BSC装载Bts软件方法.doc

IMPLEMENTATION INSTRUCTION8 (8)Uppgjord (鄀en faktaansvarig om annan) - Prepared (also subject responsible if other)Nr - No.ERA/LRO/J ERATLLL, ETC/XA Yan HaibiaoETC/XA-97:258 Uen (Based on 2/102 70-HRB 105 01/2-3 Uen)Dokansv/Godk - Doc respons/ApprovedKontr - CheckedDatum - DateRevFileETC/XA Mikael Ekholm1997-06-16ALOADING OF BTS SW INTO THE BSC AND BTSThis document describes loading of BTS SW intothe IOG and the BTS.The implementation instruction is valid for thefollowing BTS software:LZY 213 431/1 R1/12 Vol 1 FHEADER+FLF1 (TRU file)LZY 213 431/1 R1/12 Vol 2 FLF2 (DXU file)LZY 213 431/1 R1/12 Vol 3 FLF3 (ECU file)LZY 213 431/1 R3C Vol 4 FLF4 (TRU boot)LZY 213 431/1 R3C Vol 5 FLF5 (DXU boot)LZY 213 431/1 R3C Vol 6 FLF6 (ECU boot)Table of Contents1 Required BSC Status 22 Load of BTS SW into the IOG11-B 33 Load of BTS SW into the BTS (CME R6/CMS R2) 74 Fall back procedure 81 REQUIRED BSC STATUSNecessary corrections to be loaded into the BSC arestated in document 13/109 21-HRB 105 01/2-3 ReleaseNote RBS 2000.2 LOAD OF BTS SW INTO THE IOG11-BDESCRIPTION:Loading of the BTS SW delivered on 5.25 diskettesinto the IOG11-B.RELZY 213 431/1 R1/12 Vol 1 FHEADER+FLF1 (TRU file)LZY 213 431/1 R1/12 Vol 2 FLF2 (DXU file)LZY 213 431/1 R1/12 Vol 3 FLF3 (ECU file)LZY 213 431/1 R3C Vol 4 FLF4 (TRU boot)LZY 213 431/1 R3C Vol 5 FLF5 (DXU boot)LZY 213 431/1 R3C Vol 6 FLF6 (ECU boot)ACTIONS:Create a file on the harddisk of the IOG11-B.The sw_name shall be set tosw-name = B4311R0082（2000基站） OR R1921R0005（200基站）volume = BTSVOLUMSW orvolume = RELVOLUMSWINMCT:SPG=0; INFII:FILE=,VOL=,RLENGTH=512, TYPE=SEQ,FCLASS=CMP,EXP=10,SIZE=1;INFIP:VOL=;END;Insert the first diskette (VOL 1) in FD-1（OR OD-1）, node A.Mount the diskette.INMCT:SPG=0;INVOL:NODE=A,IO=FD-1（OR OD-1）;END;Copy the files.INMCT:SPG=0;INFIP:FILE=FD0A1;INFET:FILE1=FHEADER,NODE1=A,IO1=FD-1,FILE2=-HEADER;INFET:FILE1=FLF1,NODE1=A,IO1=FD-1,FILE2=-LF1;END;Wait until the files are copied.Unmount the diskette.INMCT:SPG=0;INVOE:NODE=A,IO=FD-1;END;Take out the first diskette (VOL 1) and insert nextdiskette (VOL 2) in FD-1, node B.Mount the diskette.INMCT:SPG=0;INVOL:NODE=B,IO=FD-1;END;Copy the file.INMCT:SPG=0;INFIP:FILE=FD0B1;INFET:FILE1=FLF2,NODE1=B,IO1=FD-1,FILE2=-LF2;END;Wait until the files are copied.Unmount the diskette.INMCT:SPG=0;INVOE:NODE=B,IO=FD-1;END;Take out the second diskette (VOL 2) and insert nextdiskette (VOL 3) in FD-1, node A.Mount the diskette.INMCT:SPG=0;INVOL:NODE=A,IO=FD-1;END;Copy the file.INMCT:SPG=0;INFIP:FILE=FD0A1;INFET:FILE1=FLF3,NODE1=A,IO1=FD-1,FILE2=-LF3;END;Wait until the files are copied.Unmount the diskette.INMCT:SPG=0;INVOE:NODE=A,IO=FD-1;END;Take out the third diskette (VOL 3) and insert nextdiskette (VOL 4) in FD-1, node B.Mount the diskette.INMCT:SPG=0;INVOL:NODE=B,IO=FD-1;END;Copy the file.INMCT:SPG=0;INFIP:FILE=FD0B1;INFET:FILE1=FLF4,NODE1=B,IO1=FD-1,FILE2=-LF4;END;Wait until the files are copied.Unmount the diskette.INMCT:SPG=0;INVOE:NODE=B,IO=FD-1;END;Take out the fourth diskette (VOL 4) and insert nextdiskette (VOL 5) in FD-1, node A.Mount the diskette.INMCT:SPG=0;INVOL:NODE=A,IO=FD-1;END;Copy the file.INMCT:SPG=0;INFIP:FILE=FD0A1;INFET:FILE1=FLF5,NODE1=A,IO1=FD-1,FILE2=-LF5;END;Wait until the files are copied.Unmount the diskette.INMCT:SPG=0;INVOE:NODE=A,IO=FD-1;END;Take out the fifth diskette (VOL 5) and insert nextdiskette (VOL 6) in FD-1, node B.Mount the diskette.INMCT:SPG=0;INVOL:NODE=B,IO=FD-1;END;Copy the file.INMCT:SPG=0;INFIP:FILE=FD0B1;INFET:FILE1=FLF6,NODE1=B,IO1=FD-1,FILE2=-LF6;END;Wait until the files are copied.Unmount the diskette.INMCT:SPG=0;INVOE:NODE=B,IO=FD-1;END;Take out the diskette (VOL 6).3 LOAD OF BTS SW INTO THE BTS (CME R6/CMS R2)DESCRIPTION:Loading of the new BTS SW into the BTS.ACTIONS:Check the present BTS SW for the transceiver group.RXMOP:MO=RXOTG-;Change the BTS SW for the transceiver group.RXMSC:MO=RXOTG-,SWVER=;RXMSC:MO=RXOCF-,SWVER=DEFAULT;RXMSC:MO=RXOTRX-,SWVER=DEFAULT;Check that the BTS SW is changed for the transceiver group.RXMOP:MO=RXOTG-;Initiate the load of the new BTS SW, and check the result.Use these commands if only one BTS is to be loaded. Load the BTS. RXPLI:MO=RXOTG-; Result: Loaded OK.Use this command if all BTS抯 in a TG is to be loaded. RXPLI:MOTY=RXOTG; Result: Load OK. 4 FALL BACK PROCEDUREIn case of a problem w