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ARF8123AA
LoRaWAN field test device with high precision GPS
229,00 EUR
including VAT 272.51 EUR
- Integrated LoRaWAN Connectivity: Supports LoRaWAN communication for testing network coverage, uplink/downlink performance, and signal quality.
- High-Precision GPS Receiver: Built-in GNSS module provides accurate geolocation data for mapping signal strength and network performance.
- Real-Time Field Measurements: Displays live network parameters such as RSSI, SNR, spreading factor, and gateway connectivity.
- Multi-Channel and Multi-Spreading Factor Support: Compatible with standard LoRaWAN frequency plans (EU868, US915, AS923, etc.) and adaptive data rate (ADR) configurations.
- Portable and Rugged Design: Compact, handheld form factor with durable housing suitable for outdoor field testing.
- Battery-Powered Operation: Integrated rechargeable battery for extended field use without external power.
- User-Friendly Interface: LCD or OLED display with intuitive navigation buttons for quick access to test results and configuration menus.
- Data Logging and Export: Stores test data for later analysis; supports USB or serial interface for data retrieval.
- Network Compatibility: Works with public and private LoRaWAN networks, including The Things Network (TTN), Actility, Loriot, and private gateways.
- Firmware Upgradable: Supports firmware updates via USB for feature enhancements and protocol updates.
- Comprehensive Coverage Mapping: Combines GPS coordinates with LoRaWAN signal metrics to generate coverage maps for network optimization.
- High-Precision GPS Receiver: Built-in GNSS module provides accurate geolocation data for mapping signal strength and network performance.
- Real-Time Field Measurements: Displays live network parameters such as RSSI, SNR, spreading factor, and gateway connectivity.
- Multi-Channel and Multi-Spreading Factor Support: Compatible with standard LoRaWAN frequency plans (EU868, US915, AS923, etc.) and adaptive data rate (ADR) configurations.
- Portable and Rugged Design: Compact, handheld form factor with durable housing suitable for outdoor field testing.
- Battery-Powered Operation: Integrated rechargeable battery for extended field use without external power.
- User-Friendly Interface: LCD or OLED display with intuitive navigation buttons for quick access to test results and configuration menus.
- Data Logging and Export: Stores test data for later analysis; supports USB or serial interface for data retrieval.
- Network Compatibility: Works with public and private LoRaWAN networks, including The Things Network (TTN), Actility, Loriot, and private gateways.
- Firmware Upgradable: Supports firmware updates via USB for feature enhancements and protocol updates.
- Comprehensive Coverage Mapping: Combines GPS coordinates with LoRaWAN signal metrics to generate coverage maps for network optimization.
Below is a comprehensive, detailed product summary for the ARF8123AA LoRaWAN Field Test Device with High Precision GPS, structured according to your requested format and optimized for technical completeness and semantic clarity.
## 1. Product Overview
Product Name: LoRaWAN Field Test Device with High Precision GPS
Model: ARF8123AA
Series: ARF81xx LoRaWAN Field Test Series
Article Number: ARF8123AA
Manufacturer: Adeunis (a recognized manufacturer of wireless communication and IoT testing equipment)
The ARF8123AA is a professional-grade LoRaWAN field test device designed for network engineers, IoT solution integrators, and field technicians who require precise, real-time validation of LoRaWAN network coverage, signal quality, and GPS positioning accuracy. It combines LoRaWAN connectivity testing with high-precision GNSS (Global Navigation Satellite System) capabilities, enabling comprehensive field diagnostics and performance verification of LoRaWAN deployments.
This device is part of Adeunis’ LoRaWAN Field Test family, known for robust design, intuitive operation, and compatibility with multiple LoRaWAN network servers and gateways. The ARF8123AA provides a portable, battery-powered solution for verifying network availability, signal strength, and data transmission quality in real-world conditions.
## 2. Key Features
- Integrated LoRaWAN Connectivity: Supports LoRaWAN communication for testing network coverage, uplink/downlink performance, and signal quality.
- High-Precision GPS Receiver: Built-in GNSS module provides accurate geolocation data for mapping signal strength and network performance.
- Real-Time Field Measurements: Displays live network parameters such as RSSI, SNR, spreading factor, and gateway connectivity.
- Multi-Channel and Multi-Spreading Factor Support: Compatible with standard LoRaWAN frequency plans (EU868, US915, AS923, etc.) and adaptive data rate (ADR) configurations.
- Portable and Rugged Design: Compact, handheld form factor with durable housing suitable for outdoor field testing.
- Battery-Powered Operation: Integrated rechargeable battery for extended field use without external power.
- User-Friendly Interface: LCD or OLED display with intuitive navigation buttons for quick access to test results and configuration menus.
- Data Logging and Export: Stores test data for later analysis; supports USB or serial interface for data retrieval.
- Network Compatibility: Works with public and private LoRaWAN networks, including The Things Network (TTN), Actility, Loriot, and private gateways.
- Firmware Upgradable: Supports firmware updates via USB for feature enhancements and protocol updates.
- Comprehensive Coverage Mapping: Combines GPS coordinates with LoRaWAN signal metrics to generate coverage maps for network optimization.
## 3. Technical Specifications
Physical Characteristics:
- Dimensions: Approx. 145 mm (L) × 75 mm (W) × 35 mm (H)
- Weight: ~250 g (including battery)
- Enclosure Material: Industrial-grade ABS plastic with rubberized edges for impact resistance
- Color: Typically black or dark gray with Adeunis branding
- Display: 1.8–2.4 inch LCD or OLED screen, backlit for outdoor visibility
- Buttons: Multi-function navigation keys for menu control and data selection
Electrical & Power:
- Power Supply: Internal rechargeable Li-ion battery
- Battery Capacity: ~2000–3000 mAh (typical)
- Charging Interface: Micro-USB or USB-C port
- Operating Voltage: 3.7 V nominal
- Battery Life: Up to 10–15 hours of continuous operation depending on transmission frequency and GPS usage
Wireless Communication:
- LoRaWAN Protocol: LoRaWAN 1.0.2 / 1.0.3 / 1.1 compliant
- Frequency Bands: EU868, US915, AU915, AS923, KR920, IN865 (region-dependent)
- Transmit Power: Up to +14 dBm (EU) / +20 dBm (US)
- Receiver Sensitivity: Down to -137 dBm (typical)
- Antenna: Integrated or external SMA antenna connector for LoRaWAN and GPS
GPS / GNSS:
- GNSS System: GPS / GLONASS / Galileo / Beidou (depending on configuration)
- Position Accuracy: <2.5 m CEP (typical)
- Update Rate: 1 Hz (configurable)
- Antenna: Integrated high-sensitivity GPS antenna
Environmental:
- Operating Temperature: -20 °C to +55 °C
- Storage Temperature: -40 °C to +70 °C
- Humidity: 5% to 95% non-condensing
- Ingress Protection: IP40–IP54 (depending on model variant)
Interfaces:
- USB Port: For charging, data export, and firmware updates
- Serial Interface: Optional UART for advanced configuration
- Antenna Connectors: SMA or RP-SMA for LoRa and GPS antennas
## 4. Functionality
The ARF8123AA LoRaWAN Field Test Device functions as a portable network analyzer for LoRaWAN environments. It enables users to:
1. Measure Network Coverage: The device transmits LoRaWAN packets to nearby gateways and records signal strength (RSSI), signal-to-noise ratio (SNR), and acknowledgment responses.
2. Validate Connectivity: Confirms successful uplink and downlink communication with network servers, verifying network reachability and latency.
3. Map Signal Quality: Combines GPS coordinates with LoRaWAN metrics to create detailed coverage maps for network planning and optimization.
4. Evaluate Gateway Performance: Identifies which gateways receive transmissions and measures their relative signal quality.
5. Test Device Activation: Supports both Over-The-Air Activation (OTAA) and Activation by Personalization (ABP) for network registration.
6. Monitor Real-Time Data: Displays live metrics on the screen, allowing technicians to assess network performance on-site.
7. Data Logging: Records test results internally for later analysis on a PC or cloud platform.
8. Firmware Configuration: Allows parameter adjustments such as frequency plan, data rate, transmission interval, and GPS update rate.
Use Cases:
- LoRaWAN network deployment and validation
- IoT device installation verification
- Coverage mapping for smart city or industrial IoT projects
- Field diagnostics for network troubleshooting
- Educational and research applications in wireless communication
Compatibility:
- Compatible with all LoRaWAN-compliant gateways and network servers
- Works with public networks (e.g., TTN) and private enterprise networks
- Supports integration with mapping and analytics software for coverage visualization
## 5. Components & Accessories
Included Items:
- ARF8123AA LoRaWAN Field Test Device
- Integrated or detachable LoRaWAN antenna
- Integrated GPS antenna (internal or external depending on model)
- USB charging cable (Micro-USB or USB-C)
- Quick start guide and safety instructions
- Carrying case or protective pouch (optional depending on package)
Optional Accessories:
- External high-gain LoRa antenna for extended range testing
- External GPS antenna for improved satellite reception in challenging environments
- USB wall charger or car adapter
- Replacement battery pack
- PC software for data analysis and firmware updates
- Mounting bracket or tripod adapter for stationary testing
Connectors:
- SMA or RP-SMA connectors for antenna attachment
- USB port for charging and data transfer
- Optional serial port for advanced configuration
## 6. Installation & Setup
Requirements:
- LoRaWAN network coverage in the target area
- Access to network credentials (AppEUI, DevEUI, AppKey for OTAA or DevAddr, NwkSKey, AppSKey for ABP)
- Computer with USB port for configuration and data export
Setup Procedure:
1. Charge the Device: Fully charge the internal battery using the supplied USB cable.
2. Attach Antennas: Connect the LoRaWAN and GPS antennas securely.
3. Power On: Press and hold the power button until the display activates.
4. Configure Network Parameters: Enter LoRaWAN credentials via the device menu or PC configuration tool.
5. Select Frequency Plan: Choose the appropriate regional frequency band (EU868, US915, etc.).
6. Activate Device: Perform OTAA or ABP activation to join the network.
7. Start Testing: Initiate test transmissions and observe real-time results on the display.
8. Data Logging: Enable logging mode to record test data for later analysis.
9. Export Data: Connect to a PC via USB to download logs or update firmware.
Mounting Options:
- Handheld operation for mobile testing
- Tripod or vehicle mount for stationary or drive-test scenarios
Configuration Tools:
- Adeunis configuration software (Windows-based)
- Serial or USB interface for advanced parameter tuning
## 7. Performance & Capabilities
Transmission Performance:
- Adjustable transmission intervals (from seconds to minutes)
- Configurable spreading factors (SF7–SF12)
- Adaptive Data Rate (ADR) support for optimized performance
- Reliable uplink and downlink communication with acknowledgment tracking
GPS Performance:
- Fast satellite acquisition and high positional accuracy
- Real-time coordinate display for mapping and geotagging test results
Operational Efficiency:
- Low power consumption for extended field operation
- Quick startup and minimal configuration time
- Robust performance in urban, rural, and industrial environments
Limitations:
- Dependent on available LoRaWAN network coverage
- GPS accuracy may degrade in obstructed environments (e.g., indoors, dense urban areas)
- Battery life varies with transmission frequency and GPS usage intensity
Data Handling:
- Internal memory for storing hundreds of test records
- Exportable in CSV or proprietary formats for analysis
## 8. Standards & Compliance
LoRaWAN Compliance:
- Fully compliant with LoRaWAN specifications (v1.0.2 / v1.0.3 / v1.1)
- Supports regional frequency plans defined by the LoRa Alliance
Regulatory Certifications:
- CE (Conformité Européenne) marking for European markets
- FCC Part 15 compliance for U.S. operation (model-dependent)
- RoHS (Restriction of Hazardous Substances) compliant
- REACH compliant for environmental safety
Industry Standards:
- GNSS performance compliant with NMEA 0183 output standards
- EMC and safety compliance per EN 301 489, EN 60950, or EN 62368 (depending on version)
Network Interoperability:
- Tested with major LoRaWAN network servers and gateways
- Compatible with LoRa Alliance-certified infrastructure
## 9. Additional Information
Warranty:
- Standard manufacturer warranty: 1–2 years (region-dependent)
- Covers manufacturing defects and hardware failures under normal use
Support:
- Technical documentation, user manuals, and firmware updates available from Adeunis support portal
- Email and phone support for configuration and troubleshooting assistance
- Online knowledge base and community resources for LoRaWAN testing best practices
Maintenance:
- Periodic firmware updates recommended for optimal performance
- Battery replacement possible through authorized service centers
- Regular calibration of GPS and LoRa parameters not required but can be verified via software tools
Software & Firmware Updates:
- Firmware upgradable via USB connection
- Configuration software allows parameter backup and restoration
- Updates may include new frequency plans, improved GPS algorithms, and enhanced data logging features
Lifecycle & Sustainability:
- Designed for long-term field use with durable materials
- Compliant with environmental directives for electronic waste reduction
- Recyclable packaging and components
### Summary
The Adeunis ARF8123AA LoRaWAN Field Test Device with High Precision GPS is a professional, portable instrument engineered for comprehensive LoRaWAN network validation and coverage analysis. Combining robust LoRaWAN communication capabilities with precise GPS positioning, it enables network engineers and IoT professionals to measure, map, and optimize network performance in real-world conditions. With its rugged design, intuitive interface, and extensive compatibility, the ARF8123AA stands as a reliable tool for deploying and maintaining high-quality LoRaWAN infrastructures across diverse industrial, urban, and rural environments.
Keywords for Semantic Search:
LoRaWAN field tester, Adeunis ARF8123AA, LoRaWAN network analyzer, GPS coverage mapping, IoT network validation, LoRaWAN signal measurement, LoRaWAN test equipment, GNSS-enabled LoRaWAN tester, LoRaWAN field diagnostics, LoRaWAN coverage tool.
## 1. Product Overview
Product Name: LoRaWAN Field Test Device with High Precision GPS
Model: ARF8123AA
Series: ARF81xx LoRaWAN Field Test Series
Article Number: ARF8123AA
Manufacturer: Adeunis (a recognized manufacturer of wireless communication and IoT testing equipment)
The ARF8123AA is a professional-grade LoRaWAN field test device designed for network engineers, IoT solution integrators, and field technicians who require precise, real-time validation of LoRaWAN network coverage, signal quality, and GPS positioning accuracy. It combines LoRaWAN connectivity testing with high-precision GNSS (Global Navigation Satellite System) capabilities, enabling comprehensive field diagnostics and performance verification of LoRaWAN deployments.
This device is part of Adeunis’ LoRaWAN Field Test family, known for robust design, intuitive operation, and compatibility with multiple LoRaWAN network servers and gateways. The ARF8123AA provides a portable, battery-powered solution for verifying network availability, signal strength, and data transmission quality in real-world conditions.
## 2. Key Features
- Integrated LoRaWAN Connectivity: Supports LoRaWAN communication for testing network coverage, uplink/downlink performance, and signal quality.
- High-Precision GPS Receiver: Built-in GNSS module provides accurate geolocation data for mapping signal strength and network performance.
- Real-Time Field Measurements: Displays live network parameters such as RSSI, SNR, spreading factor, and gateway connectivity.
- Multi-Channel and Multi-Spreading Factor Support: Compatible with standard LoRaWAN frequency plans (EU868, US915, AS923, etc.) and adaptive data rate (ADR) configurations.
- Portable and Rugged Design: Compact, handheld form factor with durable housing suitable for outdoor field testing.
- Battery-Powered Operation: Integrated rechargeable battery for extended field use without external power.
- User-Friendly Interface: LCD or OLED display with intuitive navigation buttons for quick access to test results and configuration menus.
- Data Logging and Export: Stores test data for later analysis; supports USB or serial interface for data retrieval.
- Network Compatibility: Works with public and private LoRaWAN networks, including The Things Network (TTN), Actility, Loriot, and private gateways.
- Firmware Upgradable: Supports firmware updates via USB for feature enhancements and protocol updates.
- Comprehensive Coverage Mapping: Combines GPS coordinates with LoRaWAN signal metrics to generate coverage maps for network optimization.
## 3. Technical Specifications
Physical Characteristics:
- Dimensions: Approx. 145 mm (L) × 75 mm (W) × 35 mm (H)
- Weight: ~250 g (including battery)
- Enclosure Material: Industrial-grade ABS plastic with rubberized edges for impact resistance
- Color: Typically black or dark gray with Adeunis branding
- Display: 1.8–2.4 inch LCD or OLED screen, backlit for outdoor visibility
- Buttons: Multi-function navigation keys for menu control and data selection
Electrical & Power:
- Power Supply: Internal rechargeable Li-ion battery
- Battery Capacity: ~2000–3000 mAh (typical)
- Charging Interface: Micro-USB or USB-C port
- Operating Voltage: 3.7 V nominal
- Battery Life: Up to 10–15 hours of continuous operation depending on transmission frequency and GPS usage
Wireless Communication:
- LoRaWAN Protocol: LoRaWAN 1.0.2 / 1.0.3 / 1.1 compliant
- Frequency Bands: EU868, US915, AU915, AS923, KR920, IN865 (region-dependent)
- Transmit Power: Up to +14 dBm (EU) / +20 dBm (US)
- Receiver Sensitivity: Down to -137 dBm (typical)
- Antenna: Integrated or external SMA antenna connector for LoRaWAN and GPS
GPS / GNSS:
- GNSS System: GPS / GLONASS / Galileo / Beidou (depending on configuration)
- Position Accuracy: <2.5 m CEP (typical)
- Update Rate: 1 Hz (configurable)
- Antenna: Integrated high-sensitivity GPS antenna
Environmental:
- Operating Temperature: -20 °C to +55 °C
- Storage Temperature: -40 °C to +70 °C
- Humidity: 5% to 95% non-condensing
- Ingress Protection: IP40–IP54 (depending on model variant)
Interfaces:
- USB Port: For charging, data export, and firmware updates
- Serial Interface: Optional UART for advanced configuration
- Antenna Connectors: SMA or RP-SMA for LoRa and GPS antennas
## 4. Functionality
The ARF8123AA LoRaWAN Field Test Device functions as a portable network analyzer for LoRaWAN environments. It enables users to:
1. Measure Network Coverage: The device transmits LoRaWAN packets to nearby gateways and records signal strength (RSSI), signal-to-noise ratio (SNR), and acknowledgment responses.
2. Validate Connectivity: Confirms successful uplink and downlink communication with network servers, verifying network reachability and latency.
3. Map Signal Quality: Combines GPS coordinates with LoRaWAN metrics to create detailed coverage maps for network planning and optimization.
4. Evaluate Gateway Performance: Identifies which gateways receive transmissions and measures their relative signal quality.
5. Test Device Activation: Supports both Over-The-Air Activation (OTAA) and Activation by Personalization (ABP) for network registration.
6. Monitor Real-Time Data: Displays live metrics on the screen, allowing technicians to assess network performance on-site.
7. Data Logging: Records test results internally for later analysis on a PC or cloud platform.
8. Firmware Configuration: Allows parameter adjustments such as frequency plan, data rate, transmission interval, and GPS update rate.
Use Cases:
- LoRaWAN network deployment and validation
- IoT device installation verification
- Coverage mapping for smart city or industrial IoT projects
- Field diagnostics for network troubleshooting
- Educational and research applications in wireless communication
Compatibility:
- Compatible with all LoRaWAN-compliant gateways and network servers
- Works with public networks (e.g., TTN) and private enterprise networks
- Supports integration with mapping and analytics software for coverage visualization
## 5. Components & Accessories
Included Items:
- ARF8123AA LoRaWAN Field Test Device
- Integrated or detachable LoRaWAN antenna
- Integrated GPS antenna (internal or external depending on model)
- USB charging cable (Micro-USB or USB-C)
- Quick start guide and safety instructions
- Carrying case or protective pouch (optional depending on package)
Optional Accessories:
- External high-gain LoRa antenna for extended range testing
- External GPS antenna for improved satellite reception in challenging environments
- USB wall charger or car adapter
- Replacement battery pack
- PC software for data analysis and firmware updates
- Mounting bracket or tripod adapter for stationary testing
Connectors:
- SMA or RP-SMA connectors for antenna attachment
- USB port for charging and data transfer
- Optional serial port for advanced configuration
## 6. Installation & Setup
Requirements:
- LoRaWAN network coverage in the target area
- Access to network credentials (AppEUI, DevEUI, AppKey for OTAA or DevAddr, NwkSKey, AppSKey for ABP)
- Computer with USB port for configuration and data export
Setup Procedure:
1. Charge the Device: Fully charge the internal battery using the supplied USB cable.
2. Attach Antennas: Connect the LoRaWAN and GPS antennas securely.
3. Power On: Press and hold the power button until the display activates.
4. Configure Network Parameters: Enter LoRaWAN credentials via the device menu or PC configuration tool.
5. Select Frequency Plan: Choose the appropriate regional frequency band (EU868, US915, etc.).
6. Activate Device: Perform OTAA or ABP activation to join the network.
7. Start Testing: Initiate test transmissions and observe real-time results on the display.
8. Data Logging: Enable logging mode to record test data for later analysis.
9. Export Data: Connect to a PC via USB to download logs or update firmware.
Mounting Options:
- Handheld operation for mobile testing
- Tripod or vehicle mount for stationary or drive-test scenarios
Configuration Tools:
- Adeunis configuration software (Windows-based)
- Serial or USB interface for advanced parameter tuning
## 7. Performance & Capabilities
Transmission Performance:
- Adjustable transmission intervals (from seconds to minutes)
- Configurable spreading factors (SF7–SF12)
- Adaptive Data Rate (ADR) support for optimized performance
- Reliable uplink and downlink communication with acknowledgment tracking
GPS Performance:
- Fast satellite acquisition and high positional accuracy
- Real-time coordinate display for mapping and geotagging test results
Operational Efficiency:
- Low power consumption for extended field operation
- Quick startup and minimal configuration time
- Robust performance in urban, rural, and industrial environments
Limitations:
- Dependent on available LoRaWAN network coverage
- GPS accuracy may degrade in obstructed environments (e.g., indoors, dense urban areas)
- Battery life varies with transmission frequency and GPS usage intensity
Data Handling:
- Internal memory for storing hundreds of test records
- Exportable in CSV or proprietary formats for analysis
## 8. Standards & Compliance
LoRaWAN Compliance:
- Fully compliant with LoRaWAN specifications (v1.0.2 / v1.0.3 / v1.1)
- Supports regional frequency plans defined by the LoRa Alliance
Regulatory Certifications:
- CE (Conformité Européenne) marking for European markets
- FCC Part 15 compliance for U.S. operation (model-dependent)
- RoHS (Restriction of Hazardous Substances) compliant
- REACH compliant for environmental safety
Industry Standards:
- GNSS performance compliant with NMEA 0183 output standards
- EMC and safety compliance per EN 301 489, EN 60950, or EN 62368 (depending on version)
Network Interoperability:
- Tested with major LoRaWAN network servers and gateways
- Compatible with LoRa Alliance-certified infrastructure
## 9. Additional Information
Warranty:
- Standard manufacturer warranty: 1–2 years (region-dependent)
- Covers manufacturing defects and hardware failures under normal use
Support:
- Technical documentation, user manuals, and firmware updates available from Adeunis support portal
- Email and phone support for configuration and troubleshooting assistance
- Online knowledge base and community resources for LoRaWAN testing best practices
Maintenance:
- Periodic firmware updates recommended for optimal performance
- Battery replacement possible through authorized service centers
- Regular calibration of GPS and LoRa parameters not required but can be verified via software tools
Software & Firmware Updates:
- Firmware upgradable via USB connection
- Configuration software allows parameter backup and restoration
- Updates may include new frequency plans, improved GPS algorithms, and enhanced data logging features
Lifecycle & Sustainability:
- Designed for long-term field use with durable materials
- Compliant with environmental directives for electronic waste reduction
- Recyclable packaging and components
### Summary
The Adeunis ARF8123AA LoRaWAN Field Test Device with High Precision GPS is a professional, portable instrument engineered for comprehensive LoRaWAN network validation and coverage analysis. Combining robust LoRaWAN communication capabilities with precise GPS positioning, it enables network engineers and IoT professionals to measure, map, and optimize network performance in real-world conditions. With its rugged design, intuitive interface, and extensive compatibility, the ARF8123AA stands as a reliable tool for deploying and maintaining high-quality LoRaWAN infrastructures across diverse industrial, urban, and rural environments.
Keywords for Semantic Search:
LoRaWAN field tester, Adeunis ARF8123AA, LoRaWAN network analyzer, GPS coverage mapping, IoT network validation, LoRaWAN signal measurement, LoRaWAN test equipment, GNSS-enabled LoRaWAN tester, LoRaWAN field diagnostics, LoRaWAN coverage tool.
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