Congratulations to Infosmack on episode 100

Congratulations to the Infosmack crew hosts Greg Knieriemen and Marc Farley with the Diva of Disruptive Technologies, Christina Weil on their 100th episode. This episode included Robin Harris of StorageMojo and myself as guests.

Some items discussed in the 100th episode include Infosmack Live from the upcoming Dell Storage Forum, Cisco and the future of or with EMC and VMware, NetApp merger and acquisition activity, Sony and the death of Blu-ray, streaming video and related themes among others. Give it a listen when you get a chance and congratulations on the 100th episode.

Ok, nuff said

Cheers Gs

Greg Schulz – Author The Green and Virtual Data Center (CRC), Resilient Storage Networks (Elsevier) and coming summer 2011 Cloud and Virtual Data Storage Networking (CRC)
twitter @storageio

All Comments, (C) and (TM) belong to their owners/posters, Other content (C) Copyright 2006-2011 StorageIO and UnlimitedIO All Rights Reserved

StorageIO going Dutch: Seminar for Storage and I/O professionals

Data and Storage Networking Industry Trends and Technology Seminar

Greg Schulz of StorageIO in conjunction with or dutch parter Brouwer Storage Consultancy will be presenting a two day seminar for Storage Professionals Tuesday 24th and Wednesday 25th of May 2011 at Ampt van Nijkerk Netherlands.

Brouwer Storage ConsultanceyThe Server and StorageIO Group

This two day interactive education seminar for storage professionals will focus on current data and storage networking trends, technology and business challenges along with available technologies and solutions. During the seminar learn what technologies and management techniques are available, how different vendors solutions compare and what to use when and where. This seminar digs into the various IT tools, techniques, technologies and best practices for enabling an efficient, effective, flexible, scalable and resilient data infrastructure.

The format of this two seminar will be a mix of presentation and interactive discussion allowing attendees plenty of time to discuss among themselves and with seminar presenters. Attendees will gain insight into how to compare and contrast various technologies and solutions in addition to identifying and aligning those solutions to their specific issues, challenges and requirements.

Major themes that will be discussed include:

  • Who is doing what with various storage solutions and tools
  • Is RAID still relevant for today and tomorrow
  • Are hard disk drives and tape finally dead at the hands of SSD and clouds
  • What am I routinely hearing, seeing or being asked to comment on
  • Enabling storage optimization, efficiency and effectiveness (performance and capacity)
  • What do I see as opportunities for leveraging various technologies, techniques,trends
  • Supporting virtual servers including re-architecting data protection
  • How to modernize data protection (backup/restore, BC, DR, replication, snapshots)
  • Data footprint reduction (DFR) including archive, compression and dedupe
  • Clarifying cloud confusion, don’t be scared, however look before you leap

In addition this two day seminar will look at what are some new and improved technologies and techniques, who is doing what along with discussions around industry and vendor activity including mergers and acquisitions. Greg will also preview the contents and themes of his new book Cloud and Virtual Data Storage Networking (CRC) for enabling efficient, optimized and effective information services delivery across cloud, virtual and traditional environments.

Buzzwords and topic themes to be discussed among others include:
E2E, FCoE and DCB, CNAs, SAS, I/O virtualization, server and storage virtualization, public and private cloud, Dynamic Infrastructures, VDI, RAID and advanced data protection options, SSD, flash, SAN, DAS and NAS, object storage, application optimized or aware storage, open storage, scale out storage solutions, federated management, metrics and measurements, performance and capacity, data movement and migration, storage tiering, data protection modernization, SRA and SRM, data footprint reduction (archive, compress, dedupe), unified and multi-protocol storage, solution bundle and stacks.

For more information or to register contact Brouwer Storage Consultancy

Brouwer Storage Consultancy
Olevoortseweg 43
3861 MH Nijkerk
The Netherlands
Telephone: +31-33-246-6825
Cell: +31-652-601-309
Fax: +31-33-245-8956
Email: info@brouwerconsultancy.com
Web: www.brouwerconsultancy.com

Brouwer Storage Consultancey

Learn about other events involving Greg Schulz and StorageIO at www.storageio.com/events

Ok, nuff said for now

Cheers Gs

Greg Schulz – Author The Green and Virtual Data Center (CRC), Resilient Storage Networks (Elsevier) and coming summer 2011 Cloud and Virtual Data Storage Networking (CRC)
twitter @storageio

All Comments, (C) and (TM) belong to their owners/posters, Other content (C) Copyright 2006-2011 StorageIO and UnlimitedIO All Rights Reserved

Using Removable Hard Disk Drives (RHDDs)

Removable hard disk drives (RHDD) are a form of removable media which includes magnetic tape that address many common use cases. Usage scenarios include enabling bulk data portability for larger environments or for D2D backup where the media needs to be physically moved offsite for small and mid sized environments. RHDDs include among others those from Imation such as the Odyssey (which is what I use) and the Prostor RDX (OEMed by Imation and others). RHDD, tape along with other forms of portable media including those that use flash by being removable and portable presumable should have some extra packaging protection to safeguard against static shock in addition to supporting encryption capabilities.

Compared to disks including RHDD, tape for most and particularly larger environments should have an overall lower media cost for parking, preserving and when needed serving inactive or archived data (e.g. the changing roll of tape from day to back up to archive). Of course your real costs will vary by use in addition to how combined with data footprint reduction and other technologies.

A big benefit of RHDDs is that they are random meaning data can be searched and found quickly vs. tape media which has great sequential or streaming capabilities if you have a system that can support that ability. The other benefit of RHDD is that depending on their implementation, they should plug and play with your systems appearing as disk without any extra drivers or configuration or software tools making for ease of use. Being removable they can be used for portability such as sending data to a cloud or MSP as part of an initial bulk copy, or sending data offset or taking home as part of an offsite backup, data protection or BC/DR strategy as well as being used for archiving. The warning with RHDD is their cost per TByte will generally be higher than compared to tape as well as having to have a docking station or specific drive interface depending on specific product and configuration.

RHDD are a great compliment to traditional fixed or non removable disk, Hybrid Hard Disk Drive (HHDD) and Solid State Device (SSD) based storage as well as coexist with cloud or MSP backup and archive solutions. The smaller the environment the more affordable using RHDD become vs. tape for backup and archive operations or when portability is required. Even if using a cloud or managed service provider (MSP) backup provider, network bandwidth costs, availability or performance may limit the amount of data that can be moved in a cost effective way. For example placing an archive and gold or master copy of your static data on a RHDD that may be kept on site in a safe off-site place and then sending data that is routinely changed to the cloud or MSP provider (think full local and offsite plus partial full and incremental in the cloud).

By leveraging archiving and data footprint reduction (DFR) techniques including dedupe and compression, you can stretch your budget by sending less data to cloud or MSP services while using removable media for data protection. You would be surprised how many TBytes of data can be kept in a safe deposit box. For my own business, I have used RHDDs for several years to keep gold master copies as well as archives offsite as part of a disk to disk (D2D) or D2D2RHDD strategy. The data protection strategy is also complimented by sending active data to a cloud backup MSP (encrypted of course). It might be belt and suspenders, however it is also eating my own dog food practicing what I talk about and the approach has proven itself a few times.

Here are some related links to more material:
Removable disk drives vs. tape storage for small businesses
The pros and cons of removable disk storage for small businesses
Removable storage media appealing to SMBs, but with caveats
StorageIO Momentus Hybrid Hard Disk Drive (HHDD) Moments

Ok, nuff said for now

Cheers Gs

Greg Schulz – Author The Green and Virtual Data Center (CRC), Resilient Storage Networks (Elsevier) and coming summer 2011 Cloud and Virtual Data Storage Networking (CRC)
twitter @storageio

All Comments, (C) and (TM) belong to their owners/posters, Other content (C) Copyright 2006-2011 StorageIO and UnlimitedIO All Rights Reserved

StorageIO Momentus Hybrid Hard Disk Drive (HHDD) Moments

This is the third in a series of posts that I have done about Hybrid Hard Disk Drives (HHDDs) along with pieces about Hard Disk Drives (HDD) and Solid State Devices (SSDs). Granted the HDD received its AARP card several years ago when it turned 50 and is routinely declared dead (or read here) even though it continues to evolve along SSD maturing and both expanding into different markets as well as usage roles.

For those who have not read previous posts about Hybrid Hard Disk Drives (HHDDs) and the Seagate Momentus XT you can find them here and here.

Since my last post, I have been using the HHDDs extensively and recently installed the latest firmware. The release of new HHDD firmware by Seagate for the Momentus XT (SD 25) like its predecessor SD24 cleaned up some annoyances and improved on overall stability. Here is a Seagate post by Mark Wojtasiak discussing SD25 and feedback obtained via the Momentus XT forum from customers.

If you have never done a HDD firmware update, its not as bad or intimidating as might be expected. The Seagate firmware update tools make it very easy, that is assuming you have a recent good backup of your data (one that can be restored) and about 10 to 15 minutes of time for a couple of reboots.

Speaking of stability, the Momentus XT HHDDs have been performing well helping to speed up accessing large documents on various projects including those for my new book. Granted an SSD would be faster across the board, however the large capacity at the price point of the HHDD is what makes it a hybrid value proposition. As I have said in previous posts, if you have the need for speed all of the time and time is money, get an SSD. Likewise if you need as much capacity as you can get and performance is not your primary objective, then leverage the high capacity HDDs. On the other hand, if you need a balance of some performance boost with capacity boost and a good value, then check out the HHDDs.

Image of Momentus XT courtesy of www.Seagate.com

Lets shift gears from that of the product or technology to that of common questions that I get asked about HHDDs.

Common questions I get asked about HHDDs include:

What is a Hybrid Hard Disk Drive?

A Hybrid Hard Disk Drive includes a combination of rotating HDD, solid state flash persistent memory along with volatile dynamic random access memory (DRAM) in an integrated package or product. The value proposition and benefit is a balance of performance and capacity at a good price for those environments, systems or applications that do not need all SSD performance (and cost) vs. those that need some performance in addition to large capacity.

How the Seagate Momentus XT differs from other Hybrid Disks?
One approach is to take a traditional HDD and pair it with a SSD using a controller packaged in various ways. For example on a large scale, HDDs and SSDs coexist in the same tiered storage system being managed by the controllers, storage processors or nodes in the solution including automated tiering and cache promotion or demotion. The main difference however between other storage systems, tiering and pairing and HHDDs is that in the case of the Momentus XT the HDD, SLC flash (SSD functionality) and RAM cache and their management are all integrated within the disk drive enclosure.

Do I use SSDs and HDDs or just HHDDs?
I have HHDDs installed internally in my laptops. I also have HDDs which are installed in servers, NAS and disk to disk (D2D) backup devices and Digital Video Recorders (DVRs) along with external SSD and Removable Hard Disk Drives (RHDDs). The RHDDs are used for archive and master or gold copy data protection that go offsite complimenting how I also use cloud backup services as part of my data protection strategy.

What are the technical specifications of a HHDD such as the Seagate Momentus XT?
3Gbs SATA interface, 2.5 inch 500GB 7,200 RPM HDD with 32MB RAM cache and integrated 4GByte SLC flash all managed via internal drive processor. Power consumption varies depending what the device is doing such as initial power up, idle, normal or other operating modes. You can view the Seagate Momentus XT 500GB (ST95005620AS which is what I have) specifications here as well as the product manual here.


One of my HHDDs on a note pad (paper) and other accessories

Do you need a special controller or management software?
Generally speaking no, the HHDD that I have been using plugged and played into my existing laptops internal bay replacing the HDD that came with those systems. No extra software was needed for Windows, no data movement or migration tools needed other than when initially copying from the source HDD to the new HHDD. The HHDD do their own caching, read ahead and write behind independent of the operating system or controller. Now the reason I say generally speaking is that like many devices, some operating systems or controllers may be able to leverage advanced features so check your particular system capabilities.

How come the storage system vendors are not talking about these HHDDs?
Good question which I assume it has a lot to do with the investment (people, time, engineering, money and marketing) that they have or are making in controller and storage system software functionality to effectively create hybrid tiered storage systems using SSD and HDDs on different scales. There have been some packaged HHDD systems or solutions brought to market by different vendors that combine HDD and SSD into a single physical package glued together with some software and controllers or processors to appear as a single system. I would not be surprised to see discrete HHDDs (where the HDD and flash SSD and RAM are all one integrated product) appear in lower end NAS or multifunction storage systems as well as for backup, dedupe or other system that requires large amounts of capacity space and performance boost now and then.

Why do I think this? Simple, say you have five HHDDs each with 500GB of capacity configured as a RAID5 set resulting in 2TByte of capacity. Using as a hypothetical example the Momentus XT yields 5 x 4GByte or 20GByte of flash cache helps accelerate write operations during data dumps, backup or other updates. Granted that is an overly simplified example and storage systems can be found with hundreds of GByte of cache, however think in terms of value or low cost balancing performance and capacity to cost for different usage scenarios. For example, applications such as bulk or scale out file and object storage including cloud or big data, entertainment, Server (Citrix/Xen, Microsoft/HyperV, VMware/vSphere) and Desktop virtualization or VDI, Disk to Disk (D2D) backup, business analytics among others. The common tenets of those applications and usage scenario is a combination of I/O and storage consolidation in a cost effective manner addressing the continuing storage capacity to I/O performance gap.

Data Center and I/O Bottlenecks

Storage and I/O performance gap

Do you have to backup HHDDs?
Yes, just as you would want to backup or protect any SSD or HHD device or system.

How does data get moved between the SSD and the HDD?
Other than the initial data migration from the old HDD (or SSD) to the HHDD, unless you are starting with a new system, once your data and applications exist on the HHDD, it automatically via the internal process of the device manages the RAM, flash and HDD activity. Unlike in a tiered storage system where data blocks or files may be moved between different types of storage devices, inside the HHDD, all data gets written to the HDD, however the flash and RAM are used as buffers for caching depending on activity needs. If you have sat through or listened to a NetApp or HDS use of cache for tiering discussion what the HHDDs do is similar in concept however on a smaller scale at the device level, potentially even in a complimentary mode in the future? Other functions performed inside the HHDD by its processor includes reading and writing, managing the caches, bad block replacement or re vectoring on the HDD, wear leveling of the SLC flash and other routine tasks such as integrity checks and diagnostics. Unlike paired storage solutions where data gets moved between tiers or types of devices, once data is stored in the HHDD, it is managed by the device similar to how a SSD or HDD would move blocks of data to and from the specific media along with leveraging RAM cache as a buffer.

Where is the controller that manages the SSD and HDD?
The HHDD itself is the controller per say in that the internal processor that manages the HDD also directly access the RAM and flash.

What type of flash is used and will it wear out?
The XT uses SLC (single level cell) flash which with wear leveling has a good duty cycle (life span) and is what is typically found in higher end flash SSD solutions vs. lower cost MLC (multi level cell)

Have I lost any data from it yet?
No, at least nothing that was not my own fault from saving the wrong file in the wrong place and having to recover from one of my recent D2D copies or the cloud. Oh, regarding what have I done with the HDDs that were replaced by the HHDDs? They are now an extra gold master backup copy as of a particular point in time and are being kept in a safe secure facility, encrypted of course.

Have you noticed a performance improvement?
Yes, performance will vary however in many cases I have seen performance comparable to SSD on both reads and writes as long as the HDDs keep up with the flash and RAM cache. Even as larger amounts of data are written, I have seen better performance than compared to HDDs. The caveat however is that initially you may see little to marginal performance improvement however over time, particularly on the same files, performance tends to improve. Working on large tens to hundreds of MByte size documents I noticed good performance when doing saves compared to working with them on a HDD.

What do the HHDDs cost?
Amazon.com has the 500GB model for about $100 which is about $40 to $50 less than when I bought my most recent one last fall. I have heard from other people that you can find them at even lower prices at other venues. In the theme of disclosures, I bought one of my HHDDs from Amazon and Seagate gave me one to test.

Will I buy more HHDDs or switch to SSDs?
Where applicable I will add SSDs as well as HDDs, however where possible and practical, I will also add HHDDs perhaps even replacing the HDDs in my NAS system with HHDDs at some time or maybe trying them in a DVR.

What is the down side to the HHDDs?
Im generating and saving more data on the devices at a faster rate which means that when I installed them I was wondering if I would ever fill up a 500GB drive. I still have hundreds of GBytes free or available for use, however I also am able to cary more reference data or information than in the past. In addition to more reference data including videos, audio, images, slide decks and other content, I have also been able to keep more versions or copies of documents which has been handy on the book project. Data that changes gets backed up D2D as well as to my cloud provider including while traveling. Leveraging compression and dedupe, given that many chapters or other content are similar, not as much data actually gets transmitted when doing cloud backups which has been handy when doing a backup from a airplane flying over the clouds. A wish for the XT type of HHDD that I have is for vendors such as Seagate to add Self Encrypting Disk (SED) capabilities to them along with applying continued intelligent power management (IPM) enhancements.

Why do I like the HHDD?
Simple, it solves both business and technology challenges while being an enabler, it gives me a balance of performance for productivity and capacity in a cost effective manner while being transparent to the systems it works with.

Here are some related links to additional material:
Data Center I/O Bottlenecks Performance Issues and Impacts
Has SSD put Hard Disk Drives (HDDs) On Endangered Species List?
Seagate Momentus XT SD 25 firmware
Seagate Momentus XT SD25 firmware update coming this week
A Storage I/O Momentus Moment
Another StorageIO Hybrid Momentus Moment
As the Hard Disk Drive (HDD) continues to spin
Has SSD put Hard Disk Drives (HDDs) On Endangered Species List?
Funeral for a Friend
As the Hard Disk Drive (HDD) continues to spin
Seagate Momentus XT product specifications
Seagate Momentus XT product manual
Technology Tiering, Servers Storage and Snow Removal
Self Encrypting Disks (SEDs)

Ok, nuff said for now

Cheers Gs

Greg Schulz – Author The Green and Virtual Data Center (CRC), Resilient Storage Networks (Elsevier) and coming summer 2011 Cloud and Virtual Data Storage Networking (CRC)
twitter @storageio

All Comments, (C) and (TM) belong to their owners/posters, Other content (C) Copyright 2006-2011 StorageIO and UnlimitedIO All Rights Reserved

What records will EMC break in NYC January 18, 2011?

What records will EMC break in NYC January 18, 2011?

In case you have not seen or heard, EMC is doing an event next week in New York City (NYC) at the AXA Equitable Center winter weather snow storm clouds permitting (and adequate tools or technologies to deal with the snow removal), that has a theme around breaking records. If you have yet to see any of the advertisements, blogs, tweets, facebook, friendfeed, twitter, yourtube or other mediums messages, here (and here and here) are a few links to learn more as well as register to view the event.

Click on the above image to see more

There is already speculation along with IT industry wiki leaks of what will be announced or talked about next week that you can google or find at some different venues.

The theme of the event is breaking records.

What might we hear?

In addition to the advisor, author, blogger and consultant hats that I wear, Im also in the EMCs analysts relations program and as such under NDA, consequently, what the actual announcement will be next week, no comment for now. BTW, I also wear other hats including one from Boeing even though I often fly on Airbus products as well.

If its not Boeing Im not going, except I do also fly Airbus, Embrear and Bombardiar products
Other hats I wear

However, how about some fun as to what might be covered at next weeks event with getting into a wiki leak situation?

  • A no brainier would be product (hardware, software, services) related as it is mid January and if you have been in the industry for more than a year or two, you might recall that EMC tends to a mid winter launch around this time of year along with sometimes an early summer refresh. Guess what time of the year it is.
  • Im guessing lots of superlatives, perhaps at a record breaking pace (e.g. revolutionary first, explosive growth, exponential explosive growth, perfect storm among others that could be candidates for the Storagebrain wall of fame or shame)
  • Maybe we will even hear that EMC has set a new record of number of members in Chads army aka the vspecialists focused on vSphere related topics along with a growing (quietly) number of Microsoft HyperV specialist.
  • That EMC has a record number of twitter tweeps engaged in conversations (or debates) with different audiences, collectives, communities, competitors, customers, individuals, organizations, partners or venues among others.
  • Possibly that their involvement in the CDP (Carbon Disclosure Project) has resulted in enough savings to offset the impact of hosting the event making it carbon and environment neutral. After all, we already know that EMC has been in the CDP as in Continual or Constant Data Protection as well as Complete or Comprehensive Data Protection along with Cloud Data Protection not to mention Common Sense Data Protection (CSDP) for sometime now.
  • Perhaps something around the number of acquisitions, patents, products, platforms, products and partners they have amassed recently.
  • For investors, wishful thinking that they will be moving their stock into record territories.
  • Im also guessing we will hear or see a record number of tweets, posts, videos and stories.
  • To be fair and balanced, Im also expecting a record number of counter tweets, counter posts, counter videos and counter stories coming out of the event.

Some records I would like to see EMC break however Im not going to hold my breath at least for next week include:

  • Announcement of upping the game in performance benchmarking battles with record setting or breaking various SPC benchmark results submitted on their own (instead of via a competitor or here) in different categories of block storage devices along with entries for SSD based, clustered and virtualized. Of course we would expect to hear how those benchmarks and workload simulations really do not matter which would be fine, at least they would have broken some records.
  • Announcement of having shipped more hard disk drives (HDD) than anyone else in conjunction with shipping more storage than anyone else. Despite being continually declared dead (its not) and SSD gaining traction, EMC would have a record breaking leg to stand on if the qualify amount of storage shipped as external or shared or networked (SAN or NAS) as opposed to collective (e.g. HP with servers and storage among others).
  • Announcement that they are buying Cisco, or Cisco is buying them, or that they and Cisco are buying Microsoft and Oracle.
  • Announcement of being proud of the record setting season of the Patriots, devastated to losing a close and questionable game to the NY Jets, wishing them well in the 2010 NFL Playoffs (Im just sayin…).
  • Announcement of being the first vendor and solution provider to establish SaaS, PaaS, IaaS, DaaS and many other XaaS offerings via their out of this world new moon base (plans underway for Mars as part of a federated offering).
  • Announcement that Fenway park will be rebranded as the house that EMC built (or rebuilt).

Disclosure: I will be in NYC on Tuesday the 18th as one of EMCs many guests that they have picked up airfare and lodging, thanks to Len Devanna and the EMC social media crew for reaching out and extending the invitation.

Other guests of the event will include analysts, advisors, authors, bloggers, beat writers, consultants, columnist, customers, editors, media, paparazzi, partners, press, protesters (hopefully polite ones), publishers, pundits, twitter tweepps and writers among others.

I wonder if there will also be a record number of disclosures made by others attending the event as guests of EMC?

More after (or maybe during) the event.

Ok, nuff said.

Cheers gs

Greg Schulz – Author Cloud and Virtual Data Storage Networking (CRC Press), The Green and Virtual Data Center (CRC Press) and Resilient Storage Networks (Elsevier)
twitter @storageio

All Comments, (C) and (TM) belong to their owners/posters, Other content (C) Copyright 2006-2024 Server StorageIO and UnlimitedIO LLC All Rights Reserved

As the Hard Disk Drive HDD continues to spin

As the Hard Disk Drive HDD continues to spin

server storage data infrastructure i/o iop hdd ssd trends

Updated 2/10/2018

Despite having been repeatedly declared dead at the hands of some new emerging technology over the past several decades, the Hard Disk Drive (HDD) continues to spin and evolve as it moves towards its 60th birthday.

More recently HDDs have been declared dead due to flash SSD that according to some predictions, should have caused the HDD to be extinct by now.

Meanwhile, having not yet died in addition to having qualified for its AARP membership a few years ago, the HDD continues to evolve in capacity, smaller form factor, performance, reliability, density along with cost improvements.

Back in 2006 I did an article titled Happy 50th, hard drive, but will you make it to 60?

IMHO it is safe to say that the HDD will be around for at least a few more years if not another decade (or more).

This is not to say that the HDD has outlived its usefulness or that there are not other tiered storage mediums to do specific jobs or tasks better (there are).

Instead, the HDD continues to evolve and is complimented by flash SSD in a way that HDDs are complimenting magnetic tape (another declared dead technology) each finding new roles to support more data being stored for longer periods of time.

After all, there is no such thing as a data or information recession!

What the importance of this is about technology tiering and resource alignment, matching the applicable technology to the task at hand.

Technology tiering (Servers, storage, networking, snow removal) is about aligning the applicable resource that is best suited to a particular need in a cost as well as productive manner. The HDD remains a viable tiered storage medium that continues to evolve while taking on new roles coexisting with SSD and tape along with cloud resources. These and other technologies have their place which ideally is finding or expanding into new markets instead of simply trying to cannibalize each other for market share.

Here is a link to a good story by Lucas Mearian on the history or evolution of the hard disk drive (HDD) including how a 1TB device that costs about $60 today would have cost about a trillion dollars back in the 1950s. FWIW, IMHO the 1 trillion dollars is low and should be more around 2 to 5 trillion for the one TByte if you apply common costs for management, people, care and feeding, power, cooling, backup, BC, DR and other functions.

Where To Learn More

View additional NAS, NVMe, SSD, NVM, SCM, Data Infrastructure and HDD related topics via the following links.

Additional learning experiences along with common questions (and answers), as well as tips can be found in Software Defined Data Infrastructure Essentials book.

Software Defined Data Infrastructure Essentials Book SDDC

What This All Means

IMHO, it is safe to say that the HDD is here to stay for at least a few more years (if not decades) or at least until someone decides to try a new creative marketing approach by declaring it dead (again).

Ok, nuff said, for now.

Gs

Greg Schulz – Microsoft MVP Cloud and Data Center Management, VMware vExpert 2010-2017 (vSAN and vCloud). Author of Software Defined Data Infrastructure Essentials (CRC Press), as well as Cloud and Virtual Data Storage Networking (CRC Press), The Green and Virtual Data Center (CRC Press), Resilient Storage Networks (Elsevier) and twitter @storageio. Courteous comments are welcome for consideration. First published on https://storageioblog.com any reproduction in whole, in part, with changes to content, without source attribution under title or without permission is forbidden.

All Comments, (C) and (TM) belong to their owners/posters, Other content (C) Copyright 2006-2024 Server StorageIO and UnlimitedIO. All Rights Reserved. StorageIO is a registered Trade Mark (TM) of Server StorageIO.

Fall 2010 StorageIO News Letter

StorageIO News Letter Image
Fall 2010 Newsletter

Welcome to the Fall 2010 edition of the Server and StorageIO Group (StorageIO) newsletter. This follows the August 2010 edition building on the great feedback received from recipients.

You can access this news letter via various social media venues (some are shown below) in addition to StorageIO web sites and subscriptions. Click on the following links to view the Fall 2010 edition as an HTML or PDF or, to go to the newsletter page to view previous editions.

Follow via Goggle Feedburner here or via email subscription here.

You can also subscribe to the news letter by simply sending an email to newsletter@storageio.com

Enjoy this edition of the StorageIO newsletter, let me know your comments and feedback.

Cheers gs

Nuff said for now

Cheers gs

Greg Schulz – Author The Green and Virtual Data Center (CRC) and Resilient Storage Networks (Elsevier)
twitter @storageio

Another StorageIO Hybrid Momentus Moment

Its been a few months since my last post (read it here) about Hybrid Hard Disk Drive (HHDD) such as the Seagate Momentus XT that I have been using.

The Momentus XT HHDD I have been using is a 500GB 7,200RPM 2.5 inch SATA Hard Disk Drive (HDD) with 4GB of embedded FLASH (aka SSD) and 32MB of DRAM memory for buffering hence the hybrid name.

I have been using the XT HHDD mainly for transferring large multi GByte size files between computers and for doing some disk to disk (D2D) backups while becoming more comfortable with it. While not as fast as my 64GB all flash SSD, the XT HHDD is as fast as my 7,200RPM 160GB Momentus HDD and in some cases faster on burst reads or writes. The notion of having a 500GB HDD that was affordable to support D2D was attractive however the ability to get some performance boost now and then via the embedded 4GB FLASH opens many different possibilities particularly when combined with compression.

Recently I switched the role of the Momentus XT HHDD from that of being a utility drive to becoming the main disk in one of my laptops. Despite many forums or bulletin boards touting issues or problems with the Seagate Momentus XT causing system hangs or Windows Blue Screen of Death (BSoD), I continued on with the next phase of testing.

Making the switch to XT HHDD as a primary disk

I took a few precaution including eating some of my own dog food that I routinely talk about. For example, I made sure that the Lenovo T61 where the Momentus XT was going to be installed was backed up. In addition, I synced my traveling laptop so that it was the primary so that I could continue working during the conversion not to mention having an extra copy in addition to normal on and offsite backups.

Ok, lets get back to the conversion or migration from a regular HDD to the HHDD.

Once I knew I had a good backup, I used the Seagate Discwizard (e.g. Acronis based) tool for imaging the existing T61 HDD to the Momentus XT HHDD. Using Discwizard (you could use other tools as well) I configured it to initialize the HHDD which was attached via a Seagate Goflex USB to SATA cable kit as well as image or copy the contents of the T61 HDD partitions to the Momentus XT. During the several hours it took to copy and create a new bootable disk image on the HHDD I continued working on my travel or standby laptop.

After the image copy was completed and verified, it was time to reboot and see how Windows (XP SP3) liked the HHDD which all seemed to be normal. There were some parts of the boot that seemed a bit faster, however not 100 percent conclusive. The next step was to shutdown the laptop and physically swap the old internal HDD with the HHDD and reboot. The subsequent boot did seem faster and programs accessing large files also seemed to run a bit faster.

Keep in mind that the HHDD is still a spinning 7,200RPM disk drive so comparisons to a full time SSD would be apples to oranges as would the cost capacity difference between those devices. However, for what I wanted to see and use, the limited 4GB of flash does seem to provide a performance boost and if I needed full time super fast performance, I could buy a larger capacity SSD and install it. Im going to hold off on buying any more larger capacity flash SSD for the time being however.

Do I see HHDD appearing in SMB, SME or enterprise storage systems anytime soon? Probably not, at least not in primary storage systems. However perhaps in some D2D backup, archive or dedupe and VTL devices or other appliances.

Momentus XT Speed Bumps

Now, to be fair, there have been some bumps in the road!

The first couple of days were smooth sailing other than hearing the mystery chirp the HHDD makes a couple of times a day. Low and behold after a couple of days, just as many forums had indicated, a mystery system hang occurred (and no, not like Windows might normally do so for those Microsoft cynics). Other than the inconvenience of a reboot, no data was lost as files being updated were saved or had been backed up not to mention after the reboot, everything was intact anyway. So far just an inconvenience or so I thought.

Almost 24 hours later, same thing except this time I got to see the BSoD which candidly, I very rarely see despite hearing stories from others. Ok, this was annoying, however as long as I did not lose any data, other than lost time from a reboot, lets chalk this up to a learning experience and see where it goes. Now guess what, about 12 hours later, once again, the system froze up and this time I was in the middle of a document edit. This time I did lose about 8 minutes of typing data that had not been auto saved (I have since changed my auto save from 10 minutes to 5 minutes).

With this BSoD incident, I took some notes and using the X61s, started checking some web sites and verified the BIOS firmware on the T61 which was up to date. However I noticed that the Seagate Momentus XT HHDD was at firmware 22 while there was a 23 version available. Reading through some web sites and forums, I was on the fence on trying firmware 23 given that it appears a newer firmware version for the HHDD is in the works. Deciding to forge forward with the experiment, after all, no real data loss had occurred, and I still had the X61s not to mention the original T61 HDD to fall back to worse case.

Going to the Seagate web site, I downloaded the firmware 23 install kit and ran it to their instructions which was a breeze and then did the reboot.

It has not been quite a week yet, however knocking on wood, while I keep expecting to see one, no BSoD or system freezes have occurred. However having said that and knocking on wood, Im also making sure things are backed up protected and ready if needed. Likewise, if I start to see a rash of BSoD, my plan is to fall back to the original T61 HDD, bring it up to date and use it until a newer HHDD firmware version is available to resume testing.

What is next for my Seagate Momentus XT HHDD?

Im going to wait to see if the BSoD and mystery system hangs disappear as well as for the arrival of the new firmware followed by some more testing. However, when Im confident with it, the next step is to put the XT HHDD into the X61s which is used primarily for travel purpose.

Why wait? Simple, while I can tolerate a reboot or crash or data loss or disruption while in the office given access to copies as well as standby or backup systems to work from, when traveling options are more limited. Sure if there is data loss, I can go to my cloud provider and rapidly recall a file or multiple ones as needed or for critical data, recover from a portable encrypted USB device. Consequently I want more confidence in the XT HHDD before deploying it for travel mode which it is probably safe to do as of now, however I want to see how stable it is in the office before taking it on the road.

What does this all mean?

  • Simple, have a backup of your data and systems
  • Test and verify those backups or standby systems periodically
  • Have a fall back plan for when trying new things
  • Keep productivity in mind, at some point you may have to fall back
  • If something is important enough to protect, have multiple copies
  • Be ready to eat your own dog food or what you talk about
  • Do not be scared, however be prepared, look before you leap

How about you are you using a HHDD yet and if so, what are your experiences? I am curious to hear if anyone has tried using a HHDD in their VMware lab environments yet in place of a regular HDD or before spending a boat load of money for a similar sized SSD.

Ok, nuff said.

Cheers gs

Greg Schulz – Author Cloud and Virtual Data Storage Networking (CRC Press), The Green and Virtual Data Center (CRC Press) and Resilient Storage Networks (Elsevier)
twitter @storageio

All Comments, (C) and (TM) belong to their owners/posters, Other content (C) Copyright 2006-2024 Server StorageIO and UnlimitedIO LLC All Rights Reserved

Have VTLs or VxLs become Zombies, Declared dead yet still alive?

Have you heard or read the reports and speculation that VTLs (Virtual Tape Libraries) are dead?

It seems that in IT the all to popular trend is to declare something dead so that your new product or technology can have a chance of making it in to the market or perhaps seen in a better light.

Sometimes this approach works to temporary freeze the market until common sense and clarity returns to the market or until something else fun to talk about comes along and in other cases, the messages can fall on deft ears.

The approach of declaring something dead tends to play well for those who like shiny new toys (SNT) or new shiny toys (NST) and being on the popular, cool trendy bandwagon.

Not surprisingly, while some actual IT customers can fall into the SNT or NST syndrome, its often the broader industry including media, bloggers, analysts, consultants and other self proclaimed or anointed pundits as well as vendors who latch on to the declare it dead movement. After all, who wants to talk about something that is old, boring and already being sold to paying customers who are using it. Now this is not a bad thing as we need a balance of up and coming challengers to keep the status quo challenged, likewise we need a balance of the new to avoid death grips on the old and what is working.

Likewise, many IT customers particularly larger ones tend to be very risk averse and conservative with their budgets protecting their investments thus they may only go leading bleeding edge if there is a dual redundant blood bank with a backup on hot standby (thats some HA humor BTW).

Another reason that declaring items dead in support of SNT and NST is that while many of the commonly declared dead items are on the proverbial plateau of productivity for IT customers, that also can mean that they are on the plateau of profitability for the vendors.

However, not all good things last and at sometime, there is the need to transition from the old to the new and this is where things like virtualization including virtual tape libraries or virtual disk libraries or virtual storage library or what ever you want to call a VxL (more on what a VxL is in a moment) can come into play.

I realize that for some, particularly those who like to grasp on to SNT, NST and ride the dead pool bandwagons this will probably appear as snarky or cynical which is fine, after all, for some, you should be laughing to the bank and if not, you may in fact be missing out on an opportunity for playing in the dead pool marketing game.

Now back to VxL.

In the case of VTLs, for some it is the T word that bothers them, you know T as in Tape which is not a SNT or NST in an age where SSD has supposedly killed the disk drive which allegedly terminated tape (yeah right). Sure tape is not being used as much for backup as it has in the past with its role shifting to that of longer term retention, something that it is well suited for.

For tape fans (or cynics) you can read more here, here and here. However there is still a large amount of backup/restore along with other data protection or preservation (e.g. archiving) processing (software tools, processes, procedures, skill sets, management tools) that still expects to see tape.

Hence this is where VTLs or VxLs come into play leveraging virtualization in an Life Beyond Consolidation (and here) scenario providing abstraction, transparency, agility and emulation and IMHO are still very much alive and evolving.

Ok, for those who do not like or believe in or of its continued existence and evolving role, substitute the T (tape) with X and you get a VxL. That is, plug in what ever X word that makes you happy or marketable or a Shiny New TLA. For example Virtual Disk Library, Virtual Storage Library, Virtual Backup Library, Virtual Compression Library, Virtual Dedupe Library, Virtual ILM Library, Virtual Archive Library, Virtual Cloud Library and so forth. Granted some VxLs only emulate tape and hence are VTLs while others support NAS and other protocols (or personalities) not to mention functionality ranging from replication, DFR as well as automated policy management.

However, keep in mind that if your preference is VTL, VxL or what ever other buzzword bingo name that you want to use or come up with, look at how virtualization in the form of abstraction, transparency and emulation can bridge the gap between the new (disk based data protection) combined with DFR (Data Footprint Reduction) and the old (existing backup/restore, archive or other management tools and processes.

Here are some additional links pertaining to VTLs (excuse me, VxLs):

  • Virtual tape libraries: Old backup technology holdover or gateway to the future?
  • Not to mention here, here, here, here or here.

Ok, nuff said.

Cheers gs

Greg Schulz – Author Cloud and Virtual Data Storage Networking (CRC Press), The Green and Virtual Data Center (CRC Press) and Resilient Storage Networks (Elsevier)
twitter @storageio

All Comments, (C) and (TM) belong to their owners/posters, Other content (C) Copyright 2006-2024 Server StorageIO and UnlimitedIO LLC All Rights Reserved

Is the new HDS VSP really the MVSP?

Today HDS announced with much fan fare that must have been a million dollar launch budget the VSP (successor to the previous USPV and USPVM).

Im also thinking that the HDS VSP (not to be confused with HP SVSP that HP OEMs via LSI) could also be called the the HDS MVSP.

Now if you are part of the HDS SAN, LAN, MAN, WAN or FAN bandwagon, MVSP could mean Most Valuable Storage Platform or Most Virtualized Storage Product. MVSP might be also called More Virtualized Storage Products by others.

Yet OTOH, MVSP could be More Virtual Story Points (e.g. talking points) for HDS building upon and when comparing to their previous products.

For example among others:

More cache to drive cash movement (e.g. cash velocity or revenue)
More claims and counter claims of industry unique or fists
More cloud material or discussion topics
More cross points
More data mobility
More density
More FUD and MUD throwing by competitors
More functionality
More packets of information to move, manage and store
More pages in the media
More partitioning of resources
More partners to sell thorough or too
More PBytes
More performance and bandwidths
More platforms virtualized
More platters
More points of resiliency
More ports to connect to or through
More posts from bloggers
More power management, Eco and Green talking points
More press releases
More processors
More products to sell
More profits to be made
More protocols (Fibre Channel, FICON, FCoE, NAS) supported
More pundits praises
More SAS, SATA and SSD (flash drives) devices supported
More scale up, scale out, and scale within
More security
More single (Virtual and Physical) pane of glass managements
More software to sell and be licensed by customers
More use of virtualization, 3D and other TLAs
More videos to watch or be stored

Im sure more points can be thought of, however that is a good start for now including some to have a bit of fun with.

Read more about HDS new announcement here, here, here and here:

Ok, nuff said.

Cheers gs

Greg Schulz – Author Cloud and Virtual Data Storage Networking (CRC Press), The Green and Virtual Data Center (CRC Press) and Resilient Storage Networks (Elsevier)
twitter @storageio

All Comments, (C) and (TM) belong to their owners/posters, Other content (C) Copyright 2006-2024 Server StorageIO and UnlimitedIO LLC All Rights Reserved

August 2010 StorageIO News Letter

StorageIO News Letter Image
August 2010 Newsletter

Welcome to the August Summer Wrap Up 2010 edition of the Server and StorageIO Group (StorageIO) newsletter. This follows the June 2010 edition building on the great feedback received from recipients.
Items that are new in this expanded edition include:

  • Out and About Update
  • Industry Trends and Perspectives (ITP)
  • Featured Article

You can access this news letter via various social media venues (some are shown below) in addition to StorageIO web sites and subscriptions. Click on the following links to view the August 2010 edition as an HTML or PDF or, to go to the newsletter page to view previous editions.

Follow via Goggle Feedburner here or via email subscription here.

You can also subscribe to the news letter by simply sending an email to newsletter@storageio.com

Enjoy this edition of the StorageIO newsletter, let me know your comments and feedback.

Cheers gs

Greg Schulz – Author The Green and Virtual Data Center (CRC) and Resilient Storage Networks (Elsevier)
twitter @storageio

Back to school shopping: Dude, Dell Digests 3PAR Disk storage

Dell

No sooner has the dust settled from Dells other recent acquisitions, its back to school shopping time and the latest bargain for the Round Rock Texas folks is bay (San Francisco) area storage vendor 3PAR for $1.15B. As a refresh, some of Dells more recent acquisitions including a few years ago $1.4B for EqualLogic, $3.9B for Perot systems not to mention Exanet, Kace and Ocarina earlier this year. For those interested, as of April 2010 reporting figures found here, Dell showed about $10B USD in cash and here is financial information on publicly held 3PAR (PAR).

Who is 3PAR
3PAR is a publicly traded company (PAR) that makes a scalable or clustered storage system with many built in advanced features typically associated with high end EMC DMX and VMAX as well as CLARiiON, in addition to Hitachi or HP or IBM enterprise class solutions. The Inserv (3PARs storage solution) combines hardware and software providing a very scalable solution that can be configured for smaller environments or larger enterprise by varying the number of controllers or processing nodes, connectivity (server attachment) ports, cache and disk drives.

Unlike EqualLogic which is more of a mid market iSCSI only storage system, the 3PAR Inserv is capable of going head to head with the EMC CLARiiON as well as DMC or VMAX systems that support a mix of iSCSI and Fibre Channel or NAS via gateway or appliances. Thus while there were occasional competitive situations between 3PAR and Dell EqualLogic, they for the most part were targeted at different market sectors or customers deployment scenarios.

What does Dell get with 3PAR?

  • A good deal if not a bargain on one of the last new storage startup pure plays
  • A public company that is actually generating revenue with a large and growing installed base
  • A seasoned sales force who knows how to sell into the enterprise storage space against EMC, HP, IBM, Oracle/SUN, Netapp and others
  • A solution that can scale in terms of functionality, connectivity, performance, availability, capacity and energy efficiency (PACE)
  • Potential route to new markets where 3PAR has had success, or to bridge gaps where both have played and competed in the past
  • Did I say a company with an established footprint of installed 3PAR Inserv storage systems and good list of marquee customers
  • Ability to sell a solution that they own the intellectual property (IP) instead of that of partner EMC
  • Plenty of IP that can be leveraged within other Dell solutions, not to mention combine 3PAR with other recently acquired technologies or companies.

On a lighter note, Dell picks up once again Marc Farley who was with them briefly after the EqualLogic acquisition who then departed to 3PAR where he became director of social media including launch of Infosmack on Storage Monkeys with co host Greg Knieriemen (@Knieriemen). Of course the twitter world and traditional coconut wires are now speculating where Farley will go next that Dell may end up buying in the future.

What does this mean for Dell and their data storage portfolio?
While in no ways all inclusive or comprehensive, table 1 provides a rough framework of different price bands, categories, tiers and market or application segments requiring various types of storage solutions where Dell can sell into.

 

HP

Dell

EMC

IBM

Oracle/Sun

Servers

Blade systems, rack mount, towers to desktop

Blade systems, rack mount, towers to desktop

Virtual servers with VMware, servers via vBlock servers via Cisco

Blade systems, rack mount, towers to desktop

Blade systems, rack mount, towers to desktop

Services

HP managed services, consulting and hosting supplemented by EDS acquisition

Bought Perot systems (an EDS spin off/out)

Partnered with various organizations and services

Has been doing smaller acquisitions adding tools and capabilities to IBM global services

Large internal consulting and services as well as Software as a Service (SaaS) hosting, partnered with others

Enterprise storage

XP (FC, iSCSI, FICON for mainframe and NAS with gateway) which is OEMed from Hitachi Japan parent of HDS

3PAR (iSCSI and FICON or NAS with gateway) replaces EMC CLARiiON or perhaps rare DMX/VMAX at high end?

DMX and VMAX

DS8000

Sun resold HDS version of XP/USP however Oracle has since dropped it from lineup

Data footprint impact reduction

Dedupe on VTL via Sepaton plus HP developed technology or OEMed products

Dedupe in OEM or partner software or hardware solutions, recently acquired Ocarina

Dedupe in Avamar, Datadomain, Networker, Celerra, Centera, Atmos. CLARiiON and Celerra compression

Dedupe in various hardware and software solutions, source and target, compression with Storwize

Dedupe via OEM VTLs and other sun solutions

Data preservation

Database and other archive tools, archive storage

OEM solutions from EMC and others

Centera and other solutions

Various hardware and software solutions

Various hardware and software solutions

General data protection (excluding logical or physical security and DLP)

Internal Data Protector software plus OEM, partners with other software, various VTL, TL and target solutions as well as services

OEM and resell partner tools as well as Dell target devices and those of partners. Could this be a future acquisition target area?

Networker and Avamar software, Datadomain and other targets, DPA management tools and Mozy services

Tivoli suite of software and various hardware targets, management tools and cloud services

Various software and partners tools, tape libraries, VTLs and online storage solutions

Scale out, bulk, or clustered NAS

eXtreme scale out, bulk and clustered storage for unstructured data applications

Exanet on Dell servers with shared SAS, iSCSI or FC storage

Celerra and ATMOS

IBM SONAS or N series (OEM from NetApp)

ZFS based solutions including 7000 series

General purpose NAS

Various gateways for EVA or MSA or XP, HP IBRIX or Polyserve based as well as Microsoft WSS solutions

EMC Celerra, Dell Exanet, Microsoft WSS based. Acquisition or partner target area?

Celerra

N Series OEMed from Netapp as well as growing awareness of SONAS

ZFS based solutions. Whatever happened to Procom?

Mid market multi protocol block

EVA (FC with iSCSI or NAS gateways), LeftHand (P Series iSCSI) for lowered of this market

3PAR (FC and iSCSI, NAS with gateway) for mid to upper end of this market, EqualLogic (iSCSI) for the lower end of the market, some residual EMC CX activity phases out over time?

CLARiiON (FC and iSCSI with NAS via gateway), Some smaller DMX or VMAX configurations for mid to upper end of this market

DS5000, DS4000 (FC and iSCSI with NAS via a gateway) both OEMed from LSI, XIV and N series (Netapp)

7000 series (ZFS and Sun storage software running on Sun server with internal storage, optional external storage)

6000 series

Scalable SMB iSCSI

LeftHand (P Series)

EqualLogic

Celerra NX, CLARiiON AX/CX

XIV, DS3000, N Series

2000
7000

Entry level shared block

MSA2000 (iSCSI, FC, SAS)

MD3000 (iSCSI, FC, SAS)

AX (iSCSI, FC)

DS3000 (iSCSI, FC, SAS), N Series (iSCSI, FC, NAS)

2000
7000

Entry level unified multi function

X (not to be confused with eXtreme series) HP servers with Windows Storage Software

Dell servers with Windows Storage Software or EMC Celerra

Celerra NX, Iomega

xSeries servers with Microsoft or other software installed

ZFS based solutions running on Sun servers

Low end SOHO

X (not to be confused with eXtreme series) HP servers with Windows Storage Software

Dell servers with storage and Windows Storage Software. Future acqustion area perhaps?

Iomega

 

 

Table 1: Sampling of various tiers, architectures, functionality and storage solution options

Clarifying some of the above categories in table 1:

Servers: Application servers or computers running Windows, Linux, HyperV, VMware or other applications, operating systems and hypervisors.

Services: Professional and consulting services, installation, break fix repair, call center, hosting, managed services or cloud solutions

Enterprise storage: Large scale (hundreds to thousands of drives, many front end as well as back ports, multiple controllers or storage processing engines (nodes), large amount of cache and equally strong performance, feature rich functionality, resilient and scalable.

Data footprint impact reduction: Archive, data management, compression, dedupe, thin provision among other techniques. Read more here and here.

Data preservation: Archiving for compliance and non regulatory applications or data including software, hardware, services.

General data protection: Excluding physical or logical data security (firewalls, dlp, etc), this would be backup/restore with encryption, replication, snapshots, hardware and software to support BC, DR and normal business operations. Read more about data protection options for virtual and physical storage here.

Scale out NAS: Clustered NAS, bulk unstructured storage, cloud storage system or file system. Read more about clustered storage here. HP has their eXtreme X series of scale out and bulk storage systems as well as gateways. These leverage IBRIX and Polyserve which were bought by HP as software, or as a solution (HP servers, storage and software), perhaps with optional data reduction software such as Ocarina OEMed by Dell. Dell now has Exanet which they bought recently as software, or as a solution running on Dell servers, with either SAS, iSCSI or FC back end storage plus optional data footprint reduction software such as Ocarina. IBM has GPFS as a software solution running on IBM or other vendors servers with attached storage, or as a solution such as SONAS with IBM servers running software with IBM DS mid range storage. IBM also OEMs Netapp as the N series.

General purpose NAS: NAS (NFS and CIFS or optional AFP and pNFS) for everyday enterprise (or SME/SMB) file serving and sharing

Mid market multi protocol block: For SMB to SME environments that need scalable shared (SAN) scalable block storage using iSCSI, FC or FCoE

Scalable SMB iSCSI: For SMB to SME environments that need scalable iSCSI storage with feature rich functionality including built in virtualization

Entry level shared block: Block storage with flexibility to support iSCSI, SAS or Fibre Channel with optional NAS support built in or available via a gateway. For example external SAS RAID shared storage between 2 or more servers configured in a HyeprV or VMware clustered that do not need or can afford higher cost of iSCSI. Another example would be shared SAS (or iSCSI or Fibre Channel) storage attached to a server running storage software such as clustered file system (e.g. Exanet) or VTL, Dedupe, Backup, Archiving or data footprint reduction tools or perhaps database software where higher cost or complexity of an iSCSI or Fibre Channel SAN is not needed. Read more about external shared SAS here.

Entry level unified multifunction: This is storage that can do block and file yet is scaled down to meet ease of acquisition, ease of sale, channel friendly, simplified deployment and installation yet affordable for SMBs or larger SOHOs as well as ROBOs.

Low end SOHO: Storage that can scale down to consumer, prosumer or lower end of SMB (e.g. SOHO) providing mix of block and file, yet priced and positioned below higher price multifunction systems.

Wait a minute, are that too many different categories or types of storage?

Perhaps, however it also enables multiple tools (tiers of technologies) to be in a vendors tool box, or, in an IT professionals tool bin to address different challenges. Lets come back to this in a few moments.

 

Some Industry trends and perspectives (ITP) thoughts:

How can Dell with 3PAR be an enterprise play without IBM mainframe FICON support?
Some would say forget about it, mainframes are dead thus not a Dell objective even though EMC, HDS and IBM sell a ton of storage into those environments. However, fair enough argument and one that 3PAR has faced for years while competing with EMC, HDS, HP, IBM and Fujitsu thus they are versed in how to handle that discussion. Thus the 3PAR teams can help the Dell folks determine where to hunt and farm for business something that many of the Dell folks already know how to do. After all, today they have to flip the business to EMC or worse.

If truly pressured and in need, Dell could continue reference sales with EMC for DMX and VMAX. Likewise they could also go to Bustech and/or Luminex who have open systems to mainframe gateways (including VTL support) under a custom or special solution sale. Ironically EMC has OEMed in the past Bustech to transform their high end storage into Mainframe VTLs (not to be confused with Falconstor or Quantum for open system) as well as Datadomain partnered with Luminex.

BTW, did you know that Dell has had for several years a group or team that handles specialized storage solutions addressing needs outside the usual product portfolio?

Thus IMHO Dells enterprise class focus will be that for open systems large scale out where they will compete with EMC DMX and VMAX, HDS USP or their soon to be announced enhancements, HP and their Hitachi Japan OEMed XP, IBM and the DS8000 as well as the seldom heard about yet equally scalable Fujitsu Eternus systems.

 

Why only 1.15B, after all they paid 1.4B for EqualLogic?
IMHO, had this deal occurred a couple of years ago when some valuations were still flying higher than today, and 3PAR were at their current sales run rate, customer deployment situations, it is possible the amount would have been higher, either way, this is still a great value for both Dell and 3PAR investors, customers, employees and partners.

 

Does this mean Dell dumps EMC?
Near term I do not think Dell dumps the EMC dudes (or dudettes) as there is still plenty of business in the mid market for the two companies. However, over time, I would expect that Dell will unleash the 3PAR folks into the space where normally a CLARiiON CX would have been positioned such as deals just above where EqualLogic plays, or where Fibre Channel is preferred. Likewise, I would expect Dell to empower the 3PAR team to go after additional higher end deals where a DMX or VMAX would have been the previous option not to mention where 3PAR has had success.

This would also mean extending into sales against HP EVA and XPs, IBM DS5000 and DS8000 as well as XIV, Oracle/Sun 6000 and 7000s to name a few. In other words there will be some spin around coopition, however longer term you can read the writing on the wall. Oh, btw, lest you forget, Dell is first and foremost a server company who now is getting into storage in a much bigger way and EMC is first and foremost a storage company who is getting into severs via VMware as well as their Cisco partnerships.

Are shots being fired across each other bows? I will leave that up to you to speculate.

 

Does this mean Dell MD1000/MD3000 iSCSI, SAS and FC disappears?
I do not think so as they have had a specific role for entry level below where the EqualLogic iSCSI only solution fits providing mixed iSCSI, SAS and Fibre Channel capabilities to compete with the HP MSA2000 (OEMed by Dothill) and IBM DS3000 (OEMed from LSI). While 3PAR could be taken down into some of these markets, which would also potentially dilute the brand and thus premium margin of those solutions.

Likewise, there is a play with server vendors to attach shared SAS external storage to small 2 and 4 node clusters for VMware, HyperV, Exchange, SQL, SharePoint and other applications where iSCSI or Fibre Channel are to expensive or not needed or where NAS is not a fit. Another play for the shared external SAS attached is for attaching low cost storage to scale out clustered NAS or bulk storage where software such as Exanet runs on a Dell server. Take a closer look at how HP is supporting their scale out as well as IBM and Oracle among others. Sure you can find iSCSI or Fibre Channel or even NAS back end to file servers. However growing trend of using shared SAS.

 

Does Dell now have too many different storage systems and solutions in their portfolio?
Possibly depending upon how you look at it and certainly the potential is there for revenue prevention teams to get in the way of each other instead of competing with external competitors. However if you compare the Dell lineup with those of EMC, HP, IBM and Oracle/Sun among others, it is not all that different. Note that HP, IBM and Oracle also have something in common with Dell in that they are general IT resource providers (servers, storage, networks, services, hardware and software) as compared to other traditional storage vendors.

Consequently if you look at these vendors in terms of their different markets from consumer to prosumer to SOHO at the low end of the SMB to SME that sits between SMB and enterprise, they have diverse customer needs. Likewise, if you look at these vendors server offerings, they too are diverse ranging from desktops to floor standing towers to racks, high density racks and blade servers that also need various tiers, architectures, price bands and purposed storage functionality.

 

What will be key for Dell to make this all work?
The key for Dell will be similar to that of their competitors which is to clearly communicate the value proposition of the various products or solutions, where, who and what their target markets are and then execute on those plans. There will be overlap and conflict despite the best spin as is always the case with diverse portfolios by vendors.

However if Dell can keep their teams focused on expanding their customer footprints at the expense of their external competition vs. cannibalizing their own internal product lines, not to mention creating or extending into new markets or applications. Consequently Dell now has many tools in their tool box and thus need to educate their solution teams on what to use or sell when, where, why and how instead of just having one tool or a singular focus. In other words, while a great solution, Dell no longer has to respond with the solution to everything is iSCSI based EqualLogic.

Likewise Dell can leverage the same emotion and momentum behind the EqualLogic teams to invigorate and unleash the best with 3PAR teams and solution into or onto the higher end of the SMB, SME and enterprise environments.

Im still thinking that Exanet is a diamond in the rough for Dell where they can install the clustered scalable NAS software onto their servers and use either lower end shared SAS RAID (e.g. MD3000), or iSCSI (MD3000, EqualLogic or 3PAR) or higher end Fibre Channel with 3PAR) for scale out, cloud and other bulk solutions competing with HP, Oracle and IBM. Dell still has the Windows based storage server for entry level multi protocol block and file capabilities as well as what they OEM from EMC.

 

Is Dell done shopping?
IMHO I do not think so as there are still areas where Dell can extend their portfolio and not just in storage. Likewise there are still some opportunities or perhaps bargains out there for fall and beyond acquisitions.

 

Does this mean that Dell is not happy with EqualLogic and iSCSI
Simply put from my perspective talking with Dell customers, prospects, and partners and seeing them all in action nothing could be further from Dell not being happy with iSCSI or EqualLogic. Look at this as being a way to extend the Dell story and capabilities into new markets, granted the EqualLogic folks now have a new sibling to compete with internal marketing and management for love and attention.

 

Isnt Dell just an iSCSI focused company?
A couple of years I was quoted in one of the financial analysis reports as saying that Dell needed to remain open to various forms of storage instead of becoming singularly focused on just iSCSI as a result of the EqualLogic deal. I standby that statement in that Dell to be a strong enterprise contender needs to have a balanced portfolio across different price or market bands, from block to file, from shared SAS to iSCSI to Fibre Channel and emerging FCoE.

This also means supporting traditional NAS across those different price band or market sectors as well as support for emerging and fast growing unstructured data markets where there is a need for scale out and bulk storage. Thus it is great to see Dell remaining open minded and not becoming singularly focused on just iSCSI instead providing the right solution to meet their diverse customer as well as prospect needs or opportunities.

While EqualLogic was and is a very successfully iSCSI focused storage solution not to mention one that Dell continues to leverage, Dell is more than just iSCSI. Take a look at Dells current storage line up as well as up in table 1 and there is a lot of existing diversity. Granted some of that current diversity is via partners which the 3PAR deal helps to address. What this means is that iSCSI continues to grow in popularity however there are other needs where shared SAS or Fibre Channel or FCoE will be needed opening new markets to Dell.

 

Bottom line and wrap up (for now)
This is a great move for Dell (as well as 3PAR) to move up market in the storage space with less reliance on EMC. Assuming that Dell can communicate the what to use when, where, why and how to both their internal teams, partners as well as industry and customers not to mention then execute on, they should have themselves a winner.

Will this deal end up being an even better bargain than when Dell paid $1.4B for EqualLogic?

Not sure yet, it certainly has potential if Dell can execute on their plans without losing momentum in any other their other areas (products).

Whats your take?

Cheers gs

Greg Schulz – Author The Green and Virtual Data Center (CRC) and Resilient Storage Networks (Elsevier)
twitter @storageio

Here are some related links to read more

A Storage I/O Momentus Moment

I recently asked for and received from Seagate (See recent post about them moving their paper head quarters to Ireland here) a Momentus XT 500GB 7200 RPM 2.5 Hybrid Hard Disk Drive (HHDD) to use in an upcoming project. That project is not to test a bunch of different Hard Disk Drives (HDDs), HHDDs, Removable HDD (RHDDs) or Solid State Devices (read more about SSDs here and here or storage optimization here) in order to produce results for someone for a fee or some other consideration.

Do not worry, I am not jumping on the bandwagon of calling my office collection of computers, storage, networks and software the StorageIO Independent hands on test lab. Instead, my objective is to actually use the Momentus XT in conjunction with other storage I/O devices ranging from notebook or laptop, desktop or server, NAS and cloud based storage in conjunction with regular projects that Im working on both in the office as well as while traveling to various out and about activities.

More often than not these days, common thinking or perception is that if anybody is talking about a product or technology it must be a paid for activity as why would anyone write or talk about something without getting or expecting something in exchange (granted there are some exceptions). Given this era of transparency talk, lets walk the talk and here is my disclosure which for those who have read my content before hopefully you will realize that disclosures should be simple, straight forward, easy, fun and common sense based instead of having to dance around or hide what may be being done.

Disclosure moment:
This is not a paid for or sponsored blog (read my disclosure statement here) and in fact is no way connected to in conjunction with, endorsed, sanctioned or approved by Seagate for that matter nor have they been and currently are not a client. I did however ask them for and they offered to send to me a single 500GB Momentus XT Hybrid Hard Disk Drive (HHDD) with no enclosure, accessories, adapter, cables, software or other packaging to be used for a project I am working on. However I did buy from Amazon.com a Seagate GoFlex USB 3.0 to SATA 3 connection cable kit that I had been eyeing for some other projects. Nuff said about that.

What am I doing with a Seagate Momentus XT
As to the project I am working on, it has nothing to do with Seagate or any other vendors or clients for that matter as it is a new book that I will tell you more about in future posts. What I can share with you for now is that it is a follow on to my most previous books ( The Green and Virtual Data Center (CRC) and Resilient Storage Networks (Elsevier) ). The new book will also be published by CRC Taylor and Francis.

Now for those who are interested in why would I request a Momentus XT Hybrid Hard Disk Drive (HHDD) from Seagate while turning down others offers of free hardware, software, services, trips and the like it is many fold. First I already own some Momentus (as perhaps you do and may not realize it) HDDs thus thought it would be fun and relatively straight forward to make some general comparisons. I needed some additional storage and I/O improvements to compliment and coexist with what I already have.

Does this mean that the book is going to be about flash Solid State Devices (SSD) since I am using a Momentus XT HHDD? The short answer is NO, it will be much more broadly focused however certainly various types of storage I/O control, public and private clouds, management, gaining control, networking, virtualization as well as other hardware, software, services techniques and technologies will be discussed building on my two previous books.

In addition, I want to see how compatible and useful in every day activities the HHDDs are as opposed to running a couple of standard iometer or other so called lab bench tests. After all, when you buy storage or any IT solutions, do you buy them to be used in your lab to run tests, or, do you buy them to do actual day to day tasks?

I also have been a fan of the HHDD as well as flash and DRAM based SSDs for many years (make that decades for SSDs) and see the opportunity to increase how I am actually using HDDs, HHDDs, SSDs as well as Removable Hard Disk Drives (RHDD) in conjunction with NAS, DAS and other storage to support my book writing as well as other projects that I have bought in the past.

What is the Seagate Momentus XT
The Seagate Momentus series of HDDs are positioned as desktop, notebook and laptop devices that vary in rotational speed (RPM), physical form factor, storage capacity as well as price. The XT is a Hybrid Hard Disk Drive (HHDD) that is essentially a best of breed (hence Hybrid) type device incorporating the high capacity and low cost of a traditional 2.5 7200 RPM HDD with performance boost of flash SSD memory. For example some initial testing of working with very large files have found that the XT can in some instances be as fast as a SSD while holding 10x the capacity with a favorable price.

In other words, an effective balance of cost per GByte capacity, cost per IOP and energy efficiency per IOP. This does not mean however that an XT should be used everywhere or for a replacement to DRAM or flash SSD quite to the contrary as those devices are good tools for specific needs or applications. Instead, the XT provides a good balance of performance and capacity to bridge the gap between traditional spinning HDDs price per capacity and performance per cost of SSD. (For those interested, here is a link to what Seagate is doing with SSD e.g. Pulsar in addition to HHDD and HDD).

Value proposition and business (or consumer) benefits moment
What is the benefit, why not just go all flash?

Simple and that is price unless your specific needs fit into the capacity space of an SSD and you need both the higher performance and lower energy draw (with subsequent heat generation). Note that I did not say heat elimination as during a recent quick test of copying 6GB of data to a flash based SSD it was warm just as the XT device was, however also a bit cooler than a comparable 7200 RPM 2.5 drive. If you can afford the full SSD flash or dram based device as well as it fits your needs and compatibility, go for it. However also make sure that you will see the full expected benefit of adding a SSD to your specific solutions as not all implementations are the same (e.g. do your homework).

Why not just go all HDD?

Simple, economics and performance which is why as I said back in 2005 that HHDDs had a very bright future and will IMHO drive a wedge between the traditional HDD and emerging flash based SSD markets at least for non consumer devices on a near term basis given their compatibility capabilities.

In other words, you could think of it as a compromise, or as a best of breed. For example I can see where for compatible not to mention cost and customer comfort ability of a known entity HHDD will gain some popularity in desktops, laptops, notebooks as well as other devices where a performance boost is needed however not at the expense of throwing out capacity or tight economic budgets.

I can also see some interesting scenarios for hosting virtual machines (VMs) to support server Virtualization with VMware, HyperV or Xen based solutions among others. Another scenario is for bulk storage or archive and backup solutions where the HHDD with their extended cache in the form of flash can help to boost performance of read or write operations on VTLs and dedupe devices, archive platforms, backup or other similar functions. Sure the Momentus XT is positioned as a desktop, notebook type device however has that ever stopped vendors or solution providers from using those types of devices in different roles other than what they were designed for? I am just sayin.

Speeds, feeds and buzzword bingo moment
Seagate has many different types of disk drives that can be found here. In general, the Momentus XT is a 2.5 small form factor (SFF) Hybrid Hard Disk Drive (HHDD) available in 500GB, 320GB and 250GB capacity (I have the 500GB model ST95005620AS) with 4GB SLC NAND (flash) SSD memory, 32MB of drive level cache, an underlying 7200RPM disk drive with SATA 3Gb/s interface including as well as Native Command Queuing (NCQ). Now if you want to say that the XT implements tiered storage in a single device (DRAM, flash and HDD) go ahead. Following are a couple of links of where you can learn more.

Seagate Seatools disk drive diagnostic software (free here)

Seagate FreeAgent Goflex Upgrade Cable (USB 3.0 to SATA 3 STAE104) (Seagate site and Amazon)

Seagate Momentus XT site with general information, product overview and data sheets as well as on Amazon

What does a Momentus XT have to do with writing a book?
If you have ever written a book, or for that matter, done a large development project of any type then things should be a bit familiar. These types of projects include the needs to keep organized as well as protected multiple copies of documents (a dedupers dream) including text, graphics or figures, spreadsheets not to mention project tracking material among others. Likewise as is the case with other authors who work for a living, much of these books are written, edited, proofed or thought about while traveling to different vents, client sites, conferences, meetings or on vacation for that matter. Hence the need to have multiple copies of data on different devices to help guard against when something happens (note that I did not say if).

This is nothing new as each of my last two solo book projects as well as when I was a coauthor contributing content to other books including The Resilient Enterprise (Veritas/Symantec). Much of the content was created while traveling relying on portable storage and backup while on the road. Something someone pointed out to me recently is that this is an example of eating your own dog food or eliminating the shoe makers children syndrome (where the shoe maker creates shoes for others however not for his own children).

Initial moments and general observations
From time to time I will post some notes and observations about how the Momentus XT is performing or behaving which if all goes as planned and so far has, it should be very transparent coexisting with some of my Removable Hard Disk Drives (RHDD) such as the Imation Odyssey which I bought several years ago for offsite bulk removable storage of data that goes to a secure vault somewhere.

Initial deployment other than a stupid mistake on my part has been smooth. What was the stupid mistake you ask? Simple, when I attached the drive via a USB 3.0 cable to SATA 3 connector to one of my XP SP3 systems, Windows saw the device however it did not show up in the list of available devices. Ok, I know I know, it was late in the evening however that is no excuse for realizing that the disk had not yet been initialized let alone formatted. A quick check using Seatools (free here) showed all was well. I then launched Windows Disk Manager, did the initialize, followed by format and all was good from that point on. Wow, wonder how much credibility I will lose over that gaff with the techno elite (that is a joke and a bit of humor btw).

I have already done some initial familiarization and compatibility testing with some of my other drives including a 2.5 64GB SATA flash SSD as well as a 2.5 7200RPM HDD both that I use for bulk data movement activities. At some point I also plan on attaching the XT to my Iomega IX4 NAS to try various things as I have done with other external devices in the past.

Granted these were not ideal conditions as I was in hurry and wanted to get some quick info. Given the probably less than ideal configuration as the format after the HDD was first initialized took about an hour using a FAT32 plug and play configuration. With NTFS and other optimizations I assume it can be better however this was again just to get an initial glimpse of the device in use.

Given that it is a HHDD that uses flash as a big buffer with a 500GB HDD plus 32MB of cache as a backing store, it was interesting attaching it to the computer, then waiting a few minutes, then launching a file copy. Where a normal HDD would start slightly vibrating due to rotation, it was a few moments before any vibration or noise was detected on the Momentus XT which should be of no surprise as the flash was doing its job acting as a buffer until the HDD spun up for work.

I did some initial file copying back and forth between different computers while LAN and NAS were busy doing other things including backups to the Mozy cloud. No discrete time or performance benchmarks to talk about yet, however overall, the XT not surprisingly does seem to be a bit faster than another external 7200 RPM 2.5 drive I use for bulk data moves both on reads and writes. Likewise, given that it is a hybrid HDD leveraging flash as an extended cache with an underlying HDD plus 32MB of cache, it may not always be as fast as my external 2.5 64GB flash SSD, however that is also a common apples to oranges comparison mistake (more on that in a future post).

For example, copying over 6GBytes of data (5 large files of various size) from a 7200 RPM 2.5 160GB Momentus drive in a laptop to the HHDD XT and a flash SSD both took about 8 to 9 minutes where as the normal copy to a 2.5 5400 RPM HDD takes at least 14 to 15 minutes if not longer. Note that these are very rough and far from accurate or reflective comparisons rather a quick gauge of benefits (e.g. getting data moved faster). When I get around to it, will do some more accurate comparisons and put into a follow up post. However I can see already where the XT has the performance similar to the SSD however with almost 10x the capacity which means it could possibly have an interesting role in supporting disk to disk (D2D) backups which I will give a try.

Eventually I will be removing the USB connector kit and actually installing the Momentus into a computer or two (not at the same time) however I am currently walking before running. Im still up in the air as to if I would install the XT into a computer with Windows XP SP3, or simply do a new install of Windows 7 on it to which Im open to thoughts, comments, feedback or applicable suggestions (besides switching to a Macbook or iPad).

Wrap up and fun moment

In the above photo, there is the Seagate Momentus (ST95005620AS), a Goflex USB 3.0 to SATA conversion attachment cable (docking device), a fortune cookie, couple of US quarters and Canadian two dollar coins (See out and about update), paper clips and fishing bobber on a note pad. Why the coins to show relative size and diversity across different geographies as this device will be traveling (it missed out on recent European trip to Holland).

Why the paper clips? Simple, why not, you never know when you will need one for something such as a MacGyver moment, or for pushing the tiny reset button on a device among other activities.

How about the fortune cookie? For good luck and I might need a quick snack while having a cup of coffee not to mention Chinese as well as Asian in general is one of my favorites cuisines to prepare or cook not to mention eat.

Oh, what about the fishing bobber? Why not, it was just laying around and you could also that Im fishing for information to see how the device fits into normal use or that it is there for fun or to add color to the photo.

Oh, and the note pad? Hmm, well, if you cannot figure that one out besides being a back drop, lets just say that the Momentus line in general as well as XT specifically are targeted for notebook, desktop, laptop or other deployment scenarios. If you still dont see the connection, ok fine, feel free to post a comment and I will happily clarify it for you.

That is all for the moment, however I will be following up with more soon.

In the meantime, enjoy your summer if in the northern hemisphere (or winter if in the south).

Take lots of photos, videos and make audio recordings to fill up those USB flash thumb drives (consumer SSD), SD memory cards, computer hard drives, cloud and online web hosting sites so that have you something to remember your special out and about moments by.

Ok, nuff said.

Cheers gs

Greg Schulz – Author Cloud and Virtual Data Storage Networking (CRC Press), The Green and Virtual Data Center (CRC Press) and Resilient Storage Networks (Elsevier)
twitter @storageio

All Comments, (C) and (TM) belong to their owners/posters, Other content (C) Copyright 2006-2024 Server StorageIO and UnlimitedIO LLC All Rights Reserved

Two companies on parallel tracks moving like trains offset by time: EMC and NetApp

View from VIA Rail Canada taken using Gregs iFlip

I see some similarities and parallels between two competing companies. Those companies happen to be in the same sector (e.g. IT data storage) however offset by time (about a decade or) subject to continued execution by both.

Those two companies are EMC and NetApp.

Some people might assert that these two companies are complete opposites. Perhaps claiming that one is on the up swing while the other on the down path (have heard claims and counter claims of both being on the other path). I will leave the discussion or debate of which is on the up and which is on the down path to the twittervile and blogsphere ultimate tag team mud wrestling arena or You Tube video rooms.

I see EMC and NetApp a bit differently which you can take it for what that is, simply an opinion or perspective having been the competitor and partner of both when I was on the vendor side of the table and later covering the two as an industry analyst.

Without going too far down the memory lane route, in a nut shell, I recall when EMC was still a fledgling startup who wanted to sell me (I was on the customer side then) rebrand Fujitsu disk drives to attach to my VAX/VMS systems and memory for our mainframes. Come to think about it, Emulex was also selling disk drives back then before reinventing themselves later as an HBA and hub vendor.

Later as a vendor, around late 94 or early 95, it was the up and coming small little bay area NAS filer appliance vendor (e.g. the toaster era) that we partnered with including a very brief OEM deal involving repackaging their product which was NetApp or Network Appliance as they were formerly known then. Once that ended after a year or so NetApp become a competitor as was EMC who at the time had as the main act the Symmetrix and about to do the EPOCH backup and McData acquisitions as well as landing the HP OEM deal for open systems.

Ironically NetApp was out to knock off Auspex which happened fairly quickly while EMC was struggling to get its NAS act together with the early DART behemoth while successfully knocking out IBM and other entrenched high-end solutions. In a twist of fate, the company I was working for ended up selling off all of their RAID (initially a few, then later all of them) patents to EMC for some cash and later transitioned out of the hardware business becoming simply a VAR of EMC (that was MTI).

While at INRANGE which later merged into CNT before acquired by McData (I left before that) and then Brocade, both EMC and NetApp were partners across different product lines.

What they have in common

Ok, enough of the memory lane stuff; lets get back to where the similarities exist.

Back in the mid 90s, EMC was essentially a one trick pony with a very software feature function rich large storage system that sold for a premium generating lots of cash from its use of cache. Likewise, NetApp is a vendor that while it has many product offerings and has some acquisitions, still relies very much on their flagship NAS storage systems that are also feature function (e.g. software) rich that leverage cache to generate cash.

Both companies are growing in terms of revenues, installed base, partners/OEMs and product diversity. Likewise each company needs to continue expansion into those as well as other adjacent areas.

Can NetApp catch EMC? Maybe, maybe not, however IMHO the question should be are there other areas that NetApp can extend its reach into causing EMC to react to those, like how EMC took advantage of opportunities causing IBM and others to react.

Here are some other similarities I see of and for EMC and NetApp:

  • Both have great outreach programs where information is provided without having to ask or dig in a proactive way, yet when something is needed, they give it without fanfare
  • Both are engaging at multiple levels, from customer, to financial and investors, to var, to partner, trade groups, to trade and other media, to analysts to social networking and beyond
  • Both are passionate about their companies, cultures, products, solutions and customers
  • Both can walk the talk, however both also like to talk and see the other balk
  • Both lead by example and not afraid to tell you what they think about something
  • Both embrace social media in connection with traditional mediums for communication with people as opposed to a giant megaphone for talking at or spamming people (when will other vendors figure that out?)
  • Both also are willing to hear what you have to say even if they do not agree with it
  • Neither is scared of the other (or at least not in public)
  • Both cause the other to play and execute a stronger game
  • Both are not above throwing a mud ball or fire cracker at the other
  • Both are not above burying the hatchet and getting along when or where needed
  • Both compete vigorously on some fronts, yet partner (publicly or privately) on other fronts
  • Both have been direct focused with some vars and some OEMs
  • Both started somewhere else and now going and moving to different places and in some ways returning to their roots or at least making sure they are not forgotten
  • Both are synonymous with their core focus products and background
  • One comes from an open systems focus working to prove itself in the enterprise
  • One comes from the enterprise establishing itself in SOHO, SMB and other spaces
  • Both have many solutions, some would say long in the tooth, others would say revolutionary
  • Both are growing via organic growth as well as acquisition and partnering
  • Both have celebrity leaders and team role players to support and back then up
  • Both also have deep benches and technical folks in the trenches to get things done
  • Both have developed leadership along with rank and file employees internal
  • Both have gone outside and brought in leadership and skilled players to expand their employee ranks
  • Both are very much involved with server virtualization (Microsoft and VMware)
  • Both are very much involved in storage virtualization and associated management
  • Both are involved with cloud solutions for enabling public or private storage
  • Both are independent storage vendors not part of a larger server organization
  • Both have interoperability programs with other vendors servers and software and networks
  • Both also get beat up about their pricing models for extensive software feature function portfolios associated with respective storage solutions
  • Both get criticized by customers or the industry as is often the case of market leaders

What I see EMC needing to do

  • Articulate where their multiple products and services fit and play into their different target market opportunities while worrying less about the color hue of logos or video backgrounds
  • Avoiding competing with itself or becoming its own major or main competitor
  • Clarify cloud (public and private) cloud confusion transitioning into cloud cash and opportunity
  • Minimize or cut channel contention and confusion internally and across partners
  • Remember where they came from and core competences however avoid a death grip on them
  • Look to the future, leverage lessons learned that helped EMC succeed where others failed
  • EMC needs NetApp as a strong NAS competitor as each plays stronger when against the other. This is like watching world-class athletes, artists or musicians that step up their games or works when paired with another

What I see NTAP needing to do

  • Doing an acquisition in an adjacent space, perhaps even a reverse merger of sorts to move up and out into a broader space that compliments their core offerings. For example, something outside of the normal comfort zone which arguably Datadomain would have been close to their comfort zone. Likewise acquiring a software player such as Commvault would be similar to EMC having acquired Legato, Documentum and so forth. That is NetApp would have to do a series of those. So why not something really big like a reverse merger or partial acquisition of say Symantecs data protection and management group (aka the old Veritas suite including backup, management tools, clustered file server software, volume managers etc).
  • In addition to adjacent acquisition, opportunities plays such as the recent Bycast move makes sense however then those need to be integrated and rolled out similar to what EMC has done with so many of their purchases.
  • Minimize or cut channel contention and confusion both internal across products and with partners.
  • NetApp started at the lower end SMB, grew into the SME and now enterprise place, however they tried with the StorVault and backed out of that market leaving it to EMC Iomega, Cisco, HP, Dell and others. Maybe they do not need a low-end play, however I rather liked the low-end StorVault story as well as where it was going. Oh well, needless to say I ended up buying an EMC Iomega IX4 as the StorVault left the market. Hmm, does that mean NetApp should acquire SNAP or Drobo or some other low-end SOHO play? Only if the price is right and there is an existing customer base and channel in place otherwise it would be a distraction from the core business. BTW, did I mention EMC Legato, oh excuse me, Networker came from the desktop and SMB environment however grew to the enterprise (yes I know, that is debatable) however now is difficult to put into SOHO environments.
  • Does NetApp need a stronger block storage play, perhaps a 3PAR acquisition? Maybe, perhaps not depending on if they are competing for today’s market or tomorrows.
  • Does NetApp need to be acquired? I think they can stay independent; however they need to expand their presence and footprint from a product, partner and customer perspective.
  • NetApp needs a strong NAS competitor in the likes of an EMC as the competition IMHO makes each stronger as well as providing competition which should play well for customers. Not to mention the back and forth mud ball and fire cracker tossing can be entertaining for some.

What is your take?

Are EMC and NetApp two companies on parallel tracks offset by time and perhaps execution?

Cast your vote and see what others have indicated in the following poll.

View from VIA Rail Canada taken using Gregs iFlip

Ok, nuff said.

Cheers gs

Greg Schulz – Microsoft MVP Cloud and Data Center Management, vSAN and VMware vExpert. Author of Software Defined Data Infrastructure Essentials (CRC Press), as well as Cloud and Virtual Data Storage Networking (CRC Press), The Green and Virtual Data Center (CRC Press), Resilient Storage Networks (Elsevier) and twitter @storageio.

All Comments, (C) and (TM) belong to their owners/posters, Other content (C) Copyright 2006-2023 Server StorageIO(R) and UnlimitedIO All Rights Reserved