News & Insights

Intelligent load shedding with Amphenol nrgILS gives operators circuit-level control to stretch battery runtime, reset equipment remotely, and restart sites cleanly, without a truck roll.

Optical nodes and return-path receivers are where fiber meets coax — the hand-off points that make a hybrid fiber-coax network actually hybrid. The node sits in the neighborhood, turning light […]

Over decades, Amphenol assembled companies with deep expertise in every layer of broadband infrastructure. This chapter of The Architecture of Broadband shows what they deliver together.

Modulation error ratio, or MER, is the single most useful number for judging digital cable signal quality. It tells you, in decibels, how cleanly your QAM signal is landing — […]

Grounding and bonding decide whether a nearby strike is a shrug or a site rebuild. Learn how a fault that never touches your gear can destroy it, and how to guard sensitive electronics from surges.

A good fiber testing toolkit is what separates a guess from a measurement — the difference between hoping a link works and proving it does. Fiber faults are invisible to […]

Remote power monitoring turns an unmanned DC site from a black box into a managed plant. Learn what you can’t see without it, and how visibility prevents outages and blind truck rolls.

Extended Spectrum DOCSIS expands usable downstream spectrum toward 1.8 GHz and extends the economic life of HFC — but the lowest-rated tap, splitter or amplifier in a segment sets the real ceiling.

DC backup power decides whether a grid event is a non-event. Learn why backup is a sizing and maintenance discipline, how battery plants quietly fall short, and what ride-through really requires.

AI, cloud and low-latency traffic are pushing broadband data center capacity closer to subscribers. Amphenol spans the range — 36,864-fiber frames in regional facilities down to modular HyperEdge sites at the edge.