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Dedicated Connectivity for Your Business
A Private LTE Network is a dedicated wireless network that provides businesses with secure, high-speed connectivity, independent of public cellular providers. Unlike traditional Wi-Fi or public LTE, Private LTE offers greater control, enhanced security, and the ability to scale across large areas or complex environments. This makes it ideal for enterprises and industries needing reliable, customizable networks tailored to their specific needs.
Private LTE provides high-speed, consistent connectivity across large industrial facilities, rural areas, and remote locations where traditional networks struggle. It ensures businesses stay connected without relying on public infrastructure.
Private LTE offers healthcare facilities secure, reliable connectivity for critical functions like telemedicine, real-time patient monitoring, and data transfer.
Public Safety
Private LTE can power smart city initiatives by providing reliable connectivity for traffic management, public safety communications, surveillance systems, and IoT sensors, ensuring secure and efficient urban operations.
Private LTE is designed to support the growing number of IoT devices and automation systems in sectors like manufacturing, logistics, and smart cities. It offers real-time, low-latency communication for critical operations across vast areas.
How We Work
Managed
Enterprise solutions for large scale projects spanning multiple years
Customers
Our network is our net
worth.
Experience
With more than 25 years of experience, we can deliver unbeatable quality.
Our Clients
Case Studies
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FAQs
Have questions? Explore our FAQ section for quick answers to
common inquiries about our services and solutions.
Private LTE is a dedicated, secure wireless network that businesses can control and manage independently, unlike public cellular networks that are shared with other users. It offers enhanced security, customization, and reliability, making it ideal for organizations that need more control over their network infrastructure.
Private LTE is designed to handle a large number of connected IoT devices with low latency and high reliability, making it ideal for automation and real-time data transmission. Whether you’re in manufacturing, healthcare, or logistics, Private LTE ensures that IoT devices stay connected and operational.
Yes, WZC Networking ensures seamless integration between your Private LTE network and your existing IT infrastructure, including Wi-Fi, Ethernet, and cloud-based systems. This allows for smooth data flow and communication across your entire network, including IoT devices and operational systems.
WZC Networking handles all aspects of spectrum management for Private LTE, ensuring compliance with local and federal regulations. Depending on the region and network design, we secure the necessary licenses or use unlicensed spectrum to deliver a fully functional network.
Private LTE can be upgraded to support 5G technologies, making it a future-proof solution. While 5G offers higher data speeds and lower latency, Private LTE provides a more controlled, secure network for businesses, and can transition to 5G as the technology becomes more widely adopted.
Yes, Private LTE is designed to handle low-latency applications like AR/VR, real-time monitoring, and mission-critical automation. With dedicated spectrum and tailored bandwidth management, Private LTE ensures minimal latency, even in data-intensive environments.
Private LTE networks are specifically designed to avoid the congestion found on public networks. By using dedicated spectrum and controlled access, Private LTE ensures consistent performance, even in high-traffic environments like airports, stadiums, or large industrial facilities.
Yes, Private LTE supports network slicing, allowing businesses to segment their network into virtual “slices” for different departments or services. This provides dedicated resources for each slice, ensuring optimal performance for specific applications like IoT, voice, or video.
For IIoT environments, Private LTE offers greater security, reliable coverage, and the ability to manage large numbers of connected devices in real time. Considerations include signal range, spectrum availability, and ensuring seamless connectivity for mission-critical systems in high-interference environments.
We manage all aspects of spectrum allocation for Private LTE, including securing dedicated spectrum or using shared spectrum like CBRS in the U.S. CBRS provides cost-effective access to spectrum while maintaining high performance, making it a popular option for private networks.
Yes, Private LTE can co-exist with existing Wi-Fi networks. While Wi-Fi is ideal for indoor, short-range coverage, Private LTE excels in larger, more complex environments where consistent, secure, long-range connectivity is needed. They complement each other by addressing different use cases, allowing for a more robust overall network.
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