Private LTE Solution

Q: How can a Private LTE network enhance our company's performance and business value?

A Private LTE network brings a dedicated, high-performance network characterized by high reliability, low latency, and enhanced security. This enables companies to boost operational efficiency, protect sensitive data, and overcome the limitations of traditional Wi-Fi, directly driving business growth and innovation value.

Q: What industries and use cases can benefit from Private LTE?

Typical industries for Private LTE include manufacturing, logistics, mining, energy, and more. It supports use cases like remote control, automated manufacturing, remote monitoring, and IoT device connection, enabling digital transformation in the enterprise.

Q: What are the key benefits of a Private LTE Solution?

Key benefits include Enhanced Security for data privacy, Expanded Coverage for large outdoor areas, Guaranteed Reliability in high-traffic environments, Low Latency & High Bandwidth for mission-critical operations, and Complete Network Control for enterprises to fully manage their networks.

Q: What is the difference between Private LTE and Wi-Fi, and why should I choose Private LTE?

Private LTE offers significantly wider coverage with fewer access points compared to Wi-Fi. It can handle a massive number of connected devices without performance degradation, utilizes highly robust SIM-based security mechanisms, operates on interference-free spectrums, and provides a much more scalable architecture for industrial enterprise needs.

Q: What devices are compatible with a Private LTE network? Do we need to replace our existing equipment?

Private LTE is highly compatible with a wide ecosystem of devices. You can use industrial CPEs, ruggedized smartphones, tablets, and IoT gateways equipped with standard LTE modules. By inserting custom SIM cards provisioned by IPLOOK's core network, your existing compatible devices can securely connect to the new network without a complete hardware overhaul.

Q: How do we acquire the radio spectrum needed for a Private LTE deployment?

Spectrum acquisition depends on your region. You have three main options: Shared Spectrum (utilizing shared bands like CBRS Band 48 in the US), Unlicensed Spectrum (leveraging MulteFire technology), or Licensed Spectrum (leasing sub-carrier frequencies from public operators or obtaining local private licenses). We can assist you in navigating the best spectrum strategy for your location.

Q: How long does it take to deploy a Private LTE network in an enterprise environment?

Deployment timelines are highly flexible. A Proof of Concept (PoC) or a small-scale indoor deployment can be up and running in a matter of weeks. For large-scale industrial sites, the end-to-end process typically takes a few months. Our flexible architecture supports fast, plug-and-play deployments.

Q: If we deploy Private LTE now, will we have to rebuild the network when we transition to 5G?

Not at all. IPLOOK utilizes a 4G/5G Converged Core architecture. This means the core network you deploy for LTE today is inherently designed to support 5G NSA and SA modes. When your business requires higher bandwidth or ultra-low latency, you can transition smoothly via software upgrades and base station additions, protecting your initial investment.

Private LTE Solution delivers secure, high-performance wireless networks built for enterprise control and reliability.

Challenge of Private Wireless Network Connection

Poor Coverage

Weak wireless signals in large indoor and outdoor areas lead to delays in data transmission and negatively impact productivity.

Unreliable Qos

Critical business applications demand stable bandwidth and low latency, which traditional networks often fail to guarantee.

Mobility lssues

Mobile devices, high-speed robots, and vehicles often lose connection, reducing operational efficiency.

Insufficient Securitv/Control

Wi-Fi lacks robust security measures, making it difficult for enterprises to fully enforce network policies.

High TCO

Wi-Fi requires additional devices due to its limited range, and outdoor deployments can be costly.

Lack of Future Application Support

Technologies such as autonomous vehicles and HD surveillance require higher network reliability.

Private LTE vs Wi-Fi vs Public LTE

Future-Proof Your Connectivity: Private LTE delivers the reliability your operations need today, while building the foundation for tomorrow's Private 5G. Explore the comparison below to map out your network strategy.

Features	Private 5G	Wi-Fi	Public 5G
Spectrum & Speed	Dedicated licensed/shared spectrum Up to 10 Gbps Configurable for high uplink capacity (crucial for machine vision & HD cameras)	Unlicensed bands (2.4/5/6 GHz) Up to 9.6 Gbps Typically downlink-heavy (download-focused)	Licensed operator spectrum (Sub-6GHz/mmWave) Up to 20 Gbps (mmWave) Typically downlink-heavy
Coverage & Penetration	Customized coverage (indoor/outdoor) Strong penetration for industrial environments	Short-range (50-100m indoors) 80% signal loss in metal/concrete environments	Wide-area coverage (1-5km) Limited indoor penetration without small cells
Mobility	Seamless mobility (<10ms handover) Supports high-speed AGVs/drones	High roaming latency (>100ms) Suitable for static/low-speed scenarios	Optimized for mobility (up to 500km/h) Indoor coverage requires enhancement
Security & Data Privacy	SIM-based authentication, End-to-End Encryption Data stays strictly on-premise (Local UPF)	Enterprise WPA3 Requires complex password/certificate management for massive devices	IMSI-based authentication Data must route through the operator's public core network
Reliability & Latency	Deterministic Networks: <1ms ultra-low latency 99.99% reliability in industrial scenarios	High-density access but suffers from channel contention Highly susceptible to interference	QoS degradation during congestion (e.g., peak-hour overload)
Network Deployment	Multi-band (mmWave/Sub-6GHz) Covers massive areas with minimal nodes, eliminating extensive LAN cabling	High density requires overlapping devices Needs complex PoE (Power over Ethernet) cabling for every AP	Dependent on macro base stations Indoor deployments require expensive DAS or small cell enhancements
Cost & ROI	Long-term ROI: 40% lower TCO over 5 years vs. Wi-Fi Supports 100k+ devices per cell	Low per-AP cost but requires high density (~¥100k/1k㎡)	Pay-per-use data plans High IoT traffic costs (~¥10k/month for 1k nodes)

Features and Capabilities

IPLOOK Wireless Private LTE offers a comprehensive, service-driven, and mission-critical End-to-End architecture designed to improve autonomy, enhance operational efficiency, and ensure personnel safety.

Key Components include

Integrated LTE Network

Reliable LTE connectivity for vessels, rigs, platforms, and M2M (Machine-to-Machine) applications.

Wide Coverage & Capacity

Small and macro cells to ensure strong connectivity in remote areas.

Centralized Management

A unified system for efficiently managing the network and connected devices.

Enhanced coverage, greater capacity, and better control over your business’s network

We have a great deal of experience in deploying private cellular networks with specialized requirements. Our highly scalable and flexible deployment architecture enables Private LTE/5G networks of all sizes.
We work closely with our customers(suppliers or integrators who offer private LTE networks for manufacturers, public entities or enterprises) to deploy their own LTE/5G network with lower costs, high security and better coverage. (e.g. bringing coverage to remote areas or ensuring mission-critical communications).
Our solution provides the enterprise with a much higher level of control over services, including the opportunity to deploy additional services, such as IoT, which may not be implemented within the public network.

Flexible Deployment

A trusted and proven software-based core network platform that can be deployed on COTS (Commercial Off-The-Shelf) hardware or public clouds, offering cost efficiency. Our EPC/5GC supports all radio vendors and is designed to deploy Private Networks.
It tracks and manages users and devices on a Private LTE/5G network, while also administering data sessions. Additionally, it provides access to external networks, such as local enterprise networks or the internet.
Integrated solutions for 4G/5G networks: These networks can operate in isolation, allowing the company to maintain full physical ownership and control over all on-premise components, without depending on external data centers.

Powering Dedicated LTE Networks Across All Industries

Turnkey Wireless Solutions for Building Your 4G/5G Network

Proven Success: Empowering Global Enterprise Networks

ALCON - Brazil

4/5G Converged Core supporting 5G NSA/SA and future expansion with scalable capacity.

5K+ Concurrent Users

100K Total Subscribers

Customizable core services with visual monitoring interface
Multi-vendor base station compatibility
Robust backup mechanisms for stable operations

Products Involved

FAQ

FAQ will answer common questions, help understand deployment, advantages, and problem-solving solutions

How can a Private LTE network enhance our company's performance and business value? +

A Private LTE network brings a dedicated, high-performance network characterized by high reliability, low latency, and enhanced security. This enables companies to boost operational efficiency, protect sensitive data, and overcome the limitations of traditional Wi-Fi, directly driving business growth and innovation value.

What industries and use cases can benefit from Private LTE? +

Typical industries for Private LTE include manufacturing, logistics, mining, energy, and more. It supports use cases like remote control, automated manufacturing, remote monitoring, and IoT device connection, enabling digital transformation in the enterprise.

What are the key benefits of a Private LTE Solution? +

Enhanced Security: Creates a secure, isolated network environment protecting sensitive data.
Expanded Coverage and Mobility: Covers large outdoor areas and supports seamless handover for moving assets.
Guaranteed Reliability: Designed to deliver stable performance even in high-traffic environments.
Low Latency & High Bandwidth: Ideal for mission-critical applications and real-time operations.
Complete Network Control: Empowers enterprises to fully manage, monitor, and optimize their own network.

What is the difference between Private LTE and Wi-Fi, and why should I choose Private LTE? +

Private LTE offers significantly wider coverage with fewer access points compared to Wi-Fi. It can handle a massive number of connected devices without performance degradation, utilizes highly robust SIM-based security mechanisms, operates on interference-free spectrums, and provides a much more scalable architecture for industrial enterprise needs.

What devices are compatible with a Private LTE network? Do we need to replace our existing equipment? +

Private LTE is highly compatible with a wide ecosystem of devices. You can use industrial CPEs, ruggedized smartphones, tablets, and IoT gateways equipped with standard LTE modules. By inserting custom SIM cards provisioned by IPLOOK's core network, your existing compatible devices can securely connect to the new network without a complete hardware overhaul.

How do we acquire the radio spectrum needed for a Private LTE deployment? +

Spectrum acquisition depends on your region. You have three main options: Shared Spectrum (utilizing shared bands like CBRS Band 48 in the US), Unlicensed Spectrum (leveraging MulteFire technology), or Licensed Spectrum (leasing sub-carrier frequencies from public operators or obtaining local private licenses). We can assist you in navigating the best spectrum strategy for your location.

How long does it take to deploy a Private LTE network in an enterprise environment? +

Deployment timelines are highly flexible. A Proof of Concept (PoC) or a small-scale indoor deployment can be up and running in a matter of weeks. For large-scale industrial sites, the end-to-end process—including RF planning, hardware installation, and core network integration—typically takes a few months. Our flexible architecture supports fast, plug-and-play deployments.

If we deploy Private LTE now, will we have to rebuild the network when we transition to 5G? +