Skip to main content

Next-Generation Mobile Phones

Nokia and others are starting to turn out phones that switch easily between various technologies -- Pretty soon, the mobile gizmo you cart around in your pocket may spend as much time chatting over the air as you do. But instead of closing a sale, checking in with Mom, or trading gossip with a friend, your phone will be jumping from one network to another, tirelessly seeking the right wireless access at the best price in every location.

One minute, the phone might be connected to a conventional cellular operator. Moments later, as you pass within range of a Wi-Fi hotspot, it could switch automatically to a faster and cheaper connection to download a batch of e-mails. While you stroll around the mall, it might pick up promotions and coupons from stores via free short-range Bluetooth radio. Then, while you sleep at night, it could receive the day's sports highlights via digital TV broadcasting for you to watch the next morning on the train.

Sounds like science fiction, but a world where many different types of wireless networks coexist and compete for traffic is just around the corner. And nobody is pushing harder to make it happen than Finnish giant Nokia Corp., maker of nearly one-third of the world's mobile handsets. The company whose very name is synonymous with cellular is racing into every imaginable type of wireless technology. Says Antti Vasara, vice-president for corporate strategy: "The world is not just cellular any more. There are lots of other ways to make bits fly."

Popular posts from this blog

AI Investment Drives Semiconductor Demand

The global semiconductor industry is experiencing a historic acceleration driven by surging investment in artificial intelligence (AI) infrastructure and computing power. According to the latest IDC worldwide market study, 2025 marks a defining year in which AI's pervasive impact reconfigures industry economics and propels record growth across the compute segment of the semiconductor market. Semiconductor Market Development IDC’s latest data reveals an insightful projection: The compute segment of the semiconductor market is on track to grow 36 percent in 2025, reaching $349 billion. This segment, which encompasses logic chips powering CPUs, GPUs, and AI accelerators, will sustain a robust 12 percent compound annual growth rate (CAGR) through 2030. These numbers underscore not only current momentum but a structural shift driven by large-scale adoption of AI workloads spanning cloud, edge, and on-premises deployment models. The scale of investment is unprecedented. As organizations ...