape or CD/DVD). The system I did this on is a Mac Mini (Intel), but I don't see that being particularly relevant. (and no, I'll neither provide a binary nor a tutorial in how to set it up; if you go that route, you'll be supporting yourself anyway, so best to teach yourself right from the start) The reason I did this was because said that some of the properties wouldn't be supported because they weren't applicable, and I had my doubts that was wise. For example, even if there's no 'share' command, a Mac can most certainly share out files (via AFP, CIFS, or NFS). And given an iSCSI target daemon, it could share out block storage via iSCSI as well. That was about the simplest test of the latter premise that I could think of, and at least in the basics, it worked. I just compiled the NetBSD software iSCSI target for Mac OS X (10.5.6), and it seems to work ok (with the GlobalSAN iSCSI initiator).

Tattoos Iscsi Software Initiator For Mac Mac

You do need to set the environment variable CFLAGS='-D POSIXCSOURCE' before you do a./configure;make otherwise there will be a conflicting definition of uuidt. All I tried sharing out was a 128MB file as if it were a disk. I have not tried sharing raw disk (or other SCSI devices) out, no idea whether that would work (even for disk, let alone tape or CD/DVD). The system I did this on is a Mac Mini (Intel), but I don't see that being particularly relevant.

Microsoft Iscsi Software Initiator

(and no, I'll neither provide a binary nor a tutorial in how to set it up; if you go that route, you'll be supporting yourself anyway, so best to teach yourself right from the start) The reason I did this was because said that some of the properties wouldn't be supported because they weren't applicable, and I had my doubts that was wise. For example, even if there's no 'share' command, a Mac can most certainly share out files (via AFP, CIFS, or NFS). And given an iSCSI target daemon, it could share out block storage via iSCSI as well. That was about the simplest test of the latter premise that I could think of, and at least in the basics, it worked. Apple Footer. This site contains user submitted content, comments and opinions and is for informational purposes only. Apple may provide or recommend responses as a possible solution based on the information provided; every potential issue may involve several factors not detailed in the conversations captured in an electronic forum and Apple can therefore provide no guarantee as to the efficacy of any proposed solutions on the community forums.

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