TIA J-STD-017 Composite CDMA/TDMA Air Interface Compatibility Standard for Personal Communications in 1.85 - 1.99 GHz for Licensed Applications

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TIA J-STD-017 Document Information:

Title
Composite CDMA/TDMA Air Interface Compatibility Standard for Personal Communications in 1.85 - 1.99 GHz for Licensed Applications

Telecommunications Industry Association

Publication Date:
Dec 18, 1998

Scope:

This Trial Use or Interh Standard (the Standard or document) has been produced by the Composite CDMAíI'DMA/FDMA Technical Ad Hoc Group (TAG) of the Joint Technical Committee on Wireless Access (JTC). This Trial U s h t e r h Standard describes the system design which was pioneered by the Omnipoint Corporation for use in the United States Personal Communications Services (Paf)re quency bands. This standard covers the system implementation and operation in the 1850 to 1990 MHz licensed frequency bands, within the Public Switched Telecommunications Network (PSTN).

This document includes both introductory matenal suitable for informational purposes and technical specifications which are suitable for use as a Trial Use or Interim standard.

Reference is made in this standard to various other national and international standards as summarized in the appendix.

This document is divided into the following six sections:

Section 1 includes terms used in the document, a äescription of the scope and purpose of this document, an overview of the services supported by this system, an overview of this system's major components and their organization, and the key features or benefits of this system's design.
Section 2 is a more complete air interface description for layers one, two and three. Included are the details of the targeted cell frequency and code reuse plans, frequency parameters, antenna characteristics for portable terminals and base stations, transmitter power output characteristics, modulation characteristics, TDMA system characteristics, power control methods, voice and data signals. Also included are the details of receiver sensitivity, link rníup, maximum cell siZeS and associated constraints, and capacity issues.
Section 3 describes the performance requirements for PCS2ûûû. Section 3.1 details the RF channel plan and TDMA Time Slot composition. Section 3.2 focuses on the Base Station performance requirements. Topics covered include transmitter and receiver characteristics such as frequency agility, frequency stability, synchronization, sensitivity, power output levels and Radio Frequency emissions. Antenna characteristics such as vertical and horizontal beamwidth and gain, polanzation, and diversity to mitigate multipath effects. Section 3.3 focuses on the Mobile Station performance requirements. Topics covered are similar to those covered in Section 3.2 for the transmitter, receiver, and antenna systems.
Section 4 contains the layer two air interface definition. This includes portions of the protocol.
Section 5 contains layer three of the air interface.
Section 6 describes the "NOTES" Lnterface and layers one, two and three protocols that transverse that interface, along with the information elements contained in those messages.
Section 7 contains the Privacy and Authentication (P&A) techniques supported by the system including both the DCS 1900 and the IS-54 based methodologies.
Section 8 describes voice and data performance requirements.

There are six appendices:

Appendix A contains the Privacy and Authentication algorithms used in the system.
Appendix B provides an overview of the PCS services, features, and functions used in the system.
Appendix C details the message flows for the system access to DCS-1900 based networks.
Appendix D details the message flows for the system access to Belicore Generic C based networks..
Appendix E provides a description of ISDN 4.931 - based generic call control procedures.
Appendix "F" documents the references used in this document.

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