SKU: IOWC-1991
📋 GST Invoice Available

EByte E18-2G4Z27SI ZigBee Module CC2530F256+CC2592 27dBm 2.4GHz

₹759.00 (Inclusive of all taxes)
Out of Stock

The EByte E18-2G4Z27SI is a high-power 2.4GHz ZigBee wireless module based on the TI CC2530F256 SoC and CC2592 front-end, delivering up to 27dBm output power for long-range IoT mesh networks up to 2.5km. It operates at 3.3V and is designed for smart home automation and industrial sensor networks.

Features

  • High-Power ZigBee Transceiver: Integrates TI CC2530F256 SoC with CC2592 PA/LNA for a massive 27dBm (500mW) output power, enabling robust, long-range mesh network links up to 2.5km in open areas.
  • Excellent RF Sensitivity: Features a high receiver sensitivity of -98dBm, ensuring reliable data reception even from weak signals, critical for stable network performance in challenging RF environments.
  • Comprehensive GPIO & ADC Interface: Provides accessible GPIO, ADC, and PWM pins for direct sensor integration and peripheral control, simplifying node design for automation and monitoring applications.
  • Low-Power Operation for Battery Nodes: Offers optimized power consumption with 33mA receive current and deep sleep modes via the CC2530, making it suitable for battery-powered ZigBee end devices and routers.
  • Industrial-Grade Reliability: Operates across a wide -40°C to +85°C temperature range with SMD construction and ROHS compliance, ensuring durability for outdoor and industrial IoT deployments.

Out of stock

Description

The EByte E18-2G4Z27SI is a professional-grade 2.4GHz ZigBee RF module engineered for demanding wireless sensor networks and automation systems. Its core architecture combines the proven TI CC2530F256 system-on-chip—featuring an 8051 MCU, hardware AES encryption, and ZigBee PRO stack support—with the integrated CC2592 range extender. This pairing delivers exceptional +27dBm transmit power and high receiver sensitivity, dramatically extending the reliable communication distance for star or mesh network topologies.

Designed for seamless integration, the module operates from a single 3.3V supply and exposes critical interfaces including ADC, PWM, and multiple GPIOs for connecting sensors, actuators, and status LEDs. Its surface-mount form factor and integrated IPEX antenna connector allow for compact, low-profile PCB designs. The module’s power profile, with controlled transmit and receive currents, supports the creation of energy-efficient nodes that can operate for extended periods on battery power when utilizing the CC2530’s sleep modes.

Key Features

  • High-Output RF Front-End: CC2592 power amplifier and low-noise amplifier boost signal strength to 27dBm and enhance receiver sensitivity for superior range and link budget.
  • Full ZigBee PRO Stack Support: Based on the TI CC2530F256, enabling robust, self-healing mesh networks for large-scale device deployments in home and industrial automation.
  • Extended Temperature Operation: Certified for reliable performance from -40°C to +85°C, suitable for outdoor environmental monitoring and harsh industrial settings.
  • Integrated Antenna Interface: Features an IPEX connector for attaching external 2.4GHz antennas, allowing for optimized antenna selection and placement to maximize coverage.
  • Developer-Friendly Design: Provides direct access to ADC, PWM, and digital I/O pins, facilitating rapid prototyping and integration with common sensors without additional signal conditioning.
  • ROHS Compliant & SMD Package: Manufactured with lead-free processes in a compact surface-mount package for automated assembly and environmentally conscious production.

Applications

  • Smart Home Automation Hubs & Nodes: For lighting control, smart plugs, security sensors, and HVAC systems forming a reliable mesh network.
  • Industrial Wireless Sensor Networks (WSN): Remote monitoring of temperature, humidity, pressure, and equipment status in factories and warehouses.
  • Agricultural & Environmental Telemetry: Soil moisture sensing, weather station data collection, and livestock tracking across large areas.
  • Asset Tracking & Logistics: Monitoring the location and condition of pallets, containers, and high-value goods within a defined campus.
  • Building Energy Management: Sub-metering for electricity, water, and gas consumption with wireless data aggregation to a central gateway.

Technical Specifications

Wireless ProtocolZigBee (IEEE 802.15.4)
Core IC / SoCTI CC2530F256 + CC2592 Front-End
Frequency Range2.4GHz ISM Band
RF Output Power27 dBm (max)
Receiver Sensitivity-98 dBm
Transmission DistanceUp to 2.5 km (Open Area)
Supply Voltage3.3 V
Transmit Current182.5 mA (typical)
Receive Current33 mA (typical)
Supported InterfacesGPIO, ADC, PWM
Antenna ConnectorIPEX
Operating Temperature-40°C to +85°C
DimensionsApprox. 24mm x 16mm (Module)

Frequently Asked Questions

How do I configure the E18-2G4Z27SI module as a ZigBee coordinator or router?

You must program the TI CC2530F256 microcontroller using the TI Z-Stack protocol and a compatible IDE like IAR Embedded Workbench. Define the device type (coordinator, router, end-device) within the Z-Stack project configuration, compile the firmware, and flash it to the module via the debug interface (using a CC Debugger). The specific network parameters, like PAN ID and channel, are set in the firmware code before deployment.

What is the recommended power supply design for this 27dBm module?

A stable, low-noise 3.3V power supply capable of delivering at least 500mA peak current is essential, especially during high-power transmission bursts. Use a high-quality LDO or switching regulator with proper input/output filtering capacitors placed close to the module's VCC pins. For battery operation, consider a 3.7V Li-ion cell with a regulator and ensure the design accounts for the high transmit current to avoid voltage sag that can cause resets.

Can I use a different antenna, and what are the connector specifications?

Yes, you can attach any 2.4GHz antenna with an IPEX (U.FL) connector. Ensure the antenna has a 50-ohm impedance and is tuned for the 2.4GHz ISM band. For optimal range, select an antenna with appropriate gain and radiation pattern for your application. A simple 2.1dBi dipole provides omnidirectional coverage, while a higher-gain directional antenna can extend range for point-to-point links. Always secure the cable to prevent strain on the connector.

How do I interface sensors and read analog values with this module?

The module provides ADC input pins accessible via the CC2530's I/O ports. In your firmware, configure the desired pin as an analog input using the ADC driver functions from the TI HAL. Connect your sensor's analog output (ensure it's within the 0-3.3V range) to this pin, often with a series resistor for protection. You can then read the ADC value, convert it to a voltage, and apply your sensor's calibration formula to get the measured physical quantity.

Package Includes

  • 1 x EByte E18-2G4Z27SI ZigBee Wireless Module

Additional Information

Weight 0.01 kg
Dimensions 7 × 6 × 1 cm