Mobile virtual network operators (MVNOs) are poised to capture more market share from U.S. wireless service providers in coming months, but the long-term success of many MVNOs is far from assured, says Heavy Reading. The number of MVNOs in the U.S. will expand rapidly in the next 12 months. As of early 2005, there were 22 operators registered to offer MVNO service in the U.S. That number is likely to grow significantly as retailers such as Wal-Mart launch MVNO offerings that tie their established brands to wireless service. MVNO success will hinge on the ability to market effectively to niche audiences. North American MVNOs are specifically targeting consumers with poor credit, users of international long distance, and young people. Key niche markets -- covering demographics previously considered undesirable by wireless carriers due to their low credit characteristics and exotic usage profiles -- are going to attract a lot of attention this year. MVNOs' principal weakness is that they lack scale as competitors when compared with large wireless carriers. As the MVNO field gets more crowded, the first-mover advantage with specific demographics is likely to dissipate.
The rapid evolution of artificial intelligence (AI) and hyperscale cloud computing is fundamentally reshaping data center infrastructure, and liquid cooling is emerging as an indispensable solution. As traditional air-cooled systems reach their physical limits, the IT industry is under pressure to adopt more efficient thermal management strategies to meet growing demands, while complying with stringent environmental regulations. Liquid Cooling Market Development The latest ABI Research analysis reveals momentum in liquid cooling adoption. Installations are forecast to quadruple between 2023 and 2030. The market will reach $3.7 billion in value by the decade's end, with a CAGR of 22 percent. The urgency behind these numbers becomes clear when examining energy metrics: liquid cooling systems demonstrate 40 percent greater energy efficiency when compared to conventional air-cooling architectures, while simultaneously enabling ~300-500 percent increases in computational density per rac...