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場次: 基礎架構&應用
公司名稱: Cisco System
主題: Fast IT & Fast Mobility
- Preparing for the next wave ok mobile & IoT devices
主講人: 趙統邦 (職稱) 企業網路產品經理
20 Years Ago: Multiple network cables plugging in to multiple networks that were
running disparate protocols…
You had to physically plug in to multiple networks…
Cisco is credited with driving the convergence of multiple protocols towards IP…
15 Years Ago: Fewer network cables to plug in as the IP protocol became prevalent
and PoE and VoIP was introduced…
You had to physically plug in to the network…
Cisco is credited with the introduction of PoE and the disruption of traditional Voice with Voice over IP…
10 Years Ago: No network cables for your Corporate issued Laptop as Wi-Fi and
Bluetooth was introduced…
You no longer had to physically plug in to the network…
Cisco is credited with the introduction of key RF Management innovations - DCA, TPC, CHDM, Load Balancing and IEEE 802.11 amendments 802.11e, i, r, k, u, v..
5 Years Ago: No network cables to plug in for your Personal Device as Wi-Fi and
Bluetooth became pervasive…
You no longer had to physically plug in to the network…
Cisco is credited with the introduction of Unified Policy Management to enable BYOD across the LAN, WLAN, and WAN…
Now & Future: Internet becomes the 4th utility with Wi-Fi as the Primary Connectivity
and obsoleting network cables for users…
You will probably never plug in to a physical network again…
Cisco is credited with 1st to market status of 802.11ac, Multigigabit Ethernet, Stateful Switchover, and Hyperlocation…
Cisco VNI Forecast Update, 2014–2019
Top 10 Networking Trends
1 Continued Shifts in Devices/Connections Mix
2 IPv6 Adoption Enables Internet of Everything (IoE) Connectivity
3
4 Service Adoption Trends – Residential, Consumer Mobile, Business
5 Applications Driving Traffic Growth
6 “Cord-Cutting” Analysis – What’s Really Happening?
7 Impact of Accelerating Speeds on Traffic Growth
8 Mobility (Wi-Fi) Continues to Gain Momentum
9 Traffic Pattern Analysis (Peak vs. Average, Upstream, CDN vs. Metro)
10 Network Performance Drives User Behaviors/Data Plans and Caps
M2M Applications Across Many Industry Verticals Drives IoE Growth
Control & Management Automation
FAST IT & Fast Mobility & Unified Access Network ONE Network, ONE Management, ONE Policy
Emerging WAN Transformation
The Application Landscape Is Changing
Applications Are Moving to the Data Center and Cloud
Internet Edge Is Moving to the Branch
Branch
Cloud
Data Centers
of CIOs Expect to Operate via the Cloud by 2015
More Mobile Data Traffic by 2015
of Mobile Traffic Will Be Video
Pressures on the WAN
Rich Media Apps Mobility Cloud
WAN Demands Exceeding Budgets
5 years Cisco Visual Networking Index, June 2014
Increase 3X in the next
GLOBAL IP TRAFFIC GROWTH:
will be flat or declining Nemertes Research, August 2014
60% WAN budgets
LIMITED WAN BUDGETS:
The Widening Network Complexity Gap
Building Blocks of IT
End
po
ints
on
th
e N
etw
ork
VoIP/Video
Virtualization
Cloud Computing
Mobility
SDN
IoT
IT Budgets
Network Complexity Gap
Source: ZK Research, 2014
Intelligent WAN(iWAN) Accelerates Hybrid WAN Deployments
Hybrid WAN Transport
Branch
MPLS
Internet
Private Cloud
Virtual Private Cloud
Direct Internet Access
Internet backhaul
Cisco Cloud
Web Security
Secure WAN transport across MPLS and/or Internet for private cloud / DC access
Increase WAN Capacity Improve App Performance Scale Security at the Branch
Leverage local Internet path for public cloud and Internet access
Public Cloud
Cloud and Mobility are changing the WAN
WAN/MPLS
BRANCH 1 TO N DATA CENTER/HQ/CAMPUS
Clients, Kiosks, etc.
VoIP, UC, Video, etc.
Servers: File, Web, Apps
Clients, Kiosks, etc.
VoIP, UC, Video
“BEFORE”
$$$$$
Growing cloud services and internet connectivity backhauled vs
DIA from branch
Internet
Mobility, Tablets, etc.
Mobility, Tablets, etc.
Servers: File, Web, Apps
Cloud and Mobility are changing the WAN
- iWAN architecture for network optimized
“AFTER”
WAN/MPLS
Internet
Direct Internet Access from Branch; Lower latency, lower cost
Internet VPN Used to Connect Branch to HQ
Clients, Kiosks, etc.
VoIP, UC, Video, etc.
Servers: File, Web, Apps
Mobility, Tablets, etc.
VoIP, UC, Video
Clients, Kiosks, etc.
Mobility, Tablets, etc.
Servers: File, Web, Apps
BRANCH 1 TO N DATA CENTER/HQ/CAMPUS
Intelligent WAN Solution Components
Branch
Internet
MPLS
Private Cloud
Virtual Private Cloud
Public Cloud
3G/4G-LTE
AVC
WAAS PfR
Transport Independent (DMVPN)
• Consistent operational model • Simple provider migrations • Scalable and modular design • IPsec routing overlay design
• Dynamic Application best path based on policy • Load balancing for full utilization of bandwidth • Improved network availability
Intelligent Path Control (PfR)
• Application visibility with performance monitoring
• Application acceleration and bandwidth optimization
Application Optimization (WAAS & Akamai)
• Certified strong encryption • Comprehensive threat defense • Cloud Web Security for secure
direct Internet access
Secure Connectivity
IWAN Transport Independence
Consistent deployment models simplify operations
Internet MPLS
Branch
DMVPN DMVPN
IWAN HYBRID
Data Center
ISR-G2/4K
ASR 1000 ASR 1000
ISP A SP V
Internet Internet
Branch
DMVPN DMVPN
IWAN DUAL INTERNET
Data Center
ISR-G2/4K
ISP A DSL
ISP C Cable
ASR 1000 ASR 1000
MPLS
Branch
MPLS
DMVPN
IWAN Dual MPLS
Data Center
ISR-G2/4K
ASR 1000 ASR 1000
ISP A SP V
DMVPN
Enterprise Routing Product Portfolio
Cloud-Ready Routing and WAN Optimization Platforms
WAAS (WAVE 294, 594, 694)
WAVE
ISR 4000 ( 4451, 4431, 4351, 4331, 4321)
ASR 1000 (1001, 1002, 1004, 1006, 1013)
ASR 1000 (with OTV, LISP, etc.) WAAS (WAVE 7541, 7571,
8541), vWAAS
UCS E Series
Branch/ Remote Sites
DC/Cloud
WAN Aggregation/HQ
CSR
Modular ISR G2 Series Migration Paths B
ran
ch c
on
solid
atio
n
Application services
4451 (2 RU, 1000-2000 Mb)
4431 (1 RU, 500-1000 Mbps)
4351 (2 RU, 200-400 Mbps)
4331 (1 RU, 100-300 Mbps)
4321 (1 RU (Desktop), 50-100 Mbps)
3945E
3925E
3945
3925
2951
2921
2911
2901
1921 1941
Cisco ISR Router for 4G
- All unit support LTE2.0
C881G-4G-GA-K9 C819G-4G-GA-K9 EHWIC-4G-LTE-GB
SP Name Mhz(Band#) - Current
FDD-LTE
ChungHwa Telecom 1800 (B3)
900 (B8)
Taiwan Mobile 700 (B28)
1800 (B3)
FETnet 700 (B28)
1800 (B3)
APTG 700 (B28)
Ambit 700 (B28)
900 (B8)
T Star 900 (B8)
TW 4G SP & License Status
Planned
(2015 Release & Offer by Tender)
2600Mhz
FDD-LTE (B7)
TD-LTE (B38)
4GFrequency Release Plan in TW
• Not support 700Mhz(B28) & TD-LTE(B38)
• North-American 700Mhz is B13,can’t work in TW
• 700Mhz(B28) & TD-LTE will support in next year(depend on 4G Chip vendor support status)
Wireless Trends and How They Affect You
Smart Objects and M2M Fuel Growth
Internet of Everything
Connectivity abounds
Sensors
Smart lampposts, and more
Cars Thermostats
Meters Health monitors
• 50 billion smart objects
will be connected by 2020 • More than half of fixed
IP traffic will be Wi-Fi by 2019 Sources: 1. Cisco® IBSG, http://www.cisco.com/web/about/ac79/docs/innov/IoT_IBSG_0411FINAL.pdf 2. Cisco 2015 Visual Networking Index Mobile Forecast
Why 802.11ac ?
Standard Network Infrastructure
Dawn of Wireless
Mobility Density
Internet of Everything (IoE)
Next-Generation Mobility-Ready Network
Network Capacity
The Need for Speed Is End to End
FASTER MOBILITY It’s not just a Wi-Fi access problem.
Faster Wireless Devices
Faster Switch Control Plane
Faster Wireless Offload/
Switch Ports
Faster WLAN Controller Faster
Wireless Network
(Access Point) Connectivity
4SS Laptops, Content
Delivery Devices
3SS Laptops, Desktops
2SS Tablets, Laptops
1SS Smartphones, Tablets
*Assuming 80 MHz channel is available and suitable
**Assuming 160 MHz channel is available and suitable
802.11 802.11n 802.11b 802.11a/g 802.11ac
Wave 1
802.11ac
Wave 2
2 11
24
54
65
600
450
300
6900** 6900**
3500**
2340**
1730** 1300*
430* 430*
= Connect Rates (Mbps)
= Spatial Streams SS
1997 1999 2003 2007 2013 2015 G
igab
it
Eth
ern
et U
plin
k
2 G
igab
it
Eth
ern
et U
plin
ks
1 Spatial Stream
8 Spatial
Streams
2 Spatial Stream
4 Spatial
Streams
870*
8SS 4SS 3SS 2SS 1SS
802.11 Technology Evolution
Prevalent & Emerging 802.11 “Operating Modes”
802.11n 802.11ac Wave 1 802.11ac Wave 2
2.4 and 5.0 GHz band 5.0 GHz band only 5.0 GHz band only
3X3 or 4X4 MIMO 3X3 or 4X4 MIMO 3X3 or 4X4 MIMO
Single User MIMO Single User MIMO Single and/or Multi User MIMO (MU-MIMO)
Fast Ethernet wired equivalent Gigabit Wi-Fi wired equivalent Gigabit+ Wi-Fi capable
Usually 20 MHz Channel Width Usually 40 or 80 MHz Channel Width Usually 40 or 80 MHz Channel Width
Single FE or GE uplink Single GE uplink Dual GE uplinks or mGig uplink
PoE for full operation PoE+ for full 4X4 operation PoE+ for full 4X4 operation
Support for AES128 Encryption Support for AES128 Encryption Support for AES256 Encryption
802.11ac Adoption Timeline
2014 2015 2016
Wave 2 WFA Certification
802.11ac Inflection Point (Active Users)
iPhone 6 iPad Air 2
MacBook Galaxy S5
Galaxy S6
First Wave 2 Enterprise Class AP (MU-MIMO, 160MHz, NBASE-T)
First Wave 2 Enterprise Class AP (MU-MIMO, 80MHz) 1st
2nd 802.11ac IEEE Ratification
802.11ac Inflection Point (Shipping Devices)
1st Wave 2 Smartphone (MU-MIMO, 1x1)
Important “Best Practices” for 802.11ac Wave 1 or 2
5.0 GHz Gigabit WLAN to leverage more and cleaner channels / spectrum
-65 to -67 RSSI to solve for Data, Voice, Video, Location, & High Density
10 - 20% cell overlap to optimize roaming and location calculations / transactions
Separate SSIDs for Corporate and Guest Access with Guest being Rate Limited
802.11ac Wave 1
• 1 cable for GE uplink
802.11ac Wave 2
• 2 cables for GE – only terminate 1
• 1 cable if using mGig
Cable Category
• Category 5E or better for GE or mGig
Wi-Fi Signal Strength - RSSI
• -65 to – 67 = Data, Voice, Video, Location, High Density
• 1 AP per 2,500 square feet / every 40 to 50 feet
• -68 to – 69 = Data, Voice, Multicast & Unicast Video, Location
• -70 to – 71 = Data, Unicast Video
• -72 or greater = Data Only
Best in Class
3700
• 802.11ac W1, 1.3 Gbps PHY
• 4x4:3SS
• HDX: High Density Experience
• CleanAir 80 MHz
• ClientLink 3.0
• StadiumVision
• Modularity: Security, 3G Small Cell or Wave 2 802.11ac
Enterprise Class
1700
• 802.11ac W1
• 870 Mbps PHY
• 3x3:2SS
• CleanAir Express
• Tx Beam Forming
• 2 GbE Ports
Mission Critical
2700
• 802.11ac W1,
• 1.3 Gbps PHY
• 3x4:3SS
• HDX: High Density Experience
• CleanAir 80 MHz
• ClientLink 3.0
• 2 GbE Ports
Enterprise Best In Class Mission Critical
Enterprise Class
1850
• 802.11ac W2
• 2.0 Gbps PHY
• 4x4:4SS
• Spectrum Analysis*
• Tx Beam Forming
• 2 GbE Ports, USB 2.0
New
* Planning
Cisco Aironet Indoor Access Points Portfolio
Industry’s Best 802.11ac Series Access Points
Cisco Aironet Outdoor Access Points
Industryst 802.11n & 802.11ac Series
Base
1530
High-Functionality
1550
Best in Class
1570
• Low Profile, Low Price
• Europe: Low Profile
• Emerging SP: Low Price
• Enterprise: Low profile & Price
• 11n, 2G: 3x3:3; 5G: 2x3:2
• In/External Antennas
• High functionality
• Enterprise, MSO
• DOCSIS3.0 8x4
• 11n, 2x3:2SS
• In/External Antennas
• High-end Enterprise, MSO
• 11ac, 4x4:3SS
• NG-Cable: 24x8
• In/External Antennas
• Modular: Future proof
NEW
Industry Wireless
IW3702
• Fast WGB(Workgroup Bridge) Roaming.support for 802.11v Fast BSS Transition
• 11ac, 4x4:3SS
• External Antennas
• Operating temperature range -50~+75
NEW
0
50
100
150
200
250
300
350
5 10 15 20 25 30 35 40 45 50 55 60
MEG
AB
ITS
PER
SEC
ON
D
NUMBER OF CLIENTS
TCP Downlink Throughput 5GHz Multi -Client: Sixty 802.11ac Clients
Nobody beats Cisco in “real-world” performance…! (https://www.youtube.com/channel/UCUv1umB9j8mRfTjpX-hi_Sw/feed to see more test video)
Source: Miercom test report http://miercom.com/pdf/reports/20131101.pdf
Expanded WLAN Controller Portfolio
Large Campus and Service Provider
8510 WISM2 5508 5760 5520 8540
• 300 to 1000 APs
• 15,000 clients
• 20 Gbps
• 25 to 1000 APs
• 12,000 clients
• 60 Gbps
• 100 to 6000 APs
• 64,000 clients
• 40 Gbps
• 10-1500 APs
• 20,000 clients
• 20 Gbps
• 12 to 500 APs
• 7000 clients
• 8 Gbps
• 100 to 6000 APs
• 64,000 clients
• 10 Gbps
Small Campus and Branch (Controller on Premise)
Catalyst 4500-E SUP Catalyst 3650 2500 Catalyst 3850 Virtual WLC
• 1-50 APs per switch/stack
Directly connected APs
• 1000 clients per stack
• 40 Gbps per switch
• 5 to 75 APs
• 1000 clients
• 1 Gbps
• 5 to 200 APs
• 6000 clients
• 500 Mbps
• 1-100 APs per stack
Directly connected APs
• 2000 clients per stack
• 40 Gbps per switch
• 1-100 APs per SUP
Indirectly connected APs
• 2000 clients per stack
• 40 Gbps per switch
Flex 7500
• 300 to 6000 APs
• 64,000 clients
• 1 Gbps
Branch (Controller in DC)
Cisco Predictive RF WiFi Tool
- Free tools for Cisco Partner (http://cs.co/RFPlannerTool )
• First Cloud based Wireless Tool
• Supports all Cisco Access points – Aironet, Meraki
• Supported on all Browsers
• Cisco Commerce Workspace Integration
• Google Earth Integration
• Simple drag & draw from RF legends provided
• Easy to switch between access points and applications
• Optimized for better access points coverage
• Easy RF proposal generation
• Several coverage models (Data, Voice, Location)
• Flexible maps (ability to re-dimension, stretch, edit,
copy/add/delete maps, floors, walls)
• Flexible coverage personalization (ability to change
number of APs, change AP power, change target band of
operation, change AP model)
• Flexible AP positioning (ability to move, add, remove Aps)
• User-friendly display (sliding ruler to see the exact edge
of a given coverage value, extensible and contextual menus to offer options without clogging screen)
•
Nexus Series: Full Data Center Network
Leadership in 10G and FCoE Catalyst Series: Full Borderless Networks Services
Leadership in Video, Security & PoE
Cisco Ethernet Switching Portfolio
- Integrated Security - High Availability - Quality of Service - PoE Capability
Campus & Data Center Core Unified Access
Campus Switching
Modular Chassis,
Extended Lifespan
Superior Investment
Protection
• Industry-leading modular core
• Full Borderless Network services
• Industry-leading fixed and converged access
• Full Borderless Network services
Traditional and Next-Generation Workspace
Any Device HD Video VDI
• High 10G Port Density at lowest per Price
• Enabling FCoE in the Data Center
Unified Fabric Data Center Switching
Low Cost
High Versatility
• Industry-leading modular DC Core
• Full Data Center Network Services
Operational Efficiency
Simplicity, Consistency & Modularity for Top-of-
Rack to End-of-Row
Data Voice
CL
IEN
TS
/ B
AN
DW
IDT
H
Early 2000 2002 2004 2006 2008 2010 2012 2014 2015
Wireless Standards – Past, Present, and Future
11Mbps
802.11n 450 Mbps
802.11ac Wave2
3.5 Gbps 6.9 Gbps
Future 10 Gbps
802.11ac Wave1 1 Gbps
802.11g 54 Mbps
802.11a, 802.11b 11 Mbps
Pervasive Nice to Have
Media Rich Applications
Mission Critical
The Problem - Gigabit Bottleneck
Existing Gigabit infrastructure is insufficient to handle .11ac
growth beyond 1Gbps
Gigabit Ethernet has been around since 1999 and has now become
the bottleneck
Market needs an innovative technology to support >1Gbps
over existing cables
Limited to 1G!
Cat 5e Cables
WiFi @ 1G >1G
The Solution – Cisco Multigigabit Technology
Delivers up to 5X Speeds in Enterprise without replacing Cabling Infrastructure
2.5-5G!
Cat 5e/Cat6 Cables
WiFi > 1G
Multigigabit Switch
Multigigabit Capable AP
Game-changing innovation to evolve beyond 1Gbps
Enables 2.5 and 5 Gbps up to 100m on legacy and new cables
Supports all PoE standards up to 60W
Cisco Multigigabit with
Why Not Use 10GBASE-T?
UTP Cable IEEE 10G Spec
CAT 5/5e N/A
CAT 6 55 meters
CAT 6A 100 meters
CAT 7 100 meters
>75% of WW installed base is Cat 5e/6 up to 100 meters
10GBASE-T cannot work over vast majority of installed base Source: Cabling Installation & Maintenance Magazine,
Cabling Market Outlook Consumption Trends and Analysis Enterprise and Data Center Organizations, February 2014
Cat 5e – 46%
Cat 6 – 28%
Cat 6A – 16%
Cat 7 – 5%
Cat 7A – 4%
Enterprise Horizontal BASE-T Cabling
Cisco Multigigabit Ethernet - Key Differentiators
Maintain Switch to AP Reach at Higher Speeds Adaptive Rate Technology (FE, 1G, 2.5G, 5G, and 10G) Future proofed for higher speeds
Infrastructure Investment Protection Supports 100m distance with Cat5e/Cat6 cabling up to 5G speeds for Brownfield Supports Cat6a cabling for Greenfield deployments for higher speeds
POE/POE+/UPOE Cisco Innovation over 10GT Standard to support high end point power needs
Standards Compliant 1G and 10G BaseT IEEE standards, IEEE P802.3bz 2.5/5GBASE-T standard started
The NEW Cisco Catalyst Multigigabit Product Family
• NG Workspace switch
• Multigigabit in smallest form factor
• POE/POE+
• Instant Access support with Catalyst 6800 for simplified management
• Industry leading Fixed Access
• 24 & 48 Port Stackable Switches
• 24 & 12 Multigigabit Ports
• New 8x10G & 2x40G Uplinks
• Best In Class Modular Access
• New 48 Ports Line Card
• 12 Ports of Multigigabit per slot
• Up to 96 Multigigabit ports per system
4500E 3850 3560CX
Innovation in multiple form factors!!
The New Catalyst 4500 Multigigabit Line Card
12 mGig Ports, 36 10/100/100 Ports
Innovation with Investment Protection Supported with Supervisor Engine 7 and 8 on all 4500-E chassis
Q2CY15
Mode
1 mGig Lite Mode 48p 1GE UPOE (First 12p usable as mGig)
Mode
2
Mode
3
mGig Enhanced Mode 12p mGig UPOE + 24p 1GE UPOE
mGig Performance Mode 12p mGig UPOE
UPOE, EEE, MACSec
WS-X4748-12X48U+E
The New Catalyst 3850 Multigigabit Switches
Stackable with all other 3850 Switches (up-to 8 stack members)
Price-compelling 48-port Multigigabit High Performance 24-port 10GBASE-T
# of mGig Ports
Port Capabilities
New uplink Modules
12 mGig ports 24 mGig ports
UPOE, EEE, MACsec UPOE, EEE, MACsec
New 2x40G and 8x10G (existing NM’s are supported)
New 2x40G and 8x10G (existing NM’s are supported)
WS-C3850-12X48U-L WS-C3850-12X48U-S WS-C3850-12X48U-E
WS–C3850-24XU-L WS–C3850-24XU-S WS–C3850-24XU-E
The New Catalyst 3850 Uplink Modules
All 3850 Uplinks are supported on mGig switches
2x40Gig, QSFP 8x10Gig, SFP/SFP+
Compatibility
80G Non Blocking 80G Non Blocking
Only supported on 3850 mGig and 3850 10G Fiber (24-port) Switches
Performance
Only supported on 3850 mGig and 3850 10G Fiber (24-port) Switches
C3850-NM-2-40G C3850-NM-8-10G
The New Multigigabit Compact Switch
6 x 1G/PoE+ 2 x mGig PoE+ 2 x 10G SFP+
mGig for 11ac AP Deployments
mGig as Uplinks Connected to Access Switches (Cat 3K/4K)
MULTIPLE USE CASES
mGig
mGig
mGig Compact
4500
3850
WS–C3560CX-8XPD-S
NBASE-TTM and Standardization
The NBASE-TTM Alliance
– Formed in October 2014 to promote supporting2.5/5G speeds on legacy cabling primarily targeting 802.11ac Wave2 deployments
– 33+ participant companies, and growing
– Broad representation of the industry
– Successful multiple vendor NBASE-T Interoperability at Interop, Las Vegas in April 2015
IEEE Standardization Efforts
– IEEE P802.3bz 2.5/5GBASE-T Task Force formed to standardize speeds higher than 1000BASE-T on legacy cabling
– Broader consensus on the need to support one industry standard
January 2013:Cisco acquires Meraki
for Cloud-Managed Wireless
Wireless
January 2015:Introducing Cisco Meraki Cloud-Managed IT
All Managed from the Cloud
Network Infrastructure Unified Threat Management Mobile Management
Switching IWAN / Routing
Location Analytics
Wireless
Bonjour Gateway
Auto VPN
Next-Gen Firewall
Content Filtering
Intrusion Prevention
Device Management
Application Management User Management
CONFIGURE MONITOR REPORT
NETWORK | SECURITY | DEVICES | APPLICATIONS
All Managed from the Cloud
Switching IWAN / Routing
Location Analytics
Wireless
Bonjour Gateway
Auto VPN
Next-Gen Firewall
Content Filtering
Intrusion Prevention
Device Management
Application Management User Management
With Centralized Monitoring and Management
Choosing the Right Solution
On-Premises Management Cloud-Based Management
Operational simplicity environment
Has a public cloud-based application
Limited IT resources at the branch
Franchise Model | Dealership Model | Retail Chain
K-12 Retail
(specialty) Professional
Services Hospitality
Higher Ed. (small campus)
Sophisticated IT environment
Most apps in the data center
Complete IT support
Retail (department)
Military Hospital Higher Ed.
(large campus) Federal
Optimized for Ease of Management Optimized for Customization and Control
The Right Solution in the Right Network Area
Combining Cloud-Managed and On-Premise Managed IT
Hybrid
On-Premise Campus, WAN, Core and Data
Center
Cloud-Managed Branch (Wireless, Access
Switching)
Agility & Customization at Strategic Locations
Prime Infrastructure – Cross Launch Meraki Dashboard
Identity Services Engine
Connected Mobile Experiences
Global TAC Support
Central Management
Consistent Policy
Consistent Intelligence & Functionality
Integrated Support
Intelligent WAN 802.11ac Wireless Sourcefire Unified Threat Detection
Cisco Meraki Global Readiness
Data Centers
Global Support Centers
Global Partners
Cloud-managed networking architecture
Network endpoints securely connected to the cloud
Cloud-hosted centralized management platform
Intuitive browser-based dashboard
A simple, all-in-one solution
Cloud-based solution includes:
Centralized management and network-wide visibility and control
Seamless firmware and security updates
Phone support and lifetime warrantee (except outdoor APs)
Meraki solution =
hardware license
+
1:1 ratio of hardware : license
1-yr, 3-yr, 5-yr, 7-yr, and 10-yr options
All licenses co-terminate
Out of band cloud management in every product
Scalable
- Unlimited throughput, no bottlenecks - Add devices or sites in minutes
Reliable
- Highly available cloud with multiple datacenters - Network functions even if connection to cloud is interrupted - 99.99% uptime SLA
Secure
- No user traffic passes through cloud - Fully HIPAA / PCI compliant (level 1 certified) - 3rd party security audits, daily penetration testing - Automatic firmware and security updates (user-scheduled)
Reliability and security information at meraki.cisco.com/trust
Management data (1 kb/s)
WAN
Cisco Meraki: Bringing the cloud to enterprise networks
Meraki MS Ethernet Switches
Meraki SM Mobile Device Management
Meraki MR Wireless LAN
Meraki MX Security Appliances
Toward A More Mobile Workplace
Mobility Increase Driving Wi-Fi
Organizations Looking to Monetize Wi-Fi
Wi-Fi as a Platform to Deliver Services
More than 10 billion by 20171
1Cisco 2013 Visual Networking Index (VNI) Report
To Take Advantage Of These New Opportunities Requires…
Detecting and Locating Devices to Provide:
Enhanced Customer Engagement
Context-Aware Marketing Opportunities
On-Premises Customer Visibility
ENGAGEMENT SERVICES
Increased Revenue Opportunities
ANALYTICS
互聯移動體驗Connected Mobile Experiences(CMX)
客戶來到
在客戶進入時檢測到客戶的移動設備及其特徵
無線與安全的 Wi-Fi 連接
首先項、配置profile、設備與漫遊認證資訊識別
基礎使用者屬性與即時位置提供相關內容與服務給使用者
檢測 連接 體驗
位置分析 Insights into user online and onsite behavior, traffic paths, dwell times, location density, etc.
客戶接入 客戶體驗
• Gain insight into online, onsite, and social customer trends
• Analyze aggregate locations, URLs, and demographics
• Integrate with product databases and CRM systems
• Location-based or social onboarding
• Automatically connect to the dedicated wireless SSID network
Apply Location-Based Services To Your Business…
• “Turn-by-turn” directions in any retail venue
• Combat showrooming with URL/location-based promotions
INDOOR GPS LOCATION-SPECIFIC ON-BOARDING
TARGETED MESSAGING
SYSTEM INTEGRATION
ANALYTICS
Unlocking Unprecedented Business Value
How CMX Works
- Built on Cisco Unified Access
Analy
tics
Data
Controller
(Virtual/Physical) MSE
(Virtual/Physical)
Analytics UI
Location Data
Device-based Discovery
Application Data
Mobile Application Server
Depending on Application
Layer
Access Points
CMX Solution Demo – 2015 Cisco Live!
(Please go to YouTube search “Cisco CMX” to see more use case)
Thank you
Q&A
