|
|||||
FEATURED TOPICDigital Transition -The term "Digital Transition" describes the process all organizations must go through in the 21st Century, as they leverage new technologies that provide new options for Applications, Equipment, Processes, and Networks that make them more effective. In contrast, the term "Municipal Wireless" is limiting. It puts the network technology ahead of the application and process changes that drive the business case. ORIENTATION |
« Planning for OPLAN I | Weblog | Poker with Dick Cheney » Planning for OPLAN IIIt's been awhile since I've been over to the Telco 2.0 website. Martin Geddes in the UK does a great job with that site, along with his original more personal blog, Telepocalypse. I was pleased to find that Martin's been doing some good work on telecom reform - that's what Telco 2.0 is about, to try to drive home the need for change among telecom executives. This blog in particular set off my previous two posts about OPLANs - New Ideas for Incremental Muni-Fibre and Metro-Fibre. I like it because it pretty much spells out a practical way for private and public sector change agents to get busy now on implementing some of the ideas we talk about on MetroNetIQ. Namely, there is no reason to wait to get it all together - to put together an RFP, to assemble a business case, to find a private partner, etc., etc. In fact, a city can start by reviewing its own telecom expenses and connecting its distributed facilities with fiber of its own. That's precisely what the City of Gainesville, FL is doing. Last month, after visiting the Broadband Properties Summit in Dallas, I wrote about Gainesville - see Utility Forum Shows Multiple Broadband Approaches. The next panel featured an in-depth look at the community of Gainesville, FL, home of 2006 National Champions, the University of Florida Gators. On the panel were Commission Member Ed Braddy and two representatives from the Gainesville Regional Utilities (GRU), Frank Latini, Technical Services Manager, and Dan Clark, Marketing Specialist for Gator.Net. They outlined a low-key strategy that has enabled the utility to bring new Internet opportunities to the citizens of Gainesville by incrementally extending the FTTH network on a project by project basis, without raising political objections or opposition from the incumbent cable and telecom broadband providers. The website GRU.net provides more detailed information on the services offered. Commission Member Braddy described a communication strategy to compare the fiber network to "digital streets and roads," which he said has been an effective communication method. While the team holds a goal of engaging in an advanced deployment of a fiber optic loop for industrial purposes, their method is to engage in public private partnerships with MDUs and property developers, who share the costs of deployment. Their advice to any utilities, when asked how to manage perceived risk, is to "Go Slow." How does Gainesville's approach compare with Geddes' recommendations in his blog? Pretty good alignment, if you ask me. Key to note here is that wireless and fiber are two sides of the same coin. Regardless of technology, a business model is needed that provides for capital recovery, as well as sustainable operations. So chalk this method up as a second example of 3.0 Emergent Customization... What interests us most is that it provides a practical framework for realizing Malcolm Matson's open access vision of the future, where networks are funded and owned by long-term low-risk investors and any service provider can ride on top. This is called an OPLAN (Open Public Local Access Network), and implies both the end-user access and metro backhaul are part of the same open network. It's an intellectually attractive proposition. The trouble is finding the route from "here" to "there." Some of the biggest problems with municipal fiber deployments are down to the fact that it's a big, expensive, monolithic project. The up-front cost is hefty, and its repayment means you have to be very sure there will be enough demand to pay it back. It's difficult to trial the idea of muni-fiber (or any other kind of metro-fiber roll out) without making a huge investment and therefore taking a big risk. This is the "anchor tenant" problem Dave Hughes, Director of BT's Wireless Broadband division, mentioned during the session. Other speakers noted how hard it was to co-ordinate the purchase of connectivity across multiple public services given their varying contract commitments and buying cycles. So one way of dealing with the large costs and coordination issues of a huge capital project is to not do a huge capital project. Go incremental instead of all-at-once. Sure, there are trade-offs, but there is some wisdom in carving a larger project up into smaller bits, not the least of which is that it makes the project feasible. How about technology risk? By buying into a declining cost curve, you will get more modern equipment at an overall lower cost. The equipment makers may not like it, but it makes sense from a buyer perspective. Nobody wants to build a metro backhaul network without access network customers; but nobody wants to build an access network without a plentiful supply of cheap metro backhaul. And few are willing to risk doing both. So, what is to be done? Gradwell's suggestion is simple, as all the best ideas are in retrospect. There are six core elements: 1 An incremental approach to building an open-access muni metro network. Now we're getting somewhere - this looks like a plan. Go Slow, in pieces. Buy, don't Rent. Get the most out of holes you dig. Partner where it makes sense. Invite in private money. Roll in lots of cost substitutes for a more robust business plan. I'll cut out the middle man and just copy the rest of the planning guide here - check it out! The incremental OPLAN He suggests that cities, or for that matter other actors, start by taking an inventory the sites they already own and their major internal networking customers. Then link up heavy traffic generators that currently use third-party connectivity. Stop shipping your internal phone, e-mail, database synchronization and video surveillance out from the LAN (where you almost certainly use at least 100Mbits/s Ethernet and probably Gigabit Ethernet) to a telecom or ISP network (at some much lower capacity and higher price) and then back in to the LAN in another building. Rather than paying for every bit, why not run the GigE direct between the switches in the two buildings? So step one is to look for clusters of public buildings (e.g. Fire + Police) that share a connectivity need and join them together. With a small capital investment, these buildings can now share a common backhaul to the Internet or outside world, rather than having to buy one each from a telco. You get an immediate drop in opex from both their internal communications as well as external traffic. The business case is easy to make, particularly where the capex is low because you're digging up the street for other reasons anyway. It's a sort of mixture of opportunism and foresight - opportunism in that you pick out links that happen to be needed, ducts, culverts, and the like you happen to own, and add more fibre than you need, and foresight in that you deliberately seek to add fibre whenever you dig up the road, and plan to add a node when you start a new building. By managing the physical ducting as part of a multi-utility plan, you can greatly lower your costs. Replacing the pavement? Lay a fiber. Lamp posts wiring getting old? Lay a fiber. Sewers a bit too Victorian? Lay a fiber. Gas pipes looking leaky? Lay a fiber. And then, of course, why not hook up some more buildings? But you can do better than that; if you have all this capacity, you could link up to the company across the street and charge them for it. Then you might extend it to their other site across town. And private players may decide to hook in and build access links between businesses and residential users and the backbone, and start offering retail services. A stable plan By publishing a long-term plan of what "open links" are going to be deployed and when, private players can start to make investment plans to piggy-back on this network. A corporation might not be around in 20 years' time, markets change from week to week, private investment plans get canceled easily. A town or city is there permanently, and human geography changes only slowly by comparison. Holistic view of cost With this model for incremental deployment, you keep rolling until you cover the whole city. It has the advantage that there are no leaps of faith; you simply install links where you have a need for serious bandwidth, or where the cost of telco transit hurts. The EU and incumbents can't complain because you originally built it purely for your own needs - right? The open access tariff is a secondary motivator. Posted on October 31, 2007 at 12:38 PM CommentsPost a comment |
METRONET VENDOR DIRECTORYMY OTHER BLOGSMetroNetIQ E-Store - Be sure to visit the MetroNetIQ E-Store and pick up a copy of The ABCs of Community Broadband: How Digital Transitions Will Transform America's Communities, One at a Time. The E-Store will offer special discounts on this valuable guide for community leaders, discounts that won't be available to the general public on Amazon! |
|||
| Powered by Movable Type | ©2006 MetroNetIQ.com | Website Design by zilkoweb | |||