Fiber-to-the-Premises (FTTP) networks increasingly include Multiple Dwelling Units (MDUs) such as apartments, condominiums and townhouses as part of the network build. Some estimates indicate that MDU structures may account for over one third of the target FTTP subscriber base.  

These MDU installations require special consideration for fiber cable interconnection to terminal equipment located at the premises. Connecting MDUs into the FTTP network requires an understanding of the wide diversity of structures and conditions found throughout the country. MDU connection strategies may also vary considerably depending on whether the structure already exists or is under construction/ rehabilitation. A variety of solutions are required to support the many different connection scenarios. All dwellings require a connection from the FTTP cabling network. In some cases the connection may be via a feeder fiber directly from the central office/head end connected to a splitter hub on the premises. In other cases connections extend from distribution fibers directly from the Fiber Distribution Hub located in the network that are routed to a fiber terminal on the premises.

 Depending on the type and size of the MDU there may be a need for extensive fiber cabling and connections within the structure. Solutions for larger MDU structures may involve splitter hubs located inside the premises and then subtending riser and drop cable networks with intermediate fiber terminals located strategically throughout the building. Key building blocks include both indoor and outdoor Fiber Distribution Hubs and indoor and outdoor fiber distribution terminals.  Additional drop cables, raceways and outlets are needed to support complete interconnection in many of the MDU environments.

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No further outline at this time.

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BPS is pleased to present an overview of hydrogen fuel cell and reformer systems for standby power applications, as well as advanced lithium ion battery technologies for central office and plant applications.

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The global reach of the Internet and the ability of subscribers to find any endpoint have made it the most dynamic communication vehicle the world has ever known. However, this same technology has also created opportunities for global reaching hackers, assembling virtual armies hell-bent on wreaking havoc within your network and terrorizing your subscribers. Unfortunately, mitigating or preventing these attacks can be extremely time consuming and expensive, requiring costly proactive measures such as security “overlay” devices, best practices, and/or external contracting of expensive technical expertise.

In this discussion, Calix will explore common network security threats and how they are implemented, as well as the security feature and limitations of current Broadband access equipment and aggregation switch-routers.  Some of the most common hacker attacks and traffic storms discussed will include:

 * Distributed Denial of Service (DDOS)

* TCP SYN flooding / host resource blocking

* UDP and ICMP flooding

* Zombie PCs with planted “Trojans” enabling on-demand steady state traffic storms

* IP and MAC address spoofing

* Broadband IP “wire-tapping” and password theft

* Video content hijacking and re-broadcasting

 Prevention techniques for dealing with these storms will be discussed, including the embedding of security functions in the access network to stop hacker attacks and unicast packet storms at their point of origin.

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There are several key market and technology trends driving the need to have more control and management over the service provider's broadband network.  ClearAccess will discuss managing TRO-69 based customer premise equipment (e.g. DSL and Ethernet gateways) and how to deliver new revenue generating 'sticky' data services over the broadband connection (e.g. content filtering, parental controls, Internet time blocking, managed WiFi, managed firewall, auto-IPTV, etc.)

This seminar will also explain quantitatively how today's trends (e.g. more IP devices in the home, threats from competitors, the need for more service revenues, etc.) translate into a compelling business case for service providers to quickly introduce CPE management capabilities into their networks.

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This presentation will introduce fiber characterization principles for the optical fiber tests in FTTH Application.  Essential test equipment such as OTDR and Loss/Return Loss Test meter will be discussed.  Advantaged test solution for high data rate link including Chromatic Dispersion and Polarization Mode Dispersion will be presented as well.

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Competition is fierce among communications service providers for bundled video, data and voice services, with additional competition from non-traditional service provider such as municipal utilities and even real estate developers.

The first part of this seminar will provide an overview of GPON, the most widely deployed fiber to the premises technology, including next generation developments which will ensure that networks will be future proof.

The second part discusses implementation issues such as feasibility and technology assessment, financing, and options for accelerating the time-to-market for video, data and voice services. Particular focus will be on video services, including hosted solutions which can mitigate the expense and time required to build a video head end.

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As the speed of communications systems increases, reflections caused by fiber optic connectors can severely impact the quality of the signal.  While these reflections impact the transmission quality, it falls to the OSP technician to perform these tests, which require only a few inexpensive items.  This short  session will explain how to use an OTDR to measure the quality and cleanliness of the fiber polish and cleanliness when inspecting, cleaning and testing a fiber-optic

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While network evolution from a legacy TDM network to an all-IP network is a given, the best way to get started may be easier than you think.  By first layering easy-to-deploy revenue-generating advanced services on to your existing network, you will be able to offer appealing new applications to help keep subscribers that also generate new revenue to invest in your network transformation.  This session will cover: 1) how an IMS applications server can provide services to subscribers hosted on existing class five switches; 2) the breadth of services that can be offered without replacing the class five; 3) the services that become possible once you can move subscribers onto a Next Generation softswitch; 4) how to manage and integrate the combined network; and 5) how these services can enhance a triple play or quad play, making the PC, TV and mobile phone part of an integral service bundle.

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* IPTV end-to-end requirements

* Advantages of using an IPTV ecosystem integrator

* Bandwidth required in network for transport to the end user

* Applications that will grow telco revenue

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Clean agent fire suppression is an effective means for minimizing the risk of downtime associated with a fire event in the telco or data center environment.  While fires are rare, they do occur on occasion, and to minimize their impact to operations IT and facility professionals have incorporated advanced detection concepts, and clean extinguishing mechanisms to counteract the risk.

Clean agent fire suppression products have long been evaluated on three main criteria: safety, performance and cost.  Today a new criterion has been brought into the evaluation: environmental impact.  This session will discuss the environmental element in relation to the clean agent decision, as well as the best options available today to minimize the risk associated with fire, while preserving business continuity, financial flow, and customer goodwill.

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The active versus passive war is over.  This session will look at business drivers and requirements for building a fiber network that will meet or exceed your customers' expectations using both passive and active fiber.  They will also look at sample network designs that will hep you understand the pros and cons of each technology and how they might complement each other.  Your customers' needs are evolving, so should your network.

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Covers the basic principles of fiber optic communications through testing and results analysis.

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