New York–New Jersey cable landing hub and cable infrastructure (1858–present)

1. First transatlantic telegraph cable attempt succeeds briefly

   Aug 16, 1858Labels: Transatlantic cable, Newfoundland Ireland

   In 1858, a submarine telegraph cable was laid across the Atlantic, linking telegraph stations in Newfoundland and Ireland. It proved that near-instant communication across an ocean was possible, even though the 1858 cable soon failed and service stopped. This breakthrough set the stage for later, more durable undersea cable systems that would eventually feed traffic into New York–New Jersey commercial hubs.

   • IET Archives
   • Henry Ford

2. First permanent transatlantic telegraph cable is landed

   Jul 27, 1866Labels: 1866 transatlantic, Commercial telegraph

   In 1866, a commercially viable transatlantic telegraph cable was successfully brought ashore, creating a lasting telegraph connection between North America and Europe. Durable transoceanic cables made international messaging routine, increasing the value of major U.S. communications centers. Over time, New York City’s financial and press markets helped make the New York region a key destination for cable-connected networks.

   • ETHW
   • Heart s Content

3. Western Union begins consolidating telegraph operations in Lower Manhattan

   Jan 1, 1875Labels: Western Union, Lower Manhattan

   In the late 1800s and early 1900s, Western Union expanded its New York City footprint to handle rising telegraph traffic, especially for business and news. This consolidation mattered because it pulled long-distance circuits and operational staff into Lower Manhattan, helping establish the area as a dense communications district. The concentration of switching, routing, and operations would later support international cable-era connectivity into city buildings.

   • 60 Hudson

4. Construction begins on 60 Hudson Street telecom building

   Aug 21, 1928Labels: 60 Hudson, Western Union

   In 1928, Western Union began constructing 60 Hudson Street as a purpose-built facility for telegraph operations and network infrastructure. Concentrating equipment, conduits, and staff in one building improved operational efficiency and reinforced Lower Manhattan’s role as a communications hub. This building later became a major interconnection site where many carriers could exchange traffic.

   • 60 Hudson

5. 60 Hudson Street opens and telegraph lines are “cut over”

   Oct 5, 1930Labels: 60 Hudson, Telegraph cutover

   In 1930, Western Union moved operations into 60 Hudson Street and shifted (“cut over”) large volumes of telegraph wiring into the new center while keeping service running. This was important because it centralized routing and operations for a wide network in a single, engineered facility. The building’s role as a communications nexus continued long after the telegraph era.

   • 60 Hudson

6. 32 Avenue of the Americas becomes a long-distance communications center

   May 9, 1932Labels: 32 Avenue, AT&T Long

   By 1932, 32 Avenue of the Americas (the AT&T Long Lines Building) was completed as a large-scale long-distance communications facility. The building helped handle long-distance calling and related services, anchoring another major telecom site close to other Lower Manhattan infrastructure. Together with buildings like 60 Hudson Street, this reinforced Manhattan as a dense “hub-and-spoke” node connected to regional and international networks.

   • 32 AoA

7. TAT-1 transatlantic telephone cable enters service

   Sep 25, 1956Labels: TAT-1, Transatlantic telephone

   On September 25, 1956, TAT-1 began service as the first transatlantic telephone cable system. It made transatlantic voice calling more practical than earlier radio-based systems, supporting growing business and government demand. Although the U.S. landing for TAT-1 was not in New Jersey, its success marked the start of a telephone-cable era that would later drive new New Jersey landing sites and backhaul links into New York City hubs.

   • Science Museum
   • Henry Ford

8. TAT-8 fiber-optic transatlantic cable enters service

   Dec 14, 1988Labels: TAT-8, Fiber-optic cable

   On December 14, 1988, TAT-8 entered service as the first fiber-optic cable to cross an ocean. Fiber optics carried far more traffic than older copper systems, helping shift global communications toward high-capacity digital networks. Engineering work and integration associated with the system took place in New Jersey, reflecting the region’s growing importance in undersea-cable technology and operations.

   • ETHW
   • Tuckerton

9. PTAT-1 privately financed fiber link connects Manasquan

   Jan 1, 1989Labels: PTAT-1, Manasquan landing

   In 1989, PTAT-1 was completed as the first privately financed transatlantic fiber-optic cable, connecting Manasquan, New Jersey, with Bermuda and onward to Ireland and the U.K. This mattered because it helped break the earlier pattern of monopoly-era international cable systems by introducing privately financed competition. Manasquan’s role as a landing point strengthened central New Jersey’s position as a key interface between transatlantic systems and U.S. terrestrial networks feeding the New York metro area.

   • PTAT 1

10. TGN Atlantic starts operating into Wall Township, NJ

    Jan 1, 2001Labels: TGN Atlantic, Wall Township

    In 2001, the TGN Atlantic system began operating with a landing point in Wall Township, New Jersey. This added a major modern transatlantic route into the New York–New Jersey region and supported carrier diversity (multiple independent routes). Wall Township’s emergence as a landing area also encouraged nearby cable landing station development and high-capacity backhaul connections toward New York City interconnection buildings.

    • TGN A

11. TAT-14 is ready for service with NJ landings

    Mar 21, 2001Labels: TAT-14, New Jersey

    On March 21, 2001, the transatlantic TAT-14 cable system was ready for service, with U.S. landings including Manasquan and Tuckerton, New Jersey. The system was designed for higher-capacity fiber-optic transmission and improved resilience through its multi-country route structure. These New Jersey landings reinforced the region as a primary U.S. gateway for transatlantic traffic that could then be transported into New York City network hubs.

    • SubmarineNwk
    • Tuckerton

12. Apollo transatlantic system begins service with NY–NJ landings

    Jan 1, 2003Labels: Apollo system, NY NJ

    In early 2003, the Apollo cable system entered service with landing points including Shirley, New York, and Manasquan, New Jersey. Having multiple nearby landing options supported routing diversity and reliability for transatlantic connectivity into the New York metro region. This helped New York–New Jersey function as a “hub” where different cable systems could interconnect and carriers could choose alternate paths during outages or maintenance.

    • Apollo

13. NJFX announces a carrier-neutral data center at Wall Township

    Sep 29, 2015Labels: NJFX, Wall Township

    In September 2015, NJFX announced plans to build a carrier-neutral data center adjacent to an existing Wall Township cable landing area. Carrier-neutral facilities matter because they allow many network operators to interconnect in one place rather than relying on a single carrier’s infrastructure. This step reflected a broader shift: cable landing hubs increasingly combined undersea landings with data center “meet-me rooms” that route traffic efficiently toward New York City and other markets.

    • DCD
    • NJFX

14. TAT-14 is retired, marking a generational shift

    Dec 15, 2020Labels: TAT-14 retirement, Legacy cable

    On December 15, 2020, TAT-14 was retired after nearly two decades of service. Its retirement highlighted how undersea networks continually evolve, with older systems replaced by higher-capacity and more flexible designs. For the New York–New Jersey hub, this shift emphasized ongoing investment in modern landing campuses and interconnection sites rather than reliance on a single legacy cable.

    • SubmarineNwk