Ubiquiti AM-V2G-TI 2.4GHz Variable Beamwidth Sector Antenna
Overview
The AM-V2G-TI is a variable-beamwidth 2.4 GHz sector antenna engineered for outdoor airMAX point-to-multipoint and sectored coverage deployments. This antenna's configurable beamwidth patterns—60°, 90°, or 120°—allow you to match coverage to your network topology without swapping hardware, reducing spares inventory and simplifying field deployment. Gain ranges from 15–17 dBi depending on beamwidth selection; narrower sectors deliver higher directional gain, while wider sectors provide broader coverage at slightly reduced efficiency. Dual linear polarization support enables flexible polarization alignment for interference mitigation and link optimization. The AM-V2G-TI connects via weatherproof RP-SMA connectors, protecting the connection point from rain ingress and salt spray—critical in coastal or high-humidity installations. Wind survival is rated to 200 km/h (125 mph), meaning this antenna will stay mounted and functional through severe weather events that would topple lesser-rated equipment.
Key Features
- Variable Beamwidth (60°, 90°, 120°): Mechanical or electrical adjustability lets you dial in coverage without antenna rotation or replacement. Narrow beams focus power where you need it—useful for long-distance sector links—while wider beams blanket smaller areas. This flexibility cuts deployment time on sites where coverage boundaries are uncertain.
- Gain 15–17 dBi: This directional gain narrows the radiation pattern and concentrates transmitted and received power. In practice, you recover roughly 3–4 dB more effective power than an omnidirectional reference, extending range or allowing lower transmit power—both improve link margin and reduce interference.
- Dual Linear Polarization: Support for vertical and horizontal polarization lets you orthogonally separate two independent frequency channels on the same channel, doubling capacity in dense deployments. Orientation flexibility also simplifies mounting on tower structures that may not align perfectly with your preferred plane.
- Weatherproof RP-SMA Connectors: Connectors are sealed against moisture, eliminating a common failure point in outdoor RF installations. Water inside an RF connector causes insertion loss and eventual corrosion; sealed connectors add years to system lifespan, especially in salt spray or high-humidity environments.
- 200 km/h Wind Rating: Mechanical integrity under extreme wind prevents antenna drift, creep, or catastrophic failure. A fallen antenna interrupts service; this rating ensures the AM-V2G-TI remains stable through hurricanes, severe derechos, and mountain wind events.
- ETSI EN 302 326 DN2 Certification: This European equipment directive certification confirms emissions compliance and RF safety. NDAA (National Defense Authorization Act) compliance confirms this antenna is free of foreign manufacturing in controlled supply chain tiers, required for U.S. federal, DoD, and critical infrastructure procurement.
Integration & Compatibility
The AM-V2G-TI pairs with Ubiquiti's Ubiquiti airMAX product line, specifically RocketM2 Titanium and RocketM2 F/B radios. It mounts via included pole mount hardware, accommodating standard mast diameters (confirm mast OD against mounting bracket compatibility before installation). For network architecture guidance, consult wireless network design resources to verify that sectored coverage aligns with your capacity and redundancy model.
What's in the Box
- AM-V2G-TI Sector Antenna (1x)
- Pole Mount (1x)
Frequently Asked Questions
Q: Can I adjust the AM-V2G-TI beamwidth in the field?
A: Yes. The AM-V2G-TI's variable beamwidth (60°, 90°, or 120°) is configurable. Confirm the exact adjustment mechanism (mechanical slotting or electrical control) against the product datasheet before deployment; field adjustments may require a site visit or over-the-air provisioning depending on radio firmware.
Q: Is the AM-V2G-TI NDAA compliant?
A: Yes. The product is NDAA-compliant for U.S. government and critical infrastructure procurement, confirming it meets supply chain security requirements under Section 889 of the National Defense Authorization Act.
Q: What is the maximum range I can expect with the AM-V2G-TI?
A: Range depends on radio power, receiver sensitivity, propagation environment, and Fresnel zone clearance. The antenna's 15–17 dBi gain improves link margin compared to omnidirectional alternatives, but site survey and RF modeling are required to confirm distance. Consult your radio's datasheet for power and sensitivity specs, then use a path loss calculator to estimate link performance.
Q: Does the AM-V2G-TI work outdoors in salt spray or coastal environments?
A: Yes. The weatherproof RP-SMA connectors and sealed construction resist moisture ingress. For extreme salt spray, confirm connector material (stainless-steel hardware recommended) and consider annual cleaning or environmental enclosures specific to your corrosion risk.
Q: How is the AM-V2G-TI mounted?
A: The included pole mount accommodates standard outdoor masts. Verify mast outer diameter (OD) compatibility before installation. Wind loading calculations should be performed by a structural engineer if the total antenna system (including radios and other gear) approaches tower design limits.
Q: What polarization does the AM-V2G-TI support?
A: The antenna supports dual linear polarization (vertical and horizontal). You can orient it vertically, horizontally, or at a 45° angle depending on your link partner's antenna and interference environment.
Ted PerryPerspective based on aggregated IP Security Depot and affiliated engineering team experience.
The AM-V2G-TI closes a real gap in outdoor point-to-multipoint networks: the need for flexible coverage without hardware swaps. Most sector antennas lock you into a single beamwidth; you either overcover (wasting power, inviting interference) or undercover (leaving dead zones). The variable 60°, 90°, 120° pattern on the AM-V2G-TI lets you match the antenna to your actual network topology after site survey, and the 15–17 dBi gain range ensures you're not sacrificing directional performance for that flexibility.
Technical Highlights:
- Configurable Beamwidth: 60°, 90°, or 120° patterns eliminate the need to stock multiple antenna SKUs for multi-sector deployments. Narrower sectors reach farther with the same radio power; wider sectors trade range for coverage area. This is especially valuable in warehouse automation or campus networks where sector boundaries shift during network expansion.
- Gain 15–17 dBi: The 3–4 dB improvement over omnidirectional references translates directly to link margin or reduced transmit power. On a marginal long-distance sector link, that gain difference is the margin between 99.9% and 99.99% uptime.
- Weatherproof Connectors & 200 km/h Wind Rating: Sealed RP-SMA connectors eliminate the single biggest failure mode in outdoor RF installations (connector corrosion). Combined with 200 km/h wind survival, the AM-V2G-TI stays operational in environments where lesser antennas would fail or drift out of alignment.
Deployment Considerations:
- Confirm beamwidth adjustment mechanism (mechanical or electrical) before field deployment. Some implementations require re-tuning or firmware changes; others are simple mechanical rotations. Clarify with the radio manufacturer if electrical beamwidth control is required.
- Verify mast diameter compatibility with the included pole mount before ordering. Non-standard mast OD may require an adapter or alternate mount, adding cost and delay.
Deploy the AM-V2G-TI on multi-sector backhaul networks, warehouse WLANs, and campus point-to-multipoint links where coverage geometry varies across sectors and you need the flexibility to adjust after initial survey without swapping antennas.
