Installation guide

20
Cisco AS5850 Universal Gateway Commissioning Guidelines
78-10537-04
How to Commission the Cisco AS5850 Universal Gateway
0x60009E3C 172 4 688 Init
0x6000F748 432 1080 466560 IDB: Serial Info
0x6000F748 436 1 436 IDB: Serial Info
0x6000F748 444 1 444 IDB: Serial Info
0x60017BE4 2048 1 2048 Init
0x60017C10 4096 1 4096 Init
0x6001B09C 184 1 184 Init
0x600265F0 128 25 3200 RIF Cache
0x6006CDFC 176 1086 191136 FIB: FIBIDB
0x6006D514 30000 1 30000 FIB: HWIDB MAP TABLE
0x6006D6A8 560 1086 608160 FIB: FIBHWIDB
0x6006D8CC 30000 1 30000 Init
0x6006EF08 1460 1 1460 RemoveReceiveHash Entries
0x60071274 1900 1 1900 FIB one path chunk
0x60071274 65496 1 65496 FIB one path chunk
0x6007CB74 1072 1 1072 FIB: Control Block
0x6007CBA0 32 1 32 Init
0x6007CE4C 30000 1 30000 FIB: Root-table
0x6007CE68 30000 1 30000 FIB: Cblk-table
0x6007CED8 144 1 144 FIB ndb
0x6007CEF4 384 1 384 FIB rdb
0x6007CF30 92 1 92 Init
Caution If you enter the show memory summary command with the terminal length 0 command enabled, many
output screens appear that might interrupt your session.
Table 2 describes the significant fields in the previous display.
Step 2 Convert bytes to megabytes (MB):
• Total processor memory = 479,408,864 bytes = 457.2 MB
• Used processor memory = 44,937,912 bytes = 42.9 MB
• Free processor memory = 434,470,952 bytes = 414.3 MB
Total memory (457.2 MB) = Used memory (42.9 MB) + free memory (414.3 MB)
Table 2 show memory summary Output Field Descriptions
Field Description
Processor Processor memory. The Cisco IOS software image is initially read out of
flash memory, decompressed, and placed in main memory. Routing tables
and call-control blocks are also stored in main memory.
I/O Packets are temporarily stored in I/O memory.
Head Hexadecimal address of the head of the memory-allocation chain.
Total(b) Summary of used bytes plus free bytes.
Used(b) Total number of bytes currently used for routing tables and call-processing
components.
Free(b) Total number of free bytes. Free-memory size should be close to the largest
block available.
Lowest(b) Smallest amount of free memory since last boot.
Largest(b) Size of largest available free block. When the largest available block is equal
to the free block, there is no fragmentation.