DM9016
3-port switch with Processor Interface
uP Port VLAN Tag
VLAN Priority Map
30
31
When word 16 bit [5:4] is “01”, after power on reset:
This word bit [7:0] will be loaded to port 3 Reg. 6EH bit [7:0]
This word bit [15:8] will be loaded to port 3 Reg. 6FH bit [7:0]
When word 16 bit [7:6] is “01”, after power on reset:
This word bit [7:0] will be loaded to Reg. D0H bit [7:0]
This word bit [15:8] will be loaded to Reg. D1H bit [7:0]
When word 16 bit [9:8] is “01”, after power on reset:
This word bit [7:0] will be loaded to Reg. B0H bit [7:0]
This word bit [15:8] will be loaded to Reg. B1H bit [7:0]
When word 16 bit [9:8] is “01”, after power on reset:
This word bit [7:0] will be loaded to Reg. B2H bit [7:0]
This word bit [15:8] will be loaded to Reg. B3H bit [7:0]
When word 16 bit [9:8] is “01”, after power on reset:
This word bit [7:0] will be loaded to Reg. B4H bit [7:0]
This word bit [15:8] will be loaded to Reg. B5H bit [7:0]
When word 16 bit [9:8] is “01”, after power on reset:
This word bit [7:0] will be loaded to Reg. B6H bit [7:0]
This word bit [15:8] will be loaded to Reg. B7H bit [7:0]
When word 16 bit [9:8] is “01”, after power on reset:
This word bit [7:0] will be loaded to Reg. B8H bit [7:0]
This word bit [15:8] will be loaded to Reg. B9H bit [7:0]
When word 16 bit [9:8] is “01”, after power on reset:
This word bit [7:0] will be loaded to Reg. BAH bit [7:0]
This word bit [15:8] will be loaded to Reg. BBH bit [7:0]
When word 16 bit [9:8] is “01”, after power on reset:
This word bit [7:0] will be loaded to Reg. BCH bit [7:0]
This word bit [15:8] will be loaded to Reg. BDH bit [7:0]
When word 16 bit 9:8 is “01”, after power on reset:
This word bit [7:0] will be loaded to Reg. BEH bit [7:0]
This word bit [15:8] will be loaded to Reg. BFH bit [7:0]
When word 16 bit [11:10] is “01”, after power on reset:
This word bit [7:0] will be loaded to Reg. C0H bit [7:0]
This word bit [15:8] will be loaded to Reg. C1H bit [7:0]
When word 16 bit [11:10] is “01”, after power on reset:
This word bit [7:0] will be loaded to Reg. C2H bit [7:0]
This word bit [15:8] will be loaded to Reg. C3H bit [7:0]
When word 16 bit [11:10] is “01”, after power on reset:
This word bit [7:0] will be loaded to Reg. C4H bit [7:0]
This word bit [15:8] will be loaded to Reg. C5H bit [7:0]
When word 16 bit [11:10] is “01”, after power on reset:
This word bit [7:0] will be loaded to Reg. C6H bit [7:0]
This word bit [15:8] will be loaded to Reg. C7H bit [7:0]
When word 16 bit [11:10] is “01”, after power on reset:
This word bit [7:0] will be loaded to Reg. C8H bit 7~0
This word bit [15:8] will be loaded to Reg. C9H bit 7~0
When word 16 bit [11:10] is “01”, after power on reset:
This word bit [7:0] will be loaded to Reg. CAH bit [7:0]
This word bit [15:8] will be loaded to Reg. CBH bit [7:0]
When word 16 bit [11:10] is “01”, after power on reset:
This word bit [7:0] will be loaded to Reg. CCH bit [7:0]
Port VLAN Group 0,1 32
Port VLAN Group 2,3 33
Port VLAN Group 4,5 34
Port VLAN Group 6,7 35
Port VLAN Group 8,9 36
Port VLAN Group
10,11
37
38
39
40
41
42
43
44
45
46
Port VLAN Group
12,13
Port VLAN Group
14,15
ToS Priority Map 0
ToS Priority Map 1
ToS Priority Map 2
ToS Priority Map 3
ToS Priority Map 4
ToS Priority Map 5
ToS Priority Map 6
Preliminarydatasheet
DM9016-13-DS-P01
March 26, 2009
47
DAVICOM [ DAVICOM SEMICONDUCTOR, INC. ]
