He is urging young entrepreneurs and engineers to stop making some of  the sillier software that lets Facebook users throw virtual sheep at  their friends or download virtual beer on iPhones, and instead start  making a real difference in the world.

He says it's not just the right thing to do, but also the smart thing  to do -- especially as the credit crunch spreads to Silicon Valley,  venture financing becomes scarce and start-ups have to retrench.

When this grizzled, 54-year-old tech-industry veteran talks, Silicon  Valley tends to listen, if only to argue with him.

He is urging young entrepreneurs and engineers to stop making some of  
the sillier software that lets Facebook users throw virtual sheep at  
their friends or download virtual beer on iPhones, and instead start  
making a real difference in the world.

He says it's not just the right thing to do, but also the smart thing  
to do -- especially as the credit crunch spreads to Silicon Valley,  
venture financing becomes scarce and start-ups have to retrench.

When this grizzled, 54-year-old tech-industry veteran talks, Silicon  
Valley tends to listen, if only to argue with him.

The Cisco 7600 OSR consists of a 256 Gbps switching fabric and a 30 million packets per second (mpps) forwarding engine. Its breadth of IP services comes from Cisco IOS, which provides features such as security, enhanced QoS, and destination sensitive services. In addition, the Cisco 7600 OSR allows the migration of existing port adapters from Cisco 7500 series routers, via the Cisco FlexWAN module, giving service providers one the industry’s widest array of interface options in any single platform. This provides service providers great flexibility in deploying the Cisco 7600 OSR for a variety of applications, protects their investment in existing systems, and gives them a practical migration path to the New World Optical Internet.

A Revolutionary Platform For Evolving Networks

The Cisco 7600 OSR helps service providers break through service and bandwidth barriers today, while designing networks to scale for future growth. The Cisco 7600 OSR achieves this through “adaptive network processing,” or the ability to evolve the platform for new IP services without hardware upgrades. Unlike fixed, ASIC-based platforms, which are hardware encoded, the Cisco 7600 OSR relies on the highly flexible Parallel eXpress Forwarding (PXF) technology for scalable performance of services. PXF is a patented, Cisco-developed network processor capable of line-rate IP services delivery that can support new IP services through periodic software upgrades. Each OSM has two PXF processors capable of 12 mpps of IP services delivery per interface card.

“IP+Optical combines the dynamism of the Internet world with the foundation of the transport world, creating an infrastructure that can deliver the services that service providers need,” said Lele Nardin, vice president of the Internet Systems Business Unit at Cisco. “Cisco will continue to add innovative solutions on top of this solid foundation to make service providers better equipped to meet the constantly escalating and changing customer demands for new networking services.”

Pricing and Availability

The base Cisco 7600 OSR system is list priced at $73,000 and the entry level system, with interfaces, start at $100,000. The interfaces modules are priced between $27,000 to $180,000. The Cisco 7600 OSR is available now worldwide.

Research Director Patricia Adams and VP and Distinguished Analyst Ronnie Colville presented this thought provoking session. It seemed to echo what ScienceLogic has been talking about regarding our thinking around the practical ways to efficiently accomplish key tactical gains against your Configuration Management Data Base (CMDB) initiatives.

They started out with, what are the prerequisites to a successful CMDB implementation?

Garbage in = Garbage out

There is no miracle occurring in all of these new fancy framework tools; these complex databases are only as good as the trusted source of information inserted. You have to put a bunch of elbow grease into figuring out what to actually put in the CMDB.

So how do you define the metrics?

First you need to know where you are starting from – you will need to baseline the environment. Then baseline what your state is 3, 6, and 12 months after installing CMDB.

Next: break metrics down to 2 strategic areas:

1. Strategic
   1. Operational Costs
   2. Application performance
   3. Compliance - internal auditors doing analysis – keep track of their findings and incorporate into your elements for data gathering
2. Operational Metrics
   1. Changes unplanned (typically 80% unplanned or emergency)
   2. Changes withdrawn (how many changes were withdrawn / roll back)
   3. Application downtime (what did it cost from app being down)
   4. Server downtime (before and after)
   5. Tickets generated (before and after)

Having the data to show how you are performing makes it much easier to show why you need more budget to improve performance in specific areas. Having metrics allows IT managers to do marketing back to the business units about the value you are delivering.

Gartner said that from their Enterprise customers they often hear “I haven’t quantified the value yet”…That is not the right answer.

During the session, Gartner did a real-time wireless poll of the audience with some interesting questions:

What are the tools to build and populate your CMDB with IT services?

Focus of CMDB?

• Inventory 20%
• IT service relationships 68%
• Other 6%
• Don’t know 6%

Interesting to note, a very consistent set of information from year to year polling which equals a mature understanding of the CMDB’s role for analysis and decision process.

Have you heard of ITIL V.2 & V.3 and considered how it impacts this discussion?

ITIL is a process framework, it is not a technology automation framework. Just because something is pink ITIL certified does not mean that it will help at all with the automation of the process framework.

Gartner quantified the market as being about 2 years old this month. So the point here is we are in early days of this technology. The way they see it, the Large Enterprise/Framework vendors selling you is like a lock-in, but the interesting thing about CMDB is that the tools that you need to integrate and federate were only recently acquired, so the entire framework vendor integration and alignment story is mostly incomplete.

Gartner’s Evolution of the CMDB deployment

On average it takes 12 – 18 months to get up and running.

Through 2011 enterprise should recognize that any of the CMDB tools bought today may require significant upgrades to offer near real time service views to support decision support analytics.

Several items from this presentation jump out at me:

1. IT Organizations need to deploy tools that will help to automate the continuous collection of IT asset inventory, configuration and business impact analysis. That is a big gap that exists in the marketplace today… the speed at which information is collected and updated into the CMDB.
2. Investing too much into this immature market before the official standards are set and then adopted by the industry (estimated 18 months after final adoption) is quite risky.

The conclusion that I made from this presentation is that you are better off with our 80 – 20 rule around CMDB’s. Use a tool that will collect 80% of what you need to operate the business in 20% of the time it takes to deploy these heavy, less than automated framework tools!

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Note that the iPhone 2G and 3G aren't more powerful than other, similar devices. Symbian platform devices from Nokia and others are in notably short supply in the US, but come in great quantities and varieties elsewhere, and have some pretty impressive computational power; Nokia owns nearly 50 percent of the worldwide smartphone market. Likewise, you can run desktop-to-mobile programs under Windows Mobile that let you have real computer applications repackaged for better use in the smaller form.

But that's not what the iPhone is about. It's a non-compromise device, even when a little compromise might help. The lack of a touch-typist keyboard hinders data entry, but it doesn't restrict any other purpose of the device. The inclusion of those keyboards is a huge compromise for all its competitors, even though it allows those competitors to act more like little computers.

And that's where it's odd for me. The iPhone is much more like a full-blown computer than any smartphone I've used. It might be the superior browser, and the fact that a single company and design vision has ensured the maximum CPU is available for each current task, and that the interface and actions are nearly always consistent across every piece of software. Contrast that with many smartphones that don't just have ugly interfaces, crippled Web browsers, and varying input methods, but also require you to learn a different approach to using nearly every different piece of software on the phone.

Apple isn't about to kill its competitors, but they are providing an odd amount of support for killing a laptop.

On a slightly tangential front, Apple CEO Steve Jobs claim that their phone's 3G speed was nearly that of Wi-Fi requires some explanation. Jobs needed a footnote: "compared to typical Wi-Fi hotspots that have about 1.5 Mbps of downstream backhaul." The iPhone is clearly processor limited for how fast it can render Web pages and handle network processing. If you stick an iPhone on a 10 Mbps-backed network via Wi-Fi, the browsing experience isn't very different than on a 1.5 Mbps-backed Wi-Fi hotspot, in my experience with the current phone.

So clearly, there's more optimization to be done and more hardware upgrades to come in order to have a mobile device that can live up to whatever network it generally works on. For the iPhone 3G, Wi-Fi is an alternative, but it's clearly not intended as a superior alternative.