Scenario 1
ISP<------->cable modem<---(ethernet)--->wireless router<---(802.1g)--->wireless bridge<---(ethernet)--->home switch<---(ethernet)--->PCs
PCs get IP address and default gateway address from the wireless router (DHCP server enabled on its wireless interface).
if your home router only has 4 switch ports and all ports are occupied, you need to replace the router with a switch, 1 Uplink+ 4 10/100 ports.
Scenario 2
ISP<------->cable modem<---(ethernet)--->wireless router<---(802.1g)--->wireless bridge<---(ethernet)--->home router<---(ethernet)--->PCs
PCs get IP address and default gateway address from the home router (DHCP server enabled on its LAN interface).
The WAN interface of the home router gets IP address and default gateway address from the wireless router (DHCP server enabled on its wireless interface).
I did not test my thoughts. Hope it will be helpful. :)
ISP<------->cable modem<---(ethernet)--->wireless router<---(802.1g)--->wireless bridge<---(ethernet)--->home switch<---(ethernet)--->PCs
PCs get IP address and default gateway address from the wireless router (DHCP server enabled on its wireless interface).
if your home router only has 4 switch ports and all ports are occupied, you need to replace the router with a switch, 1 Uplink+ 4 10/100 ports.
Scenario 2
ISP<------->cable modem<---(ethernet)--->wireless router<---(802.1g)--->wireless bridge<---(ethernet)--->home router<---(ethernet)--->PCs
PCs get IP address and default gateway address from the home router (DHCP server enabled on its LAN interface).
The WAN interface of the home router gets IP address and default gateway address from the wireless router (DHCP server enabled on its wireless interface).
I did not test my thoughts. Hope it will be helpful. :)