On the impact of adjacent-channel interference from TDD terminal stations to FDD terminal stations in the 2500&amp;#x2013;2690 MHz band

Hamid Reza Karimi; G. Lapierre

doi:10.1109/gmc.2009.5295826

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On the impact of adjacent-channel interference from TDD terminal stations to FDD terminal stations in the 2500&#x2013;2690 MHz band

Global Mobile Congress: 1-6

Article 2009 English

Abstract

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This paper reports on a study undertaken within the CEPT SE42 project team with the objective of evaluating the impact of adjacent-channel interference from TDD terminal stations (TSs) to FDD TSs in the 2.6 GHz band. The results confirm that the effects of TS-to-TS interference are very modest, even in high-density hot-spot scenarios, if the TS out-of-block emissions comply with a block-edge mask (BEM) baseline limit of -15.5 dBm/(5 MHz). In carrying out this analysis we have taken into account of interference experienced as a result of finite adjacent-channel interference ratios, inter-modulation products, and saturation effects.

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On the impact of adjacent-channel interference from TDD terminal stations to FDD terminal stations in the 2500&#x2013;2690 MHz band

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On the impact of adjacent-channel interference from TDD terminal stations to FDD terminal stations in the 2500&amp;#x2013;2690 MHz band

Abstract

Discussion(0)

Related publications

Derivation of block-edge masks for TDD and FDD terminal stations in the 2500&amp;#x2013;2690 MHz band

Computation of block-edge masks for mobile communication network base stations in the 790&amp;#x2013;862 MHz digital dividend spectrum

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On the impact of adjacent-channel interference from TDD terminal stations to FDD terminal stations in the 2500–2690 MHz band

Derivation of block-edge masks for TDD and FDD terminal stations in the 2500–2690 MHz band

Computation of block-edge masks for mobile communication network base stations in the 790–862 MHz digital dividend spectrum