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  • 433MHz RF RX480E receiver Transmitter module wireless remote control 4 channel Learning Code 1527 for arduino 433MHz RF RX480E
  • 433MHz RF RX480E receiver Transmitter module wireless remote control 4 channel Learning Code 1527 for arduino 433MHz RF RX480E
  • 433MHz RF RX480E receiver Transmitter module wireless remote control 4 channel Learning Code 1527 for arduino 433MHz RF RX480E
  • 433MHz RF RX480E receiver Transmitter module wireless remote control 4 channel Learning Code 1527 for arduino 433MHz RF RX480E
  • 433MHz RF RX480E receiver Transmitter module wireless remote control 4 channel Learning Code 1527 for arduino 433MHz RF RX480E
  • 433MHz RF RX480E receiver Transmitter module wireless remote control 4 channel Learning Code 1527 for arduino 433MHz RF RX480E
433MHz RF RX480E receiver Transmitter module wireless remote control 4 channel Learning Code 1527 for arduino 433MHz RF RX480E

433MHz RF RX480E receiver Transmitter module wireless remote control 4 channel Learning Code 1527 for arduino 433MHz RF RX480E

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433MHz RF RX480E receiver Transmitter module wireless remote control 4 channel Learning Code 1527 for arduino 433MHz RF RX480E

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Wireless Remote Control System: Enables 4-channel learning code functionality for precise remote control operations, compatible with Arduino-based systems.
  • RF Communication Module: Features 433MHz frequency for reliable wireless data transmission, supporting applications like home automation, security systems, and IoT devices.
  • Mechanical Adaptability: Includes coiled springs designed to provide tension/compression in mechanical systems, enhancing device durability and stability.

Key features

  • 1. Durable Metal Construction for Reliable Performance

    • With a corrosion-resistant metal body and stainless steel springs, the 433MHz RF RX480E module withstands mechanical stress and harsh environments. The robust design ensures stable operation in both indoor and outdoor applications, outperforming plastic-based modules*.

  • 2. 4-Channel Learning Code for Seamless Multi-Device Control

    • With 4-channel learning code functionality, program and replicate remote signals effortlessly. This allows simultaneous control of up to four devices, such as lights, sensors, or appliances, surpassing basic 2-channel modules*.

  • 3. 433MHz RF Frequency for Long-Range Communication

    • With a 433MHz frequency, achieve stable wireless communication up to 100 meters in open environments—ideal for home automation or IoT systems. This extends coverage compared to lower-frequency alternatives*.

  • 4. Arduino-Compatible Design for Versatile Integration

    • Designed for seamless integration with Arduino platforms, this module simplifies DIY projects and commercial applications. Its compact, modular design reduces setup time and enhances adaptability for robotics, security systems, or smart home setups.

  • 5. Customizable RF Solutions for Diverse Applications

    • With programmable frequency and modulation settings, tailor the module to specific use cases—such as remote control systems or sensor networks. This flexibility outperforms fixed-configuration RF modules*.

Product details

433MHz RF RX480E receiver Transmitter module wireless remote control 4 channel Learning Code 1527 for arduino 433MHz RF RX480E

The 433MHz RF RX480E receiver/transmitter module is a versatile wireless communication solution designed for Arduino-based systems. With 4-channel learning code capabilities, it enables seamless integration into remote control, IoT, and sensor network applications. The module’s compact design and compatibility with standard RF frequencies ensure reliable performance in diverse environments.

Technical specifications

FeatureSpecificationApplication Scenario
RF Frequency433MHzLong-range communication in industrial/automotive systems
ChipsetRF-based (RX480E)Low-power wireless data transmission
Channels4 programmable learning code channelsMulti-device control in smart home setups
CompatibilityArduino UNO, Mega, and compatible boardsRapid prototyping for DIY electronics projects
Power Supply3.3V-5V DCFlexible power integration in embedded systems

Customization guide

Adjustable parameters include:

  • Frequency Tuning: Customize the operating frequency (within 433MHz band) to avoid interference.
  • Modulation Type: Switch between ASK/OOK modulation for specific transmitter compatibility.
  • Pin Configuration: Reprogram pin assignments to match custom PCB layouts.

Get inspired

Design intuitive wireless systems for smart homes, industrial automation, or robotics. With its 4-channel learning code feature, the module simplifies pairing with existing remote controls, while its 433MHz range ensures stable communication in open spaces.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Transmission Range100m (open field)+20% (120m)+40% (140m)*
Power Consumption15mA (active)12mA (15% lower)9mA (40% lower)*
Channels4816
Noise ImmunityStandard filteringEnhanced (20dB)Premium (30dB)

Supplier's note

  1. Technical Breakthroughs:

    • Extended Range: The Pro Model’s 140m range (40% beyond base) enables industrial-scale deployments.
    • Low Power Design: The Pro’s 9mA draw reduces battery dependency for IoT sensors.
    • 16-Channel Flexibility: The Pro Model supports complex multi-device setups without signal overlap.

  2. Optimal Version Selection:

    • Base Model: Ideal for hobbyists and small-scale projects (e.g., garage door openers).
    • Advanced Model: Suitable for medium-sized systems requiring 8 channels (e.g., smart home hubs).
    • Pro Model: Best for industrial automation or robotics needing long-range and high-channel density.

With the Pro Model’s 30dB noise immunity, you can maintain stable connections in electromagnetic-heavy environments. Pair it with its ultra-low power specs to deploy battery-operated sensors for years without replacement.

Frequently asked questions

  • Which 433MHz RF module suits DIY remote control projects for Arduino?

  • How does the 4-channel learning code feature of the RX480E enhance remote control setups?

  • What is the effective communication range of the 433MHz RX480E module?

  • Can the RX480E module be customized for specific wireless frequencies or protocols?

  • Is the RX480E compatible with popular Arduino boards like Uno or Mega?

  • What materials ensure durability for the RX480E module in outdoor environments?

  • How does the RX480E module differ from other 433MHz RF modules?

  • Can the RX480E be used for home automation systems like smart lighting?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Industry Standard 433MHz ModuleBasic home automation, simple remotes433MHz (ETSI EN 300-220), 100m range (line-of-sight), basic encoding (▲)Low cost ($5/unit), simple setupLimited range, no encryption, prone to interference (e.g., Wi-Fi, Bluetooth)
Our Base (RX480E)Arduino projects, IoT sensors433MHz (ETSI EN 300-220), 150m range (▲), 4-channel learning code (▲), 0.1W (IEC)Multi-channel support, Arduino compatibility, low powerModerate interference susceptibility, no encryption
Our Advanced (RX480E Pro)Industrial automation, outdoor security433MHz + FHSS (▲▲), 300m range (▲▲), AES-128 encryption (▲), dual power optionsEnhanced security, long range, interference resistance ▲▲, versatile powerHigher cost ($20/unit), requires firmware configuration
Competitor’s 315MHz ModuleRegional use (e.g., North America)315MHz (FCC Part 15), 120m range, 2 channels (▲)Lower power (0.08W), cheaperRegion-specific, shorter range than 433MHz, limited scalability
2.4GHz Zigbee ModuleSmart home networks, mesh systems2.4GHz (IEEE 802.15.4), 100m range (with repeaters), mesh capability (▲▲)Interference-resistant, supports mesh networkingHigher power draw (0.5W), complex setup, regional regulatory compliance needed
Low-Power RF ModuleBattery-operated sensors, wearables433MHz, ultra-low power (0.05W), sleep mode (▲▲), 50m range (▲)Long battery life (years), compact designVery limited range, slow data rate (0.1kbps), incompatible with high-throughput

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