Microlab YA-14NF Low-PIM Mini Wide-Band Omni Antenna [Discontinued]

The YA-14NF antenna offers an efficient, cost-effective solution for enhancing in-building wireless communications. Designed as a miniature indoor flat omni antenna, it is particularly effective in distributing signals within Distributed Antenna Systems (DAS). Its wideband capability makes it compatible with all common wireless carrier bands and WiFi frequencies, covering a range from 698 to 3500 MHz. This includes support for the 700, 800, 850, 900, 1700, 1800, 1900, 2100, 2400, 2600, and 3500 MHz bands, rendering it a versatile tool for various indoor applications.

Compact and lightweight, the YA-14NF is ideal for ceiling mount installations, combining high gain and stable performance across its operating range. Capable of handling up to 50 watts of average power, it ensures reliable performance for a wide range of indoor wireless scenarios. The antenna’s simple yet effective design not only offers cost efficiency but also high reliability and maintenance-free operation throughout its lifespan.

• Wide Frequency Coverage: From 698 to 3500 MHz, it accommodates a broad spectrum of wireless communication needs.
• Variable Gain Levels: Provides gain from 2.5 to 5 dBi at 698-960 MHz and 4 to 5.5 dBi at 1710-3500 MHz, enhancing signal strength and quality within its coverage area.
• Efficient VSWR: A typical VSWR of less than 2:1 minimizes signal reflection and ensures efficient power transfer.
• Robust Power Capacity: Can handle a maximum power of 50W, supporting a variety of indoor wireless applications.
• Low Passive Intermodulation: With less than -140 dBc max PIM, tested with two +43 dBm tones, it reduces signal interference and promotes clearer communication.
• Standard Connector: Features an N-type female connector, offering compatibility with a wide array of RF equipment.

With its extensive frequency range and robust design, the YA-14NF is ideally suited for propagating in-building wireless signals. This antenna provides an attractive, low-cost option for enhancing connectivity and improving signal quality in various indoor environments, from expanding network coverage to boosting signal clarity in areas with poor reception.