Wireless Broadband
Municipal Public WiFi
Municipal public Wi-Fi offers residents and visitors convenient, free internet access that promotes digital inclusion, boosts tourism, and facilitates access to online services. This service enriches the visitor experience, supports smart-city applications, and enhances public safety through reliable, secure connectivity. Talus can assist with the design, architecture, and implementation of your networking equipment needs, including those involving hard-to-find technology like LoRaWAN solutions and private 4G networks. Additionally, Talus can help with your wireless backhaul design and AP deployments using innovative solutions such as Terragraph technology to meet your city's connectivity requirements.
Private 4/5G Networks
Talus has over 9 years of experience deploying private 4G networks and 5G networks. Utilizing either CBRS or licensed 2.5 GHz spectrum, we provide turnkey deployments from SIMs to Towers, making Talus your one-stop shop for deploying a Private LTE Network. Additionally, our expertise extends to implementing LoRaWAN solutions for various connectivity needs. We can also assist municipalities looking to implement municipal public Wi-Fi solutions to enhance connectivity for residents and visitors alike.
TARGET USE CASES
Logistics & Automated Warehouses
The Problem: Autonomous Mobile Robots (AMRs) and forklift scanners disconnect during Wi-Fi access point handoffs, stalling supply chain throughput.
The Talus Solution: CBRS technology provides uninterrupted, high-speed mobility with deterministic latency across millions of square feet, ensuring seamless operations even in complex environments.
Manufacturing & Heavy Industry
The Problem: Severe radio frequency (RF) noise from heavy machinery and metal structures causes packet jitter on standard Wi-Fi channels.
The Talus Solution: Utilizing dedicated 3.5 GHz CBRS spectrum cuts through industrial noise, providing clean channels for PLCs and safety systems, which are crucial for maintaining production efficiency. Furthermore, our implementation of advanced solutions like Terragraph technology can enhance connectivity in large areas.
Large Campuses & Outdoor Venues
The Problem: Covering vast outdoor areas, stadium parking lots, or remote campus facilities with Wi-Fi requires excessive trenching, cabling, and AP density.
The Talus Solution: High-power outdoor CBRS nodes effectively cover expansive outdoor spaces with a fraction of the physical infrastructure, making it an ideal choice for large venues.
LoRaWAN Networks
While traditional cellular and Wi-Fi networks excel at high-speed data, they fall short when it comes to supporting thousands of remote IoT sensors across extensive areas such as campuses, agricultural sites, industrial yards, and deep building basements. Issues like high battery drain, escalating cellular SIM costs, and Wi-Fi propagation challenges due to concrete and steel barriers persist. This is where Talus Communications steps in with innovative LoRaWAN solutions, integrating enterprise-grade technology into your wireless ecosystem. A single Talus LoRaWAN gateway can efficiently transmit micro-telemetry through multiple concrete layers or up to 10 miles in open terrain, providing sensors with up to 10 years of battery life and eliminating recurring carrier data fees. Additionally, for those considering municipal public WiFi or private 4G networks, Talus offers comprehensive discussions about your IoT and smart city plans, including insights into the potential of Terragraph technology. Contact Talus today to learn more.
Terragraph
Trenching optical fiber to expand high-speed network infrastructure is slow, disruptive, and wildly expensive—costing anywhere from $30 to $100+ per foot in urban and commercial environments. When enterprise campuses, outdoor venues, or multi-dwelling units (MDUs) demand multi-gigabit throughput immediately, traditional wired deployments often stall project timelines for months. This is especially evident when considering the need for robust municipal public wifi and private 4G networks in such settings.
Talus Communications addresses the last-mile backhaul bottleneck by deploying Terragraph technology—a 60 GHz millimeter-wave (mmWave) multi-node wireless mesh solution. By offering reliable, low-latency, multi-gigabit speeds over the air, Terragraph enables Talus to deliver fiber-equivalent capacity across physical sites in days, rather than months, and at a fraction of the civil engineering costs typically associated with traditional methods.
