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bintec WLAN— Systems & Solutions

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Teldat GmbH is part of the European ICT provider the Teldat Group. Teldat provides innovative products and solutions in the fields of IP access, security, telephony, and WLAN with a focus on medium-sized companies and freelancers. The global provider also successfully markets scalable and flexible solutions for enterprise clients and branch networking. Products and solutions for the car-rier and service provider sector round out the portfolio.

The Teldat Group has a total of roughly 700 employees worldwide. Teldat GmbH’s head office is in Nuremberg, Germany, and Teldat Group headquarters are located in Madrid, Spain.

Our portfolio of products and solutions allows companies of any size to securely network external locations using VPNs, to reliably protect networks against spam and vi-ruses, and to allow travelling employees to connect to the company network. We enable flexible, reliable, and fast telecommunications and wireless infrastructures with comprehensive feature sets. Long product life cycles, efficient rollouts, stable operation, and highly skilled partners—Teldat has the right solution for you.

Communications solutions that adapt to your company, not the other way around

Wireless network technology is everywhere you look, and businesses are no exception. The flexibility and mobility that wireless local area networks (WLANs) provide make them attractive choices for companies of all sizes.

Wireless devices such as smartphones and tablets are rapidly becoming standard tools of business. Their popularity is making a wireless network a “must” for many companies. And these investments are paying off—mobile devices make it easier to collaborate and share information without being tied down to your desk. The ability to access business-critical applications from anywhere can provide a competitive advantage, contributing to the success of the entire organization.

Due to the increasing number of wire-less devices such as smartphones and tablets, a wireless network is a “must” for many companies today

Wireless mobility—powerful, scalable, and secure

Set up a wireless LAN and get set for growth with bintec WLAN technology

Company wireless networks (WLANs) serve as an extension of the local area net-work (LAN), enabling access to company data across the entire campus. WLANs can also be set up in cases when cabling would be too complicated or impractical due to constraints imposed by facilities. When your employees can work with greater flex-ibility and mobility, the entire company’s productivity will benefit. Systems for wire-less inventory, production management, and IP telephony are just a few of the many new options wireless networks make available.

Due to changing user behavior in recent years, wireless LAN design has evolved from traditional solutions which placed a single access point in individual rooms to become comprehensive networks that provide complete coverage for the entire corporate campus. Planning, commissioning, and monitoring this type of network is of course much more demanding of both the technology involved and the exper-tise of the IT department.

The bintec WLAN Controller represents a whole new dimension of convenience and efficiency in WLAN infrastructure administration, helping you set up and closely monitor your WLAN network or your customers’ WLAN networks.

32 bintec WLAN Solutions Wireless mobility – powerful, scalable, and secure

Scalable hardware for any size wireless network

We created the bintec WLAN Controller to satisfy the unique requirements of small and medium-sized enter-prises.

Our top development priorities were ensuring the prod-uct is intuitive and economical to use. No special train-ing is necessary to operate the software. The concept uses standard bintec routers for the Controller hardware, eliminating the need to design and manufacture dedicat-ed WLAN Controller devices.

Simple, secure, and cost-efficient.

The bintec WLAN Controller lets you configure a wire-less network in under 30 minutes. And the best part is, you don’t have to be an expert to do it.

Our automatic RF (radio frequency) Management Sys-tem finds available wireless channels, saving you time. It then selects the channels that will enhance the perfor-mance of the system as a whole. The included monitoring features provide a quick yet comprehensive overview of the system so you can immediately detect any threat to the network.

A sound investment—hardware you’ll only have to buy once

How you benefit:

Use normal bintec routers for your WLAN Controller hardware

Re-use components when you upgrade

Simple, intuitive startup and operation

Plug-and-play, automatic detection of new access points

High reliability and availability

Monitoring of the live network including alerts in the event of problems

No separate controller device required (control-ler runs on master AP) for small networks with up to six APs

Wizard-guided installation in just five steps

Automatic detection and installation of brand-new devices

Frequency management with automatic radio channel selection

VLAN and multi-SSID support

Changing a configuration such as adding a new SSID and redistributing the devices only takes a few clicks and can be done in just a few seconds’ time

Configuration management: the configura-tion is saved and automatically re-broad-cast in the event of an electrical outage, for instance

The monitoring functionality includes the detection of neighboring APs and the monitoring and cell-based locating of clients.

The wireless network is handover capable and thus suitable for voice over WLAN tele-phony, making it a voice-ready network

Automated firmware rollout for all man-aged devices

Upgradable for redundancy with a backup WLAN Controller and redundant power supply

SSID 2222Guest network

SSID 1111Employee Network

RXL1202 with WLANController license

(DHCP server)

Internal Server

Publicnetwork

AP 149 AP 150

RXL12x00 with WLANController license

(DHCP server)

Internal Server



Publicnetwork

For installations with up to six access points, no addi-tional WLAN Controller hardware is necessary. The WLAN Controller is run on one of the access points, which is then referred to as the master access point. But the master access point still functions as a regular access point as well.

The WLAN Controller is activated by installing a license on the master access point. This type of setup is especially cost-effective, making it ideal for small of-fices or warehouses that only require a handful of access points. Yet the solution is in no way inferior to larger installations with regard to management and monitor-ing features.

For large installations with more than 72 access points, an RXL-series router is required. In this case as well, the RXL router can assume additional responsibilities. In order to increase operational stability, an addition-al RXL-router can be configured as a backup WLAN Controller. By adding a redundant power supply (bintec PSU), even greater reliability can be achieved.This configuration is suitable for large campus net-works like those found at public institutions such as schools and clinics.

For installations with up to 72 access points, a bin-tec RXX02-series router (such as the R1202) is re-quired to serve as a WLAN Controller. Here as well, the WLAN Controller requires a license for activation.

Thanks to the excellent performance of the bintec RXX02 line, the router can perform additional tasks in addition to running the WLAN Controller. For cam-pus networking, for instance, features such as the Teldat HotSpot, VLAN separation of SSIDs, bandwidth limita-tions for individual SSIDs, and the router’s firewall func-tionality are very useful. This solution is also especially suitable for use in larger offices, warehouses, and hotels. It should also be used when additional router features are required in addition to the WLAN Con-troller functionality.

The application scenarios…

...for smaller installations with up to six access points

…for medium-sized installations with up to 72 access points

…for larger installations with up to 150 access points

The scalable bintec WLAN Controller: a sound investment.

Internal Server Internet gateway

(DHCP server)

WLANController licenseon a W1002n (AP6)



Publicnetwork


Easy plug-and-play installation Factory-new access points are automatically recognized by the WLAN Controller and can be added to the wire-less network with just a few clicks. To aid in identifying the access points, each can be assigned a description based on its location. You can add to or modify your existing configurations and roll them out to every managed ac-cess point in a matter of seconds.

Automatic wireless cell planningThe bintec WLAN Controller simplifies time-consuming radio cell planning for you. When you install your wire-less network, the WLAN Controller will work in concert with the access points to determine the best channel by considering the signal-to-noise ratios and field strengths of the surrounding access points. Depending on the op-erating mode, the bintec WLAN Controller can also in-dependently determine the correct channel spacing for interference-free operation. For 802.11gn networks, for instance, a channel spacing of four channels in the 2.4 GHz band is always maintained, such as channels 1, 6, and 11. Experienced administrators are, of course, still free to create their own channel plans.A wizard helps you install the WLAN Controller in just five simple steps. The wizard has been consciously kept simple and asks you very straightforward questions.

Step 1: Here you can determine whether you would like to work with the DHCP server included with the WLAN Control-ler or whether you would like to use an external DHCP server.

Let’s consider a wireless network with multiple access points in which no WLAN Controller is being used. Now, one of the access points goes off-line. In the case that the access point is completely unavailable, the clients connected to the access point that went down will be im-mediately connected to a different access point that is op-erational. When access points are overlapping, a failure of this type can often go undetected for a considerable length of time. The performance of the network, how-ever, will be considerably degraded in the area where the access point went down.

In an unmanaged network, this can be a critical prob-lem. If an access point does not go down completely and only has a defective LAN cable, for instance, the WLAN clients will still attempt to connect to the access point. Some wireless clients will be able to access the LAN and others will not.

How does the wireless network work when a bintec WLAN Controller is in use?

If one of the access points goes completely off-line, wire-less clients are connected to the next operational access point. In contrast to the unmanaged solution, the mal-function does not remain unnoticed, however. Instead, the WLAN Controller automatically detects the problem and alerts the administrator via e-mail or SNMP trap.

If the cable has been disconnected, the access point makes multiple attempts to restore the connection. If this is not successful, the access point performs a reset and ceases transmission. Then the access point resumes attempting to connect to the WLAN Controller so it can reload its configuration. In this case as well, the administrator is notified via e-mail or SNMP trap.

In both cases, the bintec WLAN controller enhances the stability of the wireless network through monitor-ing. When a cable is disconnected or damaged, the WLAN Controller allows the network to self-heal by powering down the access point that is malfunctioning.

Installation and operation of the bintec WLAN Controller What happens in the event of a malfunction?

Step 2: Here, you determine whether you would like your WLAN network to operate in the 2.4 GHz or 5 GHz band, or both.

Step 3: Here you specify the network names (SSIDs) for your wireless network. You can specify up to eight SSIDs. You can also specify the wireless security while you’re at it, and of course you can choose between WPA2 Personal (WPA-PSK) and WPA2-Enterprise (802.1x).

Step 4: Here you will see a convenient listing of all the access points which have been discovered. Ideally, you would enter location descriptions for each device in this step.

Step 5: Here, the automatic RF (radio frequency) management is initiated, which automatically assigns channels. Next, the configuration is rolled out to the access points and saved. This concludes the installation and your wireless LAN is now operational. After completing the initial configuration using the wiz-ard, the WLAN Controller offers you the opportunity to optimize the configuration and set up comprehensive monitoring for the system.


Continuous monitoring of the wireless LAN is essential for stable network operation. You need to keep a close watch over your network infrastructure (such as access points) as well as detect external factors that can cause problems. The bintec WLAN Controller provides numerous options for monitoring the system and determining which events will result in an alert being sent to the administrator.

The WLAN Controller gives you a strong foundation for keeping a close watch over your network infrastructure by continuously monitoring network activity and con-nectivity to the managed access points. In the event of a malfunction or an access point going off-line, it is deac-tivated immediately and the administrator is notified via e-mail or SNMP trap. The same applies to cases in which the WLAN backup controller is activated.

Trouble caused by other wireless devices in the vicinity is another aspect you need to monitor for your wireless LAN. The bintec WLAN Controller can scan the surrounding area for other wireless devices either manually or automat-ically. Our WIDS (Wireless Intrusion Detection System) helps you recognize potential threats and limited function-ality quickly.

Neighboring access point, or a malicious rogue access point? The WLAN Controller knows the difference

An access point that is run by someone else in the neigh-borhood using a different network name (SSID) does not represent a security risk. If this neighboring AP, however, is operating with a heightened field strength and using the same channel as your APs, it can impact the perfor-mance of your wireless network. In this case, you should use a different channel for the affected access point in your network.

A rogue access point, on the other hand, uses the same network name (SSID) as your wireless network uses, although this access point is not managed by your own WLAN Controller. A rogue access point can be conduct-ing an attack on your network by attempting to connect to your clients and access sensitive data.

That’s why ensuring your wireless network is fully-monitored is so important.

Active Clients

There are even more ways to monitor the activity on your wireless network with the WLAN Controller. In the Active Clients list, for instance, you can see which clients are currently connected to the wireless network.

Centralized updates

Another very helpful feature allows you to plan and con-duct any necessary software updates for your managed access points from a central location. This is particular-ly useful after a new device has been installed. All you have to do is unbox the new access point, connect it, and start it up. Then, simply install the most recent software version for all your access points from the WLAN Controller.

Centralized WLAN management for branch locations

The bintec WLAN Controller opens up new manage-ment possibilities right from your own private cloud and ensures that you can operate even the most remote access points reliably and efficiently from a central location. … and just as always, we make it easy, secure, and now, even more powerful.

WLAN Controller supports remote access via VPN

The latest WLAN Controller feature now lets you moni-tor wireless networks from your private cloud. Com-munication between the WLAN Controller—located for instance at your company’s headquarters—and the managed access points at one or several branch locations takes place through VPN tunnels. Losing the connec-tion between one AP and the WLAN Controller does not trigger an automatic restart of the access point. The AP retains its configuration and stays online, allowing the wireless network to remain accessible. This new Con-troller feature ensures APs will continue to operate, even

The WLAN Controller in the private cloud

when the connection to headquarters has been lost. The wireless network simply continues to work as usual. The access point waits until the connection to the controller is stable again to perform a restart, after which the Con-troller sends it the latest configuration. This procedure ensures that every access point, no matter how remote its location, can be managed over a VPN. Your wireless network delivers rock-solid stability while keeping all its access points updated with the most recent configuration.

It’s an ideal concept for companies that have branch locations without any IT network infrastructure on-site. The branch locations don’t even need to have their own WLAN Controller—or the staff to run it.


bintec W1003n

The bintec W1003n is a compact 11n access point with a dual-band radio module. This model is ideal for indoor wireless infrastructures operating on a single frequency (2.4 or 5 GHz). The bintec W1003n can function as a stand-alone access point or be centrally managed by a bintec WLAN Controller. What’s more, the W1003n can function as a WLAN Controller (master access point) itself to manage up to six APs.

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by bintecby bintecby bintec

MIMOMIMO 2x22x2by bintecby bintec

300 Mbit/s/300 Mbit/s

802.11n802.11n

The bintec W1003n, W2003n, W2003-ext and W2004n access points are approved for use in medical facilities in accordance with EN60601-1-2.

300Mbit/s300Mbit/s

bintec W2003n

The bintec W2003n is an 11n access point with two radio modules, allowing the device to operate in both the 2.4 GHz and 5 GHz bands simultaneously. This model is ideal for in-door wireless infrastructures that provide access over both frequencies. Smartphones, tablets, and older notebooks can connect to the 2.4 GHz network while high-performance notebooks connect to the 5 GHz network. You can operate these units as stand-alone access points or manage them from a central bintec WLAN Controller. The W2003n can also function as a WLAN Controller (master access point) itself and manage up to six APs.

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2 x 300 Mbit/s/2 x 300 Mbit/s

802.11n802.11n

bintec W2003n-ext

The bintec W2003n-ext has the same design as the W2003n with the exception of its four added external antenna ports in place of the internal antenna array. This model can operate using either the provided dual-band antennas or a separate standalone antenna.

The bintec W1003n, W2003n, W2003-ext and W2004n access points save energy au-tomatically. If no client is connected, these APs turn off any circuits not currently in use, downshifting to MIMO 1x1. The Giga-

bit Ethernet ports support the energy-saving 802.3az standard, ensuring only as much energy as needed is used.

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green green it it




802.11n802.11n

bintec W2004n

The bintec W2004n is an 11n access point with two radio modules, allowing the device to operate in both the 2.4 GHz and 5 GHz bands simultaneously. The unit is ideal for indoor wireless infrastructures that provide access over both frequencies. Smartphones, tablets, and older notebooks can connect to the 2.4 GHz network while high-performance notebooks connect to the 5 GHz network. The MIMO 3x3 technology maximizes data transmission rates and uses beamforming to enhance coverage for clients on the edge of the network’s range. Beamforming is the targeted electronic focussing of the antenna on an individual client. The W2004n can serve as a standalone access point or be managed from a central bintec WLAN Controller. The W2004n can also function as a WLAN Controller (mas-ter access point) itself to manage up to six APs.

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802.11n802.11n

Dual-radio for simultaneous operation on 2.4 GHz and 5 GHz bands

Raw data rates up to 2 x 450 Mbps (802.11n MIMO 3x3)

Standalone operation or managed by a WLAN Controller

2 Gigabit Ethernet ports with PoE (Power over Ethernet)

Elegant, distraction-free industrial design for wall- and ceiling-mounting.

Integrated high-performance MIMO antenna ar-ray for 2.4 and 5 GHz with six antennas


Raw data rates of up to 2 x 300 Mbps (802.11n MIMO 2x2)

Stand-alone operation or managed by a WLAN Controller

2 Gigabit Ethernet ports with PoE ( Power over Ethernet)


Four external antennas with RSMA port for 2.4 and 5 GHz


Raw data rates of up to 2 x 300 Mbps (802.11n MIMO 2x2)


2 Gigabit Ethernet ports with PoE (Power over Ethernet)


Integrated MIMO antenna for 2.4 and 5 GHz

Single radio for 2.4- or 5-GHz operation

Raw data rates up to 300 Mbps (802.11n MIMO 2x2)


One (1x) Gigabit Ethernet port with PoE (Power over Ethernet)


Integrated MIMO antenna for 2.4 and 5 GHz

2x 300Mbit/s2x 300Mbit/s



Powerful, scalable, and secure – the new bintec access points


The bintec W150n appeals to users with its extremely compact footprint and represents an affordable entry-le-vel option for 802.11n wireless technology. Ideal for small companies or home offices, the W150n provides wireless access to the internet, network printers, or other network components. The bintec W150n uses the 2.4 GHz band and MIMO 1x1 technology, achieving transmission rates of up to 150 Mbps as specified in the 802.11n standard using 40 MHz channels. The W150n is of course also backwards compatible with 802.11b (11 Mbps) and 11g (54 Mbps) WLAN devices.The bintec W150n serves as an access point but can also be operated as a WLAN client if desired. This configura-tion enables devices that drivers cannot be installed on and those equipped with only an Ethernet port to quickly and easily connect to the wireless network. Together with another W150n, the device can also be used as a repeater or to implement small bridge links.

The bintec W1002n is our all-around access point for in-door use that stands out with its broad range of suitable applications. It supports 802.11n technology and allows for considerably greater net throughput than 802.11g de-vices while at the same time improving range. With its 802.11n compatibility mode, the bintec W1002n is com-patible with all 802.11g and 802.11a/b/g/h clients. It also can support a mix of 802.11n, 802.11b/g, and 802.11a/h clients.

Operating two bintec W1002n devices in bridge mode allows you to build high-performance line-of-site links. 802.11n provides advantages here as well, since two sepa-rate streams of data can be used simultaneously.

Access points for the office

The bintec WIx040n series with one or two wireless LAN radios was specially developed for professional use in industrial applications, medical facilities, and public transportation. As a result, this series has earned addi-tional approvals. The devices support IEEE 802.11n technology and can be operated as required in access point, access client, or bridge mode. Transmission takes place in the 2.4 and 5 GHz bands.A relay output can be used either as an automatic alarm output for transmitting alerts or configured individually as a port for signaling or external devices etc. A connec-tion to fiberoptic links is also possible.

The compact and very robust construction makes it suit-able for mounting in any conceivable location within an industrial context. Attention to details such as antitheft features open up a wide range of potential applications. To make them easy to use in vehicles, the access points of the bintec WIx040-series also possess E1 approval: Installing the devices in vehicles or buses is permissible without voiding the manufacturer warranty.

The bintec WIx065n series was especially developed for professional use in particularly rough environments. With the device’s IP 65 protection class, it provides protection against dust and jets of water. Thanks to an extended temperature operating range, these units can be used outdoors without any additional protection.In addition to the existing radio frequencies in the 2.4 and 5 GHz bands, the bintec WI series also supports sub-band 3 in the 5 GHz range (5755 – 5825 MHz). The Ger-man communications authority, the Bundesnetzagentur, has permitted the operation of broadband fixed wireless access applications with up to 4 W of transmission power for internet service providers in this frequency range.

The specifications are nearly identical to the bintec WIx040 series devices: Access point, access client, or bridge mode in the 2.4 and 5 GHz bands, IEEE 802.11abgn, MIMO 2x3, relay output, and SFP port for fiber-optic links.

bintec W1002nbintec WI1040n / WI2040n bintec WI1065n / WI2065nbintec W150n

802.11n WLAN, compatible with 11bg

Single-band 2.4 GHz radio

Raw data rate up to 150 Mbps

Operation as access point, WDS, bridge or client

IEEE 802.11n WLAN

Dual-band radio for 2.4 and 5 GHz

Raw data rates of up to 300 Mbps

WiFi certificate, compatible with 802.11abgn devices

WiFi-certified security (WPA2, 802.1x etc.)

Operation as access point, WDS, bridge or client

Multi-SSID for creating virtual wireless networks with VLAN

Voice ready (VoWLAN) with seamless roaming using wireless network controllers

Operates at a maximum of 4 W transmission power (5.8 GHz)

Power over Ethernet in accordance with IEEE 802.3af

Approved for use in medical facilities


IEEE 802.11abgn with MIMO 2x3

Up to two radio modules per access point

SFP slot for fiberoptic modules

Temperature range -25 to +65°C

IP 40/IP 65 protection class

Triple-redundant power supply


Access points for industrial wireless LANs


Secure solutions for guest networks and BYOD applications

“Bring Your Own Device” is fast becoming part of the corporate landscape

BYOD (Bring Your Own Device) has become a signifi-cant trend in recent years thanks to the increasing preva-lence of wireless networks. BYOD is now recognized as part of the reality of modern business communications. The increasing use of non-company devices represents a huge security challenge while at the same time present-ing numerous opportunities. It is important, however, to determine to what extent employees may use their own mobile devices for business purposes.

Regardless of whether it is an employee, customer, guest, or the chairman of the board—privately-owned wireless devices such as smartphones and tablet PCs are used for more than just e-mail. The risk of private devices caus-ing security breaches in the company network or sensi-tive data landing in the hands of unauthorized users are concerns that must be considered when planning IT ar-chitectures.

In addition to company policies and guidelines, planning is required to separate the private and business worlds in the IT infrastructure itself. The bintec WLAN Control-ler is ideally suited for these business-specific scenarios. Multiple virtual WLANs can, for instance, be operated simultaneously using their own individual SSIDs and se-curity levels. This makes it possible to separate connections according to security criteria and cleanly categorize users. Thanks to this separation, guests and visitors can obtain internet access using a guest account through for an organization’s WLAN infrastructure without being able to access sensi-tive data on the company intranet. Access rights for spe-cific departments within the organization or positions can also be assigned.

Mobile high-speed communications in Germany’s Bundesliga

Professional sports depend on timely reporting. The new high-performance WLAN network in the Coface Arena is up to the challenge. The high-performance wireless in-ternet access for journalists covering the entire 45,000 m² of the stadium grounds is a milestone for the media. Sta-dium employees also utilize the connectivity for customer support, catering, and stadium administration work. Crucial services such as telephony and wireless payments are also provided over the wireless network. Thanks to the bintec access points and gateways from Teldat GmbH in Nurem-berg, the Coface Arena profits from a highly economical and powerful WLAN solution capable of handling large quantities of data.

Sports journalists require the best possible working con-ditions to provide up-to-the-minute reporting. And that’s of particular importance during critical times such as half-time, when all the reporters are online at once. Visitors to the stadium expect cashless payment options. For the stadium administration, connectivity is also a must. Consequently, the technology has to provide com-plete coverage, security, high-bandwidth, and an IT infra-structure capable of supporting the required applications.

The high-performance WLAN network was deployed us-ing the 802.11n transmission protocol. A site survey was performed in advance to determine the number and posi-tion of access points. This ensured that the desired cover-age was achieved and that the applications run smoothly.

Example application

A total of over 80 bintec access points were installed in-doors and outdoors. For guests in the VIP-area and mem-bers of the media, wireless Internet access is provided us-ing the bintec HotSpot Solution.

To ensure seamless access to the Internet, high-perfor-mance RXL-series central-site VPN gateways boasting bandwidths of up to 100 Mbps were used. The BRRP protocol was used to establish a connection between the gateways, enabling redundant operation and providing high-availability and an absolutely stable system.

The bintec WLAN Controller, used in tandem with the bintec RXL12500 gateway, enables quick and easy configu-ration and monitoring for all the connected bintec Access Points in the stadium. The easy-to-use monitoring func-tionality lets administrators keep a close watch over the system and quickly detect security threats. Administrators receive e-mail alerts on their mobile phones any time a managed access point goes down.

The system is currently capable of providing secure, high-speed WLAN internet access to all the reporters in the sta-dium, even for sold-out sporting events. The entire band-width of 100 Mbps is consumed at peak usage times during the game, for instance during halftime. The performance of data networks is very important to journalists who report the latest news on professional sports events. The modern IT infrastructure at the arena also enables extremely ef-ficient services and administrative processes for FSV Mainz 05, both during and after games.


bintec HotSpot Solution

Optional accessticket printing

bintec routerHotSpot Gateway

HotSpot user

HotSpot Server

Internet access

Datacenter

The the bintec HotSpot Solution lets you operate public hotspots for wireless internet access. They’re easy to set up, powerful, and offer flexible configuration options.

You can provide internet access from the HotSpot as an unlimited free service or offer access using a time- or volume-based ticket system. You can set up your Teldat HotSpots at multiple branches and manage them from a central location.

A bintec HotSpot Solution will typically consist of a bin-tec router installed on-site serving as a hotspot gateway in combination with a Teldat HotSpot Server that auto-matically manages the gateway’s internet access. The ad-ministration terminal allows employees to manage user accounts, for instance from the front desk of a hotel. The terminal handles everything from registration and gener-ating tickets to usage reports.

The HotSpot server

Surf’s up!

To operate the bintec HotSpot Solution, a HotSpot Server is required in addition to the gateway. The Server handles user administration and stores the correspond-ing data.

The HotSpot server is simply a virtual server that you lease from Teldat. This approach is not only reduces your costs, it also minimizes the technical skills required. The virtual leased server is located in a modern, highly available data center connected to the internet through a redundant backbone.

The HotSpot Gateway: Operates as a paid service or free hotspot

Automatic activation when operated as a free hotspot

Users simply sign on in their web browsers

Localized into multiple languages for your international guests

No repeated registration necessary

Purchased time is not lost

Users are forwarded to an operator-specific login page when accessing the hotspot for the first time

Optimized for use with smartphones and tablet PCs

Scalable for anywhere from 20 to 250 simultaneous online users

Multiple locations per customer (branch location support)

Multiple rates per customer (daily, hourly, volume-based rates)

Automatic and manual settings for hotspot tickets or vouchers

Ready for future data retention requirements

The Hotspot Server:

The performance of a wireless data system depends upon two major factors: the integration of the radio net-work into the general information architecture and the quality of the wireless coverage. To provide high-quality coverage throughout the entire workplace and ensure stable network operation, careful planning and proper installation are essential.

Performing a professional and detailed site survey, prefer-ably before installation begins, will help you determine the best locations for access points, identify sources of interference, and compensate for any weaknesses in the wireless network.

As a manufacturer and developer of wireless LAN sys-tems for professional solutions of all kinds, Teldat utilizes state-of-the-art measurement procedures and calcula-tions together with an unparalleled wealth of real-world knowledge. With our services, we strive to provide maximum precision so you can achieve the best pos-sible results—and of course, we also work in coopera-tion with your local IT vendor.

The location you need the best wireless network perfor-mance is not always the best spot to install an access point. Luckily, there is a simple solution: an external antenna. For access points with external antenna ports, Teldat offers a range of external antennas. You’re sure to find antenna that meets your requirements.

The portfolio includes patch antennas, omnidirectional antennas, dual band antennas, and special antennas such as indoor MIMO antennas or dual polarization antennas. Take the 5 GHz dual polarization antenna, for instance. It’s especially designed for use with two 802.11n devices, which are then able to transmit two streams at once. These high-end antennas can optimize the spatial coverage of your wireless LAN or extend the length of bridge links, matching your system to the requirements of your site.

A professional site survey will determine where the best locations for antennas are. The antenna configu-rator on the Teldat website will help you select the right solution:

www.teldat.org/bridge-link-calc-11n/

Site survey for optimized wireless LAN coverage

External antennas

Services included with a site survey

A site survey includes an entire range of professional ser-vices:

On-site inspection (if possible, via simulation)

Radio coverage measurement or simulation of coverage

Marking the locations (only for actual on-site measurement)

Specification of the antennas and access points

Follow-up meeting

Complete site survey report

Full documentation


WLA

N access point specifications

Performance specifications of antennas and cables

Model Indoor Outdoor dB gain (2,4 GHz)

dB gain(5 GHz)

Cable length(cm)

Usage Connector

ANT-Ceiling-Mimo-2G • – 10/8* – 200 Mimo ceiling antenna RTNC plugANT-Omni-4-dual • • 4 – Ceiling antenna N jackANT-Omni-Vehicle-1,2m • • 5 / 4* – 120 Vehicle antenna RTNC plugANT-Omni-5-2G-1,2m • • 5 / 4* – 120 Omni RTNC plugANT-Omni-8-Dual • • 8 8 – Omni N jackANT-N-20-5G-Dualpol (Dual Polarisation) – • – 20 –

Dual-polarizationantenna

N jack

ANT-D-8/11-dual-0,2m • – 8,5 10,5 20 Panel antenna RTNC plugANT-N-D-13/15-dual – • 13,5 15,5 – Panel antenna N jack

Distance Minimumantenna height

Operation Band Number ofSpatial Streams

Bandwidth Allowed EiRP PHY Rate

0,6 km 2 m 5 GHz Outdoor 2 40 MHz 1000 mW 300 Mbit/s1,5 km 3 m 5 GHz Outdoor 2 40 MHz 1000 mW 180 Mbit/s2,5 km 4 m 5 GHz Outdoor 2 40 MHz 1000 mW 120 Mbit/s5 km 5,5 m 5 GHz Outdoor 2 40 MHz 1000 mW 60 Mbit/s

8,5 km 8 m 5 GHz Outdoor 2 20 MHz 1000 mW 14,4 Mbit/s

Model Indoor Outdoor dB gain (2,4 GHz)

dB gain(5 GHz)

Cable length(cm)

Usage Connector

ANT-Ceiling-Mimo-2G • – 10/8* – 200 Mimo ceiling antenna RTNC plugANT-Omni-4-dual • • 4 – Ceiling antenna N jackANT-Omni-Vehicle-1,2m • • 5 / 4* – 120 Vehicle antenna RTNC plugANT-Omni-5-2G-1,2m • • 5 / 4* – 120 Omni RTNC plugANT-Omni-8-Dual • • 8 8 – Omni N jackANT-N-20-5G-Dualpol (Dual Polarisation) – • – 20 –

Dual-polarizationantenna

N jack

ANT-D-8/11-dual-0,2m • – 8,5 10,5 20 Panel antenna RTNC plugANT-N-D-13/15-dual – • 13,5 15,5 – Panel antenna N jack

Distance Minimumantenna height

Operation Band Number ofSpatial Streams

Bandwidth Allowed EiRP PHY Rate

0,6 km 2 m 5 GHz Outdoor 2 40 MHz 1000 mW 300 Mbit/s1,5 km 3 m 5 GHz Outdoor 2 40 MHz 1000 mW 180 Mbit/s2,5 km 4 m 5 GHz Outdoor 2 40 MHz 1000 mW 120 Mbit/s5 km 5,5 m 5 GHz Outdoor 2 40 MHz 1000 mW 60 Mbit/s

8,5 km 8 m 5 GHz Outdoor 2 20 MHz 1000 mW 14,4 Mbit/s

The antenna configurator on the Teldat website will help you select the right solution: www.teldat.de/bridge-link-calc-11n/

Teldat’s “Out-of-the-Box” WLAN Outdoor BridgeLink Bundles are used for outdoor wireless bridging of radio links. The bundles include all the necessary compo-nents to set up a radio link using the latest 802.11n technology. The radio bridge links can be used for dis-

tances of up to 8 km. With an unobstructed view and the appropriate configuration, the following results can be achieved:

bintec WLAN BridgeLink Bundle with bintec W1002n access points: Item. No. 55 1000 0226bintec WLAN Outdoor BridgeLink Bundle with bintec WI1065n access points: Item. No. 55 1000 0271

WLAN BridgeLink Bundles

bintecW

1002nbintecW

I1040nbintecW

I2040nbintecW

I1065nbintecW

I2065n

Anzahl interner Funkmodule

11

21

2IEEE 802.11a/b/g/nFrequenzbereich 2,4 / 5 / 5,8 GH

z• / • / •

• / • / •• / • / •

• / • / •• / • / •

Betrieb WLAN

off / AP / Bridge / Client• / • / •/ •

• / • / •/ •• / • / •/ •

• / • / •/ •• / • / •/ •

Multi-SSID (m

ax. 8 SSIDs je Funkmodul)

••

••

•

SicherheitW

PA/WPA2 Personal / Enterprise M

ode• / •

• / •• / •

• / •• / •

VLAN (bis zu 32)

••

••

•VPN

-IPSec mit H

ardware-Verschlüsselung•

••

••

Software / M

anagement

Roaming (AP m

ode) mit IAPP

••

••

•Fast Roam

ing für 802.1x Encryption•

••

••

Internetanwahl (PPPoE)•

••

••

Konfi guration über HTTP

••

••

•Konfi g. über H

TTPS, SSH, Telnet, SN

MP

••

••

•DIM

E Manager-Unterstützung

••

••

•W

LAN Controller

optionaloptional

optionaloptional

optionalH

ardware

Ethernet-PortsEnergieeffi zientes Schaltnetzteil

optionaloptional

optionaloptional

Power Over Ethernet gemäß IEEE 802.3af

••

••

•Konform

zur R&TTE-Direktive 1999/5/EG

••

••

•M

edizin-Zulassung nach EN 60601-1-2

••

•–

–Kraft fahrzeug-Zulassung E1-M

ark –

••

––

Schutzklasse/VerwendungIndoor

IP 40IP 40

IP 65IP 65

Artikel Nr.5510000165

50105900065010590007

50105900135010590014

bintecW

1002nbintecW

1003nbintecW

2003nbintecW

2003n-extbintecW

2004nbintecW

I1040n/ WI2040n

bintecW

I1065n/ WI2065n

Number of internal radio m

odules 1

12

22

WI1040n: 1; W

I2040n: 2W

I1065n: 1; WI2065n: 2

IEEE 802.11a/b/g/nM

imo technique

2x32x2

2x22x2

3x32x3

2x3

PHY rate

up to 300 M

bpsup to

300 Mbps

up to 2x300 M

bpsup to 2x

300 Mbps

up to 2x450 M

bpsup to

300 Mbps

up to 300 M

bpsFrequency range 2.4 / 5 / 5.8 GH

z • / • / •

• / • / –• / • / –

• / • / –• / • / –

• / • / •• / • / •

Operation mode W

LAN off /AP/Bridge/Client

• / • / •/ •• / • / –/ –

• / • / –/ –• / • / –/ –

• / • / –/ –• / • / •/ •

• / • / •/ •

Stand-alone AP / Managed by W

LAN Controller /

Master AP

• / • / •• / • / •

• / • / •• / • / •

• / • / •• / • / •

• / • / •

Multi-SSID (up to 8 SSIDs per radio)

••

••

••

•

SecurityW

PA/WPA2 Personal / Enterprise M

ode• / •

• / •• / •

• / •• / •

• / •• / •

VLAN (up to 32)

••

••

••

•Rogue AP detection in the background

–•

••

•–

–

Software / M

anagement

Roaming (AP m

ode) with IAPP for VoW

LAN•

••

••

••

Internet dial-up (PPPoE) •

••

••

••

HotSpot operation (license required)

••

••

••

•Confi g. via H

TTP, HTTPS, SSH

, Telnet, SNM

P•

••

••

••

DIME M

anager support•

••

••

••

WLAN

Controller for up to 6 AP (Master AP)

optional licenseoptional license



optional license

Hardw

areAntennasEthernet ports Energy-effi cient sw

itched-mode power supply

•optional

optionaloptional

optionaloptional

optionalPower Over Ethernet acc. to IEEE 802.3af

••

••

••

•Com

pliant to R&TTE directive 1999/5/EG

••

••

••

•M

edical approvement acc. to EN

60601-1-2 •

••

••

••

Automotive approval E1 m

ark –

––

––

•–

Green IT (i.a. Mim

o shift -down and Ethernet acc.

802.3az)–

••

••

––

Protection class / usageItem

number

55100001655510000321

55100003245510000325

5510000320W

I1040n: 5010590006W

I2040n: 5010590007W

I1065n: 5010590013W

I2065n: 5010590014

4 x3 x

1x2x

2x2x

3 x6 x

4 x2 x

4 x

indoorindoor

indoorindoor

indoorIP 40

IP 65


Flexible communications solutions that grow with you.

bintec W series: The ideal WLAN solution for SMEs and company headquarters seeking a long-term, secure, stable, and flexible solution that adapts to the communication needs of the business.

Your IT vendor will be glad to advise you.

Teldat systems make your work more efficient and secure. Our portfolio of products and solutions allows companies of any size to securely network ex-ternal locations using VPNs, to reliably protect networks against spam and viruses, and to allow travelling employees to connect to the company network. We enable flexible, reliable, and fast telecommunications and wireless infra-structures with comprehensive feature sets.

...because simple is simply better!

bintec WLAN Solutions

teldat gmbh südwestpark 94 90449 nuremberg, germany tel: +49 - 911 - 96 73-0 Fax: +49 - 911 - 6 88 07 25 e-mail: [email protected] www.teldat.org

eldatTbintec - elmeg

All content copyright © Teldat GmbH 2013 All rights reserved Photo credits: Teldat GmbH, Shutterstock.

Specifications are subject to change without notice. Updated 03/2013

www.teldat.org

The Teldat Service Package

The Teldat Service Package

bintec wlan— systems & solutions · teldat group. teldat provides innovative products and...

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