why from the mandalay bay convention center in las vegas it's the cues covering vmworld 2016 rock you buy vmware and its ecosystem sponsors we are here live in las vegas at mandalay bay in the hang space at vmworld 2016 this is the cube silicon angles flagship program where we go out to the events that extract the signal from noise i'm john for my host John Tory with tech reckoning our next guest is vegetable Shan who is the senior director of product management at HP storage HPE storage EP enterprise welcome back to the cube good to see you hey John good to see you you guys obviously a big partner with VMware in the ecosystem is the update men all flash all the time it's a flash crazy world now yeah if you want to talk about flash you know so to your earlier comment about vmware partnerships we work with them vmware community across many different areas right flash storage being one of them key one just because many of these virtualized environments today depend so heavily on the storage and flash makes it a very very attractive option for four people running virtualized environments so talk about where it's all fitting in with vmware for you guys after you you know the three par success story dave vellante always raves about the best knowledge is HP's ever done is a gift that keeps on giving as he always says now with the all-flash side of it how is it impacting the data storage data protection all the integrated stuff that the customers are looking for is to change the game a bit or what's just i think you know if I if I may there's the core of an all-flash offering right and if you brought down the core you can say it's about performance it's about affordability right and clearly when all flash started performance was the key then there was the affordability wave and then there's even now what you would call data services way it's right where the ability to do snapshots or quality of service so I would mark those as the core then you could ask other table stakes sorry those are those tables say say you go thank you table stakes yeah and then some other question is if we look outside the core because the core is pretty much understood today right there's still lots of things outside of the core so for example how do you protect the flash array right how do you do data protection in a bit of a flash because the considerations are different your performance is different your application characteristics at difference so what I do a data protection that's one aspect the other aspect is your infrastructure right your host connectivity you know your bottleneck used to be storage you'll eliminate that bottleneck where is the bottleneck now is it on your host pipes and then the third thing I'd say sort of outside the core would be you know there are new environments coming up containerized environments are an interesting place where you may develop on one environment and choose to deploy in another in these cloud native apps again how does a flash array operate in those kinds of environments so outside of the main court a lot very interesting areas to look at about HP enterprises and specifically don't want the flash the data protection in the host side connectivity not so much the storage or talk about the difference of those areas and now they all work together yeah so let's look at the data protection first right and so what are the attributes of data protection that matter in a flash environment first of all how often are you taking your data protection snaps for example are you using snapshots do you go direct to a backup device what is the latency impact in taking the backup what happens to your backup windows how do you restore quickly if you are snapping every hour on the hour do you go back with the full backup apply incrementals can you do synthetic folds so lots of different elements here and I think the point of view is you could take back up from a point of view I've got to back up my entire environment I vmc array of IBM arrays of HP arrays have a whole environment here to backup right or you can say hey in my flash environment how do I ensure it's optimized just like what veem did with you know virtualize backups right they took a very specific approach not the same thing can be said with data protection and flash do you see so put the story for primary storage yeah how do you distort change then as you're backing up to another flash device RP are you saying that look in the field so so that's interesting you say that because you have different choice points now right so i could have to prime arrays replicating each other that I could be backing up the secondary array to addy duplicating device that's one option the other options I could be having my primary array backing up to a deduplication device and replicating the deduplication level or the device level here or I could be replicating at the host level so I think there are different choice points question is how do you choose one versus the other and their trade offs right there sort of pros and cons um and and you want to be able to offer the customers that choice as well as the guidance as to when you would do one versus the other I love the way you're talking about generations we've gotten to this one this core system now of this generation of solid say yes but there's all these other technologies coming down the pipe we talk a lot about nvme and connectivity and we talk a lot about 3dx point and that's going to change everything where do those fit into the this framework that you that you've been talking about so you go back down into the core and look at performance right because there's got to be a performance next that's our industry it never stays the same right things always move and so the key to looking through those technologies that you asked about John is to look at sort of the n to n path of an i/o and it starts from an application it traverses some kind of fabric it gets to what I would call a controller fabric on the storage side and then from that control of fabric weather data is processed dee doop compress for example it gets written to back-end right and so you have to look at that end-to-end path so some of the technologies that we've been talking about talks about the different points here so nvme as a back-end connectivity for back-end media to the controllers that significantly cuts the lengthy down now but if you look at the latency envelope today the lion's share of the length C is not with the SAS protocol back end its with the media right and so if you did nvme you want to pair it up with storage class memory to get the benefit of that latency and then you want to ensure as well that you are talking say nvme over fabric to your host so that the protocol delays there go away and so again here you can see how envy me impacts choice of media choice of host connectivity so you get that end to niño optimization talk about what's next for flash performance specifically across the host fabric controller fabric and the media back-end fabric yeah so I think you have to then figure out now as in all emerging technologies there's probably going to be different choice points right so we look at a host to front end storage port connectivity that traditionally has been fibre channel we are seeing a rise of I skazhi and ethernet so the question is what does that do with when 25 Giggy 25k Ethan it comes to play right do we see a shift there a tip there maybe I don't know I think again you want to be able to offer choice points and if you can reduce that whole plane see using Ethernet technologies I think that's going to be a segment of the market that's gonna be very attracted to it we've been diving down deep into the technology stack I'm curious if you're seeing the buying center shift as we get to more integrated virtualization teams cloud teams do you have to talk about these technologies down to them and to understand how to buy storage so yeah so that's a very interesting point because there is a segment of the market that says hey I am looking at a vm level or an application level right and I and I don't want to associate all the different component metrics so I think that's the growing trend and hyper convergence for example is a perfect example of that where people want to look at the vm level or even at the application level and you know as we get more and more entrenched in two lines of businesses wanting to develop key competitive capabilities we need to be able to do what exactly what you just said what's the hpe story now that now that you're HPE storage is an important component of what you what you all are doing us I mean in relation to what John was asking what's the future what's the future looking like it you guys talking about in terms of your storage platform so the opportunity for us is to bring you know the collection of different technologies to bear on our customers and I and I view it as two things so job one is for us to be the best storage vet out there in the world if i took that storage myopic view of things right but we're not a small company where a large company and so that's a job to that says how do we the storage and the server and the networking and the compute play together right so we've got to bring the one plus one plus one equals five story and that means the opportunity HP can bring right whether it's things like composable infrastructure where you can say look i have one set of infrastructure for mission-critical applications one set for my cloud native applications why should i have two infrastructures for that i should have one infrastructure that allows me to compose the elements as I see fit for those environments some of them have different attributes I shouldn't have to have different sets of infrastructure to do both nothing to me that's a great opportunity we can bring to our customers about HP Enterprise now and storage give us the update was going on in the business office of the vmware ecosystem thin strategic you guys again like you mentioned been there for a very long time been a big big big partner of vmware but how's business in general at HP enterprise storage business what's the update what's the shiny new toy what's the where's the meat and Wiz what's going on you accepting yeah so so from an HP storage perspective clearly all flashes one of the rock stars there we're doing great with all flash good traction we're seeing a lot of interests around software-defined storage and hyper convergence and you know it's interesting on the software-defined side we've taken the same approach as we as well take on the primary side because we offer now what we call a common data fabric where you can deploy software either in a running on a proliant server or blade server you can deploy that same software as an appliance if that's how you want to consume it you can deploy it as part of a hyper converge packet we even offer it's part of our Helion OpenStack cloud distribution private cloud distribution so again bringing one technology one offering that can span multiple shape and form factors help make it simple for the customer otherwise they're going to do or deploy 13 different things so final question fish as a veteran of the tech business industry hace storage is your focus here at vml what are you taking back with you home as a key walk away item from vmworld share with the folks what you're learning what's that what's the vibe what's what's what are you going to take home with you as a walk away pretty much vehicles always been a great show right it's probably the one place where you know it's got such a rich ecosystem of vendors such a rich ecosystem some offering both complimentary and competitive so you know we have the stone we called frenemy right you're a friend in some places an enemy in others which is great because it just gives you places to collaborate and give new capability to your customers the vibes great at vmworld very rich ecosystem they're doing a lot of great technology innovations in cloud and software-defined we partner in Maine spaces we compete in some yeah but hey that's just the way the cookie crumbles and customers one choice fish thanks so much for sharing your inside the cube great to see you see at HP discover coming up in London in December yes right i think it's december or is that it's quite not much of a neighbor okay and yeah right yeah so big events european version of hpe discover which we just had an amazing set of interviews the cube was there could still get an angle website web site com or youtube com still gonna go check out the HP Enterprise discover videos tons of storage videos with all the big dogs on there thanks we spending the time now here I am world thank you if we are live at the mandalay bay in the hang space at vmworld 2016 john free with john schuer with tech reckoning we write back you're watching the cube

vmworld 2015 brought to you by VMware and its ecosystem sponsors and now your host dave vellante welcome back to San Francisco everybody this is the cue the cube is SiliconANGLE wiki bonds continuous coverage of vmworld 2015 this is our sixth year at vmworld we go out to the events we extract the signal from the noise our friend vish mulchen is here with HP storage fish it's always good to see you you know in your hometown and of in the backyard it's great to be in moscone thanks for coming back on the cube thanks Dave great great to be here as always again so we have seen you know I go back to 2010 and at the time you know 3par was a separate company and then we watched the the acquisition occur I'm really badly needed that acquisition was we were at vmworld when the the bidding war was occurring between Dell and yeah that's right and we predicted HP he's going to win that war and of course that changed change the course of the storage at HP you know permanently yes so it's been an amazing run three pars become the crown jewel of the of the portfolio but the most amazing thing is how you've evolved that platform into play into the all flash world very very competitive product so so we've been sort of documenting that that traction but give us the update let's talk about sort of where you've come from and you know where we are today sure sure Dave so I mean if we look back in june 2013 when we first announced the AFA right and since jun 2013 we've had a fire series of announcements in in december we announce something called adaptive sparing which you know was actually very unique flash innovation treating the flash separately giving customers twenty percent more capacity in jun 2014 we brought two dollars per gig deduplication in december 2014 we brought the constable we call the converge flash array right flasher a flash focus design but hey you can add spinning this to it if you want right and several of our customers are actually doing that because they have a need for that and then in june of 2015 we double down right and we announced the 20000 series we brought the affordability even better to a dollar fifty a gig and that was in June so the other amazing thing is the pace of the cadence of announcements I mean I had to say I mean remember for years you know HP the announcements were very slow to come up maybe have one a year maybe you know maybe a name change but now it's like bang bang bang I presume it to the architecture that allows you to do that but a lot of skeptics when you came out yes with the all-flash right yeah it's going to be a bolt on you said no you know NASA died we'll see but now you're proving it why help the people who sort of don't understand the nuances how was it that you were able to do that and what are the proof points that it's not just a bolt on right so you know I think the it all comes down to the architecture right you have to have an architecture that's modular that extensible and you know as we looked at the three Power Architecture all the attributes that we put in place early on we're very applicable to flash now flash did have some differences and we did account for some of the differences in the architecture but the architecture proved to be able to be extensible and a lot of the tenants around scalable controllers for performance the ASIC to offload the fine-grained virtualized operating system with a very small page allocation size all of those fundamentals were perfectly suited for flash right and and you can almost probably say they were there were too much for spinning disk right why was to say was that just was that luck because a bit but of a lot of what the original designers a three-part did were trying to most of it was trying to offset the deficiencies of spinning disk yeah you know did they just have like amazing vision or was it just I give I give the founders a lot of credit for their foresight and in fact if you look at the founders and I spoke to them they were they had a server background and they started right and they said its own server guess I'm sorry guys say they said to me wish when we did a server benchmark it would take us six months four and a half of those six months was getting the storage right and they said they really don't understand why it had to be so hard right and I think they've brought a very different approach to storage to how sort of the industry was handling storage right it was it was very different it actually turned it on his head and they are actually architected some very interesting capabilities which you know I'm very confident as we go to flash 2 point 0 as we talk about other newer non-volatile memory technologies if nan something other than man comes about you know I'm very confident that the architecture will be able to gehen to isolate the media from the customer Martin fake hope said that's member stare but we'll see we'll see what whatever gentleman sorry you know we'll go about the industry members has a big element there but we'll go what the industry wants to look at of course so let's talk about vmworld 2015 what you guys are doing here you know sure emphasize the announcements that you're making talk about that a little bit sure so in vmworld we had several announcements we made what i'll focus in is on the flash announcements and you know if you look at the approach we've taken with flash we've had three vectors right affordability performance and data services and some companies have done one or two but i think it's rare to see all three vectors being attack of the same time and that's been our approach from the start and all the announcements we talked about and in this announcement that we made this week same approach so let's let's maybe go down those three vectors Dave if you allow me to yeah please okay so so let's start with affordability and we announced a new 8000 series which is a refresh to the 7000 line right a very successful 7000 line of which is 7450 flash arrays one of them now the starting point for the 8200 the old flash 8200 now is down to nineteen thousand four hundred ninety seven dollars two controllers six drives six terabyte usable capacity 19,000 999 we're under 20 grand by a lot we make sure you got that 497 right so that's great we also announced then a lower entry price point to the 20000 series that we announced in earlier in June those were as your call aight controller systems we announced a lower price point 2450 a 4 controller capable system as well again on the theme of bringing affordability right driving the price down okay so you have dollar fifty per gig if you want to buy that way if low entry price point with 19 k if you want to buy that way or if you want a scalable system that you can grow to the extreme you can buy affordable price point that way as well right so in my mind the the adoption the success we've had in the marketplace has been a function of a couple of things affordability is a key one right it's economics that's what drives adoption okay now your performance everything's okay let's flash over he's got the same performance is high performance now it's somewhat true because relative to spinning disk it's gonna be you know better performance but there's it's nuanced so talk about your performance yeah so performance is very important we announced a couple of interesting performance first we talked about some some improvements in bandwidth now let's take a look at sort of why that matters right Dave so if you were doing a million iOS and there were small 4k blocks do the math it's four gigabytes per second now if you're doing large block iOS like if you're doing a sequel database query analytical query those are typically large block ayos right we do a million of those and there Sarah megan size then that bandwidth becomes a choke point to the array so we've announced with with the 8000 series you know twenty four gigs the second of bandwidth which is two and a half times more than so but this is ever saw it started erupting but this is why a lot of the existing arrays that bolted on flash failed what yeah so one of the reasons why they fail is their controllers are not able to handle the IO load and once even if they do can they handle the bandwidth requirements and then you know here's the other thing that matters is the latency right so the other thing we announced at the this week was a forty-four percent improvement in latency soumillon I ops 387 microseconds latency Adam denials that's just low latency so you're setting up this little latency storage versus capacity storage right and you got you playing both but we're obviously talking about the latency piece here okay correct so that's the performance piece and then there's there's there's actually two more there's the availability which answer this well free part is known for high availability and it's the new tier one yeah yeah so and it but there's data services associated with that yeah so the resiliency is a big factor there and you know there's single system resiliency pull out a drive pull out a controller fail a cache board how do you react right in fact the reason why we succeed in the marketplace that our customers tell us is that reliability factor and they go and they have these tests where they pull things in and out right and they watch how the other arrays operate right and you know consistently we've come back really operating well in the area of single system resiliency now there's also a multi-system resiliency which is what do I do with replication what I do with snapshots can I move my snapshots to addy duplicating backup device all right how quickly can I move how much do I move so I think there are all of these elements that you look at resiliency that I think important that's another piece and resiliency that's coming up as well emerging Dave and that's around protecting the access to your data security do you encrypt the data so now if you encrypt the data and you have a snapshot and you move that snapshot to a duplicating device what happens to that snapshot and the key do you have to a multiple key so your keys get compromised so that resiliency topic is a big one lots of different areas to go off go after and whether it's replications snapshots backup devices encryption key managers we have all those elevators well how about so again one of the we always talked about this one of the big advantages of an architecture that's been around for a decade is is you've got the stack it's hardened you know that sets the storage services so that's that's a big differentiator from what you see in a lot of the startups yes and and or the bolt ons which everybody thought you're going to be both on baby architected the whole thing so that's cool what about quality of service what about the ability to sort of address quality of service to pin application performance and to actually change that programmatically yeah so quality of service is a very very big big attribute of ours in fact week the product for full HP three parts called priority optimization and in this week's announcement we announce further enhancements first of all we have latency goals on our queue as product which i think is unique nobody else offers latency goals and this week we announced the latency goals going down to half a millisecond I mean if that array is operating at you know three to four hundred microseconds you want to be able to control your priorities with that granularity right and so qos granularity is exactly what we brought and you know Dave Lee if you remember when we did the last cube we talked to the cloud and they they had taken a gold silver bronze tier hardware-based and then put her on a flash array and put priority optimization to implement in software the gold silver bronze right yeah the cloud is a company music louder company yeah so that's right and that was interesting to see that they did that with with flash right you know yeah exactly yeah what do you think is going to happen there right is a worship we're hearing increasingly it shows like this and others that that you're starting to see more tearing and flash you're hearing it now in in the hadoop world and big data world the example that you just gave a lot of people initially and maybe still think you're going to have flashed here in the latency tier and you're going to have the capacity to air the bit bucket what's yours what you're thinking now on how that shakes shakes out and how practitioners should be thinking about their storage architectures going forward and I think you were gonna see the variety of that I think that's one very possible use case which says hey I have a applications that are critical service optimized service level optimized right that got to be on flash and then I may have either a backing store for time or I might have another set of applications that are not service level optimized more cost optimized may be right so and maybe that changes over time maybe it changes by quarter what is cost optimized today needs a spike and come back so this notion of data mobility I think it's very key right and sort of the fourth data service pillar I want to talk about because we announced for wave Federation which is the ability to take for arrays and operate as a single logical hole and you can federated Atta among those arrays now but if you extend the ideas can you federated to a backup device can you fed rate it to the generic cloud right can you federated to an archived here I think these are the kinds of things that our customers are asked that's right they want a first of all federal rate to another array to work load balance for example Oh asset refresh right but all of the other use cases federated a cloud federated to archived here those are all coming up alright so I suspect we're gonna see more of those as I said can I and let's stay tuned state-owned you know I mean as we as we look to to raise the bar once again these are some of the things what we're thinking about all right so so I know you can't give details but give us high level road map what should we be thinking about watching you know HP generally 3par and all flesh specifically yeah so I think we'll continue to drive a affordability right 3d and 3d Nance available as well now there's other flash technologies and you know we want to isolate our customers from whether it's CML CML see 3d 9 i'm gonna say to them look what's your price point what's your capacity point what's your availability point ok and we'll meet that let us worry about that technology problem out there how we get there so that continues to work us on you know the media faster controllers again to drive up the drive of the performance hosting the connects you know there's a lot of talk around the role of 25 gig Ethernet 32 gig fibre channel the RDMA technologies right I sir are I war rocky so there's all these things here nvm e to the backplane nvme to the host so you know flash j-bot so look at yeah it's shit we're shifting the bottleneck are we are you going to look at the bottlenecks across all areas into n and make sure that you're looking at this holistically right as you drive as you drive forward doesn't get less complicated but at least for the for the for the guys who are building this stuff hopefully for I we who are using it it does but fish motion thanks very much baby greater pleasure always pleasure sir I keep right there everybody will be back with our next guest this is the cube we're live from vmworld 2015 in moscone we'll be right back you

live from San Francisco California it's the queue at vmworld 2014 brought to you by vmware cisco EMC HP and nutanix hi welcome back to San Francisco everybody this is dave vellante i'm with Wikibon organ this is silicon angles the cube cube is our live mobile studio we go out to the events we extract the signal from the noise and we're here at vmworld 2014 this is our fifth year at vmworld we're in moscone south of the lobby in the right hand side just before you get through the escalators stop by say hello fish motion is here is with HP cube alum you know I'm going to talk to your title you do so many things at HP technical background you do strategy you do product stuff so welcome back to the cube it's good to see you great thanks thanks Dave great to be here again we were we spent a lot of time together last week actually right we were in Boston yes doing the deep dive you had a bunch of analysts in kind of doing the kool-aid injection I thought it went really well you had a good crew there it was a very interactive session a lot of good feedback you know it was good i mean what you think yeah i thought it was great you know in my mind getting the perspective from folks outside a HP just to keep grounded and what the reality is i think is very key right and so we really enjoyed the interaction the feedback you guys provided us and the depth and time that we could spend on the topic yeah i was there only for the first day i told you i was out golf in the second day shut up but i got to hear the flash session and and then you know there was a little bit of discussion on software-defined but I think you guys went into that in more detail the second day so I want to start there sure the software-defined data center you know the what used to be called the software mainframe yeah don't use that term anymore the marketing guys took over from moretz and so we're now seeing that sort of instantiation what do you make of all that what's HP's sort of position on that yeah so Dave let me talk from our from a storage perspective right because the software-defined data center is a very broad area reservas networking so we look at storage there are two elements you want to think about in fact three elements you want to think about which software-defined data centers in storage the first element has to do with cost optimizations how do you get the lowest cost storage that's defined by software-defined storage that's hypervisor agnostic that's hardware independent and that is control orchestrated by industry standard offerings that's the first piece right then there is sort of like all performance optimized storage to deliver on a service level and instead of you know collecting masses of hardware to deliver that service level a lot of the optimizations are done in software so as an example priority optimization software to guarantee how much an application gets in terms of performance how do you solve the noisy neighbor problem or here's another one Pierre motion to move data between say a flash array and a tiered array for example right just because it's a different service level you want to accomplish with that without offering so so this notion of a service levels really key and the third piece Dave I think is this notion of orchestration right and I saw view OpenStack you had OpenStack announced but be aim where as well you know it's the tcp/ip of orchestration if I can use that term right you know you don't want to be able to orchestrate in a standard fashion just like you know we used to have decnet sna appletalk and then tcp/ip one out right I think we've got the same phase here with orchestration today right okay so the reliable approach to to orchestration that everybody can trust the trust everybody understands and and ok so now so so that's kind of the high-level what's your specific product strategy around software-defined sure so we can talk about two key products from a from a software-defined costs optimize we have the HP storevirtual VSA and the HP storeonce VSA right these are both virtual storage appliances that work on any story any hardware any server hardware right we of course will talk about HP servers but if you are running on a delta x only any x86 xne x86 right we announced support for 4 kb m on the store virtual we announced support for hyper-v install ones we also announced the store virtual offering being a part of the Helion HP Helion OpenStack distribution and if you recall he lien OpenStack is has both a community edition and enterprise edition right and so whichever edition that you get from Helion you essentially have now store but you'll be sa built into it ok so we know a little bit about helium we've had sargol I on a number of times on the cube and and we've seen HP's cloud strategy evolve so and we can come back and talk about that a little bit so relative to v san I got to get your take on on v san because there's so much confusion in the marketplace so Chuck also write a blog one day and you'll read it and say oh maybe sort of dissing the the competition and the next day it's like you know a lot of love and embracing but it's clear that one positioning for v san suu you guys are not just vmware it's more than just vmware but what's your take on visa and what does it mean for your for your strategy as an ecosystem partner that sells probably more vmware licenses than anybody i mean how do you yeah when you make it up that's a great question right so vmware continues to be a very close partner with us right i think the introduction of visa and evo rail i think it just continues to point to invalidate this notion of software-defined storage right in my mind Dave it's software defined and flash are the two key disruptors we saw that this year I think going into next year we'll see that sort of go even more mainstream right so you know I think it's great to see multiple offerings here validating what we've done actually with Software Defined before it was having cold software-defined right you look at if you look at store virtual and how we offered it right okay and and so just a natural progression of the ecosystem right and it's like VMware's the software vendor doing with software vendors do grabbing pieces of the stack and the hardware guys got to move fast you know hardware guys the two software got to move fast well I think it's going to be interesting right like like any sort of emerging technology as always a flourishing of offerings right mhm and I think that's the great thing about this it's it's choice you can say probably have different approaches and let's see which one wins out in the market in the end right all right let's talk about flash so you guys came out last summer flash announcement all-flash array based on three par and made the statement okay well we're not going to go buy a flash company we don't need to a lot of people myself included said well maybe don't need to but Meg Whitman said we're not doing any acquisitions certainly any major ones so you really have a choice so the question in my mind at the time was okay is this a bolt on a term that you guys used a lot when everybody was say no we have thin provisioning to you said that's a bolt on and you were largely correct and so I was skeptical and then when you came out with flash last summer the pricing was in my view not competitive now fast forward to this summer all of a sudden you're under two dollars a gigabyte your latency is down to best in class Wow okay what happened how do we get there so where are we with flash how all of a sudden did we go from really essentially a an okay product with a great stack that was really to your advantage as you had the stack to one that is now great stack competitive from performance and a price standpoint what happened yeah so David's been a great year for the last 12-18 months on flash right if I can roll back the clock a little bit and talk about some of the elements of change right I think to answer your question first what happened right there was a very big emphasis on flash we've had R&D developments over the last two to three years focusing on flash optimizations there were a lot of skeptics at first step said hey wait a minute you guys are a disk based architecture can you really do flash I think the proofs in the pudding right now right nine or thousand I ops 200 microseconds of latency write latency thinly duplication inline switch data services data mobility now you if you roll back and look at sort of what the rides been in December of 2013 we announce something called adaptive sparing right so we took now one very key flash optimization we took an 800 gig SSD drive and looked at how our provisioning was done unless it's do you drive and said wait a minute we can be a bit more intelligent village right adaptive sparing allowed you to reduce the over provisioning capacity that the drive takes so the net effect the customer was they got extra capacity at the same price because we treated the flash differently from say a traditional media right and so a lot of times i know i will tell folks hey you know if you're really flash optimized mr. vendor where's your adapter spearing right because here's a perfect example of how i can take it and rig a drive deliver our customer 920 gigs that's twenty percent more capacity free right that was back in december where we announce it after sparing this one of several optimizations we did then in june of 2014 we announced sort of flash for the mainstream right to gospel gigabyte we had ten deduplication teen clones 1.9 terabyte see mlc drives 460 terabyte raw capacity right five-year warranty on the drives 69 s guarantee we brought together a real collection of very very compelling i think features that allow customers to take flash to the mainstream right so far we've seen great uptake on that we'll talk about customers in a second we see not only just all flash deployments but people are the point traditional high nras like a monolithic v-max for example are we looking at that and saying wow you mean to tell me I can get the same performance same resiliency half the floor space may be less than half the floor space less power it's a very compelling proposition is that the competition vimax or is a competition other flash array well I think you got both IV about you got all the flash arrays you've got also high-end arrays and then you also have people that are looking for work load acceleration right consolidation so it is truly becoming mainstream because we're seeing multiple use cases mm-hmm right then fast forward to September it's just a couple of days ago we announced all flash 7200 starter kit for 35 thousand dollars average Street rice okay and you know if that was flashed on the mainstream this is now flash for the masses and my first flash array B let me use that term and here's where we're looking at that for Dave right so there are two kinds of buyers right one buyer says hey I have a limited absolute dollar budget Sam only got fifty thousand dollars alright so now you have an offering that gives you that that ability to go into flash they're also people that are saying wait a minute you know if I were to try out flash in my data center 35k is a very low risk invest right maybe it works great if it doesn't all right we'll move on right and so I think that's another very interesting approach to the way people are buying flash I you mentioned customers before so I was going to ask you how's the uptake have you seen you know since you've made the new announcements have you seen a big boost in in demand and you know get any proof points that you can share with us yeah Dave's we'd be seeing great up take lots of interest lots of the man let me talk about three customers today okay so let me start off with lattices lattices is a cloud service provider there are managed hosting provider and they were looking for high-performance storage to maintain SLA s right and in addition to sort of guaranteed high performance they needed the ability to ensure that they could offer customers a consistent and guaranteed performance level as well as a very performance level right I may come in with a bronze service level that I need and I want to pay for a bronze service level versus say a gold service level where I actually want to be able to offer that service so lattices put the three-part 7450 and and then this piece of software called priority optimization to do exactly that they also use three part because of its unique multi-tenancy features where you can run mixed workloads you can consolidate different types of customers on those workloads that was key for lattices and then what they said to me was provisioning now took hours instead of days orchestration was quick and and it was easy right that was the big thing for them it was simple to use number two Nuance Communications I don't even know the company yeah sure nuance they make dragon well the dragon speech recognition is off later there's a lot of Apple iPhone Siri local companies on the back end hello Pocoyo for ya so nuanced does speech recognition software and they actually help in the case of Apple iPhone Siri are non-native speakers right by recording their voice patterns and then helping recognize those watchbands right be especially with non-native speaker now they use that 7452 index those voicemails very quickly to deliver iPhone Siri service to improve improve recognition I mean you remember when I found first came out it was the Serie was awful you couldn't even use it and now it's so it's better over time right yeah that's great case use case their third one is exact target and you know exact target is a marketing demand generation company they they have a huge number of databases in fact some of the stats that they share with me was four trillion rose under management they do 21 billion rules that day 100 terabytes databases are not common uncommon in ExactTarget right and so they have multiple three power raised to to to store this data and and they deployed both cheering with flash as well as all-flash arrays right and the biggest thing for them was how do they adopt flash without ripping and replacing their infrastructure I have an existing infrastructure they want to be able to add flash to it to accelerate performance lower costs and then they also now viewing all flash for vdi right so exact target is a perfect example here of a three-part customer being able to extend an embrace flash without doing a lot of change 3par the gift that keeps on giving I always say all right there's we have to leave it there thanks very much for coming to the cube I was a great dump to you I keep track everybody will be back with our next guest this is the cube we're live from vmworld 2014 and we'll be right back you