The Next Big Thing
Posts about next generation technologies and their effect on business.

The search for ubiquitous power and IoT

plugging in economy.pngI was pulling together a presentation for a bunch of technologists on the Internet of Things (IoT) that I am giving later today. There have been numerous discussions about the possibilities of ubiquitous computing, but one of the prerequisites is ubiquitous power – we’re getting closer but we’re not there yet.

 

One of the side effects of Moore’s law is that threshold voltages for transistor switching keeps going down. That means that the power requirements for devices go down as well. This week there were a couple of interesting examples of more flexible energy access in the press:

As we find more uses for computing, there will be just as an ambitious effort for finding ubiquitous energy sources. Advances like this may enable organizations to address their business from more diverse locations going forward.

Data Center Futures - a look back and a look ahead

Computing factory.pngEarlier this month Baseline magazine came out with a set of Predictions on the 2025 Data Center.  It made me reflect on how data centers changed in the last 10 years.

 

It was about 10 years ago that I wrote a Data Center of the Future speech for the rededication for one of EDS’ (now HP’s) data center complexes.

 

One thing I found interesting in the speech is that the computer in my house is still running at 3.4GHz (even though I’ve replaced it twice since then), but data storage on the device has gone up significantly. The speech also talked about the advent of cloud computing and the kinds of automation that are common today, as well as big data applications and a hint about the Internet of Things. In fact I didn’t see anything in the speech that was totally off base with the issues of today.

 

This new analysis from Baseline is dominated by energy production and consumption. This energy infrastructure dominating the computing capabilities is an interesting shift on where data center innovation will be focused in the future – assuming they are right. That’s why HP has been focused on Moonshot as an alternative compute delivery platform. Energy consumption of data centers is a problem that is not going to go away without some significant innovation.

A bit more on strategy and change

 

questionsandanswers.jpgI got a note that my previous post on strategy and change was a bit too terse. I made assumptions that people understood my references. Since that post was an excerpt from one slide of a longer presentation, I may not have given enough context to understand the bullets. I’ll take another crack at providing context (through links). Hopefully between the two posts, I can answer the questions and get the points across.

  • Many of the factors that enable change are predictable – in the presentation I talk about how there are laws like Moore’s law (and a number of others) that can be used to predict what the future will be like. People can think about their corporate goals, investment plans and other drivers as well as the timeframe for investment… and extrapolate out the types of technology that should be available and what it might mean. This may shift how the change can be implemented.
  • Scarcity affects value – Too often organizations behave like what is valued for its scarcity will still be true in the future, or that what constrains us from generating value a certain way will still be constraining going forward. Most of the IT systems currently in production were based on a scarcity model – the assumptions their design was based on may no longer be true. Data is not going to be scarce in the future, but the business context described by the data may still be. The attention of the employees most certainly will be scarce. If we need to consume more (of what’s abundant) to generate even more value from what's scarce – that is not a bad thing.
  • The rate of change and transformation is increasing – There are many different forces pushing businesses to change and adapt. These will be enabled by IT and essentially add fuel to the fire. We need to stop thinking of change as a periodic disruption of the status quo and instead see it as a river of change. It may go slower or faster, but it doesn’t stop. We need to be flexible and adapt and generate energy from it, not try to hold it back. We need to automate action as well as improve interaction.
  • The increasing digitization not a replacement for today’s processes and systems – Systems of record (e.g., ERP) are still going to be important. They record the transactions that keep a business running. We can surround them with better interfaces and automation, but don’t think that everything can be replaced with whole new concepts. They may be on new platforms… but we still need to keep records.
  • Social influence is beyond the control of any individual ecosystem – This was focused on newer methods to take advantage of social -- techniques like gamification or crowdsourcing that tap into the power of others need to be part of our toolkit.

I try to keep these posts short, but fortunately there is always an opportunity for another one.

 

HP ConvergedSystem 100 for Hosted Desktops

moonshot.jpgOne thing I am always looking for from a conference like HP Discover are products that might be underappreciated at first glance. The ConvergedSystem 100 may be one.

 

A while back HP came out with Moonshot. This massive application of computing capability was significantly cooler and more efficient than other options in the marketplace. It had one big issue, commercial software vendors didn’t have a licensing model that aligned with the number of cores this box could bring to bear on a problem. So for most organizations, the choices were to either write the software yourself, or use open source.

 

Now there is a solution that takes advantage of the cartridge approach used in Moonshot to tackle a problem that many organization have. The need for a low cost, no compromise PC experience. This solution (with the m700 cartridge) provides up to 6x faster graphics frames per second than similar solutions, up to 90% faster deployment (e.g., up and running in about 2 hours with Citrix XenDesktop and no SAN or virtualization layer to complicate things). It also has 44% better total cost of ownership, while consuming 63% less power.

 

You combine that with the HP t410 All-in-One, power over Ethernet thin-client solution and there are some real power savings and flexibility possibilities. 

Stanene – a new material for high performance computing?

graphene.jpgLike many, I am taking most of this week off as vacation. But I did come across one surprising article that I had to comment on. I’ve mentioned before the future and impact of graphene. Now, the two-dimensional trend is taking a look at Tin (Stanene).

 

This material could “increase the speed and lower the power needs of future generations of computer chips, if our prediction is confirmed by experiments that are underway in several laboratories around the world,” said team leader Shoucheng Zhang, a physics professor at Stanford and the Stanford Institute for Materials and Energy Sciences (SIMES), a joint institute with SLAC.

 

What is interesting is the possibility of 100% electrical efficiency at temperatures up to 100 degrees Celsius.

 

Starting to feel like I am reading about Flatland.

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About the Author(s)
  • Steve Simske is an HP Fellow and Director in the Printing and Content Delivery Lab in Hewlett-Packard Labs, and is the Director and Chief Technologist for the HP Labs Security Printing and Imaging program.
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