Next Generation Wi-Fi Beamforming Outdoor Sector Access Point

GoBeam 8000

Data Sheet

Benefits

• 10x10:3beamformingwith10 dualpolarityantennas

•Truebeamformingcombining allantennastogether

• x2-x4capacityincrease

•90%effectivenoisemitigation

•DualradioBeamformingat2.4 GHzand5GHz

•Support802.11n&beyondto 802.11ac

Applications

• 3G/4GDataOffload

• WirelessAccess

• EnterpriseNetworks

OverviewToday’s subscribers expect broadbandconnectivity anywhere, all-the-time. Withmobiledataconsumptionexpectedtoincrease10x over the next 5 years, operators need toprovide effective wireless solutions indoorsand out. However, typical Wi-Fi solutions areincapable of delivering high performance innoisyoutdoorconditions.

A pioneer in Wi-Fi beamforming technology,GoNetSystemsNextGenerationMIMOxRF™Beamforming Wi-Fi Access Points bringthe powerful performance of beamformingtechnologytomass-marketdeployments.

SolutionGoBeam 8000 is GoNet Systems outdoorsector access point, which leverages thecompany’s Next Generation MIMO xRF™Beamforming technology. It delivers true10x10:3 beamforming, with 10 dual polarityantennas per band and 3 spatial streams.This high-performance access point is theideal solution for operators deploying large-scale 3G/4G data offload, Wi-Fi access andenterprisenetworks.

GoBeam 8000 provides a factor of x2-x4capacity increase and 90% effective noisemitigation. With dual radio architecture thatsupports beamforming in both 2.4GHz and5GHzbands, the platformprovidesoperators’withflexibledeploymentoptions.TheGoBeam8000 architecture is designed to support thelatest Wi-Fi standards; 802.11n today and802.11acinthefuture.

OfferingThe GoBeam 8000 family of access pointsis designed to enable mix & match accordingthe specific deployment needs. Operators candeploy GoBeam 8000 sector access points,GoBeam 7000 and GoBeam 7100 omni-directional access points for efficiency andcoverage.

GoBeam8000–Sectoroutdooraccesspoint

GoBeam7000–Omnioutdooraccesspoint

GoBeam7100–Omniindooraccesspoint

NextGenerationMIMOxRFBeamformingGoNet Systems Next Generation xRFBeamformingdeliverstrue10x10:3beamformingto increasethecapacitybyx2-x4.Thefocusedbeams and specialized noise filters provide90%effectivenoisemitigationensuringoptimalperformanceinnoisyenvironments.

GoNet Systems enhanced xRF Beamformingsupports multiple streams in MIMOconfigurations to provide superior performance for 802.11n Wi-Fi and beyond to 802.11ac.

GoNet Systems, Ltd. • info@GoNetworks.com • www.gonetworks.comGoNet Systems, GoNetworks, the GoNet Systems logo, Cellular Wi-Fi, MBW, xRFTM, Wi-Fi Base Station, Wi-Fi Sector Base Station, GoBeam, MIMO xRFTM are all trademarks of GoNet Systems and / or its affiliates in certain other countries. All other trademarks, registered trademarks, service marks or registered service marks are the property of their respective owner/s. Information in this document is subject to change without notice. GoNet Systems assumes no responsibility for errors that may appear in this document. ©2013 GoNet Systems. All rights reserved.

Data Sheet

SPeCIFICATIONS Wireless• Wireless Network Standards: Ieee 802.11a/b/g/n• Radio Interfaces: • 2.4GHz Access: 802.11b/g/n • 5GHz Access/Mesh: 802.11a/n • 11n with 3 spatial streams 10x10:3• Supported Rates • b:1,2,5.5,11 • g: 6,9,12,18,24,36,48,54 • n: MCS0-MCS23 (6.5 - 450 Mbps)• Frequency bands: 2.412-2.472, 5.470-5.725, 5.725-5.825 GHz • MIMO xRF™ beamforming technology, with 10 dual

polarity (+/-45°) antennas per band.• Antennas:

• 2.4 GHz • Sector: 120° Horizontal 44° Vertical 13dBi • 5 GHz:

• Omni: external N-Type connector • Sector: 120° Horizontal 26° Vertical 14dBi • Modulation:

• 802.11 b – DSSS (DBPSK , DQPSK, CCK)• 802.11 a/g/n – OFDM (BPSK, QPSK, 16-QAM, 256-QAM)

• Tx Power (MAX eIRP) • Up to 46.7 dBmi @2.4GHz, HT20 MCS0 • Up to 43.7 dBmi @2.4GHz, HT20 MCS9 • Up to 44.7 dBmi @5GHz, HT20 MCS0 • Up to 41.7 dBmi @5GHz, HT20 MCS9• Rx Sensitivity:

• 802.11b: –102dBm @ 1 Mbps, –99 dBm @ 2 Mbps, –92 dBm @ 5.5 Mbps, –89 dBm @ 11 Mbps

• 802.11g: –92 dBm @ 6 Mbps, –91 dBm @ 9 Mbps, –90 dBm @ 12 Mbps, –89 dBm @ 18 Mbps, –87 dBm @ 24 Mbps, –85 dBm @ 36 Mbps, –80 dBm @ 48 Mbps, –79 dBm @ 54 Mbps

• 802.11n @ 2.4 GHz HT20: –92 dBm @ MCS0, –90 dBm @ MCS1, –89 dBm @ MCS2, –87 dBm @ MCS3, –85 dBm @ MCS4, –80 dBm @ MCS5, –78 dBm @ MCS6, –77 dBm @ MCS7, –92 dBm @ MCS8, –90 dBm @ MCS9, –89 dBm @ MCS10, –86 dBm @ MCS11, –82 dBm @ MCS12, –78 dBm @ MCS13, –77 dBm @ MCS14, –75 dBm @ MCS15, –92 dBm @ MCS16, –90 dBm @ MCS17, –88 dBm @ MCS18, –84 dBm @ MCS19, –81 dBm @ MCS20, –77 dBm @ MCS21, –75 dBm @ MCS22, –74 dBm @ MCS23

• 802.11n @ 2.4 GHz HT40: –89 dBm @ MCS0, –87 dBm @ MCS1, –86 dBm @ MCS2, –84 dBm @ MCS3, –82 dBm @ MCS4, –77 dBm @ MCS5, –75 dBm @ MCS6, –74 dBm @ MCS7, –89 dBm @ MCS8, –87 dBm @ MCS9, –86 dBm @ MCS10, –83 dBm @ MCS11, –79 dBm @ MCS12, –75 dBm @ MCS13, –74 dBm @ MCS14, –72 dBm @ MCS15, –89 dBm @ MCS16, –87 dBm @ MCS17, –85 dBm @ MCS18, –81 dBm @ MCS19, –78 dBm @ MCS20, –74 dBm @ MCS21, –72 dBm @ MCS22, –71 dBm @ MCS23

• 802.11a: –95 dBm @ 6 Mbps, –94 dBm @ 9 Mbps,

–92 dBm @ 12 Mbps, –89 dBm @ 18 Mbps, –86 dBm @ 24 Mbps, –83 dBm @ 36 Mbps, –78 dBm @ 48 Mbps, –77 dBm @ 54 Mbps

• 802.11n @ 5 GHz HT20: –93 dBm @ MCS0, –90 dBm @ MCS1, –89 dBm @ MCS2, –86 dBm @ MCS3, –83 dBm @ MCS4, –78 dBm @ MCS5, –77 dBm @ MCS6, –75 dBm @ MCS7, –93 dBm @ MCS8, –90 dBm @ MCS9, –87 dBm @ MCS10, –84 dBm @ MCS11, –80 dBm @ MCS12, –76 dBm @ MCS13, –75 dBm @ MCS14, –73 dBm @ MCS15, –93 dBm @ MCS16, –90 dBm @ MCS17, –88 dBm @ MCS18, –85 dBm @ MCS19, –82 dBm @ MCS20, –77 dBm @ MCS21, –75 dBm @ MCS22, –73 dBm @ MCS23

• 802.11n @ 5 GHz HT40: –90 dBm @ MCS0, –87 dBm @ MCS1, –86 dBm @ MCS2, –83 dBm @ MCS3, –80 dBm @ MCS4, –75 dBm @ MCS5, –74 dBm @ MCS6, –72 dBm @ MCS7, –90 dBm @ MCS8, –87 dBm @ MCS9, –84 dBm @ MCS10, –81 dBm @ MCS11, –77 dBm @ MCS12, –73 dBm @ MCS13, –72 dBm @ MCS14, –70 dBm @ MCS15, –90 dBm @ MCS16, –87 dBm @ MCS17, –85 dBm @ MCS18, –82 dBm @ MCS19, –79 dBm @ MCS20, –74 dBm @ MCS21, –72 dBm @ MCS22, –70 dBm @ MCS23

Networking• Self healing, Mesh

• Air Time Fairness

• Multiple eSSIDs’ & BSSIDs’

• QoS, statistical traffic classification

• Fringe Zone client Ban

• WMe

• 802.11q VLAN

• Layer 2, 3 support

• DHCP Client

Management• GoNet Systems private, standard MIBs

• Local CLI via serial port Management

• SNMP v2 (configuration, statistics and alarms)

• Web interface

• Telnet/SSH CLI

• Remote software upgrade:

FTP, TFTP, Web

• CAPWAP via GoNet Controller

Authentication & Security• 802.11i

• WPA/WPA2 (WPA-PSK, WPA-eAP, WPA-TKIP, WPA2-AeS,)

• WeP 64/128 bit,AeS

• MAC filtering

• 802.1x

• AeS mesh encryption

Interfaces• 2 x IP67 Weatherproof RJ-45 GBe & Poe

• IP67 Weatherproof RJ-45 Serial port

• 2 x IP67 N-Type 5GHz ext antenna connector (Option)

Hardware• Dimensions:

• 29.5x34.5x9cm (WxHxD)

•11.6x13.6x3.5 In (WxHxD)

• Weight: 5.55kg, 12.24lbs

• Power input: Poe -48VDC

• Operating Temperature: -40° to 60°C, -40° to 140°F

• Storage Temperature: -45° to 70°C, -49° to 158°F

• Operating relative humidity (non-condensing):

10% - 95%

• Non-operating relative humidity

(non-condensing): 0% - 95%