The Dutch WiFi Fella: Huawei Enterprise Wireless concept

WLAN Product footprint:

In 2002 Huawei developed its first generation entreprise-level WLAN products.

Huawei released the second generation WLAN products in 2008 together with providing devices for telecom providers all over the world.

The new generation 11ac AP prototype leads the industry with innovative technology and they provided WLAN devices for enterprise clients in 2012.

Today (2013) they will deliver a series of WLAN solution to their enterprise clients.

For example mobility office, video surveillance backhaul, location services and so on.

Solution and Scenario:

Solution Ia: Mobility Office-Large Enterprise:

Scenario: Employees holding its own mobile terminal into the wifi intranet. Large enterprises rely on WLAN infrastructure and policy server to identify the type of terminal, and then IT administrators will give users appropriate permissions according to roles and terminal type.

Selling points could be:

* Identify terminal by server: The devices fingerprinting is built into policy server, and accurately iidentifies terminal type (iPhone,iPad, notebook)

** On-boarding of new terminals: Employees bring a new device into the wifii network for the first time, then it should be simple and ideally self-service with on self-registration platform.

*** Flexible Context-aware policies: With device fingerprinting, IT can enforce flexible policies like permit iPads on the corporate network or deny Android devices, or even restrict bandwidth for iPhone applications. Policies should include role, device type, time segment.

Solution Ib: Mobility Office-Small Business:

Scenario: The small business would not like to buy the terminal identification and policy management components because of costs limitations. WLAN controller intergrated with terminal identification and built-in portal authentication function, can help to implement basic network access control for small business

Selling points could be:

* Small business Mobility Office Solution: WLAN controller is capable to identify the types of smart phones, tablet Pad and the PC terminal and matched the type from database. On the other hand, due to the built-in portal server and local AAA server, WLAN controller will be issued different authorization according to the different types of terminal and user role.

** High performance and small capacity: Within the Huawei WLAN portfolio controller AC6005 supports the full inspection up to 4G forwarding capability with DTLS encryption, twice forwarding than others similar devices

Solution IIa: Wireless Education:

Scenario:

Electronic classrooms, smart terminal with wifi access

Wired and Wireless unified access to campus network

Selling points could be:

* Radio Resource Managment (RRM):

- Dynamic Channel Assignment (DCA)

- Dynamic Transmit POwer Control (TPA)

** All kinds of AP meet your equipment: Indoor AP for school building or library, indoor DAS of dormitory, outdoor AP for square or stadium. There is Always a AP meets your requirement.

*** Intergrated wired and wireless network: The same security policies wherever you are, the same user experience whether wire or wireless. Wireless and wired networks are seamlessly interconnected, reducing network management and maintenance costs

Solution IIb: Wireless Primary Education:

Scenario:

Multimedia information and interactive information promote teaching methods change, homework on network, E-book package, Airplay applications need more density coverage, more higher bandwidth, more sensative real-time services.

Selling points could be:

* Electric Classroom:

- High Density Coverage

- Wifi Multicast transform Unicast technology

- Video Stream Optimized

** Flexible Authentication:

- Repeatedly permission after once authentication Success

- Centralized authentication archirecture

- Distributed authentication architecture

- MAC and Portal Mixed authentication

*** Seamless Roaming:

- Layer 2 roaming and Layer 3 roaming

- Fast Roaming Technology (key cache)

*** Local WEB management:

- Web network management built-in WLAN controller

Solution IIIa: Wireless Video Surveillance backhaul:

Scenario:

-Wireless video surveillance was used to deploy at such as Camous, Square, tourist attractions.

- Including Point-To-Point, Point-To-Multipoint, relay, ring network varied of wireless transmissions.

- Outdoor equipmnet work in storm, rain, high and low temperature (-40 to 60 degrees) varied of environment.

Selling points could be:

* Plug and Play:

New Mesh AP nodes do not need to be preconfigured, the new MAP access network automatically and downlaod configuration profile as required.

** Flexible networking:

The Huawei wireless video backhaul supports WDS (Wireless Distribution System) and Mesh mode.

The WDS mode provides greater transmission bandwidth; and the Mesh mode provides redundant link protection.

*** Solar-power supply mode

**** Support IP67 standard for a variety of outdoor environment.

Solution IIIb: Video backhaul - Camera Access Solution:

Solution IVa: Video backhaul - Solar power supply:

Scenario:

- Rivers, deserts, no man's land is not easy to accept manis supply areas

- Monitoring ports locate spread around, lead to can not provide mains supply convenience.

Selling points could be:

* Mixed supply of solar-power and diesel machines:

When it rains the diesel machine start work.

Solution IVb: WLAN reliability - AC 1+1 backup:

Scenario:

Improve the reliability of the wireless business off the medical industry, deploy dual controller made redundant backup. The dual controller work at the same time, not only implement load balance of Wifi traffic, but also reduce risk of single controller failure.

Selling points could be:

* Dual Link Mode:

AP establishes CAPWAP tunnel to two controllers respectively. Backup channel that established between the two controllers synchronous end user’s status information.

When the primary capwap channel failed, the backup controller can be immediately change master controller, user service will not be interrupted.

** VRRP Mode:

A VRRP group consist of master controller and backup controller, the master is active and the backup is standby. Backup channel that established between the two controllers synchronous end user’s status information, AP entries and CAPWAP link information.

When master controller fails, VRRP mechanism to quickly switch the standby controller to be master. While supporting BFD for VRRP, we can support millisecond failure switchover.