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  • F2910 NB IOT modem for Precision Agriculture
  • F2910 NB IOT modem for Precision Agriculture
  • F2910 NB IOT modem for Precision Agriculture
  • F2910 NB IOT modem for Precision Agriculture
  • F2910 NB IOT modem for Precision Agriculture
  • F2910 NB IOT modem for Precision Agriculture
F2910 NB IOT modem for Precision Agriculture

F2910 NB IOT modem for Precision Agriculture

$99.00-$130.00/ Set|1 Set/Sets(Min. Order)

Customization:

Customized logo(Min.Order: 999 pieces)
Customized packaging(Min.Order: 999 pieces)

F2910 NB IOT modem for Precision Agriculture

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • NB-IoT Communication: Enables reliable, low-power wireless connectivity for IoT applications, ideal for remote or low-bandwidth environments.
  • Multi-Interface Support: Equipped with RS485 and RS232 communication interfaces, allowing seamless integration with sensors, controllers, and legacy systems in precision agriculture and industrial setups.
  • Data Transmission: Designed to collect and transmit real-time data (e.g., soil moisture, crop health) for precision agriculture or environmental monitoring.

Key features

  • 1. Rugged Material Construction for Harsh Environments

  • With a corrosion-resistant metal/plastic casing, withstand outdoor environmental challenges in precision agriculture.

  • 2. Modular Design for Seamless Integration

  • With modular design and RS485/RS232 interfaces, easily integrate with existing agricultural sensors and systems.

  • 3. Versatile Power Compatibility

  • With a 5V-30V DC power input range, operate reliably with solar panels, batteries, or other DC sources in remote areas.

  • 4. Precision Agriculture Optimization

  • Designed for precision agriculture, monitor soil moisture, crop health, and environmental data in real-time for optimized resource use.

  • 5. Compliance with IoT Industry Standards

  • With compliance to IoT industry standards, ensure secure and reliable data transmission in agricultural settings.

Product details

F2910 NB IOT modem for Precision Agriculture

The F2910 NB IoT modem is a compact, versatile terminal designed for precision agriculture and IoT applications. With a durable black casing, modular connectors, and an external antenna, it supports RS485/RS232 interfaces and operates across a wide 5V-30V DC power range. Its robust design and multi-protocol compatibility make it ideal for remote monitoring, smart farming, and industrial IoT deployments.

Technical specifications

FeatureSpecificationBenefit
Power Supply5V-30V DC wide-range inputDeploy in diverse environments without power constraints
Communication InterfacesRS485, RS232, Wi-Fi/Bluetooth (Pro models)Seamless integration with sensors and legacy systems
Antenna CompatibilityExternal, detachable antennaEnhanced signal strength for remote areas
DurabilityMetal-reinforced casingWithstands harsh outdoor conditions
CertificationsCE, FCC, RoHS compliantEnsures global regulatory compliance

Customization guide

Adjustable parameters include:

  • Power Input Range: Customize voltage thresholds for battery/solar setups.
  • Interface Expansion: Add RS485/RS232 ports or wireless modules for tailored connectivity.
  • Antenna Type: Swap antennas to optimize signal performance for specific terrains.

Get inspired

The F2910 empowers precision agriculture by enabling real-time soil moisture monitoring, livestock tracking, and smart irrigation control. With its rugged design and flexible interfaces, it bridges legacy farm equipment with modern IoT ecosystems.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Supported ProtocolsRS485/RS232+Wi-Fi+Wi-Fi/Bluetooth/Cellular
Power EfficiencyStandard15% lower power use30% lower power use*
Antenna Sensitivity-90 dBm-95 dBm-100 dBm
Operating Temperature-20°C to 60°C-30°C to 70°C-40°C to 80°C

Supplier's note

  1. Three Technical Breakthroughs:

    • The Pro Model’s -100 dBm antenna sensitivity outperforms industry benchmarks by 20%, enabling reliable connectivity in dense foliage or remote fields.
    • Triple-certified materials (CE/FCC/RoHS) ensure global deployment without regulatory hurdles.
    • Modular design allows users to swap interfaces/antennas in minutes, reducing downtime.
  2. Optimal Version Selection:

    • Farmers with basic needs: Base Model suffices for RS485/RS232-based soil sensors in temperate zones.
    • Ranchers with livestock tracking: Advanced Model’s Wi-Fi extends coverage to monitor herds in rugged terrain.
    • Agri-tech developers: Pro Model’s cellular + Bluetooth combo supports real-time data streaming to cloud platforms, ideal for precision irrigation systems.

*Pro Model’s power efficiency is 30% better than industry standards.

Frequently asked questions

  • Which IoT terminal is best suited for precision agriculture applications?

  • How does the F2910 IoT Terminal handle harsh outdoor environments?

  • What are the key differences between NB-IoT and other IoT communication protocols for agricultural use?

  • Can the F2910 IoT Terminal be customized with additional sensors or modules?

  • Is the F2910 IoT Terminal certified for use in industrial or outdoor settings?

  • Does the F2910 support RS485 and RS232 interfaces for legacy system integration?

  • How does the external antenna on the F2910 improve connectivity in remote areas?

  • What power sources are compatible with the F2910 IoT Terminal’s wide voltage range?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Power Supply RangeRemote farms, solar-powered systemsIndustry: 12V ±10% (stable grid required)
Base: 5–30V DC ▲ (supports solar/batteries)
Advanced: 5–48V DC ▲▲ (handles extreme fluctuations)
Base/Advanced: Flexible for off-grid or unstable power sources.Advanced: Higher cost; may require larger batteries.
Communication ProtocolsIndustrial automation, smart gridsIndustry: RS485 only (limited connectivity)
Base: RS485/RS232 ▲ (legacy support)
Advanced: RS485/RS232 + Wi-Fi/Bluetooth ▲▲ (full IoT integration)
Advanced: Seamless connectivity with modern IoT ecosystems.Base: Lacks wireless for remote areas; Industry: Outdated for hybrid systems.
Environmental ResistanceHarsh outdoor environmentsIndustry: IP54 (dust/water resistant)
Base: IP65 ▲ (jet-waterproof)
Advanced: IP67 ▲▲ (immersion-resistant)
Advanced: Deployable in heavy rain or dust storms.Base: Limited to non-submersion use; Industry: Vulnerable to harsh conditions.
Wireless Connectivity RangeUrban IoT networks, warehousesIndustry: 100m (line-of-sight)
Base: 200m ▲ (urban coverage)
Advanced: 500m ▲▲ (long-range rural use)
Advanced: Covers large farms or sprawling facilities.Base: Limited in dense urban areas; Industry: Too short for most IoT needs.
Expansion CapabilitiesCustomized sensor networksIndustry: 2 ports (limited scalability)
Base: 4 ports ▲ (moderate expansion)
Advanced: 6 ports ▲▲ (full customization)
Advanced: Supports complex sensor arrays for precision agriculture.Base: Struggles with multi-sensor setups; Industry: Too rigid for modern use.
Data Transmission SpeedReal-time monitoring systemsIndustry: 9,600 bps (slow updates)
Base: 115,200 bps ▲ (fast enough for most)
Advanced: 1 Mbps ▲▲ (ultra-responsive)
Advanced: Enables real-time analytics for critical systems.Base: Laggy for high-frequency data; Industry: Outdated for IoT standards.

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