5239 - Shakespeare Cellular/Wi-Fi World Band Galaxy Antenna

Cellular/Wi-Fi World Band Galaxy Antenna

The Galaxy 5239 antenna is Shakespeare's smallest Galaxy antenna, but don't let the size fool you. This World-band antenna provides coverage for 2G/3G/4G and WLAN systems for Cellular, PCS, AWS and LTE frequencies, as well as 802.11n Wi-Fi. This compact, feature rich antenna is at home on virtually any watercraft, and is fitted with a stainless steel ferrule and N-connector that are compatible with nearly all Shakespeare 1in -14 threaded mounts.

Features:

• Full Band (698 - 2700 MHz) Broadband
• 2G/3G/4G and WLAN systems
• Wi-Fi 802.11n compatible
• Designed for marine use
• Omni-directional antenna 3-4 dB Gain.
• Easy to install
• Includes FME Cables

Specifications:

• Frequency: 698-960/1700-2700 MHz
• Input Impedence: 50 ohm
• Antenna Gain: 2-3dB @ 698-960/3-4dB @ 1700-2700 MHz
• VSWR: ≤ 1.8
• Power Rating (W): 10
• Polarization Type: Vertical
• Radiation: Omni-Directional
• Maximum Power (W): 100
• Connector Type: N-female
• Dimension: 9.25" H x 2.625" D
• Color: White
• Operating Temperature (F): -22 to +176
• Mounting: 1" x 14 Thread Mount
• Ground Plane: Internal
• Material: Fiberglass

The Shakespeare Cellular/Wi-Fi World Band Galaxy Antenna, part number 5239, is an omni-directional antenna designed for marine applications. It provides broad frequency coverage from 698-2700 MHz, supporting 2G, 3G, 4G, and WLAN systems, including Cellular, PCS, AWS, LTE frequencies, and 802.11n Wi-Fi. This antenna is suitable for IT professionals or procurement managers seeking to establish or enhance wireless connectivity on watercraft. Its compact dimensions (9.25" H x 2.625" D) and durable fiberglass construction with a stainless steel ferrule make it appropriate for demanding environments. The antenna features an N-female connector and is compatible with Shakespeare 1"-14 threaded mounts, simplifying integration into existing marine setups. It offers a gain of 2-3dB at lower frequencies and 3-4dB at higher frequencies, addressing common connectivity challenges in a marine context.