Alligator Multi-Band Signal Blocking Device

The Alligator is a compact multi-band RF signal-blocking device designed for authorized testing and controlled environments. It supports multiple frequency bands and incorporates several antenna channels within a portable enclosure.

The unit features an integrated battery, external power options, and an internal cooling system. Operating indicators are located on the housing, making the device relatively straightforward to monitor during use.

Main Features

• Supports multiple RF frequency bands
• Compact portable enclosure
• Built-in rechargeable battery
• Compatible with external power adapters and vehicle power sources
• Multiple omnidirectional antennas
• Integrated status indicators
• Designed for controlled RF testing applications
• Portable construction for field evaluation

技術仕様

The manufacturer specifies support for selected frequency ranges between approximately 790 and 5900 MHz, with a total rated output of 10 W.

The stated operating coverage can reach up to 30 meters under specified conditions. Actual RF performance depends on the selected frequency, antenna configuration, surrounding environment, signal strength, and other factors.

The device measures approximately 145 × 95 × 45 mm and weighs about 1.2 kg. The specified operating temperature is 0–50°C, with relative humidity of 5–80%.

Battery operation is specified at approximately two hours, while the device can also be powered using an external adapter or compatible vehicle power source.

Supported Testing Areas

The system is intended for authorized evaluation of wireless and radio-frequency equipment. Depending on configuration, testing may involve selected cellular, navigation, wireless-network, and other RF bands.

Because RF signal-blocking equipment can interfere with communications and navigation systems, its use should be limited to locations and applications where such operation is legally permitted and properly authorized.

Important Note

Actual results may differ from the manufacturer’s stated specifications. Factors such as building materials, antenna placement, transmission power, frequency selection, and surrounding RF activity can significantly affect test results.