With ever-developing technology, we now need much higher internet access, especially for such applications as High Definition television (HDTV), streaming video with personalized advertisements, online gaming, video telephony, storage and backup for pictures and home video, and sharing of personal content via homepages, in which DSL can hardly meet the demands. Instead, optical fiber offers the best solution for obtaining higher bandwidth and reliability.
A passive optical network (PON) is a telecommunications network that uses point-to-multipoint (P2MP) fiber to the premises in which unpowered optical splitters are used to enable a single optical fiber to serve multiple premises. A PON consists of an optical line terminal (OLT) at the service provider's central office and a number of optical network units (ONUs) near end users.
A PON solution can have 5 times Further distance, 4 times more bandwidth and much lower costs than traditional solution.
netis PON series:
Type |
Model |
Port |
Chipset Vendor |
|
EPON |
OLT |
EP8204 |
4 Downlink PONs |
Cortina |
OLT |
EP8208 |
8 Downlink PONs |
Cortina |
|
ONU |
EP8101G |
1PON+1GE |
Marvell |
|
ONU |
EP8104 |
1PON+4FE |
Marvell |
|
ONU |
EP8104P |
1PON+4FE+2POTs |
Marvell |
|
GPON |
ONU |
GP8501G |
1PON+1GE |
Marvell |
ONU |
GP8501GP |
1PON+1GE+1POT |
Marvell |
|
ONU |
GP8502P |
1PON+2FE+1POT |
Marvell |
netis typical application as follows: