Private Networks Testing Solutions

Private Networks with 4G, LTE, or 5G technology

Secure, stable, and flexible network

Creating a network environment to meet diverse needs for enhancing operation efficiency, safety, product quality, and productivity is motivating enterprises to deploy private networks using 5G technology.

Private Networks Use Cases

Diverse applications, including smart factories, transport and logistics, smart cities, and agriculture

Smart factories with automation, assisted working, asset status monitoring, and AGVs

Real-time Automation
Augmented Reality (AR) Assisted Working
Asset Status Monitoring
Automated Guided Vehicles (AGVs)

Wide Area Stable Communication Systems
Autonomous Trucks
Automated Guided Vehicles (AGVs)
Real-time Item Tracking

Transport and logistics with autonomous trucks, automated guided vehicles (AGVs), and real-time item tracking

Smart cities with safety and security applications, robotic delivery, traffic flow management, and IoT sensors

Higher-level Safety and Security Applications
Robotic Delivery
Traffic Flow Management
Municipal Environmental Monitoring using IoT Sensors and Cameras

Crop Monitoring
Environmental Temperature, Humidity, Day Length, and Air Quality Monitoring
Livestock Management
Weed Control
Autonomous Robot Control

Monitoring crops, temperature, humidity, day length, temperature, and air quality over network

Private Networks Challenges

While private networks offer numerous benefits, there are also challenges associated with their implementation. Addressing these requires careful planning, collaboration with experts, and a thorough understanding of the specific requirements of each use case.

Planning

Researching, design, and on-site location planning of equipment and devices

Deploying

Installing equipment, building the network, and validating performance at each step

Managing

Monitoring private network planned service level agreement (SLA)

Stage 1: Preliminary Evaluation

On-site test items

Interference

Wireless coexistence

Network device test items

Radio signal quality

Device functionality

Stage 2: Deployment

Validating service area field strength and device operation

Service area coverage

Network equipment functionality

Checking overall performance of wireless and wired networks

Throughput

Latency

Synchronization

Stage 3: Management

Fulfilling SLAs by routine inspections and fault prevention

Interference

Wireless coexistence

Throughput

Latency

Private Networks Testing Solutions

Field Evaluation Solutions

Coverage and Interference Mapping

Interference Hunting

Network Device Evaluation Solutions

MT1000A 5G Field Tests for Low-Latency Applications (VIDEO)

Precise Latency Measurement For 5G Industrial Applications (PDF)

Case Study

Sojitz Tech-Innovation Co., Ltd.

The ICT vendor, which delivers network and IT infrastructure solutions, ensures the wireless quality of its private 5G platform using Anritsu’s measurement technology.