| Allayer Product Selection Guide |
|
Part Number |
Description |
# of 10/100 Ports |
# of Gb Ports |
MII Type |
RoX™ Ring/ Expandable |
MAC Address Support |
Package |
|
Internal |
External |
| Gigabit Ethernet Products |
|
AL1022 |
Dual-port Gigabit Ethernet Switching IC |
|
2 |
8B/10B |
RoX-II |
1K/Port |
32K |
456 BGA |
| Fast Ethernet Products |
|
AL15 |
5-Port 10/100 stand-alone switch |
5 |
|
RMII* |
|
1K |
16K |
208 PQFP |
|
AL100A |
8-port low-cost 10/100 switch |
8 |
|
MII/RMII |
RoX |
1K |
16K |
388 BGA |
|
AL101 |
8-port low-cost 10/100 switch for RMII only |
8 |
|
RMII |
RoX |
1K |
|
256 PQFP |
|
AL102A |
8-port low-cost 10/100 standalone switch with MII |
8 |
|
MII |
|
1K |
|
256 PQFP |
|
AL103 |
8-port low-cost 10/100 standalone switch with MII |
8 |
|
MII |
|
1K |
|
256 PQFP |
|
AL104 |
8-port 10/100 standalone switch |
8 |
|
RMII |
|
1K |
16K |
208 PQFP |
|
AL116 |
8-Port 10/100 switch |
8 |
|
MII/RMII |
RoX |
1K |
16K |
456 BGA |
|
AL121 |
8 Port 10/100 switch supports 4 levels of Priority Queue |
8 |
|
RMII* |
RoX-II |
1K |
|
272 BGA |
|
AL124 |
8 Port 10/100 switch supports 4 levels of Priority Queue |
8 |
|
RMII* |
RoX-II |
1K |
16K |
352 BGA |
|
AL125 |
802.1 p&Q compliant, supports 4 levels of Priority Queue and supports 4K VLAN Tag |
8 |
|
RMII* |
RoX-II |
1/2K** |
12K |
352 BGA |
|
AL126 |
802.1 p&Q compliant, supports 4 levels of Priority Queue and supports 4K VLAN Tag |
8 |
|
MII/RMII |
RoX-II |
1/2K** |
12K |
456 BGA |
|
AL216 |
Integrated PHY |
8 |
|
|
RoX |
1K |
16K |
388 BGA |
| Management and Routing Products |
|
AL300A |
RoX Management Interface Chip |
|
|
|
RoX and RoX II |
|
|
208 PQFP |
|
RoXMAN |
WindRiver SNMP Management SW |
|
|
|
|
|
|
|
| Fiber Transceiver Products |
|
AL210 |
Fast Ethernet Fiber to TP Media Converter |
|
|
|
|
|
|
48 LQFP |
|
NOTE: RMII* means that port 1 could be MII or RMII, the rest are all RMII. MII/RMII means that port 1 can be independently selectable to MII or RMII, the rest of the ports are globally selectable to MII or RMII.
|
|
NOTE: 1/2K** means if VLAN is used, internal Mac addresses are limited to 512
|
