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Internet Speed Report New Jersey October 2024

A comprehensive analysis of broadband performance in New Jersey based on real user speed tests conducted on Bandwidth Place.

Year 2025 2024
Period Full Year Jan Feb Mar Apr May Jun Jul Aug Sep Oct Nov Dec

Total Tests

334

Avg. Download

170.58Mbps

Avg. Upload

69.45Mbps

Avg. Ping

80.5ms

Top Internet Providers

Provider Avg Speed
MCI Communications Services, Inc. d/b/a Verizon Business 183.1 Mbps
Comcast Cable Communications 148.7 Mbps
Cogent Communications 13.2 Mbps
Cablevision Systems Corp. 299.9 Mbps
Cablevision Systems Corp. 1,177.6 Mbps
Cablevision Systems Corp. 228.6 Mbps
OVH SAS 53.1 Mbps
MCI Communications Services, Inc. d/b/a Verizon Business 311.7 Mbps
Cablevision Systems Corp. 102.8 Mbps
MCI Communications Services, Inc. d/b/a Verizon Business 101.3 Mbps

Top Devices

Device Share
Generic Smartphone 4.8%
Generic Smartphone 3.0%
iPhone 2.1%
Generic Smartphone 1.5%

Top Browsers

Browser Share
Chrome 29.9%
Firefox 8.7%
Chrome 7.2%
Chrome 6.3%
Chrome Mobile 4.8%
Chrome Mobile 3.0%
Chrome 2.1%
Mobile Safari 2.1%
Chrome 2.1%
Chrome 2.1%

Explore More Locations

Edison North Bergen Absecon Hazlet Woodbridge Cherry Hill Middletown Hackensack Jackson Township Asbury Park Piscataway Burlington Neptune City Union City Trenton Parsippany Cranford Fort Lee Glassboro Paulsboro Princeton Hasbrouck Heights Randolph Township Secaucus Hoboken Mount Laurel Morristown Highland Park Matawan Basking Ridge Newark Mahwah Blackwood Dumont Beachwood Union Township Jersey City Lakewood Northvale Monmouth Beach Morris Plains Springfield Township Wayne Woodbury East Brunswick Holmdel Bridgewater Clayton

Analysis Methodology

The data presented in this report is aggregated directly from real user speed tests performed on the Bandwidth Place platform testing network nodes globally during 2024. We calculate the localized metrics using strict data sanity checks to prevent skewed results from anomalies or extreme outliers.

SEO & Location Routing Structure: Because location data is structurally rigid, caching data dynamically to static hierarchy (Country -> State -> City) provides significant improvements to PageSpeed metrics and Time to First Byte (TTFB). This strategy ensures optimum indexing for search engines processing localized queries.