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Cisco and Clearwire Get Together on WiMAXCisco and Clearwire Get Together on WiMAX

The big question here is: what kind of "devices" will Cisco develop and what impact will they have on the star-crossed development of WiMAX?

Michael Finneran

May 14, 2009

3 Min Read
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The big question here is: what kind of "devices" will Cisco develop and what impact will they have on the star-crossed development of WiMAX?

Yesterday Clearwire Corporation, the major WiMAX provider in the US, announced an alliance with Cisco to enhance and expand the CLEAR WiMAX service. The crux of the alliance is that Clearwire will use Cisco products to build their infrastructure and Cisco will develop new but unspecified WiMAX "devices." The infrastructure equipment Clearwire is buying includes Cisco 7600 Series Internet routers, Cisco ONS 15454 and Cisco ONS 15310 optical network platforms, Cisco ASA Firewalls, and the Cisco Service and Application Module for IP (SAMI) Home Agent.At the moment, Clearwire's CLEAR service is available only in Portland and Baltimore; the Baltimore network was built by Sprint before they merged their WiMAX business with Clearwire in 2008. Over the summer they plan to roll out service in Las Vegas and Atlanta (there were reports last week that the Atlanta network is already in test), with Chicago, Philadelphia, and Dallas-Fort Worth coming on line by the end of the year. They also plan to upgrade their existing pre-WiMAX networks in Seattle, Honolulu and Charlotte, N.C. The master plan is to have service in more than 80 markets across the United States by the end of 2010, either with new installations or by upgrading the balance of Clearwire's existing pre-WiMAX installations.

The big question here is: what kind of "devices" will Cisco develop and what impact will they have on the star-crossed development of WiMAX? Cisco is doing the development in the Linksys group and targeting consumer, small office or home office (SOHO), and small- and medium-sized business (SMB) markets. Whatever they come out with will clearly have an impact on what sort of applications that WiMAX service can be used for.

I have seen speculation regarding WiMAX-equipped video devices based on the Flip Video Camera Cisco recently acquired or a WiMAX-capable VoIP phone derived from their 79xx series Wi-Fi phones, but I think that's a stretch. WiMAX is developing primarily as a network for laptop access, so it's more likely they stick to what works. My guess is a Wi-Fi router with WiMAX backhaul capability similar to the Wi-Fi/3G MiFi router Verizon announced earlier this month.

Given the investment required to build a new nationwide wireless network, we don't get to witness this type of a launch very often. Clearly, the shifting fates of the WiMAX providers over the past few years more than testifies to the challenges involved. In this case you essentially have a start-up who is going up against multi-billion dollar competitors with tens of millions of subscribers. While the WiMAX service has a speed advantage today, that's temporary. The cellular carriers will be catching up starting in 2010 when they begin deploying their 4G alternative, LTE, in earnest, so their only problem is keeping existing customers from defecting prior to that.

So how is this going to work out? Does Clearwire think they can pilfer enough of those cellular customers to make a go of it? Are they going to support voice--the majority of the wireless spend today--or stick with their existing data service? Will mobile voice services migrate to VoIP quickly enough that they will be able to beat the cellular carriers to that all mobile IP network vision? Can they really pioneer a new set of consumer applications and beat the incumbents that way? And how do they intend to support them when they wander outside that relatively small physical footprint where they will have networks deployed (the current plan is to package WiMAX and cellular EV-DO capability in the same device)?

When Cisco made their first foray into this area, buying WiMAX equipment manufacturer Navini Networks in late 2007, they identified fixed location services in developing countries as the key target for WiMAX. Maybe they've changed their minds.The big question here is: what kind of "devices" will Cisco develop and what impact will they have on the star-crossed development of WiMAX?

About the Author

Michael Finneran

Michael F. Finneran, is Principal at dBrn Associates, Inc., a full-service advisory firm specializing in wireless and mobility. With over 40-years experience in networking, Mr. Finneran has become a recognized expert in the field and has assisted clients in a wide range of project assignments spanning service selection, product research, policy development, purchase analysis, and security/technology assessment. The practice addresses both an industry analyst role with vendors as well as serving as a consultant to end users, a combination that provides an in-depth perspective on the industry.

His expertise spans the full range of wireless technologies including Wi-Fi, 3G/4G/5G Cellular and IoT network services as well as fixed wireless, satellite, RFID and Land Mobile Radio (LMR)/first responder communications. Along with a deep understanding of the technical challenges, he also assists clients with the business aspects of mobility including mobile security, policy and vendor comparisons. Michael has provided assistance to carriers, equipment manufacturers, investment firms, and end users in a variety of industry and government verticals. He recently led the technical evaluation for one of the largest cellular contracts in the U.S.

As a byproduct of his consulting assignments, Michael has become a fixture within the industry. He has appeared at hundreds of trade shows and industry conferences, and helps plan the Mobility sessions at Enterprise Connect. Since his first piece in 1980, he has published over 1,000 articles in NoJitter, BCStrategies, InformationWeek, Computerworld, Channel Partners and Business Communications Review, the print predecessor to No Jitter.

Mr. Finneran has conducted over 2,000 seminars on networking topics in the U.S. and around the world, and was an Adjunct Professor in the Graduate Telecommunications Program at Pace University. Along with his technical credentials, Michael holds a Masters Degree in Management from the J. L. Kellogg Graduate School of Management at Northwestern University.