Sens. Gordon Smith, R-Ore., and Byron Dorgan, D-N.D., are in the early stages of drafting legislation that would expand the program designed to provide ubiquitous telephone coverage to include high-speed Internet access. Aides to Smith said the bill would make money in the Universal Service Fund available so telecommunications providers could build out broadband facilities. "It would be built into the same structure, and might end up as a stand-alone fund, within the current system next to the high-cost fund," an aide said. USF has four major components: the $3.5 billion high cost fund, which subsidizes phone companies serving rural customers; the $2.25 billion e-rate, which provides Internet access to schools and libraries; the $758 million low income program; and the $25 million rural healthcare fund. Although the e-rate funds Internet access, the high cost fund pays only for narrowband telecom such as telephones -- and not broadband. The high cost fund is subdivided into a larger portion subsidizing small rural carriers and cooperatives, and a smaller portion subsidizing Bell companies in rural areas.
The worldwide server market has entered a new phase defined almost entirely by artificial intelligence (AI) infrastructure economics rather than traditional enterprise refresh cycles. The latest market data shows robust growth and a structural shift in where value is created, who captures it, and which architectures are setting the pace for the next decade. IDC reports that worldwide server revenue reached a record $112.4 billion in the third quarter of 2025, representing a striking 61 percent year-over-year increase compared to the same quarter in 2024. For context, this means the market is adding tens of billions of dollars in incremental quarterly spend, driven overwhelmingly by AI and accelerated computing requirements. IT Server Market Development Over the first three quarters of 2025, server revenue has already reached $314.2 billion, meaning the market has nearly doubled in size compared to 2024, underscoring how AI buildouts have compressed several years of exp...