The States where the internet holds up best (and worst) on New Year’s Eve

New Year’s Eve is one of the clearest stress tests for broadband networks. Around midnight, millions of Americans stream, message, and video‑call at the same time - exposing where the internet holds up and where it breaks.

Fresh analysis by Casino Guru USA ranked U.S. states by median network latency and estimated New Year’s Eve congestion delay, focusing on responsiveness rather than headline download speeds.

The result is a clear countdown of the 10 states (and DC) worst equipped to handle the internet’s busiest night of the year.

The biggest streaming losers on NYE

Let’s start at the opposite end of the rankings are states where NYE congestion is most visible — and most disruptive.

1. Hawaii

Hawaii ranks last for latency (97 ms). Long undersea routing paths mean New Year’s Eve congestion can add up to 45 seconds of delay! Hawaii rings in the New Year later than any other state online — not because of bad internet, but because distance and congestion still matter when everyone streams at once.

2. Alaska

With median latency of 56.7 ms, Alaska routinely sees 35 seconds of extra delay when demand spikes.

3. Wyoming

Despite solid headline speeds, Wyoming’s 40.5 ms latency leads to 20 seconds of NYE delay.

4. Montana

Similar to Wyoming with up to 20 seconds of NYE delay, Montana’s high baseline latency translates into noticeable lag during peak moments.

5. Idaho

Idaho rounds out the bottom five, where limited infrastructure density drives NYE delays up to 18 seconds.

The biggest streaming winners on NYE

On the flip side, here is a countdown of the top 5 U.S. states (and DC) that handle New Year’s Eve traffic best.

5. Illinois

Strong core network infrastructure places Illinois among the best-performing states when traffic peaks nationally.

4. Colorado

Colorado’s 8.6 ms median latency and efficient routing help it absorb NYE demand better than most states.

3. Washington

With median latency of 8.4 ms, Washington State shows that strong infrastructure can overcome geographic scale.

2. New Jersey

Consistently excellent performance across latency and coverage keeps New Jersey smooth even at the midnight surge.

1. New York

New York ranks first overall, with the lowest median latency in the dataset (7.8 ms) and almost no additional delay on New Year’s Eve.

Conclusion- The Real Divide

On the internet’s busiest night, the difference between top and bottom performers isn’t subtle:

• Top states: almost no additional NYE delay
• Bottom states: up to 45 seconds of lag

The data shows that responsiveness on New Year’s Eve is shaped far more by latency and infrastructure density than by advertised download speeds.

Right as the countdown hits zero, millions of American users may still be waiting for streams to load, calls to reconnect, or messages to send- with apps running seconds behind the moment everyone else is celebrating.

For millions of Americans, New Year’s Eve doesn’t just feel late — it actually is.

Methodology

• Rankings are based on median network latency by state, taken from the source dataset covering all U.S. states and Washington, DC.
• New Year’s Eve delay figures represent estimated additional congestion-related delay during peak, synchronized usage periods, expressed as ranges where applicable.
• States are ranked from best to worst using lowest median latency as the primary ordering metric, with NYE delay used as a corroborating indicator of peak-time resilience.
• Download and upload speeds, coverage percentages, and composite scores are included in the dataset but are not used directly for the countdown ranking.

Sources

• FCC broadband data- https://broadbandmap.fcc.gov/home?version=dec2024
• Speedtest data- https://www.speedtest.net/global-index/united-states
• Cloudfare- state level internet performance data https://radar.cloudflare.com/traffic/us?dateRange=52w

All figures reflect statewide medians and estimates; individual user experience will vary depending on provider, access technology, and local network conditions.