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The alternative to monolithic servers are open media servers that allow system owners to assemble media servers from scratch to meet their unique requirements With an open server, the customer specifies the physical properties of the server, the number and classes of media resources to be installed, the flexibility required for interconnecting these resources dynamically, and the number and type of media access devices The advantages of open servers are not only that they can be configured to meet the initial requirements of a system owner, but also that they can be easily reconfigured or upgraded to include new resources This flexibility keeps the number of media servers needed in a network to a minimum and simplifies management and maintenance
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1063 ECTF Reference Framework
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The ECTF reference framework represents the industry consensus for standards-based computer telephony solutions It consists of both an overall architecture and a comprehensive set of specifications that define the behavior of various system components and the interfaces between components The ECTF framework provides a model for open media server construction The ECTF specifications define the following elements of a media server: At the heart of a media server is a piece of server software that implements media services functionality and is accessible to media clients through both a media services protocol and/or programmatic interfaces The server is known as an ECTF S100 server Media services provided by the S100 server can be accessed over a network using a protocol known as ECTF S200 Media services can also be access using a 'C' language interface known as S100, and a Java language interface known as ECTF S410 Media resources may be hardware-based or software-based and these interface to the media server software through a well defined service provider interface known as ECTF S300 Hardware-based resources including media access device implementations are interconnected through a standardized TDM bus The ECTF defines both H100 based on the PCI bus and H110 based on the compact PCI bus (See sidebar ''ECTF CT Bus: H100 and H110" on page 408) The relevant portions of the ECTF framework are illustrated in Figure 10-21
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Figure 10-21 ECTF Reference Framework
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An open media server can be assembled entirely from off the shelf parts supplied by different vendors The first step in building an open media server is choosing the chassis in which to build it At the low-end, this could be any computer with a PCI backplane into which H100 cards can be installed H100 is limited by the PCI bus which requires that the computer be switched off to install and remove PCI cards Systems that require high availability will typically be built around compact PCI backplanes that support hot plugging of cards Makers of compact PCI chassis offer a range of products for high availability environments that include redundant power supplies, redundant fans, rack mounting, cable routing, etc The chassis may or may not include a main processor and operating system If not, this must be added to host the media services software and, optionally, software-based resources and local media clients Chassis vary in terms of the number of slots they have It's important to have a good estimate of how many will be required so that the chassis is of sufficient size
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Card-based resources, also known as resource cards and hardware-based resources, include both media access devices for connecting to the telephone system and hardware-based media resources that perform media processing using specialized hardware and/or DSPs These resources are packaged on H100 or H110 cards that are inserted into the slots on the chassis While the media processing functionality of these cards is based on the hardware, service provider software installed on the main processor with the CT server must accompany these products Hardware resources may be packaged as single-function products Examples include boards such as a 16 port analog interface or a board that supports Spanish speech recognition on 4 media streams (eg has 4 ASR resources) Hardware boards may also be multi-function with built-in switching among a variety of on board resources that can all be accessed using the system's H100 or H110 bus For example, a single card could have a T-1 interface, 24 signal generators, 24 signal detectors, 24 players, and 24 recorders
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