Beyond Mobile Experience with Huawei Agile Solution. Switch Solution Sales Dept.

Transcription

1 Beyond Mobile Experience with Huawei Agile Solution Switch Solution Sales Dept.

2 1 Muy (muy) breve resumen del portfolio WiFi 2 Definiendo la Alta Densidad 3 Un ejemplo: Estadios 1

3 Huawei WLAN Portfolio n AP ac GE AP Indoor APs Outdoor APs Indoor APs Outdoor APs AP2010DN (300 Mbps) Wall plate AP AP5010SN (300 Mbps) AP5010DN (300 Mbps x 2) Office scenarios AP6010SN (300 Mbps) AP6010DN (300 Mbps x 2) High-density scenarios AP6510DN (300 Mbps x 2) Uplink GE network ports, PoE power supply AP5030DN/AP5130DN Indoor 11ac dual-band AP, 1.75 Gbps AP8030DN Outdoor 11ac dual-band Internal antenna AP 1.75 Gbps AP6310SN (150 Mbps) Indoor distributed AP AP7110SN (450 Mbps) High-density scenarios AP7110DN (450 Mbps x 2) High-density scenarios WLAN AC AP6610DN (300 Mbps x 2) Uplink GE optical ports, AC power supply AP7030DE Indoor 11ac dual-band smart antenna AP, 1.9 Gbps AP8130DN Outdoor 11ac dual-band External antenna AP, 1.75 Gbps AR Series AC6005 (4G/128AP) AC6605 (10G/1024AP) ACU 2 (40G/2KAP) Native AC on ENP (1T/4KAP) 2

4 Forwarding Hibrido Red Local AAA / esight / Agile Controller AP DAS Autenticación Usuario AP indoor LAN AC Datos Usuario HQ / Data Center AP Outdoor 3

5 Agile Campus Branch Data Center Acceso Remoto WAN/Internet Salida Router SVN Control de Acceso Core LAN Controller Gestión de invitados Ubiquitous Services NGFW Agregación LAN Orquestación de Servicios Acceso Switch AP AP Switch Colaboración de Seguridad 4

6 1 Muy (muy) breve resumen del portfolio WiFi 2 Definiendo la Alta Densidad 3 Un ejemplo: Estadios 5

7 Qué es alta densidad? Usuarios Conectados Usuarios Activos 6

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9 Qué NO ES una solución de alta densidad? 8

10 Two APs send data simultaneously. Auto Radio -- Improve the network performance. Dynamic channel adjustment Dynamic power adjustment Dynamic load balancing Clear Channel Assessment (CCA) Rogue device interference calibration (dbm) AP1 Small coverage area Large coverage area 5G-prior 2.4G The channel is busy. CCA threshold (dbm) Non-Wi-Fi interference source Channel 1 AP2 AP 5G Radio-based load balancing The channel is idle. AP3 Channel 11 Channel 6 Low power transmission 2.4G 5G AP-based load balancing AP1 Channel Channel 1 AP2 AP Automatic channel/power adjustment High power transmission AP1 AP2 STA1 STA2 Rogue AP Automatic channel adjustment allows APs to flexibly react to network changes, shortening deployment time. The AP automatically adjusts transmit power to avoid interference and compensate for coverage holes. Dynamic load balancing balances load between radios of an AP or between different APs to improve the overall network performance. Automatic CCA threshold adjustment improves system transmission performance in interference environment. The AP automatically detects rogue devices and optimizes radio parameters to avoid interference. 9

11 High Density Boost - Improved High-Density Performance Access control on low-rate terminals Multi-user collision control WMM QoS scheduling Airtime scheduling Forced logout of low-rate terminals Multi-user CAC scheduling STA1 STA3 STA2 STA4 Optimal contention window Voice Video Same forwarding time Low-rate STA High-rate STA Mediumrate STA STA1 STA3 STA2 STA4 AP STA5 STA6 Exceeds the threshold. Falls below the threshold. STA7 STA1 STA4 STA6 Maintain a proper window interval. Data Others High-rate users send more packets. Exceeds the threshold. Falls below the threshold. STA5 STA6 AP AP Restricting access of low-rate terminals improves air port efficiency. Proper adjustment of the contention window can minimize chances of collision and increase transmission efficiency. Wireless QoS scheduling ensures preferential forwarding of important services. Airtime scheduling ensures fairness in radio resource usage so that more data can be transmitted. Low-rate terminals are forced to log out to improve air port usage efficiency. Collaborative roaming resource scheduling on the network ensures high AP usage efficiency. 10

12 1 Muy (muy) breve resumen del portfolio WiFi 2 Definiendo la Alta Densidad 3 Un ejemplo: Estadios 11

13 Acceso WiFi de Alta Densidad Tecnología WiFi Avanzada Espacio entre APs (Techo) 7.5 m 9 m Auto Radio HD Boost Antena de haz estrecho Umbral Antiinterferencias Ratio de usuarios concurrentes -40 dbm -60 dbm > 30% Appr. 23% Planificación Profesional Herramientas de planificación 3D Servicios de planificación Estadio del BVB: asistentes 100% asociados 33% de concurrencia 500kb/s usuario normal 1Mb/s usuario VIP 12

14 Instalación de Aps en grada Este Nivel 2 16m Nivel 2 Nivel 1 Nivel 1 35m 13

15 Huawei Agile e-stadium Data center 10GE 10GE Internet Router USG6600 Management DHCP server Policy Center Video server Surveillance server Network management S GE S7700 (optional) GE GE S5700 series PoE switch Outdoor AP6510DN/6610DN Indoor AP5030DN/5130DN 14

16 Control de políticas flexible User Group User Type Access Mode Terminal Type Bandwidth Priority Rights A Visitor Wireless Smart terminal 500 kbps Low Internet access B VIP Wireless Smart terminal 1 Mbps High Internet access and video playback C Employee Wireless Smart terminal 1 Mbps Medium Internet access and office applications D Employee Wired Laptop 2 Mbps Medium Internet, office applications, and stadium management Campus controller Definición de grupos de usuarios 2 Mbps Sincronizar políticas Ejecutar políticas 500 kbps 1 Mbps 1 Mbps Rights Time Bandwidth H-QoS A B C D 15

17 Un estadio, Un dispositivo One Switch, Zero touch management Core switch Access switch AP Virtualized MPUs MPU 1 MPU 2 MPU 3 MPU 4 Virtualized cards T-bit 1 2 N Virtualized ports 1 2 M One AC, Unified forwarding wired users Traffic from desktop Traffic from laptop Native-AC with X1E LPU Cloud DC wireless users Traffic from pad Traffic from phone 16 Unified forwarding Internet

18 Referencias e-stadium Signal Iduna Park Brossia Dortmund, Germany Glasgow Ibrox Stadium Ranger FC, UK Veltins Arena FC Schalke 04, Germany Shanghai International Circuit F1 Grand Prix, China Spartak Stadium 2018 FIFA, Russia Madejski Stadium Reading FC, UK National Stadium Uzbekistan Tofiq Bakhramov Stadium Baku, Azerbaijan 17

19 Brossia Dortmund Stadium, Germany Solution The network will give the 80,000+ fans free Wi-Fi access; The wireless infrastructure provides 30% concurrent access for fans/visitors. Benefits We ll be able to offer all our fans access to internet services on site and to deliver exclusive content to them inside the stadium. 18

20 Ranger FC Ibrox Stadium, UK Solution Give the 51,082 fans free Wi-Fi access. Advanced wireless technologies and small beamwidth antenna technologies to reduce co-channel interference. Benefits Rangers Football Club is rightly proud of its tremendous fan base, which has stood by the club through thick and thin and we aim to provide our supporters with a world-class Wi- Fi service to enhance their match-day experience. 19

21 HUAWEI ENTERPRISE ICT SOLUTIONS A BETTER WAY Copyright 2012 Huawei Technologies Co., Ltd. All Rights Reserved. The information in this document may contain predictive statements including, without limitation, statements regarding the future financial and operating results, future product portfolio, new technology, etc. There are a number of factors that could cause actual results and developments to differ materially from those expressed or implied in the predictive statements. Therefore, such information is provided for reference purpose only and constitutes neither an offer nor an acceptance. Huawei may change the information at any time without notice.

22 802.11n AP Portfolio Huawei AP Model AP2010 Series 2010DN AP5010 Series 5010SN/DN AP6010 Series 6010SN/DN AP7110 Series 7110SN/DN Indoor distributed AP Series 6310SN Outdoor AP Series 6510/6610DN Appearance Product positioning Wall plate AP Small and medium enterprises Small, medium, and large enterprises Medium and large enterprises Indoor distribution system Outdoor scenarios Rate of a single radio 300 Mbps 300 Mbps 300 Mbps 450 Mbps 150 Mbps 300 Mbps WLAN standards MIMO:number of spatial streams Maximum number of users Maximum number of SSIDs supported by each radio a/b/g/n SN: b/g/n DN: a/b/g/n SN: b/g/n DN: a/b/g/n SN: b/g/n DN: a/b/g/n 2 2:2 2 2:2 2 2:2 3 3:3 1x1:1 2 2: (Fat)/128 (Fit) 64 (Fat)/128 (Fit) 256 (Fit) 128 (Fit) 64 (Fat)/256 (Fit) b/g/n a/b/g/n Antenna type Built-in antenna Built-in antenna Built-in antenna External antenna External antenna External antenna Operating temperature 0 to to to to to to 60 Power supply 802.3af DC 12 V/802.3af DC 12 V/802.3af DC 12 V/802.3af (SN) 802.3at (DN) DC 12 V/802.3af 802.3at (6510) AC power supply (6610) IP protection grade IP20 IP31 IP31 IP41 IP31 IP67 Working mode Fit AP Fit/Fat AP Fit/Fat AP Fit AP Fit AP Fit/Fat AP 21

23 802.11n AP Portfolio Huawei AP Model AP2010 Series 2010DN AP5010 Series 5010SN/DN AP6010 Series 6010SN/DN AP7110 Series 7110SN/DN Indoor distributed AP Series 6310SN Outdoor AP Series 6510/6610DN Appearance Maximum transmit power for each antenna 16 dbm 17 dbm 20 dbm 20 dbm 27 dbm 6510DN: G 20 5G 6610DN: G 24 5G IPv6 Y Y Y Y Y Y Dying gasp - - Y Y Y Y Wireless positioning Y Y Y Y - Y Spectrum analysis Y Y Y Y Y Y Terminal identification Y Y Y Y Y Y WIPS/WIDS Y Y Y Y Y Y WDS/Mesh - Y Y Y - Y Auto Radio Y Y Y Y Y Y High Density Boost Y Y Y Y Y Y User Awareness Y Y Y Y Y Y 22

24 802.11ac AP Portfolio Huawei AP Model AP5030 Series 5030DN AP5030 Series 5130DN AP7030 Series 7030DE Appearance Product positioning Medium and large enterprises Medium and large enterprises Medium and large enterprises Rate of a single radio 450 Mbps (2.4 GHz) Gbps (5 GHz) 600 Mbps (2.4 GHz) Gbps (5 GHz) WLAN standards 2.4 GHz: b/g/n; 5 GHz: a/n/ac MIMO:number of spatial streams 3x3:3 Maximum number of users Maximum number of SSIDs supported by each radio Antenna type Built-in dual-band antenna External dual-band antenna Built-in dual-band smart antenna Operating temperature -10 to to to 50 Power supply DC 12 V/802.3af DC 12 V/802.3af DC 12 V/802.3at IP protection grade IP41 IP41 IP41 Working mode Fit/Fat AP Fit/Fat AP Fit AP 23

25 802.11ac AP Portfolio Huawei AP Model AP5030 Series 5030DN AP5030 Series 5130DN AP7030 Series 7030DE Appearance Maximum transmit power for each antenna 20 dbm 20 dbm 20 dbm IPv6 Y Y Y Dying gasp - - Y Wireless positioning Y Y Y Spectrum analysis Y Y Y Terminal identification Y Y Y WIPS/WIDS Y Y Y WDS/Mesh Y Y Y Auto Radio Y Y Y High Density Boost Y Y Y User Awareness Y Y Y 24

26 Huawei WLAN AC Products Huawei AC Model AC6005 AC6605 ACU2-S77/97/127 X1E Native AC-S12700 Appearance Product positioning Small and medium enterprise and branch wireless networks Medium and large enterprise wireless network Large enterprise wireless network Large enterprise wired/wireless integrated networks Minimum number of managed APs Maximum number of managed APs Maximum number of users 2K 10K 32K 16K Maximum throughput 4 Gbps 10 Gbps 40 Gbps 80 Gbps Port 6 x GE + 2 x GE Combo 20 x GE + 4 x GE Combo + 2 x 10GE Console port + GE management port 48 GE optical/48 GE electrical/4 x 10GE optical + 24 GE optical+8 GE electrical (combo)/8 x 10GE optical + 8GE optical + 8GE electrical (combo) PoE PoE power for 8 ports/poe+ power for 4 ports ** 24 ports NA NA Power supply AC 1+1 AC/1+1 DC Depends on the chassis power supply. Depends on the chassis power supply. AC backup 1+1 hot backup/n+1 backup IPv6 Y Bonjour gateway Y Inter-AC roaming Y IPSec (uplink) Y Y NA NA * *- indicates that the specification is applicable only to the AC PWR. 25