At the Custom Electronics Design and Installation Association (CEDIA) Expo in Indianapolis last week, HP demo'd a new technology for its high-definition television sets that will allow consumers to use them to access digital files stored on their PC's. According to HP, the technology, which is slated for distribution next summer, will allow its HDTV sets to communicate with a variety of devices on a home network, and will also allow consumers to access multimedia services over the Internet. The prototype HDTV sets that HP demo'd at CEDIA contain a built-in media receiver that enables them to communicate wired or wirelessly with PC's. HP plans to offer companion software with the TV sets that will allow consumers to create virtual databases of media content on their PC's: once a library of personal media is created and a wired or wireless connection is made, the company says, consumers will be able to use their remote controls to navigate those libraries and access their content. "This is among the world's most advanced television technology," Steve Nigro, HP's SVP and general manager of imaging and printing technology platforms, said in a prepared statement. "By creating even smarter HDTV's, HP will help consumers access digital content over the Internet or content that was previously quarantined on the PC. Now that content will be readily available through the heart of home entertainment--the TV."
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 ...