LOGISTICS & DISTRIBUTION
Industrial Wireless Network Solutions for Logistics Facilities
CTS designs and manages high-performance wireless networks for warehouses, distribution centers, and transportation hubs. From warehouse-wide Wi-Fi and in-building cellular DAS to private LTE and CBRS deployments, we deliver secure, low-latency connectivity that keeps inventory systems, handheld scanners, IoT devices, and operations moving without interruption.
Private Cellular Networks for Logistics: Private LTE & Private 5G
Private cellular networks provide secure, wide-area wireless coverage across large logistics facilities. Unlike traditional WiiFi, private LTE and private 5G deliver predictable performance, extended range, and controlled device access, making them well suited for high-mobility warehouse environments and outdoor yard operations.
For distribution centers that require reliable connectivity beyond structured indoor spaces, private cellular supports seamless mobility, segmented device management, and consistent coverage across expansive floor plans and adjacent logistics zones.
Large distribution centers often exceed 500,000 square feet and contain dense metal racking that significantly impacts wireless signal propagation, requiring engineered network design rather than standard enterprise deployments.
Private LTE for Warehouse and Distribution Connectivity
Private LTE provides stable, secure wireless coverage across large warehouse and distribution environments. It is well suited for logistics facilities that require consistent mobility, extended indoor and outdoor range, and reliable performance for handheld devices, vehicle-mounted systems, and core operational applications.
As a mature and widely deployed cellular standard, private LTE delivers predictable connectivity for mission-critical logistics workflows while maintaining strong device segmentation and network control.
Private 5G for Advanced Automation and High Performance Applications
Private 5G builds on the foundation of LTE by enabling higher throughput, lower latency, and greater device capacity. For logistics facilities deploying advanced automation, autonomous mobile robots, machine vision systems, or high-density IoT sensors, private 5G supports more demanding performance requirements.
Private 5G also offers long-term scalability, allowing distribution centers to evolve their wireless infrastructure as automation and data requirements expand.
Managed Warehouse WiFi for High-Density Logistics Operations
Managed warehouse WiFi supports high-density device environments inside distribution centers. Optimized access point placement, predictive RF modeling, and fast roaming protocols ensure reliable performance for handheld scanners, tablets, voice systems, and warehouse management applications.
While private cellular provides broad and secure coverage, warehouse WiFi remains the most efficient solution for supporting large volumes of short-range client devices within structured indoor environments.
CTS designs and manages industrial grade WiFi networks built specifically for warehouses and logistics facilities. Our approach focuses on predictive RF modeling, optimized access point placement, and seamless device roaming to ensure consistent performance across the entire facility.
Engineered for High Bay and Metal Dense Environments
Warehouse environments present unique wireless challenges. Tall ceilings, metal racking, palletized inventory, and moving equipment can cause signal reflection, absorption, and interference. Standard enterprise WiFi deployments often fail to account for these variables.
CTS conducts detailed site surveys and predictive wireless modeling to design coverage that penetrates high bay racking and maintains signal strength across large distribution floors. This ensures stable connectivity for handheld scanners, mobile computers, and warehouse management systems.
Seamless Roaming for Mobile Workforce and Devices
Logistics operations depend on uninterrupted mobility. Workers using handheld scanners, tablets, VoIP devices, and vehicle mounted systems must transition between access points without dropped sessions or latency spikes.
Our warehouse WiFi architecture supports fast roaming protocols, optimized channel planning, and proper access point density to maintain continuous connectivity. This reduces workflow disruption, improves inventory accuracy, and supports real time data exchange across the facility.
Optimized for WMS, IoT, and Industrial Applications
Modern logistics facilities rely on warehouse management systems, IoT sensors, automated conveyors, and smart inventory tracking. These systems require predictable bandwidth and low latency performance.
CTS designs managed WiFi environments that prioritize mission critical traffic, segment device types securely, and support high client density without congestion. The result is a wireless infrastructure capable of scaling with operational growth and automation initiatives.
In-Building Cellular Coverage and DAS for Logistics Facilities
Large warehouses and distribution centers often experience poor cellular reception due to metal construction, high ceilings, dense racking, and expansive floor space. Weak signal penetration can disrupt driver communication, mobile workforce coordination, and real time logistics operations.
CTS designs and deploys in-building cellular systems that restore reliable carrier coverage across industrial environments. Through engineered Distributed Antenna Systems, logistics operators gain consistent multi-carrier voice and data connectivity throughout the entire facility.
Overcoming Cellular Signal Loss in Large Metal Structures
Steel framing, metal shelving, insulated walls, and concrete construction significantly degrade public carrier signal strength inside logistics facilities. These environments create dead zones that impact mobile phones, push to talk systems, and data-enabled devices.
CTS conducts signal testing and RF analysis to identify coverage gaps and design solutions that restore consistent signal levels across loading docks, warehouse floors, mezzanines, and administrative spaces.
Distributed Antenna Systems for Multi-Carrier Coverage
A Distributed Antenna System extends and amplifies public cellular signals throughout a building using strategically placed antennas connected to a centralized signal source. This architecture ensures that all major carriers provide reliable service inside the facility.
For logistics operations, DAS improves communication between drivers, warehouse staff, supervisors, and third-party partners. It also supports mobile applications that rely on carrier connectivity, including shipment tracking, transportation management systems, and real time dispatch coordination.
FORTÉ In-Building Cellular Solutions by CTS
CTS delivers engineered in-building cellular infrastructure through its FORTÉ platform. FORTÉ integrates carrier coordination, signal distribution design, and professional installation into a unified solution built for complex commercial environments.
For logistics operators managing large distribution networks, FORTÉ ensures scalable and compliant deployments that align with operational demands and facility growth.
Public Safety DAS and Code Compliance
Many large logistics and distribution facilities must meet public safety communication requirements under local fire and building codes. Emergency Responder Radio Communication Systems, often referred to as Public Safety DAS or ERRCS, ensure that first responders maintain reliable radio coverage inside the building during emergencies.
CTS designs and deploys compliant public safety DAS systems that meet jurisdictional requirements and inspection standards. This protects personnel, supports emergency response readiness, and reduces risk exposure for facility owners and operators.
Solving Critical Wireless Challenges in Logistics Operations
Modern logistics facilities rely on uninterrupted wireless connectivity to coordinate transportation, warehouse operations, automation systems, and real time supply chain visibility. Fragmented networks, coverage gaps, and performance bottlenecks can delay shipments, disrupt workflows, and increase operational risk.
CTS designs integrated wireless architectures that eliminate these gaps and enable logistics operators to maintain secure, reliable connectivity across distribution centers, ports, and transportation hubs.
Enabling Real Time Visibility Across Complex Supply Chains
Logistics operations depend on continuous data exchange between warehouse management systems, transportation platforms, handheld devices, and IoT sensors. Gaps between public networks, private wireless, and WiFi environments can create blind spots that limit operational visibility.
CTS integrates private cellular, managed WiFi, and in-building coverage into a unified wireless architecture that ensures reliable data flow across indoor and outdoor logistics operations. The result is clearer visibility, faster response times, and improved coordination across the supply chain.
Supporting Automation with Low Latency and High Throughput Connectivity
Autonomous mobile robots, conveyor systems, and machine vision platforms require predictable bandwidth and low latency connectivity. Traditional wireless deployments often struggle in high-density warehouse environments.
CTS engineers wireless networks designed to support automation at scale, combining private LTE, private 5G, and optimized warehouse WiFi to maintain stable performance as device counts and data demands increase. This enables smarter, faster warehouse operations without network bottlenecks.
Delivering Seamless Indoor and Outdoor Coverage
Logistics operations extend beyond warehouse floors to loading docks, yard management areas, and transportation corridors. Disconnected indoor and outdoor networks create communication gaps that disrupt workflow continuity.
CTS designs integrated wireless infrastructures that provide consistent connectivity across the full facility footprint. This ensures continuous communication as goods and personnel move between operational zones.
Ensuring 24x7 Operational Continuity
Supply chain operations run around the clock. Wireless disruptions can impact throughput, safety, and delivery performance, particularly in lean IT environments.
CTS provides proactive monitoring, performance optimization, and ongoing support to maintain stable wireless operations. This reduces downtime risk and supports uninterrupted logistics performance.
Why Logistics Operators Choose CTS
Modern logistics environments require more than standard wireless deployments. Warehouses, distribution centers, and transportation hubs operate under constant performance pressure, where downtime directly impacts throughput, delivery timelines, and revenue. CTS delivers engineered wireless solutions built specifically for mission-critical logistics operations.
Custom Wireless Design for Complex Logistics Environments
No two logistics facilities are identical. Ceiling heights, metal racking density, yard coverage requirements, and automation systems all influence network design. CTS conducts detailed RF site surveys and predictive modeling to engineer warehouse WiFi, private cellular, and in-building DAS systems that align with operational realities.
This ensures consistent performance across high-bay storage areas, loading docks, administrative offices, and outdoor logistics zones.
Carrier-Grade Engineering for Mission-Critical Performance
Logistics operations depend on reliable connectivity for handheld scanners, warehouse management systems, IoT sensors, automation platforms, and driver communications. CTS designs carrier-grade wireless architectures using private LTE, private 5G, managed WiFi, and distributed antenna systems to deliver predictable coverage, capacity, and resilience.
Our solutions are built to support high device density, seamless roaming, and continuous data exchange across complex supply chain environments.
End-to-End Deployment and Lifecycle Management
CTS manages the full lifecycle of logistics wireless infrastructure, from design and deployment to optimization and long-term support. Our teams coordinate with carriers, facility stakeholders, and compliance authorities to ensure projects are delivered efficiently and aligned with operational goals.
This unified approach reduces integration risk and accelerates time to performance for new or upgraded facilities.
Managed Services and 24x7 Operational Support
Supply chain operations do not pause. Wireless disruptions can affect safety, security, and shipment accuracy. CTS provides proactive monitoring, performance optimization, and responsive support to maintain stable network operations around the clock.
By offloading complex wireless management to CTS, logistics organizations can focus internal resources on core supply chain execution.
Proven Enterprise Scale for Multi-Site Logistics Networks
Many logistics operators manage regional or national facility portfolios. CTS supports scalable deployments across multiple sites, delivering consistent design standards, centralized oversight, and repeatable performance outcomes.
Whether supporting a single distribution center or a multi-state warehouse network, CTS provides the engineering discipline and operational reliability required for enterprise logistics environments.
Logistics Wireless Resources
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Brochure
Learn about the full portfolio of CTS connectivity solutions
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Data Sheet
Learn how a CTS Private Cellular Network to help you achieve your logistics digital transformation
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Data Sheet
Learn about the benefits of our Maintenance services and our Network Operations Center
Frequently Asked Questions About Warehouse and Logistics Wireless Networks
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The best wireless network for a warehouse depends on facility size, device density, automation requirements, and coverage challenges. Most logistics facilities use a combination of managed warehouse Wi-Fi and private cellular networks such as private LTE or private 5G to ensure reliable connectivity, seamless roaming, and secure device segmentation across large industrial environments.
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Warehouses with high device counts, automation systems, or large coverage areas often benefit from private LTE or private 5G. These private cellular networks provide predictable performance, extended coverage, and improved mobility compared to traditional Wi-Fi alone. The appropriate solution depends on latency requirements, application type, and long-term scalability goals.
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Cellular signal is often weak inside distribution centers due to metal construction, high ceilings, dense racking, and insulated walls that block or reflect radio signals. In-building cellular solutions such as Distributed Antenna Systems restore reliable multi-carrier coverage throughout warehouse floors, loading docks, and operational areas.
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Many large logistics and warehouse facilities are required to meet public safety radio communication standards under local building and fire codes. Public Safety DAS, also known as Emergency Responder Radio Communication Systems, ensures first responders maintain reliable radio coverage inside the building during emergencies. Requirements vary by jurisdiction.
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Eliminating Wi-Fi dead zones requires professional RF site surveys, predictive modeling, and strategic access point placement. Warehouse environments require specialized design to account for high ceilings, metal racking, and inventory changes. Ongoing monitoring and optimization also help maintain consistent wireless performance.
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Yes. Integrated wireless architectures can support indoor warehouse floors, outdoor yard management areas, and adjacent operational zones. By combining private cellular, managed Wi-Fi, and carrier-based coverage, logistics operators can maintain continuous connectivity across the entire facility footprint.
Ready to Improve Connectivity in Your Logistics Facility?
Reliable wireless infrastructure is essential for modern logistics operations. Whether you are upgrading warehouse WiFi, deploying private LTE or 5G, improving in-building cellular coverage, or meeting public safety requirements, CTS delivers engineered solutions built for performance at scale.