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The Wi-Fi Signal Booster EDUP AB018 is a compact active signal power amplification module operating in the 2.4 GHz frequency range. The device is designed to compensate for losses in cable runs and significantly extend the operating range of a wireless network, ensuring stable data exchange in dense urban environments or at considerable distances from the base station.
The module is built on bidirectional amplification technology, allowing it to automatically switch between receiving and transmitting modes. The housing is made of a durable aluminum alloy, which simultaneously acts as an efficient heatsink to dissipate heat during prolonged continuous operation.
We Are a Team of Veterans
We view the Wi-Fi Signal Booster EDUP AB018 as a reliable tool for stabilizing communication channels and controlling equipment over long distances. In modern environments of electronic warfare and high spectrum congestion, the standard power of routers or remote controllers is often insufficient, making the use of an active booster a fundamental necessity.
This module stands out due to its autonomy and ease of integration, requiring no complex software configuration and functioning immediately upon connecting the antenna and power supply. We have repeatedly seen that high-quality signal amplification at 2.4 GHz allows operators to maintain control over equipment and ensure telemetry transmission even in areas with challenging terrain.
Technical Specifications
| Parameter | Value |
| Model | EDUP AB018 |
| Operating Frequency Range | 2.4–2.5 GHz |
| Amplifier Type | Bidirectional (TDD) |
| Transmit Gain | 12–15 dB |
| Receive Gain | 10–11 dB |
| Maximum Output Power (Pout) | 36 dBm (4 W) |
| Input Power (Pin) | 0–20 dBm (optimal 12–15 dBm) |
| Noise Figure | less than 3.5 dB |
| Interface Connectors | RP-SMA Female (input and output) |
| Supply Voltage | 12 V Direct Current (DC) |
| Housing Material | Aluminum alloy |
Commentary / Comments
The key advantage of the Wi-Fi Signal Booster EDUP AB018 lies in its ability to deliver a clean output power of up to 4 W, enabling it to penetrate obstacles such as walls, embankments, or dense vegetation. Automatic switching between receive and transmit modes minimizes signal latency, ensuring smooth control and an uninterrupted real-time data stream.
The aluminum housing protects the internal circuit board from mechanical damage during field operations and prevents component overheating. Standard RP-SMA connectors provide full compatibility with a wide range of Moxon, Yagi, or directional patch antennas without the need for custom adapters.