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Municipality of Anchorage

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Choosing the right network for Municipality of Anchorage members

Choosing the right network

Moda Health Alaska offers two networks: the Moda Health Alaska Select network and the ODS+Providence Alaska network.

In each network, members are welcome to see any licensed provider at the in-network benefit level; however their benefits will go further when they choose to see a contracted provider.

The difference between the Moda Health Alaska Select network and ODS+Providence Alaska network are hospital services in Anchorage. Members must seek hospital services from the network’s participating hospitals in order to receive the in-network benefit level.

ODS+Providence Alaska network

The in-network hospital in Anchorage for this network is Providence Alaska Medical Center.

Moda Health Alaska Select network

The in-network hospital in Anchorage for this network is Alaska Regional. Modacom network & wireless cards driver download.

Additional in-network hospitals for both networks include:

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• Mat-Su Regional Medical Center
• Central Peninsula Hospital
• Providence Seward
• Providence Kodiak
• Providence Valdez
• Maniilaq Health Center
• South Peninsula
• Cordova Community Medical Center
• Fairbanks Memorial Hospital

Members can find a physician, dentist, pharmacists, hospital or clinic by using the Moda Health Alaska Find Care tool.

When seeking medical services outside Alaska and Oregon

Moda Health Offers a comprehensive national network for Moda Health Alaska members who seek medical service outside Alaska. To find a contracted provider in another state, please access our Find Care tool and enter your subscriber ID number.

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DECT and GSM
DECT and GSM are ETSI-approved worldwide standards for the cordless and cellular sectors. These digital standards are based on TDMA technology, which enables the establishment of multicellular configurations. The focal points of DECT and GSM applications diverge from one another as a result of differences in channel assignment, power and subscriber density.
The large number of available channels and its small cells make DECT particularly suitable for in-house and campus applications, while GSM 900 has been designed for use outside the campus sector. Basler vision driver download for windows. The GSM 1800 derivative, approved by the ETSI, has smaller cells and is used to support personal communication services (e.g. PCS 1900 in the U.S.). DECT-GAP—an extension to the DECT standard—is a DECT air interface that enables the inter-system use of DECT telephones made by different manufacturers. This means that DECT can be used at home, in the office and in the public sector.
DECT is also suitable for WLLs. Public WLL systems based on the DECT standard are already being established or used in the commercial sector. Operators in Asia had a free choice of technology and decided in favor of the future-oriented DECT technology. A DECT/CTM based association of 25 municipal networks will be offering country-wide mobility in Italy by the end of 1997 using DECT terminal devices.

Examples of DECT networking within the public network

WLL systems offer a wide range of services for users with stationary terminal devices, as well as local mobility for the users of mobile equipment. The application-specific characteristics of the cellular networks and cordless networks are utilized to an optimum extent where dual-band handsets and dual-mode handsets are used, ensuring that a mobile subscriber can always be reached at the most reasonable rate.
While a dual-band handset is used within two cellular networks, a dual-mode handset can be used for applications within one cellular network and one cordless network. Such criteria as the convergence of fixed networks and mobile radio networks, extension of network capacity, mobile radio for private users, EU directives and deregulation of the telecommunication market are leading to the integration of DECT with GSM in the form of dual-mode handsets.

Applications for Dual-Mode Handsets
DECT and GSM are global standards, which apply to a wide product spectrum, including cordless telephones, mobile telephones, GSM data modules for data transmission and telemetry, as well as WLL products, GSM systems, IN system components and IN services within GSM, PCS, wireless PBX and MODACOM servers.
Dual-mode handsets can be implemented and used within the DECT campus sector (connected to the PBX) at home, connected to the public network (PSTN, DECT sector), and on the road (GSM). Apart from voice communications and applications via DECT and GSM, data communications are also offered via mobile networks (DECT, GSM, MODACOM, MOBITEX) and fixed networks (ISDN, X.25 LAN, PSTN).

Dual-mode handsets integrate mobile hand-helds with cordless telephone

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User Benefits
Mobile products and solutions will ensure that the user can be reached for voice, data and image communications at any location with DECT, WLL and GSM. A specific user can be reached reliably and quickly, irrespective of location, terminal device and network with one number service.
Applications based on GSM, DECT-GAP and DECT-WLL enable full-coverage availability at home (DECT connected to the public network), in the office (PBX with cordless telephone) and in the public sector (DECT-WLL). Dual-mode terminal devices extend the local mobility of cordless DECT through the global mobility of GSM. Global availability therefore grows together with the service features of the PBX. As far as the user is concerned, the most important benefits are location-independent availability and the safeguarding of investments by using existing infrastructures (PBX, LAN) and equipment.

Application scenario for the marriage of various telecommunication systems.

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Toward the Universal Mobile Network
The market for mobile communications is growing at an above-average rate, as is the proportion of that market represented by data communications. Interesting mobility applications for voice, data and image are available today, based on existing networks. These are being expanded continuously and adapted to future standards.
Interworking between DECT, GSM and fixed networks plays an important role with respect to optimum utilization of the service features offered by various networks. The resources and mobility functions of different networks are at the user's disposal as a result of this. GSM and DECT will merge to produce the UMTS over the long run. Apart from the integration of DECT and GSM, the multi-band and multi-mode handset will play a significant role along this road. The significance of mobile data communications is increasing continuously with regard to applications (teleworking, mobile office, telemetry), multimedia terminal devices (PIC/PDA, remote Internet access), and networks.

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