WiMax waiting game may be winding down

"The stars now are coming into alignment," he said.The WiMax Forum in April of 2005 selected Spanish testing firm Cetecom S.A. to perform certification testing."In January, we announced the first certified products," Orr said. To date, 16 products from eight companies?a base station and subscriber station from each company?have been certified, and another 30 products are in the queue. An Asian certification lab is expected to begin accepting products for testing later this year, but there are no concrete plans yet for a U.S. lab.O'Neal said more than 90 percent of WiMax deployments today have been in the 3.5 GHz frequency band. But that band is reserved for government and military use in this country, and commercial carriers who use the 2.3 and 2.5 GHz bands are waiting for vendors to develop products in those frequencies."Everyone is working on that," O'Neal said.But they are not here yet. Alvarion said last year it hoped to have a 2.5 GHz version of its BreezeMAX product available later this year. That schedule has slipped, but O'Neal said it probably would be available later this year. Alvarion's current 3.5 GHz version is undergoing certification testing and should complete the process this year.Alvarion will is announcing a self-installing customer premises WiMax transceiver at GlobalComm. It is a desktop device with six interior antennas that will automatically optimize the signal and configure itself when plugged into a computer.Voice over IP is drawing attention in the wireless as well as the wired world, and a group of companies are demonstrating toll-quality voice over WiMax at GlobalComm. Bandwidth allocation for quality of service is key to making voice applications acceptable, and that is being provided by CableMatrix Technologies Inc. of Des Plaines, Ill."We set up the amount of resources necessary for the call to go over the network with an acceptable quality," said Jay Malin, vice president of business development. WiMax uses a signaling protocol similar to that used by cable. The demonstration uses a base station from VCom Inc. of Victoria, B.C., which also produces RF modulation equipment for the cable industry, and a media gateway and terminal adapter from Audiocodes Ltd. of San Jose, Calif.The demo uses off-the-shelf equipment that could be deployed as soon as the WiMax service is being delivered, Malin said. The companies hope to trial it with a service provider soon."We're trying to avoid being a science experiment," he said. "We have provided a template for a WiMax provider."While WiMax has been slowly gathering momentum, the 802.11 family of WiFi standards has come to dominate wireless networking in this country. It is primarily an indoor, short-range technology used for wireless LANs, but in the absence of a long-range WiMax implementations, WiFi has been extending its reach into metro area implementations with mesh networking.For the present, WiMax it is a fixed, outdoor broadband delivery technology, and its primary uses probably will be for backhauling other wireless networks, replacing cable in campus environments and delivering broadband to rural areas. But the 802.16e mobile standard could broaden the WiMax scope, bringing it into competition with WiFi for mobile networking.Despite these overlaps, WiMax advocates see it as complementing WiFi technology rather than competing with it. They see WiFi dominating the short range, interior market and WiMax providing the big pipes and backhaul."I don't see one technology replacing another," Orr said. He predicts WiMax eventually will take off in this country, "but WiFi has a lot of headroom where its sweet spot will continue to grow. There really is no cap to it." Washington Technology's .