Ubiquiti UISP LTU Rocket - 5GHz PtMP AP LTU 4096QAM up to 900Mbps RF Filtering GPS 100+ Clients

Ubiquiti UISP LTU Rocket

The LTU Rocket is a powerful outdoor unit (BaseStation Radio) for the 5 GHz band designed for direct mounting to the MIMO antennas of the Ubiquiti airMAX series. LTU Rocket is specially designed for the needs of ISPs. It has high spectral efficiency, achieves low latency, has better performance/sensitivity, plus RF filtering that increases resistance to interference.

Proprietary LTU technology is not limited by Wi-Fi 802.11\ standards. This is Ubiquiti's own chipset, thanks to which the LTU Rocket achieves throughput of 900+ Mbps and supports 4096 QAM modulation.

Features

• PtMP AP (Access Point)
• 100+ connected clients per AP
• Packet throughput 2+ million pps
• Ability to set uplink/downlink ratio (25/75, 33/67, 50/50)
• 4096 QAM modulation
• Channel width 10/20/30/40/50/100 MHz
• Central management of client configuration
• RX and TX frequency distribution (for non-DFS channels)
• Automatic power adjustment
• Bridge and router mode support

LTU Rocket is a universal unit designed for PtMP connections (Point-to-multipoint). Antennas can be used with the LTU Rocket:

Sectoral

• AM-5G16-120
• AM-5G17-90
• AM-M-V5G-Ti
• AM-5G19-120
• AM-5G20-90
• AM-V5G-Ti
• AM-5AC21-60
• AM-5AC22-45
• AP-5AC-90-HD

Omnidirectional

• AMO-5G10
• AMO-5G13

Others

• UISP LTU XR

The package also includes a 24 V (1 A) Gigabit PoE injector

Frequency: 5 GHz (EU 5150 - 5875 MHz

Throughput: 900+ Mbps

Interface

• 10/100/1000 Ethernet
• LTU

Ports

• 1x RJ-45
• 1× RJ-45 MGMT (for management only)

Antenna connector

• 2× RP-SMA (waterproof)
• 1× SMA (waterproof
• for GPS)

Power supply: passive PoE 24 V (Gigabit PoE adapter 24 V is included in the package)

Important warning

The system is constantly being improved, so we recommend that you always use the current version, which you can download from the Ubiquiti website in the Downloads section. At the same time, it is necessary to operate the device in accordance with the General Authorization for the 5 GHz band, use the DFS function and avoid the use of frequencies used by meteorological radars, i.e. 5630 and 5645 MHz.