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Ubiquiti Rocket 5AC PTmP Lite airMAX AC BaseStation

Item No. R5AC-LITE

Description

Ubiquiti Networks has designed the first airMAX® ac radios for high performance and ease of installation. You have the freedom to deploy the Rocket® ac anywhere in the world, and it allows for a high degree of flexibility in configuring channel bandwidths (subject to local country regulations). Pair the Rocket5ac Lite with airMAX ac antennas for optimal performance:

  • PtP backhaul Rocket5ac Lite with the RocketDishâ„¢ ac
  • PtMP links Rocket5ac Lite* with the airMAX ac Sector
  • Available in three models, the Rocket® ac features airMAX® ac technology for maximum performance in wireless links. The PtP (Point-to-Point) and PtMP (Point-to-MultiPoint) models also feature airPrismâ„¢ technology to further enhance 5 GHz performance in high-density areas.
  • airMAX® ac products offer improved latency, noise immunity, scalability and significantly increased throughput performance.

Specifications

SKU Code
R5AC-Lite
Brand
Ubiquiti

Attachments

Ubiquiti Rocket 5AC PTmP Lite airMAX AC BaseStation

Item No. R5AC-LITE

Specifications

SKU Code
R5AC-Lite
Brand
Ubiquiti

Attachments

Description

Ubiquiti Networks has designed the first airMAX® ac radios for high performance and ease of installation. You have the freedom to deploy the Rocket® ac anywhere in the world, and it allows for a high degree of flexibility in configuring channel bandwidths (subject to local country regulations). Pair the Rocket5ac Lite with airMAX ac antennas for optimal performance:

  • PtP backhaul Rocket5ac Lite with the RocketDishâ„¢ ac
  • PtMP links Rocket5ac Lite* with the airMAX ac Sector
  • Available in three models, the Rocket® ac features airMAX® ac technology for maximum performance in wireless links. The PtP (Point-to-Point) and PtMP (Point-to-MultiPoint) models also feature airPrismâ„¢ technology to further enhance 5 GHz performance in high-density areas.
  • airMAX® ac products offer improved latency, noise immunity, scalability and significantly increased throughput performance.