Wireless Communication

LTW tech working on wireless antenna

Our wireless system engineers specialize in designing and deploying high-capacity wireless networks utilizing advanced technologies that are reliable, scalable, secure, and cost-effective alternatives to fiber or leased lines.

We conduct comprehensive analyses of wireless networking topologies, assessing licensed and unlicensed radio technologies to develop tailored wireless infrastructures for voice, data, and video applications. From initial network design to installation, configuration, testing, monitoring, and maintenance, our lifecycle services ensure seamless implementation and long-term reliability.

Wireless Applications

Our solutions extend wireless WAN connectivity across campuses, cities, and counties, offering fixed wireless options that include point-to-point (PTP), point-to-multipoint (PTMP), and mesh network topologies.

Point-to-Point (PTP): Provides connectivity between two fixed locations with line-of-sight.

Point-to-Multipoint (PTMP): Connects a base location to two or more subscriber locations within line-of-sight.

Mesh Networks: A flexible architecture combining PTP and PTMP benefits, enhancing redundancy and coverage.

By leveraging wireless microwave technology, clients can bypass costly recurring lease expenses associated with copper or fiber connections from major carriers. With high data transmission rates, our solutions deliver accelerated returns on investment and unparalleled connectivity.

Wireless antenna on building

Enhancing Cellular and Wireless Connectivity

  • In-Building and Campus Cellular Coverage: Clients can improve indoor cellular coverage by leveraging distributed antenna systems (DAS), bi-directional amplifiers (BDA), and traditional cellular construction to enhance or extend carrier communication services within specific regions.

  • Private Wireless Mobile Networks: Clients can install or expand their wireless LAN infrastructure using advanced access points to deliver improved Wi-Fi coverage and connectivity.

  • Wireless LAN Connectivity for Buildings and Campuses: Clients can establish privately owned, high-speed 4G networks as an alternative to carrier-based systems. These networks enable secure transmission of voice, video, and data for fixed or mobile applications, supporting municipal operations such as police, fire, construction, and zoning departments, as well as fleet vehicles.

Ready to get started?

Contact LTW today at info@ltw.com or 973-882-9885, for more information.

People walking in town

Case Study

City of New Rochelle Police Department
A Model City-Wide Wireless Surveillance Network

CHALLENGE:
Successfully Operationalize a Force Multiplier
The City of New Rochelle sits on the southeast region of Westchester County in New York State, along the Long Island Sound and two miles north of New York City.

People at outdoor concert

Case Study

SteelStacks’ Security Network Gets Reliable Connectivity from Siklu

CHALLENGE:
Provide reliable real-time connectivity to video surveillance cameras live streamed to the Bethlehem Police surveillance centers and mobile command, used to secure a cultural heritage site, the SteelStacks.

Wireless antenna over fields

Case Study

Egg Harbor School District – Raising the wireless networking bar with Ceragon technology, LTW expertise

CHALLENGE:
Today’s schools need more speed and reliable access
The school environment reflects the Internet’s ubiquity with wireless technologies used in the classroom, a growing digital curriculum, and mandated online testing and assessments.