Wireless Network Advancements in the Age of 5G

The advent of 5G technology is revolutionizing connectivity with unprecedented speed and capacity, significantly enhancing data transmission and enabling a wide range of new applications. The synergy between 5G and the Internet of Things (IoT), combined with the Artificial Intelligence of Things (AIoT), is set to transform key industries such as transportation, industrial equipment manufacturing, energy and utilities, and kiosks. AI applications are advancing rapidly with the support of 5G, which enables AI inference at the edge and plays a crucial role in transferring data to central clouds for training and refining AI models. This seamless integration of 5G, IoT, and AIoT is driving innovation and operational efficiency, ushering in a new era of technological advancement across various sectors.

Enhances Your Business with 5G Solutions

Is Your Business Struggling

with Slow Data Speeds?

Experiencing Lag in Critical Applications?

Is Network Congestion

Affecting Your Workflow?

High data traffic can lead to congestion, slowing down operations and reducing efficiency.

High Bandwidth

5G is a wireless technology that delivers faster transmission speeds through its high bandwidth capacity. Applications with intensive data transmission requirements can leverage 5G to enhance performance.

Latency issues can disrupt real-time applications such as autonomous systems, video surveillance, and industrial automation, impacting performance and reliability.

Low Latency

Latency is the period of time required for data to travel between destinations. Low latency enables real-time processing, response, and management in industrial applications.

Traditional networks often struggle to prioritize traffic, leading to delays in essential business operations.

Network Slicing

In 5G, multiple virtual networks can be created on a shared physical infrastructure, each optimized for specific applications.

This ensures efficient resource utilization and customized performance for diverse

use cases.

5G Enables AIoT Applications

Perfect Solutions for Demanding Industrial Applications

Transportation

Ready to connect CCTV cameras, sensors, and road signs within integrated monitoring and management systems.
Supports the most advanced cellular technologies: 5G and LTE Advanced.
Fast Wi-Fi 6 connectivity for local connections.
GNSS geolocation, E-Mark certification.

Industrial Equipment Manufacturing

Remote VPN connection to devices without geographical limitations.
Onsite diagnostic or performance data from machines and equipment available to service staff upon request.
Supports Node-RED and Docker.
Available onsite connections via I/Os, Ethernet, and serial interfaces.

EV Charging

Large 2.9 GB internal memory for customer applications and data.
MicroSD card slot and USB host port for expanded storage.
Compact design and dimensions suitable for most standard EV cabinet sizes.
Wide industrial temperature range with dual SIM card redundancy option.

Why Advantech 5G?

Industrial-Grade Reliability

Designed for harsh environments with ruggedized hardware, wide temperature range, and secure, stable connectivity for mission-critical applications.

Edge Computing

with Docker Support

Enables on-device data processing to reduce latency and offload cloud workloads, supporting real-time industrial automation and IoT applications.

Advanced Security

& Remote Management

Integrated VPN, firewall, and WebAccess/DMP for secure, centralized fleet management, ensuring network uptime and cybersecurity compliance.

Industrial Scenarios

Scenario:

Emergency responders and critical infrastructure need uninterrupted, secure, and high-speed connectivity during crises. A 5G cellular router with FirstNet ensures priority access, reliability, and security when it matters most.

Major Challenges:

Network Overload – Public networks get congested in emergencies.
Cybersecurity Risks – Sensitive data needs strong protection.
Harsh Environments – Operations in remote or extreme conditions.

Highlights:

Priority & Preemption – Ensures uninterrupted communication for first responders, even in network congestion.
Security & Reliability – Meets high cybersecurity standards with encryption and threat protection for mission-critical use.
Market & Compliance – Expands opportunities in public safety, government, and utilities by meeting regulatory requirements.

Scenario:

Managing hundreds of 5G routers across remote sites is complex and expensive.

Major Challenges:

Manual Configuration & Updates – Each router requires on-site setup, leading to high operational costs.
Lack of Real-Time Monitoring – No centralized visibility into network performance, making issue diagnosis slow.
Security Risks – Inconsistent firmware updates and unauthorized access increase cybersecurity vulnerabilities.

Highlights:

Centralized Remote Management – WebAccess/DMP allows remote monitoring, configuration, and firmware updates for 5G routers, reducing maintenance costs and downtime.
VPN Management – The new VPN Management enables secure connections effortlessly with WireGuard VPN and a secure proxy—no manual setup needed.
Real-Time Data & Analytics – Provides live network insights, usage statistics, and performance monitoring, ensuring optimal connectivity and troubleshooting.
Enhanced Security & Access Control – Enables secure device authentication, role-based access, and encrypted communication, protecting against cyber threats.

Learn More

Scenario:

Industries need real-time data processing, flexible deployments, and secure network operations at the edge. A 5G cellular router with Docker enables containerized applications, reducing latency and improving efficiency for IoT, automation, and remote monitoring.

Major Challenges:

High Latency & Cloud Dependency – Critical applications rely on cloud processing, causing delays.
Complex & Costly Software Deployments – Installing and updating software across distributed routers is inefficient.
Security & System Stability Risks – Running multiple applications on a single device can introduce vulnerabilities.

Highlights:

Edge Computing & Low Latency – Runs applications directly on the router, reducing latency and offloading cloud processing for real-time analytics.
Flexible & Scalable Deployment – Supports containerized applications, making it easy to deploy, update, and manage software without modifying firmware.
Improved Security & Isolation – Runs applications in isolated containers, enhancing security and reducing risks from system-wide vulnerabilities.