DCS Communications Inc.

GPS Fleet Tracking – VP500

BrentGrinnell — Fri, 30 Sep 2011 16:14:17 +0000

Contains all the same features as the VP390 plus the following:

Virtual odometer mileage tracking
2 additional inputs (4 inputs total)
Ability to track every 30 seconds

GPS Fleet Tracking – VP390

BrentGrinnell — Fri, 30 Sep 2011 15:33:57 +0000

Track every 1, 2 or 5 minutes
Set speed alerts
Set geofence alerts
Maintenance alerts
Intelligent dispatch capability – use GPS fleet tracking to find your closest vehicle
Instant Locates to know a vehicles location is in between updates
Disable the starter and prevent a vehicle from being driven
Unlock your vehicles’ doors from the Web or any telephone

GPS Battery Asset Tracking – BAT50

BrentGrinnell — Fri, 30 Sep 2011 15:27:38 +0000

Designed for the intelligent monitoring of non-powered mobile and fixed assets
The BAT50 is a battery operated device with internal GPS and GSM antennas
Up to 1 year for 24 hour reporting
The BAT50 is a water resistant device, is protected against dust, and high pressure jets of water. The BAT50 cannot be immersed in water.

GPS Asset Tracking – AT282-TT

BrentGrinnell — Fri, 30 Sep 2011 15:25:26 +0000

Specifically designed with the trucking and long haul industries in mind.

Internal rechargable battery provides disconnect and reconnect alerts
30 minute continuous-tracking plan (if connected to power)
Device goes into deep sleep mode and will wake up with motion
Auto locate prior to entering sleep mode
Receive an alert if your equipment moves more than 3 miles (Unauthorized Movement Alert)
Continuous tracking at 30 minute intervals if a 3 mile Auto Geofence is breached
Internal antennas (GPS/cellular)
Water proof housing
50 on-demand locates every month
24v compatible
Auto Locate every 24 hours (if connected to power) or every 8 hours (if not connected to power)
No outputs

GPS Asset Tracking – AT282-LP

BrentGrinnell — Fri, 30 Sep 2011 15:22:49 +0000

For tracking assets that require a backup battery disconnect and power up alerts

Internal rechargable battery provides disconnect and power up alerts
Device goes into deep sleep mode (less than 1mA at 12v) and will wake up with motion, ignition or input sense
Auto locate prior to entering sleep mode
Receive an alert if your equipment moves more than 1 mile (Unauthorized Movement Alert)
Continuous tracking at 30 minute intervals if 1 mile Auto Geofence is breached
Internal antennas (GPS/cellular)
Water proof housing
20 on-demand locates every month
24v compatible
Ignition input messages
No outputs

IAP 7300 Intelligent Access Point

BrentGrinnell — Fri, 30 Sep 2011 14:46:30 +0000

The Intelligent Access Point (IAP) provides the wireless gateway between a MOTOMESH^TM Quattro network and the wired world. If greater network capacity is required, additional IAPs can be easily deployed.

The IAP7300 contains two standards-compliant, 802.11 (WiFi) radios and two of Motorola’s widely acclaimed Mobility Enabled Access (MEA) mobile broadband radios. One set of WiFi and MEA radios operate in the unlicensed, 2.4 GHz band and the other set operate in the licensed, 4.9 GHz public safety band.

Licensed 4.9 GHz and Unlicensed 2.4 GHz
The IAP7300 contains two standards compliant, 802.11 (WiFi) radios and two of Motorola’s widely acclaimed Mobility Enabled Access (MEA) mobile broadband radios. One set of WiFi and MEA radios operate in the unlicensed, 2.4 GHz band and the other set operate in the licensed, 4.9 GHz public safety band. Public safety, public works and public access can all be given separate and dedicated wireless broadband access due to MOTOMESH’s multi-radio, multifrequency architecture. The IAP’s dual, independent backhaul connections deliver public safety users added security by providing physical network separation from public and other, unrelated backhaul networks.

Stationary and Mobile Wireless Broadband
When configured with its full complement of four radios, each IAP delivers maximum, continuous, symmetrical data rates ranging from 900 Kbps for mobile, 4.9 GHz MEA users to 20 Mbps for stationary, 2.4 GHz WiFi users. Motorola’s exclusive, MEA radio technology supports seamless, mobile, broadband connectivity in both the licensed 4.9 GHz and unlicensed 2.4 GHz bands, even at speeds in excess of 150 mph.

Intelligent Access Points Also Provide:

Local network management of Wireless Routers and Client Devices
Fixed reference point for position location services
Mobility management

MWR7300 – Mesh Wireless Router

BrentGrinnell — Fri, 30 Sep 2011 14:45:07 +0000

The MWR7300 extends coverage and connectivity in a Mesh network by meshing access points and users together. The MWR7300 contains two standards-compliant, 802.11 (Wi-Fi) radios and two of Motorola’s widely acclaimed, Mobility Enabled Access (MEA) mobile broadband radios. One set of Wi-Fi and MEA radios operates in the unlicensed, 2.4 GHz band and the other set operates in the licensed, 4.9 GHz public safety band.

Wireless routers are typically used to seed new network deployments to ensure sufficient coverage while the client population is growing.

Licensed 4.9 GHz and Unlicensed 2.4 GHz
The MWR7300 contains two standards compliant, 802.11 (WiFi) radios and two of Motorola’s widely acclaimed, Mobility Enabled Access (MEA) mobile broadband radios. One set of WiFi and MEA radios operate in the unlicensed, 2.4 GHz band and the other set operate in the licensed, 4.9 GHz public safety band. Public safety, public works and public access can all be given separate and dedicated wireless broadband access due to Motorola Mesh multi-radio, multi-frequency architecture.

Multiple IP Address Support
The MWR features two high-speed Ethernet ports and supports a total of six IP addresses (three addresses per port). This allows a network of IP enabled devices to be directly addressed, accessed and managed over the Motorola Mesh network.

Wireless Routers also provide:

Range extension between the client and IAPs
Fixed reference points for position location services
Coverage in hotspot/in-building applications

Mesh WMC7300 – Wireless Modem Card

BrentGrinnell — Fri, 30 Sep 2011 14:43:24 +0000

By simply inserting the wireless modem card, a user adds up to 6 Mbps burst data rates to any device with a PCMCIA card slot. The extra capacity enables application such as streaming audio and video, fast and accurate position location, and voice services. Client devices with the WMC7300 installed can form their own ad hoc, peer-to-peer network — any time, anywhere.

The WMC7300 wireless modem card for a Mesh 7300 Network operates in the licensed 4.9 GHz band, which is reserved for public safety exclusively.

Broadband designed for public safety

The WMC7300 operates in the 4.9 GHz band that is licensed exclusively for public safety use.

Robust data rates for mobile broadband

The WMC7300 delivers up to 6 Mbps burst data rates on both the uplink and downlink for voice, video and data. Connectivity can be available for Internet, live streaming video, databases, telemetry, and other high bandwidth applications – even at speeds in excess of 150 mph.

End-to-End industry standard IP support

Mesh 7300 supports end-to-end, standards-based Internet Protocol (IP). Any IP based application or IP capable device will work seamlessly within a Mesh 7300 network, including FIPS-140-2 compliant VPNs.

Mesh VMM7300 – Vehicle-Mounted Modem

BrentGrinnell — Fri, 30 Sep 2011 14:41:11 +0000

The VMM7300 turns any vehicle into a mobile office, offering secure and reliable wireless connectivity to a 4.9 GHz Motorola mesh network.

The VMM7300 operates in the 4.9 GHz band licensed exclusively for public safety use. Designed for heavy duty use, this rugged and compact device is made to withstand the heat, shock and vibration of public safety vehicles. For users and agencies unaffiliated with public safety, Motorola offers the VMM6300, which operates in the unlicensed, 2.4 GHz band.

The VMM7300 delivers up to 6 Mbps burst data rates on both the uplink and downlink for voice, video and data. Connectivity can be available for Internet, live streaming video, databases, telemetry, and other high bandwidth applications — even at speeds in excess of 150 mph.

Like all MOTOMESH products, the VMM acts as a wireless router/repeater — automatically extending the range, robustness and performance of the wireless network.

Position Location and Navigation Services

Create Peer-to-Peer Networks Anywhere
Vehicles equipped with the VMM7300 can instantly form ad hoc, peer-to-peer, broadband networks with other 4.9 GHz MEA enabled devices. A high-speed, broadband network will automatically form between authorized devices — even in places where there is no network infrastructure.
Vehicle Mounted Modems Also Provide:

Up to 3 assignable IP addresses
Over-the-air software upgrade support

Mesh WSM6300 – Wireless Serial Modem

BrentGrinnell — Fri, 30 Sep 2011 14:39:19 +0000

The WSM6300 provides wireless network access from remote sensors via its built-in Serial port. The WSM can enable sensors to provide critical data, such as sludge blanket level data at a water reclamation facility, to a control center for real-time process control applications. By automatically collecting and analyzing process data, these systems lessen the burden on plant technicians and operators.

WSM6300 Also Provides:

Remote sensor, controller, sign, or signal connectivity
RS232 serial interface
2.4 GHz MEA
Ruggedized casing

Mesh WMC6300 – Wireless Modem Card

BrentGrinnell — Fri, 30 Sep 2011 14:37:30 +0000

Motorola offers a complete Wireless Modem Card in a PCMCIA form factor. By simply inserting the wireless modem card, up to 6 Mbps burst data rates for streaming audio and video, fast and accurate position location, and voice services can be added to any device with a PCMCIA card slot.

Wireless Modem Cards can also act as Wireless Routers in a Mesh 6300 network. This increases network robustness and coverage at no additional cost. Clients with Wireless Modem Cards can instantly form multi-hopping, ad hoc, peer-to-peer, broadband networks – without using any network infrastructure.

The WMC6300 enables 2.4 GHz Mesh Solo users to wirelessly access broadband applications and create mobile ad hoc networks.

6 Mbps Burst Data Rate Mobile Broadband Clients get up to 6 Mbps burst rate for voice, video and data. High-bandwidth applications, such as web browsing, imaging, telemetry and high-quality streaming audio and video are just a few of the many new mobile services Motorola enables.

Create Peer-to-Peer Networks Anywhere

Client devices with Mesh Solo Wireless Modem Cards can form their own peer-to-peer network – any time, and anywhere. A high-speed broadband network will automatically form between authorized devices, even in places where there is no network infrastructure. Companies, families, and communities-of-interest can establish private and effortless group communications.

Position Location and Navigation Services

The Wireless Modem Card offers position location capabilities without relying on costly Global Positioning Systems (GPS). Depending on network configuration, location determination can be quicker and more accurate than consumer GPS, and is available in places GPS is limited, such as parking garages and urban canyons. Motorola provides location data in a standard GPS format, allowing applications that operate with GPS data to interact seamlessly with the WMC6300.

Wireless Modem Cards Also Provide:

Over-the-air network management
End-to-end industry standard IP support
Position location and navigation services without GPS

VMM6300 – Vehicle Mounted Modem for MOTOMESH™ Solo

BrentGrinnell — Fri, 30 Sep 2011 14:36:10 +0000

Compact and ruggedly designed, the Motorola Vehicle Mounted Modem (VMM) turns a vehicle into a mobile office. Mobile Data Terminals (MDT), IP video cameras, and other IP ready devices can access a high-speed, mobile broadband network via a standard RJ45 Ethernet Port. This low cost, high performance, wireless modem supports up to 6 Mbps burst data rates at speeds of over 100 mph.

The VMM provides high bandwidth access to mission-critical information on the move. Remote database inquiries, on-scene report submission, multi-megabyte file transfers and live video streams help make field personnel more efficient.

The Vehicle Mounted Modem (VMM) supports up to 6 Mbps burst data rates while moving at speeds in excess of 100 mph. A standard RJ-45 Ethernet port gives Mobile Data Terminals (MDT), IP video cameras, and other IP-ready devices access to the 2.4 GHz mobile broadband network. Remote database inquiries, on-scene report submission, multi-megabyte file transfers and remote monitoring of dashboard video will help make field personnel more efficient.

Create Peer-to-Peer Networks Anywhere

Vehicles can instantly form peer-to-peer networks with other mesh-enabled devices. A high-speed, broadband network will automatically form between users, even in places where no MOTOMESH Solo network infrastructure exists.

Engineered for Data on the Move

Designed for heavy duty use in commercial and public vehicles, this rugged and compact device is made to withstand heat, shock and vibration. The VMM operates on 12 VDC nominal (9 to 16 VDC), and can be mounted in any orientation for maximum placement flexibility.

Position Location and Navigation Services

The Vehicle Mounted Modem offers position location capabilities without relying on costly Global Positioning Systems (GPS). Depending on network configuration, location determination can be quicker and more accurate than consumer GPS, and is available in places GPS is limited, such as parking garages and urban canyons. Motorola provides location data in a standard GPS format, allowing applications that operate with GPS data to interact seamlessly with the VMM6300.

Mesh MWR6300 – Mesh Wireless Router

BrentGrinnell — Fri, 30 Sep 2011 14:34:04 +0000

The Wireless Router is a small, low-cost, wireless device that is primarily deployed to provide wireless coverage in large geographic areas, campuses or in-building applications. It enables non-line-of-sight communications between Clients and Intelligent Access Points (IAP), in a Mesh 6300 network.

Wireless Routers are typically used to seed new network deployments to ensure sufficient coverage while the client population is growing.

The MWR6300 extends coverage and connectivity in a 2.4 GHz Mesh network by meshing access points and users together.

Mesh Wireless Routers (MWR) enable robust, non-line-of-sight communications between users and the network. Mesh Wireless Routers also act as reference points for position location of users and vehicles within the 2.4 GHz Mesh network. The MWR6300 requires only power to operate, as data is transmitted 100% wirelessly between nodes.

Compact and Low Cost
Wireless Routers use the same transceiver technology developed for our Wireless Modem Cards (WMC6300). This creates a compact, low-cost solution for range extension and non-line-of-sight operation.

Easy to Install and Deploy
Wireless Routers are designed to mount on utility poles, billboards, buildings, etc. Simple mounting hardware and a plug-in power connection speeds deployment. They automatically power up and integrate into the network, requiring no manual provisioning or configuration.

Automatic Network Balancing
Mesh Wireless Routers intelligently balance traffic between client demand and network resources. Clients are routed around local congestion, while Multi-Hopping technology enables capacity from distant access points to be “moved” to exactly where it is needed. Network resource utilization is continually optimized, reducing network and operational expenses.

Supports End-to-End Industry Standard IP
As one part of the MEA solution, Mesh Wireless Routers transparently support end-to-end, standards-based Internet Protocol (IP) applications and devices. This maximizes existing investments in client hardware and software, while eliminating training for new applications or procedures.

IAP 6300 – Intelligent Access Point

BrentGrinnell — Fri, 30 Sep 2011 14:32:31 +0000

In a Mesh 6300 network, the Intelligent Access Point (IAP) is a small, low-cost device that serves as a transition point from the wireless network to the wired world or provides the functions of an enhanced wireless router by providing wireless network access to one or more IP devices via built-in Ethernet. Each IAP offers a maximum burst rate of up to 6 Mbps that can be used for voice, video and data communications.

If greater network capacity is required, additional IAPs can be easily deployed – without the need for extensive RF or site planning. The location of IAPs is non-critical due to the self-forming, self-healing and self-balancing nature of the Mesh 6300 network.

Supports High-Speed Mobility
The Mesh Wide Area Network (MWAN) 6300 solution has been designed from the ground up as a mobile broadband network. Wide area mobility management and seamless handoffs between IAPs help ensure consistent service and sustained broadband data rates, even with clients moving at highway speeds.
Easy to Install and Deploy
IAPs are designed to mount on utility poles, billboards, buildings, etc. Simple mounting hardware and plug-in power and network connections make deployment easy. IAPs power up and integrate into the network automatically.
Up to 6 Mbps Burst Data Per IAP
Each IAP provides up to 6 Mbps burst data. Since IAPs utilize intelligent data rate selection and sophisticated self-forming routing algorithms, new IAPs can be added to address hot spots, or any place increased capacity is needed. Deployment is simple, as new IAPs automatically integrate themselves into the network.
Fast and Accurate Position Location
Depending on network configuration, every MWAN 6300 IAP can provide quick and accurate position location information that does not require the use of GPS satellites. Location information is provided in standard NMEA0183 format, or through the API. This location information can assist in the deployment of resources, creating a visual map of asset positions at an incident or across an entire city.
Supports End-to-End Industry Standard IP
Intelligent Access Points transparently support end-to-end, standards-based Internet Protocol (IP) applications and devices. This maximizes existing investments in client hardware and software, while eliminating training for new applications or procedures.
Multicast/Broadcast Support
With the removal of the IP proxy a single code base is used across the MWAN 6300 and 4300 product lines resulting in product enhancements that benefit a number of different solutions. In addition, the various MWAN solutions are now interoperable and can reside on the same network.
Automatic Re-Routing
MWAN 6300 compensates for the loss of the wired backhaul by automatically re-routing traffic to ensure no dead spots occur and data reaches its desired destination. If an IAP fails, it turns into an enhanced wireless router and routes traffic to the next working IAP to overcome any loss in coverage.

Mesh Camera POD – Portable On Demand Wireless Video Kit

BrentGrinnell — Fri, 30 Sep 2011 14:30:13 +0000

Motorola’s Mesh Camera POD is an instantly deployable, mesh enabled, wireless video solution. Integrating Motorola’s Mobility Enabled Access (MEA) technology directly into Sony’s — IPELA^® camera has created a solution that is robust, portable and more cost effective than conventional wireless video systems. Utilizing either licensed 4.9GHz or unlicensed 2.4GHz frequencies, the Mesh Camera POD (Portable on Demand) can be quickly deployed to create instant video surveillance at incident scenes or special events. Users can wirelessly access high quality video feeds while stationary or while traveling at highway speeds.

Fast Deployment for Incident Response and Event Video Surveillance
The integrated POD design and scalability of Motorola’s Mesh Camera provides an ideal solution for temporary deployments at events that require video surveillance. Since the mesh network self-forms when the cameras are powered up, video monitoring can be instantly deployed to improve situational awareness and incident response. Mobility Enabled Access (MEA) technology offers the ability to quickly scale up the video system by simply adding mesh enabled cameras, clients or other mesh devices to expand coverage.

Portable on Demand
The Mesh Camera POD kit includes the Sony SNC-RZ50-MT wireless video camera, a vandal resistant dome, rugged tripod mount, antenna and two mesh cards at either 4.9GHz or 2.4GHz. One card is inserted into the camera and the other into a PC, laptop, or PDA with a PCMCIA Type 2 slot. Mesh Camera POD domes and cameras are powered by an included 12V DC deployable battery designed to function for over eight hours on a single charge. The entire kit is packaged in a rugged carrying case for portability on demand.

Dynamic Mobile Video
Intelligent MEA technology routing supports high speed mobility. Mesh Cameras can send video signals to moving clients even while the cameras are moving at vehicluar speeds.

Mesh Wireless Video Camera

BrentGrinnell — Fri, 30 Sep 2011 14:29:05 +0000

Motorola’s mesh and Wi-Fi enabled wireless security camera video system is a robust, low-cost, easy-to-deploy, wireless solution for fixed and mobile video. Integrating Motorola’s Mobility Enabled Access (MEA) technology or Wi-Fi directly into Sony’s IPELA^® camera has created a solution that is smaller and more cost-effective than conventional wireless video systems. Utilizing either licensed 4.9 GHz or unlicensed 2.4 GHz frequencies, the Mesh Wireless Video Camera system can be part of a larger Mesh Wide Area Network (MWAN), or act as a standalone video solution. Users can wirelessly access high-quality video feeds – even while traveling at highway speeds.

Self-forming wireless video network
Motorola’s intelligent MEA technology turns mesh camera nodes and clients into router/repeaters that form a seamless, wireless network automatically. This network can be deployed independently, or as part of a wider mesh network using additional mesh devices to create a wireless security camera network.

Multi-hopping feature
Video and other broadband data can “hop” through every device in a network, even to and from vehicles traveling at highway speeds. The video network actually becomes more robust as additional cameras and other MEA devices are added.

Support for 4.9 GHz MEA, 2.4 GHz MEA and 802.11 b/g operation
A mesh camera network can be configured to utilize either licensed 4.9 GHz, or unlicensed 2.4 GHz frequencies. Motorola offers a wireless modem card for 2.4 GHz and 4.9 GHz frequencies, which is inserted directly into Sony’s IPELA^® camera to create a mesh camera node. The camera comes preloaded with drivers for both frequencies and will automatically join the network when turned on. Built-in 802.11 b/g provides Wi-Fi connectivity to the 4300 series of the MWAN portfolio.

Cost-Effective, scalable and easy to deploy
Within each node, the routing and access functions are managed by an internal wireless modem card, eliminating the need for externally connected network devices. This can significantly reduce costs compared to conventional wireless video systems. Mesh camera nodes provide a fast, easy way to add high quality video applications to existing Motorola mesh networks.

Public safety and security benefits

Supports 4.9 GHz radio spectrum licensed specifically for public safety use.
Quickly deploy as permanent or temporary video surveillance platform for schools, parks, airports, sporting events, etc. Stream live video to and from vehicles in route to, or engaged at an incident site.
Integrates seamlessly into wide area, 2.4 GHz or 4.9 GHz Mesh Wide Area Networks.

Benefits for municipalities

Supports unlicensed 2.4 GHz radio spectrum for general public use (802.11b/g operates on 2.4 GHz radio spectrum).
Highly scalable solution allows deployment of networks of any size.
Stream live video to and from vehicles even while traveling at highway speeds.
Provide improved system management and enhanced rider experience for public transit.
The mesh camera wireless video system is part of Motorola’s suite of fixed and mobile intelligent video solutions.

VMM 4300 – Vehicle Mounted Modem for Mobile Wireless Connectivity

BrentGrinnell — Fri, 30 Sep 2011 14:27:43 +0000

The VMM 4300 enables any vehicle, train or bus to offer secure and reliable wireless broadband connectivity at highway speeds.

With Motorola’s Mesh Wide Area Networks (MWAN) technology users can access critical broadband applications virtually anytime and anywhere. The VMM 4300 supports broadband data rates while in motion.

Versatile Solution
Communications can be maintained while traveling everyday at driving speeds with the VMM 4300, which includes a 4.9 GHz, 5.4 GHz or 5.8 GHZ radio that provides wireless backhaul connectivity. The compact and rugged product enables global usage for a variety of vertical markets.

Proven Mesh Routing
With MeshConnex™ fast handoffs are not an issue for the VMM 4300. The patented MeshConnex routing technology ensures real-time congestion management and link control to automatically select the best data route on a per-request basis. This significantly reduces hop latency, resulting in more reliable delivery of real-time voice, data and multimedia services to and from moving vehicles.

Robust Data Rates for Mobile Broadband
The VMM 4300 delivers broadband performance for voice, video and data needs while traveling at highway speeds. There is an Ethernet port for in-vehicle connectivity. Access can be used for connectivity to the Internet, offloading DVR content, live streaming video, database access and other high bandwidth applications.

Best in Class Security
The VMM 4300 supports the best in class security with Motorola’s Secure Mesh solution, which offers the highest data security within the meshed WiFi network.

Quality of Service
The VMM 4300 supports IEEE 802.11e based traffic prioritization, which enables flawless execution of voice and video applications. It constantly monitors congestion and automatically tunes its QoS parameters to optimize route selections to support such latency sensitive applications.

IAP 4300 – Intelligent Access Point

BrentGrinnell — Fri, 30 Sep 2011 14:26:24 +0000

The intelligent access point acts as a bridge between the wired world and the wireless mesh network.

The IAP 4300 is available either in a single radio configuration with a 2.4 GHz WiFi radio (802.11 b/g) or in a two radio configuration with an additional 5.8, 5.4 or 4.9 GHz (802.11a) radio. In a single radio configuration, the 2.4 GHz radio is used for both client access and node-to-node mesh links. In the two radio configuration, the 5.8 or 5.4 GHz radio is dedicated for node-to-node mesh traffic, while the 4.9 GHz radio is used for client access. Additionally, the 5.8 or 5.4 GHz radio can be configured to provide client access using the 802.11a standard.

Flexible & Adaptable Gateways
Every 4300 series node is capable of being an intelligent access point (IAP) or mesh wireless router (MWR), reducing the cost of storing excess inventory and simplifying deployment. Additionally, IAPs immediately adapt to backhaul loss by becoming mesh wireless routers, routing traffic to an alternate gateway in the network. This automatic, self-healing ability minimizes service interruptions and ensures continuous connectivity.

Proven Mesh Routing
The IAP 4300 leverages MeshConnex™ routing technology, using real-time congestion management and link control to automatically select the best data route on a per-request basis. This dramatically reduces hop latency, to better deliver real-time voice and multimedia services. Today, MeshConnex powers large-scale Motorola mesh wide area networks of more than 1,000 nodes.

Carrier-Class Security
The IAP 4300 supports complete, end-to-end security. It provides WEP, WPA and WPA2 encryption on client access. Motorola’s own Secure Mesh ensures the highest data security within the meshed WiFi network. Plus users can now create access lists that can block particular clients from accessing the network.

Compact Form Factor
The smallest, lightest dual radio access point in its class is aesthetically appealing, resulting in increased mounting location flexibility and community acceptance.

Software Highlights
The 4300 series solution offers a multitude of software features for enhancing your network experience. With Peer to Peer Communication Blocking, Internet Service Providers (ISPs) now have an effective way to manage billing applications and client tracking scenarios. With the combination of the IAP 4300’s VLAN support and standard 802.11e QoS, ISPs can create differentiated services that will allow them to offer tiered packages.

AP 7161 Outdoor 802.11n Mesh Access Point

BrentGrinnell — Fri, 30 Sep 2011 14:24:56 +0000

Perfect for extending network coverage to outside areas, the AP 7161 brings the latest 802.11n 3×3 MIMO tri-radio design together with the rugged outdoor performance. True perimeter security is provided using either a dedicated dual-band sensor or software mode for both 2.4GHz and 5GHz bands to deliver 24×7 rogue detection and termination. The AP 7161 is optimized with WiNG 5 intelligence at the edge extending QoS, security, and mobility services to the access point so you get better capacity and performance. The AP 7161 is ideal for industrial , enterprise campus, video surveillance, public safety, and smartgrid utility deployments to extend to the outdoors.

The AP 7161 is a high performance, rugged 802.11n mesh access point that features 2.4 GHz and 5.0 GHz radios that support 3×3 MIMO (Multiple Input Multiple Output) technology reaching a maximum data rate of 300 Mbps.

802.11n support with 3×3 MIMO
Delivers maximum wireless network throughput to support virtually any enterprise application, including voice and video

Capacity and performance-leading Mesh deployments
AP 7161 has been optimized within the Motorola WiNG 5 platform to provide leading capacity, performance and design and is ideal for industrial and enterprise campus, video surveillance, public safety, and smartgrid utility deployments

Motorola MeshPatrol perimeter security
Extending the indoor network to the outdoors increases the need to guard against unwanted intruders and attackers, and monitor the performance and availability of mesh networks. In addition to industry standard security for clients and radio backhaul, the AP 7161 provides true perimeter security using either a dedicated dual-band sensor or software mode in 2.4GHz and 5Ghz bands. Concurrent around-the-clock dual-band Network Assurance sensing and wireless traffic is provided together with spectrum analysis — eliminating the need for separate devices. The Integrated Wireless IPS sensor option enables the configuration of one radio for 24×7 rogue detection and termination, and two others can simultaneously be dedicated to wireless client access and/or meshing. As a result, enterprises can now deploy the most robust Wireless IPS solution while saving money — the cost to purchase, deploy and manage dedicated sensor hardware is eliminated

Mesh networking
Patented Mesh Networking algorithms that allows wireless extension of existing wired or wireless networks in remote or outdoor locations

Enterprise Campus Deployments
Specifically designed to withstand wind, rain and extreme temperatures with a NEMA 4x housing to deliver enterprise-class wireless networking in harsh environments
Ideal AP7161 Applications

Industrial and warehouse operations
Public safety
Municipal and operator access
Smart Grid applications
Video surveillance applications
Extended hotspots for public access
Enterprise, education and healthcare campus facilities

Mesh Wide Area Network AP 7181

BrentGrinnell — Fri, 30 Sep 2011 14:23:17 +0000

The AP 7181 is a high-performance, multi-radio 802.11n access point featuring superb network capacity, a maximum data rate of 300 Mbps and Motorola’s unique intelligent ADEPT (ADvanced Element Panel Technology) antenna system. With the exclusive, ADEPT (ADvanced Element Panel Technology) antenna system, the AP 7181 achieves maximum data rates of up to 300 Mbps by delivering a reliable dual data stream in an outdoor environment. Leveraging multiple transmit and receive RF chains and dual polarized antennas, the AP 7181 achieves superior mesh throughput throughout a coverage area.

The AP 7181 is the result of years of customer research and development and is designed specifically to meet the outdoor network needs of municipal agencies, transit systems, and enterprises.

Superior Antenna Technology

Motorola’s intelligent ADEPT (ADvanced Element Panel Technology) antenna system was developed specifically for the AP 7181. The fully integrated ADEPT antenna system in the AP 7181 eliminates the self-shadowing interference and coverage challenges inherent to stick antenna designs. In addition, a software controllable down tilt feature allows network operators to enhance coverage remotely without the cost of changing antennas or hiring bucket trucks to make the necessary adjustments. Its aesthetically pleasing package brings access point design to an entirely new level.
High Capacity

The AP 7181 features 2.4 GHz and 5.x GHz radios that support a 3X3 MIMO (Multiple Input Multiple Output) scheme, reaching a maximum data rate of 300 Mbps. The additional capacity delivers improvements at both the client and backhaul levels. The MIMO technology is combined with high performance radios designed by Motorola to maintain high power transmissions at some of the highest data rates. This results in new capabilities to clients in a mesh network, including improved data uplink, as well as enhancing the ability to send and receive data. These radios, coupled with the ability to use 40 MHz channel widths, allows the added capacity of the AP 7181 to be leveraged for advanced applications.
Excellent Mesh Routing

The AP 7181 offers robust data connections throughout the network by leveraging Motorola’s leading routing technology, MeshConnex™. MeshConnex provides efficient routing, low latency, low routing overhead, high-speed handoffs and proven scalability. The Opportunistic Radio Link Adaptation (ORLA) is a key decision-making element within MeshConnex, designed to select data rates that will provide the best throughput at any given time. ORLA helps ensure Motorola Mesh Wide Area Networks deliver sustained throughput at the highest possible data rate. The AP 7181 features fast hand-offs, intelligent routing and seamless security, all key mobility enhancements exclusive to Motorola. The AP 7181 enables a true mobile office in the field, keeping highly mobile workers connected to key office applications, resulting in improved response times and greater process efficiencies.
Mesh Wide Area Network Management and Deployment

The AP 7181 has been designed to provide added flexibility in both mounting location and software configuration to help minimize deployment and installation costs, maximize ROI and provide for a lower total cost of ownership (TCO). The unit’s deployment process offers a clear work flow and organized menu options for configuration. Coupled with network wide management through One Point Wireless Manager, one application can be used to monitor and maintain AP 7181 configuration consistency throughout a deployed network, and further assist with post deployment optimization via templates and discovery of installed nodes.

PMP 100 Series

BrentGrinnell — Fri, 30 Sep 2011 14:20:40 +0000

Extend broadband services for Internet access, voice over IP, video services, and security surveillance – at a cost much lower than wired alternatives.

The PMP 100 combines field-proven toughness with exceptional performance, security, ease-of-use and cost effectiveness. Modules are available with total throughputs up to 14 Mbps and are available in frequencies from 900 MHz to 5 GHz. Join the tens of thousands of network operators who have deployed PMP 100 solutions to be their business case a success.

PMP 100 series systems provide wireless broadband connectivity voice, video and data last mile access. With a broad array of Access Points and Subscriber Modules, these systems can be configured to meet the current and future needs of network operators.

Enterprises can establish cost-effective links to campus locations or remote branch offices at a fraction of the cost of leasing lines or deploying wireline broadband systems.

Government Network Operators can establish cost-effective links for public safety, public service, and public access.

Service providers can enhance their customer base and revenues by extending their network to reach new business and residential subscribers beyond the reach of wireline broadband offerings.

The Motorola PMP AP 105 has not been authorized for sale or lease by the rules of Industry Canada. This device is not, and may not be, offered for sale or lease, or sold or leased, until authorization is obtained.

PMP 100 Series product throughput:
AP 105 – Cost effective AP for low density locations
PMP 110 – From 1 to 7 Mbps
PMP 120 – 7 Mbps
PMP 130 – 14 Mbps

PMP 320 Series

BrentGrinnell — Fri, 30 Sep 2011 14:04:49 +0000

The Point-to-Multipoint 320 is a cost-effective, easy to install, licensed, fixed, outdoor wireless broadband access network solution. WiMAX 802.16e interoperability enables reliable data, voice and video connectivity applications for service providers, enterprise network operators, and government entities.

Connect businesses and remote office locations with high performance, 802.16e standard technology in the licensed spectrum. The PMP 320 is optimized for long range, fixed, outdoor applications and does not need costly base stations ASN gateways required to support mobility.

Enterprises can establish cost-effective links to campus locations or remote branch offices at a fraction of the cost of leasing lines or deploying wireline broadband systems.

Rapid access to business information between locations
Wireless infrastructure to connect indoor wireless local area network (WLAN), creating a completely wireless IP network and connecting inside to outside

Government Network Operators can establish cost-effective links for public safety, public service, and public access.

Rapidly deploy video surveillance and data connectivity for public safety
Create a cost effective data network for public works

Service providers can enhance their customer base and revenues by extending their network to reach new business and residential subscribers beyond the reach of wireline broadband offerings.

Complement existing broadband network to reach customers in new territories, whether adjacent to an existing network or a completely new region
Offer wireless broadband services to existing subscribers currently using dial-up; alternative to other equipment like DSL and cable

PMP 430 Series

BrentGrinnell — Fri, 30 Sep 2011 14:02:48 +0000

Connect with high performance in the 5 GHz band. The PMP 430 with OFDM technology delivers 40+ Mbps throughput, ranges up to 30 miles (48 km) and near-line of sight (nLOS) performance for reliable and secure data, voice and video connectivity. With low one-way latency of less than 3.5 msec the PMP 430 is ideal for sensitive voice and video services. SMs can be upgraded from 4 Mbps throughput to 40 Mbps via a software key system to meet customers’ growing need for bandwidth.

Enterprises, government organizations and service providers can extend high-speed connectivity to reach unserved and hard-to-reach locations and customers.

High Throughput
Extended Range and Coverage
Scalability
Low Latency
Compatibility

PMP 49400 Series

BrentGrinnell — Fri, 30 Sep 2011 13:59:42 +0000

Municipalities, counties and local governments need reliable, high-quality broadband connectivity at a low investment cost to provide safety and services to the citizens of their communities. The high performance PMP 49400 provides reliable wireless broadband connectivity in the 4.9 GHz spectrum.

The PMP 49400 provides:

Near Line of Sight (nLOS) Access with OFDM (Orthogonal Frequency Division Multiplexing) technology.
21 Mbps Throughput for Voice Over Internet Protocol (VoIP), video surveillance, high-speed Internet access, and multiple voice connections.
Long Range Connectivity to distances of five miles (eight kilometers) or more per AP cluster.

CRYPTR 2 Broadband IP Encryption Unit

BrentGrinnell — Fri, 30 Sep 2011 13:56:13 +0000

With critical information depending on wireless communications, customers need end-to-end encryption solutions they can rely on: cost-effective, rugged, flexible and interoperable. Motorola’s CRYPTR 2 Broadband IP Encryption unit is designed for use in mobile networks to provide reliable, end-to-end encrypted communications. When paired with Motorola’s industry-leading broadband networks, CRYPTR 2 is part of the secure communications solution customers need for increasingly demanding mission requirements.

CRYPTR 2 uses Advanced Encryption Standard (AES), suitable for secure applications. Its low size, weight and power requirements coupled with its ruggedness allow flexible installation and power options, and its unique QoS-aware features help maximize the utility of broadband wireless networks.

Full Suite B Solution

Suite B IPSEC (RFC 4869)
AES, Elliptic Curve Cipher Suites

FIPS 140-2 Compliant

Small and Rugged

1.75 lbs. (800 g)
1.5 x 5.7 x 4.7 in (39 x 145 x 120 mm)
Sealed to prevent water and dust intrusion
Locking power cable connector

Remote Management

SNMPv3 Management and Monitoring

Remote Rekey and Zeroize

Motorola Key Management Facility (TIA APCO Project 25 compliant)

Designed for Wireless Broadband Mobility

20Mb Throughput
QoS Support

PTP 800 Licensed Ethernet Microwave

BrentGrinnell — Fri, 30 Sep 2011 13:53:37 +0000

The PTP 800 Licensed Ethernet Microwave solution is Motorola’s newest entrant into its industry-leading point-to-point (PTP) portfolio. Ideal for today’s evolving networks, our IP-optimized PTP 800 radios give government agencies, corporate enterprises and service providers the licensed exclusivity, high-bandwidth, scalability and affordability you want to meet your unique bandwidth demands.

Whether connecting locations, backhauling video or providing last-mile access, the PTP 800 has the capabilities and features to meet today’s IP requirements and tomorrow’s Next Generation Network needs.

Operating in the 6 to 38 GHz RF bands* at up to 368 Mbps throughput (full duplex) and with user-configured channel bandwidths from 7 to 56 MHz, the Motorola Point-to-Point 800 Series of Licensed Ethernet Microwave solutions offer operators a highly reliable licensed band solution. With upgradeable capacity from 10 Mbps to full capacity via a software key, the systems offer exceptional cost efficiency and scalability.In addition, Motorola offers comprehensive FCC licensing coordination services through our partnership with Comsearch.

Key features include:

1+1 (HSB availability)

Includes 1+1 Hot Standby links, 2+0 redundant links in a ring or mesh configuration plus non redundant links. Hot Standby links are designed to provide full redundancy in the event of a single Compact Modem Unit (CMU) or an Outdoor Unit (ODU) failure at one or both ends of the link.

Effective system design

With the smallest Compact Modem Unit (CMU) in the industry, the small form factor design helps remove customer dependency on rack space.

Capacity as you grow throughput

Flexible stepping options allow operators to purchase a standard 10 Mbps factory set cap and then increase capacity as needed based on throughput demands ensuring exceptional scalability.

Asymmetric control

Where users download more information than they upload, operators can assign different throughput capacities for the up and down links.

No surprises link planning

Optimize licensed link performance prior to purchase and gain a complete view of your network via Google TM Earth with the PTP LINKPlanner. This tool also provides a complete Bill of Materials (BOM) that lists all equipment required for the deployment simplifying the order process and providing important link information needed for FCC and other regulatory bodies.

QPSK to 256 QAM
Security Options

FIPS-197 128/256-bit AES encryption

Low Latency

< 115us @ full capacity with 64 bytes

Flexible network management

Remote management via web browser. Optional Motorola’s One Point Wireless Manager or other third party tools are available for management purposes.

“Zero-Downtime” Adaptive Modulation

Automatic shifting of modulation and/or coding rate as radio path conditions change enable transmitters and receivers to negotiate highest mutually sustainable data rate.

* The 6 to 38 GHz frequencies will be available in a series of product releases. Local regulatory requirements should be confirmed prior to system purchase.

PTP 600 Series

BrentGrinnell — Fri, 30 Sep 2011 13:52:00 +0000

The 600 Series of Point-to-Point wireless Ethernet bridges include both licensed solutions for the 2.5, 4.5, 4.8, and 4.9 GHz bands, which are dedicated to the license holders for the Educational Broadcast Service, NATO/Federal agencies and to Public Safety respectively, and unlicensed solutions in the 5.4, 5.8 and 5.9 GHz spectrum. These bridges offer high performance connectivity and backhaul in challenging non-line-of-sight environments. With carrier-grade reliability, PTP 600 links have class-leading sensitivity and power output which enable links to go farther, while sustaining high throughput regardless of conditions. With data rates up to 300 Mbps and reaching distances up to 124 miles, this Series of high-performance and secure wireless bridges make cost-effective connectivity and backhaul a reality for a wide range of enterprises, service providers and public safety organizations.

Point-to-Point solutions for 2.5 GHz license holders
In 2004, the U.S. government established the Educational Broadband Service (EBS) to transmit instructional material utilizing low-power broadband systems and also provide high-speed Internet access. Operating in the 2.5 GHz licensed spectrum, Motorola’s PTP 25600 solutions are designed to support the stringent requirements of a wide variety of EBS applications, including:

Building-to-building and campus connectivity
Backbone operations
Internet access and email
Distance learning
Voice-over-IP and video surveillance

Point-to-Point Connectivity for U.S. Federal, Military and NATO agencies
With the PTP 48600 and the PTP 45600, Motorola has two defined band Point-to-Point licensed solutions designed to support U.S. government entities and NATO licensees with cost-effective, high-throughput connectivity. Operating in the 4.8 and 4.5 GHz spectrums and at up to 200 and 300 Mbps Ethernet data rates respectively, these FIPS 140-2 certified bridges support applications such as:

Battlefield communications
Public safety
Video surveillance and border security
Tactical military operations
Training and simulation networks
Building-to-building and campus connectivity
Multi-point-to-point ad hoc application

PTP 49600 for Public Safety
Operating in the 4.9 GHz public safety spectrum, PTP 49600 bridges deliver up to 200 Mbps throughput and support numerous critical applications to include:

Real-time access to missing-person images, DMV records, video feeds, medical data, building blueprints, vehicle locations, evacuation routes and road closures, building floor plans, fire hydrant locations and much more
High-speed backhaul from video surveillance cameras, Mesh nodes, 4.9 GHz hot spots and command centers
Cost-effective ASTRO® 25 backhaul links
Telemetry and land mobile radio backhaul
Quickly deployed links for disaster recovery, emergency services and special events
Broadband overlay and last-mile access

Get what you need, fast
Stay connected to Motorola’s latest wireless broadband information. Within our library you will find brochures, white papers, case studies, multimedia and other useful documents to help you learn more and stay informed.

PTP 500 Series

BrentGrinnell — Fri, 30 Sep 2011 13:49:15 +0000

Choose the PTP 500 Series to deliver high-speed, robust wireless backhaul. Connect buildings in a campus setting. Extend video surveillance beyond the wired infrastructure. Support bandwidth-intensive applications such as Voice-over-IP, telemedicine, IP gaming and multimedia. The PTP 500 bridges can deliver up to 99.999% availability in virtually any environment, including non-line-of-sight, long-distance line-of-sight, over water or open terrain, even through extreme weather conditions.

PTP 500 Series bridges come in Integrated and Connectorized models, both available in 5.4 and 5.8 GHz RF bands and operating at data rates up to 105 Mbps.

More Range to Anywhere
PTP 500 Series links have class-leading sensitivity and power output, which enable the links to go farther than comparable systems – up to 155 miles (250 km).

More Channels
Motorola combines MIMO, i-OFDM and our advanced signal-processing algorithms to create four simultaneous channels between pairs of transceivers at each end of the link, without losing spectrum efficiency.

Choice and Flexibility
PTP 500 Series bridges are available in several models to meet your individual requirements:

5.4 and 5.8 GHz Integrated: These operate at Ethernet data rates up to 105 Mbps with dual built-in antennas, for obstructed and high-interference environments where high throughput is a major requirement.
5.4 and 5.8 GHz Integrated Lite: With the same robust technology of the full-speed version, the PTP 500 Integrated Lite delivers up to 52 Mbps and is an excellent option where budgets are tight, yet high throughput and availability are key to supporting the applications. The Lite model is software upgradeable as throughput requirements increase.
5.4 and 5.8 GHz Connectorized: These models combine the technology of the Integrated versions with the high-gain advantage of external antennas. Over long distances and in extremely adverse environments, including deep non-line-of sight, these solutions let you connect over greater distance and at a higher level of reliability and speed than comparable wireless bridges.
5.4 and 5.8 GHz Connectorized Lite: These solutions offer all the functionality and reach of the Connectorized models and deliver up to 52 Mbps throughput at less cost than the full-speed versions. As throughput requirements increase, you can easily upgrade to 105 Mbps throughput.
A single T1/E1 port capability enabled through the PTP Power Indoor Unit (PIDU Plus) via simple splitter or Y cable.
Extends Intelligent DFS (i-DFS) to regions where radar detection is enabled

Integrated Lightning Protection
No external lightning protection device is needed at the top of the tower adjacent to the radio. An external PTP Lightning Protection Unit (PTP-LPU) is required at the cable entrance point leading to the indoor network equipment. (Please note, 100 percent protection is neither implied nor possible.)

Motorola PTP LINKPlanner
This tool enables you to to plan for single or multiple links simultaneously, using Google Earth to provide a comprehensive overview of the entire network. Download the PTP LINKPlanner free of charge from Motorola’s support pages.

PTP 300 Series

BrentGrinnell — Thu, 29 Sep 2011 21:19:50 +0000

The PTP 300 Series bridges provide affordable, reliable, high-performance connectivity, even in obstructed and high-interference environments. The systems are excellent choices for budget-conscious companies and government agencies that need to establish communications for building-to-building connectivity, high-speed Internet access, backhaul, Voice-over-IP, multimedia and video surveillance applications.

Available in Integrated and Connectorized models, PTP 300 Series bridges operate in the 5.4 and 5.8 GHz RF bands at date rates up to 25 Mbps.

Long Distance Links
PTP 300 Series links have class-leading sensitivity and power output, which enable the links to go farther than comparable systems – up to 155 miles (250 km).

Superior Technology, Superior Results Motorola’s unique combination of technologies delivers consistent carrier-grade performance for your data, voice and video communications.

Choice and Flexibility
PTP 300 Series bridges are available in several models to meet your individual requirements and includes:

A single T1/E1 port that uses a Y Cable or splitter installed next to the power indoor unit.
Extends Intelligent DFS (i-DFS) to regions where radar detection is enabled
Boosts throughput via a license key up to 50 Mbps for a link that is line-of-sight LoS and less than 10 miles in range.
5.4 and 5.8 GHz Integrated: These models operate at Ethernet data rates up to 25 Mbps with dual-polar built-in antennas, for obstructed and high-interference environments where cost-effectiveness and carrier-class performance are key.
5.4 and 5.8 GHz Connectorized: These models combine the technology of the Integrated versions with the high-gain advantage of external antennas. Over long distances and in extremely adverse environments, including deep non-line-of sight, these solutions let you connect over greater distances with higher reliability and speed than comparable bridges.

Integrated Lightning Protection Built-in lightning protection capability means that no external lightning protection device is needed at the top of the tower or mast. An external PTP Lightning Protection Unit (PTP-LPU) is required at the cable entrance point leading to the indoor network. (Note: 100 percent protection is neither implied nor possible.)

Motorola PTP LINKPlanner This tool lets you plan for single or multiple links simultaneously, using Google Earth to provide a comprehensive overview of the entire network. Download the PTP LINKPlanner free of charge from Motorola’s support pages.

PTP 200 Series

BrentGrinnell — Thu, 29 Sep 2011 21:17:39 +0000

Designed to securely transport data, voice and video in both near line-of-sight (nLOS) and line-of-sight (LOS) environments, the PTP 200 Series offers affordable, accelerated throughput at a time when operators are challenged with increasing bandwidth capacities to support additional applications, subscribers and users. With solutions including a dual-band radio system with up to 220 Mbps, a 5.8 GHz solution with expanded range capabilities, and a 4.9 GHz system specifically for public safety, the PTP 200 Series provides many options for budget restricted operators. These OFDM based systems are built from the same PTP and PMP platforms that customers trust and depend on for reliable connectivity all over the world. Their ruggedness, field durability and MTBF are recognized throughout the industry and contribute to their exceptional performance. The extremely low cost of ownership makes a PTP 200 solution affordable for even the most restricted budgets.

PTP 250

Dual band functionality for 5.4 and 5.8 GHz *
Up to 220 Mbps data rate
Optimal for moderately challenging links with minimal interference
Same look, feel and GUI interface as the PTP 300, 500 and 600 Series radio systems

* The PTP 250 device has not been authorized in the 5.4 GHz band as required by the rules of the Federal Communications Commission and Industry Canada. This device is not, and may not be, offered for sale or lease, or sold or leased, as a dual-band device in the US and Canada until authorization can be obtained.

PTP 230

Leverages GPS Synchronization to significantly reduce self-interference allowing network operators to co-locate multiple radios on a tower or rooftop
Enhanced range up to 18 miles with a passive LENS and up to 80 miles with a reflector
Up to 50 Mbps data rate
Built upon the high-performing PMP 430 platform with the same look, feel and GUI Interface
Initial release in 5.8GHz band, with a 5.4GHz version to follow

PTP 49200

Up to 21 Mbps for public safety operators wanting to use their 4.9 GHz defined spectrum

PTP 100 Series

BrentGrinnell — Thu, 29 Sep 2011 21:16:18 +0000

This series of bridges make use of Motorola’s proprietary Point-to-Multipoint Wireless Broadband platform modulation scheme to deliver broadband connectivity across distances of up to 35 miles (56 kilometers). The PTP 100 Series is available in a broad range of frequencies (2.4, 5.1, 5.2, 5.4 and 5.8 GHz) and are uniquely suited for delivering consistent throughput in Line-of-Sight (LoS) configurations.

The PTP 100 Series of wireless Ethernet bridges offer enterprises and telecom operators a reliable and affordable entry point for providing wireless broadband connectivity to the locations that need it most. A simple license key upgrade system enables operators to add more throughput as their network requires it from as low as 2 Mbps in some regions of the world up to 14 Mbps. These radios are ideal for line-of-sight conditions. Not only are they highly reliable, weather resistant, compact and rugged in design, the PTP 100 radios produce consistent data rates in the face of interference. Ideal applications for these bridges are rural or remote locations, campus applications, temporary and emergency systems, video surveillance, telemedicine, e-learning and banking.
These solutions support both over-the-air DES (Data Encryption Standard) encryption and are also available with AES (Advanced Encryption Standard) capabilities, which provide 128-bit encryption, to ensure secure data delivery and exceptional reliability.

Get what you need, fast
Stay connected to Motorola’s latest wireless broadband information. Within Motorola’s library you will find brochures, white papers, case studies, multimedia and other useful documents to help you learn more and stay informed.

PTP LINKPlanner

BrentGrinnell — Thu, 29 Sep 2011 21:13:26 +0000

Part of the One Point Wireless Suite, Motorola’s PTP LINKPlanner is a customized tool for designing and configuring point-to-point links. Available to support the breadth of the portfolio, the application allows operators to determine link performance characteristics for the PTP 800 Licensed Ethernet Microwave Series and for the PTP 300, 500 and 600 Series of unlicensed and shared wireless bridges. The PTP LINKPlanner, available for PCs and Macs, allows you to conduct “what if” scenarios, based on geography, distance, antenna height, transmit power and other factors, to optimize system performance before purchase.

PTP LINKPlanner is Motorola’s next generation link planning tool. With its elegant link design and intelligence, the newly improved tool continues to grow in popularity as the most trusted and intuitive RF link planning tool in the industry. Tens of thousands of links have been successfully deployed across the globe using the LINKPlanner.

Quick Start
Path profile information comes directly from the Motorola servers – with no web form to complete – and is sent as an email, to be imported into the LINKPlanner tool.

Graphical Display
Optimize a link before deployment by changing input data to see the effect on performance and throughput. For example, if a link calculation indicates low throughput, then a number of factors (product type, frequency, channel bandwidth, antenna height, antenna size etc) can be changed to see the improvement on link performance.

Timeliness and Reporting
Typically the link planning process takes approximately an hour, and the resulting report provides graphical and textual detail of the path and its projected performance.

Download
The tool can be downloaded from Motorola’s support pages.

Wireless Manager

BrentGrinnell — Thu, 29 Sep 2011 21:11:27 +0000

You can achieve better uptime through better visibility of your network with the Motorola Wireless Manager. This network management software tool offers breakthrough map-based visualization capabilities using embedded Google maps, and combined with advanced configuration, provisioning, alerting and reporting features you can control your entire outdoor wireless network including Mesh Wide Area Network, and Point-to-Multipoint and Point-to-Point solutions as well as other SNMP enabled devices. With its powerful user interface you will not only be able to control your network’s access, distribution and backhaul layers, but you will also have visibility to WLAN sites and be able to quickly launch Motorola’s indoor network management systems.

Template-Based Configuration
With Wireless Manager’s user-defined templates you can accelerate the process for the configuration of the devices you add to your network resulting in quicker and easier deployments. The template-based functionality provides an automated way to configure large numbers of network devices with just a few mouse clicks, and can be scheduled to occur at any time via Wireless Manager’s Task Scheduler.

Ultralight Thin Client
With the growing mobile workforce it is important to have access to the status of your network at any time. With Wireless Manager you can view the status and performance of your entire wireless network via a compact web interface accessible by your smart phone.

Map-Based Visualization
Wireless Manager overlays sophisticated real-time information about your network elements onto building layouts and dynamic Google maps. Visuals can be scaled to view an entire city or building or a specific area, floor or link.

High Availability Architecture Support
Wireless Manager offers a high availability option, providing a highly reliable and redundant network management solution that ensures you always have management access to your network.

High Scalability
The enhanced Wireless Manager offers you server scalability with support for up to 10,000 nodes as well as support for distributed server architecture.

System Software

BrentGrinnell — Thu, 29 Sep 2011 21:10:02 +0000

Motorola provides software updates for select wireless broadband products that are within their 12-month standard warranty period, and for customers who have enrolled in the Software Maintenance Program.

Motorola’s Software Maintenance Program provides customers with extended and enhanced support beyond the standard 12-month warranty period. The program is designed to help optimize ongoing network performance with fast, knowledgeable technical assistance and up-to-the minute downloads of new software releases. This Software Maintenance Program is available for purchase for Motorola Fixed Point-to-Point wireless Ethernet bridges and Fixed Point-to-Multipoint systems. If your Motorola products were purchased within the last 12 months of a service request, they are still under their initial warranty. No Software Maintenance Contract is necessary.

XLP 7000 Ethernet Extender

BrentGrinnell — Thu, 29 Sep 2011 21:02:12 +0000

Motorola’s XLP 7000 offers point-to-multipoint IP and power over a single pair of telephone grade wire. It is ideal for IP video surveillance, dynamic message signs and wireless backhaul. Use it for high-security train stations, airports and stadiums. XLP-7000 uses an intuitive web user interface providing instant monitoring and feedback on the status of the devices and the quality of the transmission line.

High performance, long range Ethernet
XLP-7000 products deliver IP connectivity and long range PoE to remote locations. Speeds up to 78Mbps, or rate adaptive at the maximum distance of 5,000ft (1.5km).

Extended Power over Ethernet (PoE)
XLP-7000 supplies up to 15.4 watts of PoE power (802.3af). Each XLP-701 client has one Ethernet PoE port and supports auto-discovery of 802.3af compliant powered devices.

Safe, managed power
GFI circuits and power cross detection prevent danger to the equipment or installers. Power states are reported in the CLI, SNMP, or an intuitive webUI for easy reference and response to trouble reports.

AP 6511 802.11n WallPlate Access Point

BrentGrinnell — Thu, 29 Sep 2011 21:00:08 +0000

The AP 6511 is expressly designed for one of the most challenging wireless LAN environments – dormitory and hotel guest rooms. Standard service personnel can install the AP 6511 in minutes, not hours, using existing category 5 or 6 cabling already in the walls. The installation is predictable and repeatable – two key reasons the AP 6511 will dramatically lower the installation time and cost of a room wireless LAN. The AP’s sleek “hide in sight” design and minute size match the decor of any room. The AP 6511 includes intelligent self-optimizing Controller AP code, which allows a small property to gain the benefits of a central controller – automatic adoption, central configuration and status, and automatic RF management – without the cost of a dedicated RF switch. For larger properties and facilities, the AP 6511 can be managed by Motorola’s WiNG-based RF switches for very high scalability and seamless integration with other indoor and outdoor 802.11n access points.

Full 802.11n performance with standard 802.3af
Simplifies and reduces total cost of installation using standard Power-over-Ethernet (PoE).

Dual band Support
Operates in either 2.4 Ghz and 5.0 Ghz frequency bands to support 802.11b/g/n or 802.11a/n wireless LANs.

Internal antennas with 2×2 MIMO radio
Dual 3.5dBi gain antennas and 2×2 MIMO technology extend the performance and range for legacy and new 802.11n clients

Mobility
Supports fast, secure roaming and rate scaling. Pre-emptive roaming and load balancing are supported when connected to an RF Switch to increase reliability and network resilience.

Security
This unique multi-purpose device can execute and enforce the IDS/IPS security policies configured in the Motorola wireless switch, and can also be utilized as a 24×7 dedicated sensor with Wireless IPS from Motorola AirDefense solutions.

Application Support
Supports WMM-UAPSD and SIP Call Admission Control, for optimized VoWLAN performance, as well as video streaming and data throughput for 802.11 a/b/g/n clients.

Sleek form factor
Designed to ‘hide in sight’ over any standard Cat5/6 structured wiring plate. The LEDs can be disabled by administrator command to further blend and disappear on the wall. There are no WiFi or WLAN markings so the unit is discreet and subtle.

Modular Industrial Design
The mounting bracket features six unique hole patterns to match most any telecom plate worldwide. A keystone snap-in port provides a fast method to connect any secondary cabling behind the wall to the AP. If the snap-in port is not used for a secondary cable, it can be dedicated as a switched Fast Ethernet port. To further add modularity and flexibility in network design, a three port Fast Ethernet Module can be field installed via a snap-in access port.

Voice, Locationing, Hot Spot Access
The AP 6511 supports voice over wireless LAN (VoWLAN) services, such as QoS, which ensures toll-quality even with many simultaneous VoWLAN calls on a single access point. Locationing services over 802.11 provide the ability to locate and track people or assets, and even to control access to the network or applications. In addition, the wireless hotspot provides a walled garden and forced portal page.

T3 PowerBroadband Solution

BrentGrinnell — Thu, 29 Sep 2011 20:58:49 +0000

The T3 PowerBroadband Solution leverages the in-building telephone wiring to deploy Ethernet and wireless LAN networks without the effort and expense of re-wiring with structured cabling. The solution comprises a POE switches, Ethernet wallplates, and 802.11 b/g Wireless Wallplates to extend wired and wireless Internet access to guest rooms. The PowerBroadband solution uses a 25 port Switch installed in the central wiring closet; and wall plate form factor CPEs installed over any RJ11 telephone plate within the premise. The key enabling technology is Motorola’s patented Adaptive Line Power which delivers operating power to each wall plate CPE transparently over analog voice and telephone wires, at distances from 1,000ft (300m) to 2,000ft (600m).

T3 POWERBROAD SWITCH

Adaptive Line Power
Line power operates over a single pair of telephone grade UTP wire up to 1,000ft (300m) for the MC-802 Wireless WallPlate and 2,000ft (600m) for the M2 Wired WallPlate. If the wire distance exceeds the limits of the technology or the wiring infrastructure, a local power supply can be connected to extend the solution up to 5,000ft (1500m). Adaptive Line Power is transparent to analog voice (POTS) on the same wire pair, so service outages will not occur during maintenance periods or AC main power failure.

Reliable datarate over telephone wire
Based on programmable VDSL, the T3 system automatically rate adapts to the wire conditions from 75Mbps to 2Mbps at all wire distances. Administrators can set critical parameters to govern the automatic rate adaptation; delivering a high availability line rate to support revenue generating applications and an Ethernet-line bit error rate.

Intelligent, useful line status
High level and detailed status for each port and each transmission line is visible on the connected T3 Switch and via SNMP. Historical graphs track critical quality parameters over time to facilitate easy diagnostics and trending errors. Administrators use this information to spot trends and ensure high reliability.

Integrated Wireless Controller code
Each T3 Switch supports up to 25 WallPlates, mix and match between wired only and wired/wireless WallPlates. Centrally manage all WallPlates including automatic RF runtime management, automatic channel selection, security, VLANs, etc.

MC 802 WIRELESS WALLPLATE

Operating Band and WLANs
Operates in 2.4 Ghz band supporting 802.11b or g clients. Up to 16 BSSIDs can be configured on each WallPlate; each with individual security and VLAN configuration.

Internal high gain antennas
Dual 3.2dBi gain, omnidirectional antennas and a 20dBm transmitter cover an average of 5 to 7 hotel rooms. More or less depending on the architecture and construction material.

Mobility
Supports pre-authentication roaming between other WallPlate access points and 3rd party access points. Supports WMM QoS and voice prioritization for VoWLAN phones.

Security
For each WLAN, security settings include open, WEP, WPA, and WPA2/TKIP/AES. Pre-shared keys and RADIUS 802.1x authentication supported per WLAN.

WallPlate form factor
Designed to install over any RJ11 wall plate and convert it into a multi use communications hub. The MC-802 is tamperproof and matches a hotel guest room décor. The MC-802 includes two switched fast Ethernet ports for integration with wired networks.

M2 Ethernet Wallplate

Two fast Ethernet switched ports and a pass through, filtered RJ11 jack. As with the MC-802, the M2 WallPlate can be installed in minutes and receives operating power and broadband from the centrally located T3 Switch.

AirDefense Infrastructure Management

BrentGrinnell — Thu, 29 Sep 2011 20:56:31 +0000

The AirDefense Infrastructure Management solution offers centralized management and control for the wireless enterprise – a single console for multi-vendor, multi-architecture, multi-generation and multi-version WLAN management. The solution’s, vendor and device agnostic, UI ensures consistency in configuration, compliance with policies, while reducing device and model specific expertise required by network administrators. Instead of managing multiple systems, administrators have a centralized management console to update device configurations and firmware, monitor device status, capture faults, audit and automatically correct device configuration issues, gather network statistics and generate compliance reports.

Multi-Vendor Management
Allows configuration and control of multi-vendor/heterogeneous WLAN infrastructure environments, enabling simplified WLAN management at a lower TCO.

Centralized Management
A single console provides aggregated views of the data on multiple appliances and a single point for configuration changes. Providing a holistic view into the network streamlines monitoring of security events, automates management, and reduces the resolution time of network issues, thereby improving productivity.

Policy-Based Fault Management
The solution supports a variety of back-end management protocols to incorporate multiple vendor platforms and presents a normalized representation of statistics, configuration and faults to the administrator. Simply put, users can define network configuration profiles and effortlessly apply them to different portions of the network hierarchy, ultimately reducing the amount of administrative time required to manage the wireless LAN.

Automated Discovery
Plug-in architecture abstracts vendor and client specific attributes from the end user device, and allows the system to rapidly add new models without changing the UI or upgrading the system. Reduces staging and provisioning requirements for new deployments, devices additions, or hardware changes to the existing network.

Custom Reporting
Customizable reports can be created using the systems Report Builder tool. Network administrators can customize content, scheduling, formatting and delivery options.

AirDefense Network Assurance Solutions

BrentGrinnell — Thu, 29 Sep 2011 20:55:12 +0000

The Motorola AirDefense Network Assurance Solutions offer a unique set of tools for vendor agnostic, WLAN performance monitoring and remote troubleshooting of RF problems. Remote sensors or access points continuously monitor the airwaves. Motorola analyzes traffic flow to interpret WLAN performance and to identify common characteristics that may impede network performance such as interference from neighboring WLANs, channel overlap, over-utilized APs & channels, network congestion, and performance degradation. By providing a view of all WLAN traffic, the Network Assurance tools enable network administrators to remotely troubleshoot performance problems, monitor network availability, and remedy policy violations.

Remote Troubleshooting
Identify and troubleshoot wireless issues remotely

Policy Enforcement
Performance policy feature allows organizations to define and monitor specific wireless network metrics and proactively resolve network issues

Analysis of Wireless Client Connectivity
Quickly and remotely analyze and identify client issues including device level problems, wireless network availability, wireless network or client configuration, and wired network connectivity issues

Access Connectivity Testing
Remote testing of network connectivity from the perspective of a wireless station. By utilizing the radio of the wireless sensor to simulate a wireless client station, true end-to-end network testing can verify all aspects of the wireless application’s data path

Interference Detection
Identify and classify possible sources of interference such as microwave ovens, Bluetooth devices, cordless phones and view the impact to the network

Forensic Analysis
Administrators can rewind and review minute-by-minute records of connectivity and communication with the network. Research and investigate network events in minutes instead of hours

Network Visualizations
Remotely assess wireless coverage and view real time visualizations to ensure reliability of the WLAN. Also visualize RF signal propagation and application coverage for predictive planning

Reporting Tools
Analyze network trends and historical performance policy violations through stock and custom reports. With this feature network administrators have access to 1000s of metrics and data for historical analysis.

AirDefense Security & Compliance

BrentGrinnell — Thu, 29 Sep 2011 20:53:36 +0000

As wireless LAN deployments increase, so does the challenge to provide these networks with security. The AirDefense Security & Compliance solution includes the most advanced 24×7 wireless monitoring tools which allow IT staff to identify network attacks and vulnerabilities, and to instantly terminate the connection to any rogue device. The system uses collaborative intelligence, with access points/dedicated sensors that work in tandem with a server appliance to monitor all 802.11 (a/b/g/n) wireless traffic. The solution provides complete protection against wireless threats and offers policy and compliance monitoring.

Comprehensive Intrusion Prevention
With more than 200 security and performance events, this next-generation wireless protection platform offers the industry’s most extensive event library, and with context-aware detection engines, the solution detects only meaningful security events. By analyzing existing and day-zero threats in real time against historical data, the solution is able to accurately detect all wireless attacks and anomalous behavior.

Rogue Mitigation
Identifies any rogue device and can automatically remove it from the network. By analyzing wireless traffic, the system can automatically determine the level of threat that a potential rogue poses to the organization, allowing administrators to place a higher priority on the rogues that present a more serious threat to the network.

Forensic Analysis
Provides forensic data that allows you to retrace any one device’s steps down to the minute. With forensic research, investigating an event takes minutes instead of potentially hours.

Policy and Compliance Reporting
Includes built-in reports covering a variety of wireless network activity and compliance requirements from auditors. Administrators can also build their own highly customized reports in minutes and use graphs to provide a quick snapshot of important metrics. The system provides reporting tools for various regulatory mandates such as PCI DSS, DoD 8100.2, HIPAA, GLBA and Sarbanes-Oxley as well as corporate policy enforcement.

Wireless Vulnerability Assessment
Provides remote wireless testing of the network’s security posture. Administrators can identify sensitive systems exposed to the wireless network with a simple series of tests.

Mobile Workforce Protection
Provides the ability to enforce corporate security policies and defend mobile wireless clients from attacks that happen outside the secure enterprise perimeter. AirDefense Personal is a software agent that runs on Windows PCs and monitors for malicious or accidental wireless activity, as well as wireless device mis-configurations that may cause security exposures or policy violations.

LANPlanner Software

BrentGrinnell — Thu, 29 Sep 2011 20:52:15 +0000

Motorola LANPlanner facilitates quick and accurate planning, design and measurement of robust 802.11a/b/g/n networks for demanding applications in the most challenging environments.

By accounting for the number of users, the deployment environment, the technology to be installed and the applications in use — including wireless voice over IP — LANPlanner recommends placement and density of equipment for optimal performance and provides site survey tools for network validation and troubleshooting.

LANPlanner enables network planners to rapidly and accurately design robust wireless networks with the capacity, reliability, performance and infrastructure required for business critical wireless applications.

Create RF-Intelligent, Site-Specific Designs

Quickly load AutoCAD, PDF, JPEG, and any common building or site map file format.
Build a site-specific, RF-intelligent model of the wireless deployment facility using LANPlanner’s embedded RF Attenuation Library.
Graphically visualize the physical location and configuration of all installed network equipment.
Automatically generate bill-of-materials and maintenance records for use by deployment teams and in future network expansion.

Simulate Network Performance

Place network equipment and visualize wireless performance, including how applications and number of users will impact Quality of Service.
Realize the full benefit of 802.11n’s Multiple Input Multiple Output (MIMO) technology by visualizing site-specific MIMO effects of the deployment environment in homogeneous 11n or mixed 11a/b/g/n networks.

Migrate to 11n Technology

Eliminate the guesswork of upgrading an existing 802.11a/b/g network to 802.11n with LANPlanner’s network migration wizard.
Visualize coverage differences in a “rip and replace” scenario upgrading from legacy equipment to 11n equipment.
Evaluate wireless performance in networks that include both 11n and legacy APs.

Customize Equipment Parameters

Use LANPlanner’s pre-installed access points and hundreds of antenna options.
Add, configure or change access points and antennas to meet the unique deployment requirements.

Obtain Automated Placement Recommendations

Define application throughput requirements, and LANPlanner will make recommendations for the placement and settings of access points or sensors.

With LANPlanner’s measurement module, users are able to collect real-world RF information and client performance statistics to improve the quality of their wireless models.

Import Site Survey Data

By integrating site survey data into the network plan, users can compare the actual RF loss values in their deployment with the planned values and automatically adjust the deployment model.
Verify post-deployment network performance and visualize heat maps of measured data.
Visually locate and identify rogue access points and channel interferers.
Review QoS critical information such as RSSI (Received Signal Strength Intensity), SIR (Signal to Interference Ratio), SNR (Signal to Noise Ratio), channel width, packet error, jitter and data rates.
Reduce the total cost of ownership (TCO) of wireless networks by eliminating costly rework that frequently occurs with measurement-based network design.

As part of our One Point Wireless approach, LANPlanner seamlessly integrates with network management software for visualizing, troubleshooting and maintaining the quality of service your team built into the design plan.

Easily Integrate with Management Software

Transfer network designs into Motorola AirDefense Infrastructure Management and Network Assurance Solutions.
Verify ongoing network performance and visualize heat maps of live data.
Identify areas with changes to user-defined parameters such as signal strength, noise, or SIR.

RTLS Engine

BrentGrinnell — Thu, 29 Sep 2011 20:50:43 +0000

The Motorola RTLS Engine is an embedded software-only component of the Motorola wireless switches. The Engine enables accurate location determination and presence detection capabilities for Wi-Fi-based devices, Wi-Fi-based active RFID tags and passive RFID tags. This solution can be deployed by small, medium and large organizations using Motorola’s full RF Switch portfolio in both indoor and outdoor environments.

The Motorola RTLS Engine is both RF- and tag-agnostic, and includes built-in location determination algorithms and support for passive RFID. An industry-standard application level events (ALE) interface allows developers to create location-based business applications using location data. Capable of processing many location technologies simultaneously and delivering the data with a single XML-based interface, Motorola’s RTLS offers customers the most comprehensive and flexible location solution on the market.

EPC Global ALE and LLRP interfaces
Enables processing and filtering of data from all Wi-Fi and RFID tags; enables rapid and cost-effective development and deployment of location solutions and business applications

Embedded into Motorola’s Wireless Switch portfolio
Designed to meet the needs of any size enterprise; eliminates the need and cost associated with purchasing, deploying and managing multiple location point solutions; enables centralized management via Motorola’s RF Management Suite

Software-only engine
No additional hardware required, simplifying and reducing the cost of the location solution

World-class partners
Easy integration with best-in-class applications including: Geodan Mobile Solutions, VI Agents, Traak Systems

AirDefense Mobile

BrentGrinnell — Thu, 29 Sep 2011 20:49:25 +0000

AirDefense Mobile simplifies design and implementation of wireless LANs and allows you to conduct quick and accurate scans to ensure the health of your wireless LAN. With our SiteSurvey tools, you get an easy-to-use tool for designing and verifying Wi-Fi coverage. SiteSurvey also features quick collection of data to remedy issues such as network degradation. The WLAN Analysis tools give you visibility into the 802.11 protocol and higher-level graphical analysis of devices and traffic patterns. An essential security and network management tool that gives IT professionals a holistic view of their wireless network, AirDefense Mobile brings quick resolution to network issues.

AirDefense Mobile, a laptop-based wireless diagnostic tool, is comprised of two distinct modules – the SiteSurvey module and the WLAN Analyzer module. The two modules are designed to be used together, but can also be leveraged separately when needed.

SiteSurvey Module
The SiteSurvey module gives you an easy-to-use tool for designing and verifying Wi-Fi coverage. With SiteSurvey’s map-based interface, you can quickly collect data and detect weak spots or overlaps in your network. The tool allows you to better deploy your network or troubleshoot an existing network easily and effectively.

FUNCTIONALITY

WLAN design-by-survey and installation verification
Coverage visualizations and application analysis
Network performance validation
Map-based interface detection
Multi-vendor support
Integration with AirDefense Services Platform

WLAN Analyzer Module
The WLAN Analyzer module provides analysis tools that give you visibility into the 802.11 protocol and higher level graphical analysis of devices and traffic patterns. You can proactively identify and close security holes to ensure regulatory compliance, analyze traffic in real time and review usage and performance patterns. The WLAN Analyzer also provides you a simplified way to locate and inventory your wireless devices.

FUNCTIONALITY

Locate rogue devices
Device discovery and inventory
Live traffic analysis and real-time measurements
Capture file playback for analysis and reporting
Wireless network usage statistics and health analysis
Identify and classify interference sources
Reporting capabilities
Multi-vendor support
Integration with AirDefense Services Platform

NX 9000 Integrated Services Controller

BrentGrinnell — Thu, 29 Sep 2011 20:46:03 +0000

Whether deploying a network across multiple schools in a K-12 school district, campuses in a hospital system or a retailer’s store branches, the NX 9000 Integrated Services Controller is set up to handle several sites and thousands of users. Your IT staff can centrally control networks of 1,000 to 10,000 WLAN access points geographically dispersed across small or medium-sized enterprise locations. WiNG 5 access points intelligently handle the traffic flows, quality of service, mobility and security at remotely distributed locations, while the NX 9000 provides a single point for configuration, policy setting and remote troubleshooting. Hotspot configuration, security policy management and statistics aggregation are all done by one powerful controller located at headquarters or a datacenter.

Centralized control for Distributed WLAN networks
Easily grow the wireless network across multiple geographic locations, scaling to 10,000 WiNG 5 network access points that provide intelligence at the network edge with complete visibility and policy management from a centralized location in the NOC or private cloud

Fast and easy deployment
Rapidly deploy and configure multiple distributed locations automatically using auto provisioning policies, with zero pre-staging on the access points. Firmware updates are made easy by single image downloaded once over the WAN link to the WiNG 5 access point as a virtual controller, which in turn pushes the firmware to the neighboring WiNG 5 access points in the network

Multi-level network resiliency
Your network is assured high availability and redundancy with 1:1 failover. Distributed WiNG 5 architecture increases wireless network capacity to eliminate VoIP latency problems and streaming video jitter. Site survivability through access point failure, wired switch failure, wireless controller failure and WAN outage provides a compelling disaster recovery network

Comprehensive troubleshooting and visualizations
Multiple troubleshooting features make network runtime network management easier. Remotely debug problems, use packet capture and aggregated statistics/system logs to quickly pinpoint issues, and use heat maps and client visualizations to get a complete picture of the health of the RF network.

RFS 6000 Wireless LAN Switch

BrentGrinnell — Thu, 29 Sep 2011 20:44:42 +0000

The RF Switch (RFS) 6000 provides a single platform capable of delivering carrier-grade wireless voice and data inside and outside the enterprise for medium to large organizations with 2,000-20,000 users. Improve operational efficiency and reduce the cost of mobility with a powerful comprehensive feature set including Adaptive AP, which delivers unmatched performance, security, reliability and scalability to enable networks for business mobility at a low TCO. Built on Motorola’s Wireless Next Generation (WiNG) architecture, the RF Switch (RFS) 6000 supports Wi-Fi, RFID, seamless roaming, next-generation self-healing, 3G/4G wireless broadband backhaul, gap-free layered security, rich locationing services, 802.11n with Mesh, centralized management and more.

WiNG architecture — delivering a unified voice, data and RF management platform
Improve business process flow with one platform for wireless voice, video, data and multiple RF technologies on one platform — such as RFID, Wi-Fi (including 802.11n) and future technologies such as Wi-MAX; rich enterprise-class functionality includes seamless roaming across L2/L3 deployments, resilient failover capabilities, comprehensive security, toll-quality voice and other value-added services, such as multi-RF locationing.

Role-based wired/wireless firewall
Comprehensively secures and protects the wired and wireless network against attacks and unauthorized access at Layer 2 and Layer 3 with Stateful Inspection; ability to create identity and location-based policies provides granular control of network access.

Adaptive AP — Extending the Enterprise
Enables centralized management of 802.11 a/b/g/n mesh access points at remote sites including automatic firmware upgrades; provides site survivability for remote locations with 802.11a/b/g/n networks for unparalleled resiliency.

SMART RF Management
Next generation self-healing: enables the WLAN to automatically and intelligently adapt to changes in the RF environment to eliminate unforeseen gaps in coverage.

Wireless Intrusion Protection System
The built-in wireless intrusion protection system provides defense against over-the-air attacks by leveraging the sensing capabilities of AP300/ AP51x1/ AP7131

Comprehensive layered security
Exceptional level of data and network protection without sacrificing fast roaming, including: WPA2-CCMP (with 802.11i fast roaming options); Stateful Firewall at Layer 2 and Layer 3 for the wired and wireless network with role based configurations; Geofencing, integrated RADIUS Server; IPSec VPN Gateway; Secure Guest Access Provisioning; 802.11w for management frame protection, and 24×7 dedicated security via Motorola’s Wireless IPS, providing the advanced technology required to detect any rogue network, including 802.11n.

Enhanced End-to-End Quality of Service (QoS)
Enhances voice and video capabilities; prioritizes network traffic to minimize latency and provide optimal quality of experience; SIP Call Admission Control and Wi-Fi Multimedia Extensions (WMM-Power Save) with Admission Control enhances multimedia application support and improves battery life and capacity; network optimization through granular bandwidth contracts based on bandwidth utilization network load and number of users for different applications being used, in different locations; TSPEC Admission Control ensures ample bandwidth and a superior user experience for VoIP calls; 802.11k provides effective radio resource management.
Real Time Locationing System (RTLS)
Provides rich locationing services to enable real-time enterprise asset-tracking through support for 802.11, RFID and third party locationing solutions — including industry leaders AeroScout, Ekahau, and Newbury Networks. Standards-based support for: EPC Global ALE interface for processing and filtering data from all active and passive tags; and EPC Global LLRP interface for passive RFID tag support.

Clustering and failover features
Supports multiple levels of redundancy and failover capabilities to ensure high availability networks; provides a single Virtual IP (per VLAN) for the cluster for use as a default gateway by mobile devices or wired infrastructure; built-in DHCP/ AAA server synchronized failover; multi-platform license sharing enables deployment of cost-effective networks.

3G Wireless for WAN backhaul
Support for 3G wireless cards to backhaul WAN traffic when the primary WAN link fails.

True mobility
Virtual AP provides better control of broadcast traffic and enables multiple mobile and wireless applications with quality of service when network is congested; Pre-emptive Roaming ensures Motorola mobile devices roam before signal quality degrades; Power Save Protocol optimizes battery life.

RFS 7000 Wireless RF Switch

BrentGrinnell — Thu, 29 Sep 2011 20:42:07 +0000

The RFS 7000 delivers unmatched performance, security, resiliency, scalability and manageability for the large wireless enterprise/campus/warehouse, providing a single platform capable of delivering carrier-grade wireless voice and data for 8,000-96,000 users. Motorola’s Wireless Next Generation (Wi-NG) architecture improves operational efficiency and reduces the cost of mobility with a powerful comprehensive feature set that includes Adaptive AP, SMART RF and Wired/Wireless Firewall for Wi-Fi, RFID locationing, providing gap-free layered security, and unmatched reliability for 802.11n with Mesh, centralized management and more – best ROI and lowest TCO.

Wi-NG architecture — delivering a unified voice, data and RF management platform
Improve business process flow with one platform for wireless voice, video, data and multiple RF technologies on one platform — such as RFID, Wi-Fi (including 802.11n) and future technologies such as Wi-MAX; rich enterprise-class functionality includes seamless roaming across L2/L3 deployments, resilient failover capabilities, comprehensive security, toll-quality voice and other value-added services, such as multi-RF locationing.

Role-based wired/wireless firewall
Comprehensively secures and protects the wired and wireless network with Stateful Inspection against attacks and unauthorized access at Layer 2 and Layer 3; ability to create identity and location-based policies provides granular control of network access.

SMART RF Management
Next generation self-healing: enables the WLAN to automatically and intelligently adapt to changes in the RF environment to eliminate unforeseen gaps in coverage.

Real Time Locationing System (RTLS)
Provides rich locationing services to enable real-time enterprise asset-tracking through support for 802.11, RFID and third party locationing solutions — including industry leaders AeroScout, Ekahau, and Newbury Networks. Standards-based support for: EPC Global ALE interface for processing and filtering data from all active and passive tags; and EPC Global LLRP interface for passive RFID tag support.

Adaptive AP support
Supports 1024 AP-5131 802.11 a/b/g or AP-7131 802.11 a/b/g/n Adaptive Access Points per Switch and 12,288 per cluster. Multiple country configuration support for Adaptive AP

RFS 4000 802.11n Integrated Services Controller

BrentGrinnell — Thu, 29 Sep 2011 20:40:17 +0000

The RFS 4000 802.11n Integrated Services Controller is designed to provide any branch office or remote facility with high performance, comprehensive, cost-effective and secure wireless and wired networking services. No matter what the networking needs are in your branch offices, the RFS 4000 delivers rich voice support including Voice over WLAN (VoWLAN) now, Fixed Mobile Convergence (FMC) and IP PBX in the future; rich video support including video conferencing and video surveillance; multiple locationing technologies such as Wi-Fi and RFID; plus support for multiple RF technologies, including future technologies such as Wi-MAX. The RFS4000 is the only product in its class that offers dual band access concurrent with Mesh services as well as gap free security with 24×7 Wireless Intrusion Protection System (IPS).

A converged platform of features & functionality
The RFS4000 is a fully integrated 802.11n wireless services controller, 802.11n access point, wired switch with 5 POE ports rolled into one, with IPSEC VPN/firewall/WIPS security, RADIUS & DHCP server, location & RFID engines, 3G failover, and more.

Wi-NG Operating System: delivering a unified voice, data and RF management platform
Improve business process flow with one platform for wireless voice, video, data and multiple RF technologies – such as RFID, Wi-Fi (including 802.11n) and future technologies such as Wi-MAX; rich enterprise class functionality includes seamless roaming across L2/L3 deployments, resilient failover capabilities, comprehensive security, toll-quality voice and other value-added services, such as multi-RF locationing.

Wireless Intrusion Detection/Protection System
The integrated IDS/IPS provides defense against over-the-air attacks by leveraging the sensing capabilities of AP300/ AP51x1/AP7131.

Real Time Locationing System (RTLS)
Provides rich locationing services to enable real-time enterprise asset-tracking through support for 802.11, RFID and third party locationing solutions – including industry leaders such as AeroScout, Ekahau, and Newbury Networks. Standards-based support for: EPC Global ALE interface for processing and filtering data from all active and passive tags; and EPC Global LLRP interface for passive RFID tag support.

Role-based wired/wireless firewall
Secures and protects the wired and wireless network against attacks and unauthorized access at Layer 2 and Layer 3 with stateful inspection; ability to create identity and location-based policies provides granular control of network access.

3G Wireless for WAN Backhaul
Support for 3G wireless cards to backhaul WAN traffic when the primary WAN Link fails.

LA 5127 Wireless Networker CompactFlash Radio Card

BrentGrinnell — Thu, 29 Sep 2011 20:36:49 +0000

Deliver the power of 802.11b/g wireless connectivity to application-specific enterprise, retail, medical and industrial devices and equipment with the LA-5127 Wireless Networker™ CompactFlash^® radio card. Optimized for embedded mobile applications, it offers the robust security such applications require, as well as low-power modes for longer battery life and load balancing to maximize bandwidth.

WPA2 and 802.1x compatible
Provides robust standards-based security for Linux and Windows applications.

Pre-emptive roaming
Optimized network availability, improved wireless link reliability and enhanced mobility.

Dynamic load balancing
Increased throughput in cluttered, real-world environments.

Power management
Extended operation time on-station between charges.

Limited modular worldwide regulatory approval backed by Motorola service/support
Potentially accelerates time-to-market, reducing product development time and cost.

Comprehensive software development kit
Provides the tools for customizing the LA-5127 for embedded mobile applications.

Design support and technical service
Enables custom solutions optimized for each OEM.

Hard MAC with on-card memory
Easily upgradeable with substantial memory for future features and functions.

Common code-base radio platform
Leverages end-product driver development and regulatory efforts; accelerates product migration path.

LA 5137 Wireless Networker CompactFlash Radio Card

BrentGrinnell — Thu, 29 Sep 2011 20:34:56 +0000

The latest in Motorola’s portfolio of client radio cards for embedded mobile applications, the LA-5137 Wireless Networker™ CompactFlash^® Radio Card delivers 802.11a/b/g wireless connectivity to medical devices and other mission-critical equipment. It offers robust security in accordance with HIPAA and PCI standards, as well as low power consumption, efficient roaming and load-balancing to maximize device and network availability.

Backed by Motorola’s OEM product development support, the LA-5137 is built on the same code base and worldwide radio chipset as the LA-5127 for ease of migration. Its software development kit for Linux and Windows CE can be customized and ported to proprietary operating systems.

802.11a/b/g
Takes advantage of three radio bands when splitting network traffic to optimize security and availability features.

WPA/WPA2 and 802.1x (AES) compatible
Provides robust standards-based security for Linux and Windows applications.

Pre-emptive roaming
Optimized network availability, improved wireless link reliability and enhanced mobility.

Dynamic load balancing
Increased throughput in cluttered, real-world environments.

Power management
Extended operation time on-station between charges.

Limited modular worldwide regulatory approval backed by Motorola service/support
Potentially accelerates time-to-market, reducing product development time and cost.

Comprehensive software development kit
Provides the tools for customizing the LA-5127 for embedded mobile applications.

Design support and technical service
Enables custom solutions optimized for each OEM.

Hard MAC with on-card memory
Easily upgradeable with substantial memory for future features and functions.

Common code-base radio platform
Leverages end-product driver development and regulatory efforts; accelerates product migration path.

CB 3000 Client Bridge

BrentGrinnell — Thu, 29 Sep 2011 20:32:57 +0000

Extend affordable and secure 802.11a/b/g wireless connectivity to multiple Ethernet devices — including cash registers, scales, time clocks and more. The CB3000 Client Bridge provides affordable and reliable wireless connectivity for Ethernet devices that do not have a PC or PCI card slot.

Connect everything from printers, scales and medical equipment, to manufacturing machinery, bar code readers, time clocks, cash registers and other data collection devices via an RJ-45 port. This cost-efficient connection point can support up to 16 wireless clients via an Ethernet hub. And advanced security capabilities protect your traffic from being deciphered and your network from unauthorized access.

POS Protocol Support: RPL, PXE; Limit one RPL or PXE terminal per bridge

Standards: IEEE 802.11a/b/g; IEEE 802.3; IEEE 802.1d; 802.11i; 802.11h (DFS/TCP); HTTPS

Supported Devices: Windows-based PCs equipped with Ethernet cards; point-of-sale devices; network printers; thin clients; Mac/Apple machines; Linux/ Unix workstations; Ethernet-enabled appliances; and/or mix of all devices listed

Device Manager: Windows 2000, Windows XP

Approved Antennas: ML-2452-APA2-01R 3dBi/4dBi Dual Band Omni-Directional (included)ML-2499-HPA3-01 5 dbi 802.11b/g Omni-DirectionalML-2499-SD3-01 Patch antenna, 3 dBi, 2.4 GHzML-2499-BYGA2-01 Yagi bridge antenna, 15 dBi, 35 deg beamML-5299-HPA1-01 Omni Antenna, 5 dBi, 5 GHzML-5299-WPNA1-01 Wall Mounting Panel Antenna, 5 GHz

Radio Sensitivity (minimum): 802.11b 1 Mbps – 97 dBm2 Mbps – 93 dBm5.5 Mbps – 91 dBm11 Mbps – 85 dBm802.11a 6 Mbps – 90 dBm9 Mbps – 88 dBm12 Mbps – 87 dBm18 Mbps – 85 dBm24 Mbps – 81 dBm36 Mbps – 79 dBm48 Mbps – 73 dBm54 Mbps – 72 dBm

Nominal Transmitter Power: 802.11b/g 20.5 dBm+1/-1.5 dBm @ 1, 2, 5.5, 11 Mbps20.5 dBm +1/-1.5 dBm @ 6, 9, 12, 18, 24 Mbps18.5 dBm +1/-1.5 dBm @ 36 Mbps17.5 dBm +1/-1.5 dBm @ 48 Mbps16.5 dBm +1/-1.5 dBm @ 54 Mbps802.11a 20.5 dBm +1/-1.5 dBm @ 6, 9, 12, 18, 24 Mbps16.5 dBm +1/-1.5 dBm @ 36 Mbps15.5 dBm +1/-1.5 dBm @ 48 Mbps14.5 dBm +1/-1.5 dBm @ 54 Mbps

Business challenge
You need to connect your cash registers to your network, but the need to move the registers throughout the year to accommodate seasonal needs will result in high wiring costs.

Solution
Quickly and easily extend cost-effective wireless connectivity for up to 16 cash registers with a single CB3000. And when you need to move your registers to better serve holiday buyers, or for an improved floor plan, just simply relocate the CB3000 with the devices to maintain wireless connectivity – without incurring the expense and time of wiring and re-wiring.
Business challenge
You have an application that will deliver competitive advantage, but it requires the capture real time data from some of your larger equipment. Since the equipment does not have a PC or PCI card slot, you cannot establish the wireless connectivity you need.

Solution
The CB3000 extends wireless connectivity to equipment that typically would not be able to establish a wireless connection via the RJ-45 port. Ideal for connecting printers, scales, time clocks, point-of-sale and more to your wireless network.