Ubiquiti PowerBeam M5 Dish Reflector Design
High-Performance airMAX Bridge

Overview:

The PowerBeam M has a compact, all-in-one design with uniform beam width, efficient footprint and a faster processor. The PowerBeam can be easily mounted in a variety of ways thanks to the innovative mechanical design.

Starting with the first-generation NanoBridge, Ubiquiti Networks pioneered the all-in-one design for an airMAX product functioning as a CPE (Customer Premises Equipment). Now Ubiquiti Networks launches the latest generation of CPE, the PowerBeam.

Improved Noise Immunity

The PowerBeam directs RF energy in a tighter beamwidth. With the focus in one direction, the PowerBeam blocks or spatially filters out noise, so noise immunity is improved. This feature is especially important in an area crowded with other RF signals of the same or similar frequency.

Integrated Design

The PowerBeam models are available in two form factors:

• All-in-One Design
  The Ubiquiti Research and Development team combined the radio and antenna to create a more efficient and compact CPE. The PowerBeam gets maximum gain out of the smallest footprint.
• Dish Reflector Design
  Ubiquiti's InnerFeed™ technology integrates the radio into the feedhorn of an antenna, so there is no need for a cable. This improves performance because it eliminates cable losses.

Providing increased performance from its faster processor and innovative mechanical design at a low cost, the PowerBeam is extremely versatile and cost-effective to deploy.

Application Examples

airMAX Technology Included

Unlike the standard WiFi protocol, Ubiquiti's Time Division Multiple Access (TDMA) airMAX protocol allows each client to send and receive data using pre-designated time slots scheduled by an intelligent AP controller.

This "time slot" method eliminates hidden node collisions and maximizes air time efficiency. It provides many magnitudes of performance improvements in latency, throughput, and scalability compared to all other outdoor systems in its class.

• Intelligent QoS - Priority is given to voice/video seamless streaming.
• Scalability - High capacity and scalability.
• Long Distance - Capable of high-speed, carrier-class links.

Up to 100 airMAX stations can be connected to an airMAX Sector; four airMAX
stations are shown to illustrate the general concept

Features:

Innovative Mechanical Design

• Built-in mechanical tilt - The mounting bracket conveniently offers 20° of uptilt and up to 20° of downtilt.
• Quick assembly - The number of fasteners was reduced to simplify assembly. Tools are required only when the technician mounts the PowerBeam on the pole.
• Easy removal - The antenna feed can be detached with the push of a button.

Corrosion Resistance

• Fasteners - GEOMET-coated for improved corrosion resistance when compared with zinc-plated fasteners.
• Dish and brackets - Made of galvanized steel that is powder-coated for superior corrosion resistance. Redesigned pole bracket for the 400 mm dish and fender washers for the 300 mm dish prevent paint from being removed from the metal brackets for improved corrosion resistance.

Integrated Radio Design

Ubiquiti’s InnerFeed™ technology integrates the radio into the feedhorn of an antenna, so there is no need for cables to connect the radio to the antenna. This improves performance because it eliminates cable losses.

Plug and Play Installation

The PowerBeam™ requires no tools for assembly; only a single wrench is required for pole-mounting.

Incredible Antenna “Beam” Performance

The form factor of the PowerBeam™ features the highest gain for its size. The PowerBeam’s excellent beam directivity provides the best performance in high-noise environments.

Advanced Software Technology

Ubiquiti’s airMAX technology is proven in millions of deployments worldwide, exhibiting outstanding performance in outdoor environments. The TDMA airMAX protocol enables unprecedented scalability, high throughput and low latency in unlicensed, multipoint networks.

Protective Radome

The PowerBeam™ PBE-5AC-500 includes a protective radome to shield the radio from the elements. The PBE-RAD-400 is an optional accessory available for the PBE-M2-400 and PBE-M5-400.

Product Views:

Specifications:

	PowerBeam M5-300	PowerBeam M5-400
System Information
Processor Specs	Atheros MIPS 74KC, 560 MHz	Atheros MIPS 74KC, 560 MHz
Memory Information	64 MB DDR2, 8 MB Flash	64 MB DDR2, 8 MB Flash
Networking Interface	(1) 10/100 Ethernet Port	(1) 10/100/1000 Ethernet Port
Physical / Electrical / Environmental
Dimensions	325 x 325 x 256 mm (12.80 x 12.80 x 10.08 in)	420 x 420 x 275 mm (16.54 x 16.54 x 10.83 in)
Weight	1.203 kg (2.65 lb)	1.753 kg (3.87 lb)
Power Supply	24V, 0.5A PoE	24V, 0.5A GigE PoE
Power Method	Passive PoE (Pairs 4, 5+; 7, 8 Return)	Passive PoE (Pairs 4, 5+; 7, 8 Return)
Max Power Consumption	6 W	8 W
Gain	22 dBi	25 dBi
Wind Loading	200.2 N @ 200 km/h (45 lbf @ 125 mph)	342.5 N @ 200 km/h (77 lbf @ 125 mph)
Wind Survivability	200 km/h (125 mph)
LEDs	(1) Power, (1) LAN, (4) WLAN
Signal Strength LEDs	Software-Adjustable to Correspond to Custom RSSI Levels
Channel Sizes	5/8/10/20/30/40 MHz
Polarization	Dual Linear
Enclosure	Outdoor UV Stabilized Plastic
Mounting	Pole-Mount Kit Included
ESD/EMP Protection	Air: ±24 kV, Contact:± 24 kV
Operating Temperature	-40 to 70° C (-40 to 158° F)
Operating Humidity	5 to 95% Non-Condensing
Salt Fog Test	IEC 68-2-11 (ASTM B117), Equivalent: MIL-STD-810 G Method 509.5
Vibration Test	IEC 68-2-6
Temperature Shock Test	IEC 68-2-14
UV Test	IEC 68-2-5 at 40° C (104° F), Equivalent: ETS 300 019-1-4
Wind-Driven Rain Test	ETS 300 019-1-4, Equivalent: MIL-STD-810 G Method 506.5
Regulatory / Compliance Information
Wireless Approvals	FCC, IC, CE
RoHS Compliance	Yes
Operating Frequency Summary (MHz)
Worldwide	5170 - 5875
USA	5725 - 5850

	PBE-M5-620
Dimensions	620 x 620 x 386 mm (24.41 x 24.41 x 15.2")
Weight	6.4 kg (14.11 lb)
Power Supply	24V, 0.5A Gigabit PoE
Max. Power Consumption	8.5W
Operating Frequency	Worldwide	USA: U-NII-1	USA: U-NII-2A	USA: U-NII-2C	USA: U-NII-3
	5150 - 5875 MHz	5150 - 5250 MHz*	5250 - 5350 MHz*	5470 - 5725 MHz*	5725 - 5850 MHz*
Gain	29 dBi
Networking Interface	(1) 10/100/1000 Ethernet Port
Processor Specs	Atheros MIPS 74Kc, 560 MHz
Memory	64 MB DDR2, 8 MB Flash
LEDs	(1) Power, (1) LAN, (4) WLAN
Signal Strength LEDs	Software-Adjustable to Correspond to Custom RSSI Levels
Max. VSWR	1.6:1
Channel Sizes	5/8/10/20/30/40 MHz
Polarization	Dual Linear
Enclosure	Outdoor UV Stabilized Plastic
Mounting	Pole-Mount (Kit Included)
Wind Loading	1510 N @200 km/h (340 lbf @125 mph)
Wind Survivability	200 km/h (125 mph)
ESD/EMP Protection	Air: ± 24 kV, Contact: ± 24 kV
Operating Temperature	-40 to 70° C (-40 to 158° F)
Operating Humidity	5 to 95% Noncondensing
Wireless Approvals	FCC, IC, CE
RoHS Compliance	Yes
Salt Fog Test	IEC 68-2-11 (ASTM B117), Equivalent: MIL-STD-810 G Method 509.5
Vibration Test	IEC 68-2-6
Temperature Shock Test	IEC 68-2-14
UV Test	IEC 68-2-5 at 40° C (104° F), Equivalent: ETS 300 019-1-4
Wind-Driven Rain Test	ETS 300 019-1-4, Equivalent: MIL-STD-810 G Method 506.5

Operating Frequency:

PowerBeam M5-300 Output Power: 26 dBm
TX Power Specifications				RX Power Specifications
	DataRate	Avg. TX	Tolerance		DataRate	Sensitivity	Tolerance
802.11a	6-24 Mbps	26 dBm	± 2 dB	802.11a	6-24 Mbps	-94 dBm	± 2 dB
	36 Mbps	25 dBm	± 2 dB		36 Mbps	-80 dBm	± 2 dB
	48 Mbps	24 dBm	± 2 dB		48 Mbps	-77 dBm	± 2 dB
	54 Mbps	23 dBm	± 2 dB		54 Mbps	-75 dBm	± 2 dB
802.11n/airMAX	MCS0	26 dBm	± 2 dB	802.11n/airMAX	MCS0	-96 dBm	± 2 dB
	MCS1	25 dBm	± 2 dB		MCS1	-95 dBm	± 2 dB
	MCS2	25 dBm	± 2 dB		MCS2	-92 dBm	± 2 dB
	MCS3	25 dBm	± 2 dB		MCS3	-90 dBm	± 2 dB
	MCS4	24 dBm	± 2 dB		MCS4	-86 dBm	± 2 dB
	MCS5	23 dBm	± 2 dB		MCS5	-83 dBm	± 2 dB
	MCS6	23 dBm	± 2 dB		MCS6	-77 dBm	± 2 dB
	MCS7	23 dBm	± 2 dB		MCS7	-74 dBm	± 2 dB
	MCS8	26 dBm	± 2 dB		MCS8	-95 dBm	± 2 dB
	MCS9	25 dBm	± 2 dB		MCS9	-93 dBm	± 2 dB
	MCS10	25 dBm	± 2 dB		MCS10	-90 dBm	± 2 dB
	MCS11	25 dBm	± 2 dB		MCS11	-87 dBm	± 2 dB
	MCS12	24 dBm	± 2 dB		MCS12	-84 dBm	± 2 dB
	MCS13	23 dBm	± 2 dB		MCS13	-79 dBm	± 2 dB
	MCS14	23 dBm	± 2 dB		MCS14	-78 dBm	± 2 dB
	MCS15	23 dBm	± 2 dB		MCS15	-75 dBm	± 2 dB
PowerBeam M5-400 Output Power: 26 dBm
TX Power Specifications				RX Power Specifications
	DataRate	Avg. TX	Tolerance		DataRate	Sensitivity	Tolerance
802.11a	6-24 Mbps	26 dBm	± 2 dB	802.11a	6-24 Mbps	-94 dBm	± 2 dB
	36 Mbps	25 dBm	± 2 dB		36 Mbps	-80 dBm	± 2 dB
	48 Mbps	24 dBm	± 2 dB		48 Mbps	-77 dBm	± 2 dB
	54 Mbps	23 dBm	± 2 dB		54 Mbps	-75 dBm	± 2 dB
802.11n/airMAX	MCS0	26 dBm	± 2 dB	802.11n/airMAX	MCS0	-96 dBm	± 2 dB
	MCS1	25 dBm	± 2 dB		MCS1	-95 dBm	± 2 dB
	MCS2	25 dBm	± 2 dB		MCS2	-92 dBm	± 2 dB
	MCS3	25 dBm	± 2 dB		MCS3	-90 dBm	± 2 dB
	MCS4	24 dBm	± 2 dB		MCS4	-86 dBm	± 2 dB
	MCS5	23 dBm	± 2 dB		MCS5	-83 dBm	± 2 dB
	MCS6	23 dBm	± 2 dB		MCS6	-77 dBm	± 2 dB
	MCS7	23 dBm	± 2 dB		MCS7	-74 dBm	± 2 dB
	MCS8	26 dBm	± 2 dB		MCS8	-95 dBm	± 2 dB
	MCS9	25 dBm	± 2 dB		MCS9	-93 dBm	± 2 dB
	MCS10	25 dBm	± 2 dB		MCS10	-90 dBm	± 2 dB
	MCS11	25 dBm	± 2 dB		MCS11	-87 dBm	± 2 dB
	MCS12	24 dBm	± 2 dB		MCS12	-84 dBm	± 2 dB
	MCS13	23 dBm	± 2 dB		MCS13	-79 dBm	± 2 dB
	MCS14	23 dBm	± 2 dB		MCS14	-78 dBm	± 2 dB
	MCS15	23 dBm	± 2 dB		MCS15	-75 dBm	± 2 dB

PBE-M5-620 Output Power: 24 dBm
TX Power specifications				RX Power Specifications
Modulation	Data Rate	Avg. TX	Tolerance	Modulation	Data Rate	Sensitivity	Tolerance
802.11a	6 - 24 Mbps	24 dBm	± 2 dB	802.11a	6 - 24 Mbps	-94 dBm Min.	± 2 dB
	36 Mbps	24 dBm	± 2 dB		36 Mbps	-80 dBm	± 2 dB
	48 Mbps	23 dBm	± 2 dB		48 Mbps	-77 dBm	± 2 dB
	54 Mbps	22 dBm	± 2 dB		54 Mbps	-75 dBm	± 2 dB
802.11n/airMAX	MCS0	24 dBm	± 2 dB	802.11n/airMAX	MCS0	-96 dBm	± 2 dB
	MCS1	24 dBm	± 2 dB		MCS1	-95 dBm	± 2 dB
	MCS2	23 dBm	± 2 dB		MCS2	-92 dBm	± 2 dB
	MCS3	23 dBm	± 2 dB		MCS3	-90 dBm	± 2 dB
	MCS4	22 dBm	± 2 dB		MCS4	-86 dBm	± 2 dB
	MCS5	21 dBm	± 2 dB		MCS5	-83 dBm	± 2 dB
	MCS6	20 dBm	± 2 dB		MCS6	-77 dBm	± 2 dB
	MCS7	20 dBm	± 2 dB		MCS7	-74 dBm	± 2 dB
	MCS8	24 dBm	± 2 dB		MCS8	-96 dBm	± 2 dB
	MCS9	24 dBm	± 2 dB		MCS9	-95 dBm	± 2 dB
	MCS10	23 dBm	± 2 dB		MCS10	-92 dBm	± 2 dB
	MCS11	23 dBm	± 2 dB		MCS11	-90 dBm	± 2 dB
	MCS12	22 dBm	± 2 dB		MCS12	-86 dBm	± 2 dB
	MCS13	21 dBm	± 2 dB		MCS13	-83 dBm	± 2 dB
	MCS14	20 dBm	± 2 dB		MCS14	-77 dBm	± 2 dB
	MCS15	20 dBm	± 2 dB		MCS15	-74 dBm	± 2 dB

Antenna Information:

PowerBeam M5-300
Gain	22 dBi
Max. VSWR	1.5:1
Built-In Mechanical Downtilt	+20°
Return Loss	Vertical Azimuth	Vertical Elevation
	Horizontal Azimuth	Horizontal Elevation
PowerBeam M5-400
Gain	19 dBi
Max. VSWR	1.5:1
Built-In Mechanical Downtilt	+20° to -10°
Return Loss	Vertical Azimuth	Vertical Elevation
	Horizontal Azimuth	Horizontal Elevation
PowerBeam M5-620
Gain	29 dBi
Max. VSWR	1.6:1
Built-In Mechanical Downtilt	+15° to -15°
Return Loss	E-Plane	H-Plane
	E-Plane Specs	H-Plane Specs

Software:

Software to Easily Manage Devices and Reach Customers

AirOS is an intuitive, versatile, highly developed Ubiquiti firmware technology that resides on Ubiquiti Station products. It is exceptionally intuitive and was designed to require no training to operate. Behind the user interface is a powerful firmware architecture which enables hi-performance outdoor multipoint networking.

airOS Version 7

Sporting an all-new design for improved usability, airOS v7 is the revolutionary operating system for Ubiquiti airMAX ac products.

Powerful Wireless Features

• airMAX ac Protocol Support
• Long-Range Point-to-Point (PtP) Link Mode
• Selectable Channel Width
• PtP: 10/20/30/40/50/60/80 MHz
• PtMP: 10/20/30/40 MHz
• Automatic Channel Selection
• Transmit Power Control: Automatic/Manual
• Automatic Distance Selection (ACK Timing)
• Strongest WPA2 Security

Usability Enhancements

• Dynamic Configuration Changes
• Instant Input Validation
• HTML5 Technology
• Optimization for Mobile Devices
• Detailed Device Statistics
• Comprehensive Array of Diagnostic Tools, including Ethernet Cabling Test, RF Diagnostics, and airView Spectrum Analyzer

Advanced RF Analytics

airMAX ac devices feature a multi-radio architecture to power a revolutionary RF analytics engine.

An independent processor on the PCBA powers a second, dedicated radio, which persistently analyzes the full 5 GHz spectrum and every received symbol to provide you with the most advanced RF analytics in the industry.

Data from the spectrum analysis and RF performance monitoring is displayed on the Main tab and airView Spectrum Analyzer of airOS V7.

Real-Time Reporting

The Main tab displays the following RF information:

• Persistent RF Error Vector Magnitude (EVM) constellation diagrams
• Carrier to Interference-plus-Noise Ratio (CINR) histograms
• Signal-to-Noise Ratio (SNR) time series plots

Persistent RF EVM Constellation Diagrams, CINR Histograms, and SNR Time Series

airMAX ac devices have an additional dedicated radio persistently analyzing the full 5 GHz spectrum and every received symbol to provide operators with the most advanced RF analytics in the industry.

Constellation Diagrams and CINR Histograms

SNR Time Series Plots

airOS Integrated Technologies

airMAX – Provides superior wireless performance, more clients per Access Point (AP), and lower latency. Unlike standard WiFi protocol, Ubiquiti's Time Division Multiple Access (TDMA) airMAX protocol allows each client to send & receive data using pre-designated time slots scheduled by an intelligent AP controller.

This "time slot" method eliminates hidden node collisions & maximizes air time efficiency. It provides many magnitudes of performance improvements in latency, throughput, & scalability.

Spectrum Analyzer by Ubiquiti Networks

signatures and plan your networks to minimize noise interference. airView performs the following functions:

• Constantly monitors environmental noise
• Collects energy data points in real-time spectral views
• Helps optimize channel selection, network design, and wireless performance

airView runs in the background without disabling the wireless link, so there is no disruption to the network.

In airView, there are three spectral views, each of which represents different data.

• Waterfall Aggregate energy collected for each frequency
• Waveform Aggregate energy collected
• Ambient Noise Level Background noise energy shown as a function of frequency

Available with a firmware upgrade to airOS v7.1, airView provides powerful spectrum analyzer functionality, eliminating the need to rent or purchase additional equipment for conducting site surveys.

Waterfall Chart

This time-based graph shows the aggregate energy collected since the start of an AirView session, over time for each frequency. The power of the energy in dBm is shown across the frequency span and one row is inserted in this graph every few seconds.

It is important to note that the color of the energy designates its amplitude. The darker colors (Blues and darker shades) mean very low to low energy levels at that frequency bin, whereas increasingly brighter colors (ie: Green, Yellow, Orange, and finally Red) designate increasingly higher energy levels at the specific frequency bin.

The Waterfall View's legend (top-right corner) provides a numerical guide associating the various colors to power levels (dBm). The low end of that legend (left) is always adjusted with the calculated noise floor, and the high end (right) is set to the highest detected power level since the start of the session.

Channel Usage Chart

This graph is ideal for determining the best channel to setup a WiFi network for optimal performance. In the graph, each 2.4GHz WiFi channel is represented by a bar displaying a percentage representing the relative "crowdedness" of that specific channel.This percentage is calculated by analyzing both the popularity and the strength of RF energy in that channel since the start of a AirView session. An installer could use this view to optimize a network installation by avoiding highly used channels and setting up new AP's on channels showing the least usage.

Waveform Chart

This graph shows the aggregate energy collected since the start of an AirView Session. The power of the energy in dBm is shown across the frequency span. A Blue color will mean energy at a particular strength and frequency appears in the air with a relatively low occurence, whereas increasingly brighter colors (ie: Green, Yellow, Orange, and finally Red) designate energy appearing at a specific power/frequency with higher occurrence. The spectral view over time will essentially display the steady-state RF energy signature of a given environment. An installer could use this view to optimize a network installation by avoiding highly used channels and setting up new AP's on channels showing the least usage.

Real-time Chart

This graph displays a traditional Spectrum Analyzer in which energy (in dBm) is shown real-time as a function of frequency. There are three traces in this view: Max Hold, this trace will update and hold maximum power levels across the frequency since the start of an AirView session. Average, this trace shows the running average energy across frequency. Real-time, this trace shows the real-time energy seen by the AirView device as a function of frequency.

Centrally Manage 1000s of Ubiquiti Devices

AirControl is a powerful and intuitive web based server network management application which allows operators to centrally manage entire networks of Ubiqutii devices.

• Network Map - View access points and stations on a Google Road, Terrain, or Satellite Picture Map to aid in installation planning. Export to KML.
• Monitor Device Status - View status, information, and statistics of devices managed by AirControl on customizable and easy-to-read graphs.
• Mass Firmware Upgrade - Upgrade individual devices or groups of devices with synchronization for wireless association dependency.
• Web UI Access - Access the AirControl user interface through a web browser (HTTP or HTTPS); no installation is required on the client.
• Manage Groups of Devices - User-defined, dynamic, and auto device groups provide easy navigation and device management.
• Task Scheduling - Schedule tasks such as firmware update, reboot, IP range scan, device configuration backups, ping watchdog and custom commands execution.

Powerfully scale your business with airCRM, a suite of WISP applications that help you manage your business. To sign up for the public beta, visit: aircrm.ubnt.com

Provision, monitor, and manage all devices from a central interface. Enjoy quicker deployments, healthier networks, and faster customer service response times.

Use airCRM Control to perform the following tasks:

• Upgrade firmware
• Manage passwords
• Monitor and analyze network traffic
• Manage devices

A streamlined billing and customer management solution delivers automated invoicing, payment reminders, and credit card processing with Authorize.Net.

Use airCRM Billing to perform the following tasks:

• Create invoices
• Manage accounts
• Enable a customer portal
• Generate detailed reports

Miscellaneous:

Protect your networks from the most brutal environments with Ubiquiti's industrialgrade shielded ethernet cable, TOUGHCable.

• Increase Performance - Dramatically improve your ethernet link states, speeds, and overall performance with Ubiquiti TOUGHCables.
• Extreme Weatherproof - TOUGHCables have been built to perform even in the harshest weather and environments.
• ESD Damage Protection - Protect your networks from devastating electrostatic discharge (ESD) attacks.
• Extended Cable Support - TOUGHCables have been developed to have increased power handling performance for extended cable run lengths.

Bulletproof your networks

TOUGHCable is currently available in two versions: PRO Shielding Protection and CARRIER Shielding Protection.

Additional Information:

• 24 AWG copper conductor pairs
• 26 AWG integrated ESD drain wire to prevent ESD attacks and damage
• PE outdoor-rated, weatherproof jacket
• Multi-layered shielding
• Available in lengths of 1000 ft (304.8 m)

TOUGHCable Connectors

Specifically designed for use with Ubiquiti TOUGHCable, TOUGHCable Connectors protect against ESD attacks and Ethernet hardware damage, while allowing rapid field deployment without soldering. The standard TOUGHCable Connectors are available in a box of 100, while the TC-GND versions include ground wires and are available in a box of 20.

ESD attacks are the leading cause for device failures. The diagram below illustrates the areas vulnerable to ESD attacks in a network.	By using a grounded Ubiquiti Power over Ethernet (PoE) Adapter along with Ubiquiti TOUGHCable and TOUGHCable Connectors, you can effectively protect against ESD attacks.

Advanced Gigabit PoE Managed Switch

Introducing the Advanced Power over Ethernet Controllers, TOUGHSwitch™ PoE from Ubiquiti Networks. TOUGHSwitch PoE delivers reliable passive PoE and fast 10/100/1000 Mbps connectivity to attached Ubiquiti devices and other devices that support passive PoE.

To connect your PoE devices, simply enable PoE in the easy-to-use TOUGHSwitch Confi guration Interface. Each port can be individually confi gured to provide PoE, so both PoE and non-PoE devices can be connected.

Simplify Your Deployment

TOUGHSwitch PoE allows network architects to design cleaner, less cluttered deployments. For example, integrating one TOUGHSwitch PoE PRO can eliminate the need for the following:

• 8 PoE adapters
• 8 power cords
• 8 power outlets
• 8 Ethernet patch cables

TOUGHSwitch PoE deployments increase efficiency and greatly reduce potential failure points - resulting in faster installations and less maintenance and troubleshooting.

Documentation:

Download the Ubiquiti PowerBeam Series Datasheet (PDF).