In many respects, 2008 was not your typical year in the wireless industry, nor any industry for that matter. In addition to the normal pressures of dealing with global competition and time to market, the pressure to do so within tight finanacial constraints and limited resources was overwhelming for all. Read on to find out what WD&D Editorial Advisory Board members had to say when they reflected back on the past 12 months. I would also like to personally thank Chris, David, Eric, Frank, Jerry and Justin for their time and effort to provide food for thought as we move into a new year and face its challenges.
In your specific area of the wireless industry, what surprised you this year from a technological or enterprise standpoint? In other words, what either happened or didn't happen that caught your attention?
What one prediction can you make for 2009, and what will it mean to the design engineer?
What does this mean for design engineers? It's all about cost. Risk has become a dirty word to management, so getting projects done on time and on budget will be more important than ever. Customers are looking for value, which means innovations that reduce the cost of the product or lower the cost of using it will generate more excitement than new bells and whistles. Efficient designs with energy saving features will continue to increase in importance, while the femtocell market with its "customer provided backhaul" should grow in 2009. Long term, I think we will be looking less at what the U.S. consumer wants, and far more at what will appeal to Indian and Chinese markets. 2009 will be an interesting year!
In 2009, I predict that the first commercialized fully-programmable radio will be deployed in handsets and femtocells. This approach will allow design engineers to configure the same silicon radio to operate over multiple wireless networks with only a software change. For example, if a service provider wanted to take advantage of spectrum re-farming in the 700 MHz band and provide cellular services, it would normally require from about 12 to 18 months to design a new radio chip, as well as a multiple seven-figure R&D budget and a large design team. Instead, a relatively small team of engineers would be able to program the radio to support the desired 700 MHz functionality in only a few months at <25% of the cost. This is a compelling value and will drive adoption of programmable platforms.
Test equipment will remain important to developing and maintaining wireless networks, and that test equipment will continue to become more sophisticated. All users of test equipment need to remember that measurements aren't perfect while instruments usually have higher RF performance than equipment used in the network (especially User Equipment), engineers and technicians always have to use good measurement technique. It may make sense to invest in operator training, especially for inexperienced technicians or new engineers.
I believe 2009 will see the rapid advancement of new wireless and radio architectures that will drive new skill requirements for design engineers. While the need for experienced "RF" engineers will continue to be high, these engineers must adapt their skills to understand other disciplines, like embedded SW development, digital signal processing and baseband HW design. It is the intimate marriage of high-frequency technologies with traditional baseband DSP that will become the norm. Engineers can no longer live on a technological island with tools and design methodologies that are unique to a given field.
While the OEMs are still generally involved in the selection of critical components, more of the wireless design is being farmed out to OEMs and first-tier suppliers. Now, the business must be won at many points: design-in can occur at one location or several times at different locations, production another, procurement a third and the acquisition channel (channel may be distribution or direct) may be a forth point. Determining just who the "customer" is can be a difficult task. Understanding which "customer" in the supply chain has authority for component approval, terms of business, purchasing, forecasting, delivery control and quality requires good coordination among various resources throughout the world.
Wireless technologies originally designed for consumer applications will increasingly be adapted for use in non-consumer environments, such as automotive electronics and medical devices. The design engineer will need to make sure that the specifications, quality and reliability attributes of the consumer grade products meet the requirements of the new applications.
What did not happen: Although the wireless industry was not unaffected by job cuts and project delays aimed at reducing costs, it nevertheless remained very strong in spite of worsening overall economic conditions. Innovation remained impressive throughout the year, with steady adoption of new products and technologies.
As we move into 2009, the manufacturers of wireless equipment will most likely continue to take a guarded approach to spending, while positioning themselves to remain competitive. This will require designers to demonstrate their ability to quickly create innovative, differentiating products and make efficient use of resources. The wireless industry has repeatedly demonstrated that it has some of the world's most capable R&D teams, and I'm certain they will rise to the unique challenges dictated by the market in the coming year.
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In many respects, 2008 was not your typical year in the wireless industry, nor any industry for that matter. In addition to the normal pressures of dealing with global competition and time to market, the pressure to do so within tight finanacial constraints and limited resources was overwhelming for all....
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