HP is acquiring 3Com for $2.7 billion to fill out its data center product portfolio and customer base, a move that clearly has Cisco in its gunsights. The companies hope their combined entity will give Cisco a run-for-the-money in data center networking and convergence.
"Companies are looking for ways to break free from the business limitations imposed by a networking paradigm that has been dominated by a single vendor," said Dave Donatelli, HP's executive vice president and general manager, Enterprise Servers and Networking, in a statement. "By combining HP ProCurve offerings with 3Com's extensive set of solutions, we will enable customers to build a next-generation network infrastructure that supports customer needs from the edge of the network to the heart of the data center."
3Com recently re-entered the North America large enterprise switching stage after years of focusing on China. The company boasts a wide array of switching platforms - from workgroup, to wiring closet edge to deep data center core - after acquiring the whole of a joint venture it had with Huawei called H3C.
HP, meanwhile, has been lacking a core data center switch for some time. Its data center-optimized switching lineup consists of a top-of-rack 24-port 10Gbps Ethernet switch called the ProCurve 6600.
It had been speculated that HP was sizing up Brocade and its Foundry switches to fill the data center bill. Today's deal throws cold water on that speculation.
HP is so confident in the capabilities of the 3Com switches that it will run its entire global business and next-generation data centers on them, the company said in its acquisition announcement. The companies expect the transaction to close in the first half of calendar 2010.
Acquiring 3Com will also immerse HP in China, one of the world's fastest growing markets; and give HP some credible security products with 3Com's TippingPoint posrtfolio. TippingPoint intrusion prevention systems are installed in 30% of the Fortune 1000, the companies say.
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finally
Finally an alternative to Cisco! if HP can run its entire network with these products cant imagine many enterprises that wont be able to...This is going to be great for customers and hurt Cisco in the long run...
CHPIE
Smart Move: Time to become HP Certified ?
Certified HP Internetworking Expert
Cisco Statement on Industry Consolidation
Our statement here:
http://blogs.cisco.com/news/comments/cisco_statement_on_industry_consolidation/
In full:
"While Cisco has a healthy respect for all of our competitors, acquisitions in our industry only validate the fact that networking is becoming the platform for all forms of communications and IT. As the leader in the networking market, Cisco is very confident in our business strategy, commitment to product innovation and ability to provide strategic business value to our customers in a highly competitive marketplace."
Interesting
I find it really interesting that networking professionals seem so eager for the network to be a commodity. The only real significance of this purchase is the H3C/Huauei angle, and obviously they are most widely known for blatantly copying Cisco code. The typical HP networking customer IMHO views the network as a commodity. From a purely selfish point of view this is strange as commoditization of any product always results in a decrease in the value of having expertise in said product. So the idea that a networking professional derives their value from cost savings related to commodotization is at least masochistic if not absurd. As much as these same people probably protested Nick Carr's proposition that IT doesnt matter ... there seem to be a lot of people who are really begging for IT to not matter. Fortunately despite this, there are a lot of new (big benefit)applications and compute capabilities that require innovation in the network and that require an integrated architecture. We can see in the technology adoption Lifecycle that only ~2% companies are really innovative. If it is true that a product offers a benefit to a company, the sooner a company implements said product, the sooner they will start to benefit from it. If Cisco is right about the Data Center, or Collaboration and Video and digital media, or other predictions, then as with any new technology, they will greatly benefit from an integrated architecture from Cisco. So innovative companies will go with the innovator (Cisco), and get the benefit of innovative products years in advance of their competition. Te later adopters will eventually adopt the same technology much later, many will scrap their non-Cisco decisions and forklift their non-Cisco environments, as we saw repeatedly with a lot of IP Telephony deployments ... or some will wait, and wait for increasing modularization and and standards finally make their way to the market to implement the technology ... now that is when IT really doesn't matter.
blog on this subject
I blogged more about this here: http://tinyurl.com/y9l7t3e
Your argument about making
Your argument about making network a commodity may not be valid from a networking professional's perspective, but from a business owner perspective, it makes complete sense, given that as a business owner my primary business is not to run the network - its the other way round, network needs to run my business...
My argument would be I can get lot more innovation in my network if I can reduce the $s spent on maintaining the network and use it for truely innovating...The HP's of the world wouldnt have come this far if Cisco hadnt been so adament at keeping its 80% odd margins on platforms that have not been updated in eons (how long has that Cat 4500 been in the realms? 10 years?)
Secondly, I think you are confusing commoditization with standards and that is totally wrong! In hetrogeneous environments, driving innovation around standards benifits the industry as well as the customer - where as proprietory technologies that lock me up, arent going to benifit me in the long run! Why should I design my network to be totally dependent on a single vendor? I dont like my Smartnet price from Cisco, but guess what, I cant get them out of the network even if I have other significantly lower cost options as all my network engineers can only operate Cisco switches that use a proprietary Cisco protocol! Makes great business sense? Right? NO. Absolutely not. This is where standards come into play...standards also accelerates innovation greatly...
ok
Commoditization would be beneficial to the business owner if it is in fact true that the innovation does not warrant the expense. It is true in many cases that it does and often late adopters may wish they had adopted a technology earlier ... that being said it would be entirely dependent on your situation. You sound like a smaller business and you have focused your attention on Cisco's enterprise product line which of course wouldnt be the right fit .. which is why Cisco has small business products with some of the easiest tools to roll out a complete SMB network from an intuitive GUI that is very easy to use.
And I think you are referring to Gross profit margin, which is not 80% ... actually 65% ... but of course that is Gross profit, and I am sure you know the difference between gross profit and net profit. I am sure Cisco has a healthy net profit margin, but probably not ridiculous. But more important than that is the actual value you are getting from your investment. Clearly given Cisco's market share, a lot of organizations feel that they are getting a good value ... there have ALWAYS been alternatives to Cisco's products yet most organizations have chosen Cisco, the only plausible explanation being that Cisco offered them a better value.
The 4500? The 4500 as you refer to it is a piece of sheet metal with modules in it. The modules contain all the brains and functionality of the switch ... the modules and every single measure of the performance of the device has changed constantly so your argument is completely wrong.
And it is not my argument that most innovation comes in the form of a, proprietary system it is 1. Self Evident 2. A nearly unanimously held opinion in the business community. 3. Easily demonstrable through an examination of pretty much any major innovation prior to its commoditization. There are a ton of ways to demonstrate this point, but just to choose one that relates to Cisco specifically ... Clearly, it takes a long period of time for a technology to move through a standards body, often several years. So which of these would you prefer: A. The technology cannot be implemented until it is standardized or B. Prestandard options are made available for customers that choose them ... Standards are then implemented when ratified. Option B is clearly the path that Cisco has taken the vast majority of the time, and it is clearly the path that makes more sense. Cisco submits the vast majority of its innovations to standards boards immediately, which is the case due to the maturity of the market and the buying power and leverage of Large Enterprise and service provider customers. The more disruptive the innovation and the more immature the market results in a longer time from innovation to standardization. To your point, innovation does continue to occur in standardized and commoditized products, like for example television sets, but not disruptive innovation or innovation that can lead to competitive differentiation, which is really where I am trying to get at with my previous comments.
And your comment that your engineers can only operate a Cisco proprietary protocol is beyond ridiculous. Please tell me which protocol this is because this statement is completely erroneous. It appears you are talking about the fact that there are a lot of engineers that are trained in how to operate Cisco devices? That has nothing to do with any proprietary protocol. Any device in any segment have differences ... different TV's come with different remote controls for example. There are multiple open source applications that do the same thing ... open source databases ... or say even open source routers like Zebra vs. Vyatta ... they are both open source but they still all require separate training. You are so bitter that you look at the fact that you can hire an engineer that is already pre-trained as a problem. In technology commoditization does not necessarily result in being able to easily be pre-trained in an application .. it actually usually means the opposite ... for example Zebra and Vyatta are not innovators in the networking space, they have a commodity feature set and are open source applications, but they are still specialized applications that require substantial training. Highly complex products are often commoditized ... Look at the enterprise PBX market up until a few years ago ... very commoditized, and extremely complex devices. The fact that Cisco has been smart enough to train people in getting educated in their products is just good business and it is good for the community ... in fact the vast majority of people who work on competitive products gained a large chunk of their know-how from Cisco. So with all of your whining about the fact that you can get employees that are pre-trained in Cisco you should realize that you have access to network engineers that have a lot of foundational training in networking concepts because of Cisco and whether you are a customer or not, as an employer you benefit from that. Generally the only time Cisco implements proprietary technologies is when a standard is not available and they generally start to work on standardizing their techs as soon as they are released. that being said the idea that companies should not have the right to capitalize on their own innovation is anti-capitalist. I would imagine that you have some form of competitive differentiation in your business whatever it may be. How would you respond if your customers told you had to train your competitors in your methods even though you spent a lot of time and money investing in your processes or technologies. Standards accelerate modularization and commoditization which can increase innovation in products that are already commoditized. But commoditization is also a deterrent to significant investment ... the investment made is always relative to the probability of success in a market and accordingly investment in R&D is much more limited in highly commoditized markets. In areas that are truly cutting edge there is generally a strong financial incentive that drives the investment in the research and development of the product. Would drug companies invest billions in developing new medicines or treatments if they went generic on day 1? Think of any disruptive tech and you tell me which one became a standard before it was released. There may be some examples but very few at best. I think perhaps you meant that open innovation can accelerate innovation, which is not the same as standardization ... proprietary interfaces can be open, and having strongly established market leaders like Cisco accelerates innovation in these cases. For example Microsoft opens API's to its partner community allows the partners to innovate around the open but proprietary architecture. Most software organizations do the same thing, and the innovation is most effective where there are clear market leaders. For example, if Cisco and Vyatta both release some API's to their partner communities, where do you think you will see more innovation occurring ... around the Cisco API's of course.
HP's networking model
HP’s plan is obviously to deploy small, medium, and giant printers at the access, distribution, and core layers. We’ll be picking tons of printouts and routing them around on golf carts or flatbed trucks.
Industry Standards
Not to mention the fact that MST, industry standard, right? Based on? Cisco PVST+. LLDP standard. Based on? VTP. VRRP standard. Based on? HSRP. What do all these have in common? Cisco. If it wasn't for Cisco you wouldn't have leading edge networking services, at least not for some years. It's the IEEE that copy all of the great Cisco innovations and from there the other companies adopt them. And I only named the obvious...
As for the 4500, great piece of kit. Modular. Up-to-date. Don't dish when you don't know what you're talking about. Next you'll be telling me that the 6500 are out-of-date too!
Lets make the facts
Lets make the facts clear:
PVST+ => Prprietary version of MST developed after MST was released
VTP => Proprietary version of LLDP
HSRP => Proprietary version of VRRP after VRRP was released as a standard...
Taking credit for standards based on which the proprietary solutions were derived is rather lame.
Regarding 4500, how many ports can it run line rate gigabit? how much 10G density it can support? and how much do I have to pay in price per port?
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