FIELD: the invention refers to radio technique and may be used in global mobile systems of communication applying cellular technology.
SUBSTANCE: the technical result is increasing reliability without essential complication of the construction of the system. For this the system has a block of transceivers, a commutation matrix, a block of antennas, a block of detecting an accidental transceiver, a control block and a block of variants of commutation. At that in such a system there is possibility of replacement of the accidental transceiver of one of the central cellular cell with a transceiver of one of the edge cellular cells without essential complication of the construction.
EFFECT: increases reliability of the system.
1 dwg
| Title | Year | Author | Number |
|---|---|---|---|
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