Ubiquiti Networks PBE-M5-300 Wi-Fi dish antenna 22 dB 5 GHz
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Datasheet (PDF)
Highlights & Details
Ubiquiti Networks NanoBeam M5, NBE-M5-300 / PBE-M5-300
- Uniform beam width maximizes interference immunity
- Innovative mechanical design
- High-speed processor for maximum performance
Technical specifications
- Processor: Atheros MIPS 74Kc, 560 MHz, 560 MHz
- Memory: 64 MB DDR2, 8 MB Flash
- Network interface: 10/100 Ethernet connection
- Wireless approvals: FCC, IC, CE, CE
- RoHS compliance: Yes
- Power supply: 24V, 0.5A PoE (PoE)
- Power method: Passive PoE (pairs 4, 5+; 7, 8 return)
- Max. power consumption 6W
- Gain 22 dBi
- Operating frequency 5170 - 5875 MHz (worldwide), 5725 - 5850 MHz (USA)
- Wind load: 200.2 N at 200 km/h (45 lbf at 125 mph)
- Wind survival: 200 km/h (125 mph)
- LEDs: 1x current, 1x LAN, 4x WLAN
- Signal strength LEDs: Software-adjustable to meet user-defined RSSI levels.
- Channel sizes 5/8/10/20/30/40 MHz
- Polarization: Dual linear
- Housing: UV-stabilized plastic for outdoor use
- Installation: Mast mounting kit included in delivery
- ESD/EMP protection: Air: ± 24 kV, contact: 24 kV ± 24 kV
- Operating humidity: 5 to 95% non-condensing
- Salt mist test: IEC 68-2-11 IEC 68-2-11 IEC 68-2-11 (ASTM B117), equivalent: MIL-STD-810 G procedure 509.5
- Vibration test: IEC 68-2-6
- Temperature shock testing: IEC 68-2-14
- UV test: IEC 68-2-5 at 40° C (104° F), equivalent to ETS 300 019-1-4
- Wind-driven rain test: ETS 300 019-1-4, equivalent: MIL-STD-810 G procedure 506.5
- Product type
Wi-Fi dish antenna
- Gain
22 dB
- Type
Dish antenna
- Wi-Fi frequency band
5 GHz
- Used at
Outdoors
Fixed
- Weight
1.20 kg
- Mounting type
Pole-mount
- Width
325 mm
- Height
325 mm
- Length
256 mm
- Temperature range
-40 °C to 70 °C
- Cable length
0 cm
- Keyboard layout
German, QWERTZ
- UKCA
yes
Documents & Downloads
Datasheet
Datasheet 1877218 Ubiquiti Networks PBE-M5-300 Wi-Fi dish antenna 22 dB 5 GHz
User & Safety Instructions
User & Safety Instructions 1877218 Ubiquiti Networks PBE-M5-300 Wi-Fi dish antenna 22 dB 5 GHz
Description
The new NanoBeam M has a compact all-in-one design with uniform radiation angle and is even more efficient thanks to the faster processor. Thanks to the innovative mechanical design, the NanoBeam can be mounted easily and in a variety of ways.
Improved noise immunity
The NanoBeam focuses the transmission power at a narrow angle of radiation. By bundling in one direction, the NanoBeam blocks or filters out interfering noises and thus improves the noise immunity. This feature is particularly important in environments with other signals on the same or an adjacent frequency.
Integrated design
The NanoBeam is available in two designs:
· All-in-one design: The Ubiquiti development team has combined the transmitter unit and the antenna in a compact terminal. The NanoBeam offers maximum antenna gain at a small size.
· Dish Reflector Design: Ubiquitis InnerFeed(TM) technology integrates the transmitter unit in the antenna feed, so that no longer an antenna cable is needed. This improves performance because there is no cable loss. The improved performance through the faster processor and the improved mechanical design make the NanoBeam extremely versatile and easy and cost-effective to install.
AirMax technology
Unlike standard WLAN protocols, Ubiquitis AirMax Time Division Multiple Access (TDMA) protocol allows each client to send and receive data via predefined time slots, controlled by an intelligent controller.
This "time slot" method prevents unnecessary data collisions and maximizes WLAN effectiveness. This significantly improves performance in terms of latency, throughput, and scalability compared to other systems in this class.
· Intelligent QoS: Voice and video data packets are prioritized for non-disruptive data streams
· Scalability: High capacity and scalability
· Long distance: Enables high-speed carrier-class links
Innovative mechanical design
· Built-in mechanical tilt: The bracket has a 20° tilt up and down.
· Quick assembly: The number of locking elements has been reduced for easier and faster assembly. Tools are only required for mast mounting.
· Easy dismantling: The antenna feed can be removed with a simple push of a button.
Corrosion resistance
· Geomet(R)-coated hardware for improved corrosion protection compared to galvanized fasteners.
· Dish and holder: Made of galvanized, powder-coated steel for special corrosion resistance.
· Redesigned mast bracket for the 400mm Dish antenna and shields and washers for the 300mm Dish antenna prevent paint from bursting off the metal brackets and improve corrosion resistance.
This text is machine translated.
Improved noise immunity
The NanoBeam focuses the transmission power at a narrow angle of radiation. By bundling in one direction, the NanoBeam blocks or filters out interfering noises and thus improves the noise immunity. This feature is particularly important in environments with other signals on the same or an adjacent frequency.
Integrated design
The NanoBeam is available in two designs:
· All-in-one design: The Ubiquiti development team has combined the transmitter unit and the antenna in a compact terminal. The NanoBeam offers maximum antenna gain at a small size.
· Dish Reflector Design: Ubiquitis InnerFeed(TM) technology integrates the transmitter unit in the antenna feed, so that no longer an antenna cable is needed. This improves performance because there is no cable loss. The improved performance through the faster processor and the improved mechanical design make the NanoBeam extremely versatile and easy and cost-effective to install.
AirMax technology
Unlike standard WLAN protocols, Ubiquitis AirMax Time Division Multiple Access (TDMA) protocol allows each client to send and receive data via predefined time slots, controlled by an intelligent controller.
This "time slot" method prevents unnecessary data collisions and maximizes WLAN effectiveness. This significantly improves performance in terms of latency, throughput, and scalability compared to other systems in this class.
· Intelligent QoS: Voice and video data packets are prioritized for non-disruptive data streams
· Scalability: High capacity and scalability
· Long distance: Enables high-speed carrier-class links
Innovative mechanical design
· Built-in mechanical tilt: The bracket has a 20° tilt up and down.
· Quick assembly: The number of locking elements has been reduced for easier and faster assembly. Tools are only required for mast mounting.
· Easy dismantling: The antenna feed can be removed with a simple push of a button.
Corrosion resistance
· Geomet(R)-coated hardware for improved corrosion protection compared to galvanized fasteners.
· Dish and holder: Made of galvanized, powder-coated steel for special corrosion resistance.
· Redesigned mast bracket for the 400mm Dish antenna and shields and washers for the 300mm Dish antenna prevent paint from bursting off the metal brackets and improve corrosion resistance.
This text is machine translated.