标准光模块
GEPON SFP
Description
Ethernet Passive Optical Networks (GEPON or EPON) is the leading technology being used in FTTx (FTTH) deployments. PON is different than other optical network topologies in that it is a Point to Multi-Point (P2MP) topology. From the Central Office’s (CO) Optical Line Terminal (OLT, with SFP GEPON transceiver/module) a single strand of fiber goes out to a passive optical splitter where its signal is multiplied to 32(64) different lines. The Transmit and Receive signals operate on different wavelengths allowing bi-directional operation over a single fiber. Anything transmitted from the OLT is transmitted to all 32 lines. It is up to the customer’s system (Optical Network Unit - ONU) to determine what packets are for that customer. All other packets are discarded. The PON current standards have defined downstream data rates up to 1.25Gbps.
Features
● SFP Package with SC connector
● Both OLT and ONU series
● Compliant With IEEE 802.3ah-2004
● Up to 20km distance at 9/125µm G.652 SMF
● Operating Case Temperature commercial and industrial
Application
● GEPON or EPON
Ordering information
| Part No. | Description | TX | RX | Standard | Connector | Temp. |
| FT-AM-S-GET-26-DE | GEPON OLT SFP | 1.25Gbps, 1490nm | 1.25Gbps, 1310nm | IEEE 802.3ah | SC | C |
| FT-AM-S-GET-25-D | GEPON OLT SFP | 1.25Gbps, 1490nm | 1.25Gbps, 1310nm | IEEE 802.3ah | SC | C |
| FT-AM-S-GET-20-D | GEPON OLT SFP | 1.25Gbps, 1490nm | 1.25Gbps, 1310nm | IEEE 802.3ah | SC | C |
| FT-AM-S-GET-20-DI | GEPON OLT SFP | 1.25Gbps, 1490nm | 1.25Gbps, 1310nm | IEEE 802.3ah | SC | I |
| FT-AM-S-GEU-10-DA | GEPON ONU SFP | 1.25Gbps, 1310nm | 1.25Gbps, 1490nm | IEEE 802.3ah | SC | C |
| FT-AM-S-GEU-20-DA | GEPON ONU SFP | 1.25Gbps, 1310nm | 1.25Gbps, 1490nm | IEEE 802.3ah | SC | C |
| FT-AM-S-GEU-25-DA | GEPON ONU SFP | 1.25Gbps, 1310nm | 1.25Gbps, 1490nm | IEEE 802.3ah | SC | C |
| FT-AM-F-GEUA-10-D1 | GEPON ONU SFF 2x10 | 1.25Gbps, 1490nm | 1.25Gbps, 1310nm | IEEE 802.3ah | SC | C |
| FT-AM-F-GEUA-10-DP1 | GEPON ONU SFF 2x10 | 1.25Gbps, 1490nm | 1.25Gbps, 1310nm | IEEE 802.3ah | Pigtail | C |
| FT-AM-F-GEUA-10-DI1 | GEPON ONU SFF 2x10 | 1.25Gbps, 1490nm | 1.25Gbps, 1310nm | IEEE 802.3ah | SC | I |
| FT-AM-F-GEUA-10-DIP1 | GEPON ONU SFF 2x10 | 1.25Gbps, 1490nm | 1.25Gbps, 1310nm | IEEE 802.3ah | Pigtail | I |
| FT-AM-F-GEUA-20-D1 | GEPON ONU SFF 2x10 | 1.25Gbps, 1490nm | 1.25Gbps, 1310nm | IEEE 802.3ah | SC | C |
| FT-AM-F-GEUA-20-DP1 | GEPON ONU SFF 2x10 | 1.25Gbps, 1490nm | 1.25Gbps, 1310nm | IEEE 802.3ah | Pigtail | C |
| FT-AM-F-GEUA-20-DI1 | GEPON ONU SFF 2x10 | 1.25Gbps, 1490nm | 1.25Gbps, 1310nm | IEEE 802.3ah | SC | I |
| FT-AM-F-GEUA-20-DIP1 | GEPON ONU SFF 2x10 | 1.25Gbps, 1490nm | 1.25Gbps, 1310nm | IEEE 802.3ah | Pigtail | I |
| FT-AM-F-GEUA-25-D1 | GEPON ONU SFF 2x10 | 1.25Gbps, 1490nm | 1.25Gbps, 1310nm | IEEE 802.3ah | SC | C |
| FT-AM-F-GEUA-25-DP1 | GEPON ONU SFF 2x10 | 1.25Gbps, 1490nm | 1.25Gbps, 1310nm | IEEE 802.3ah | Pigtail | C |
| FT-AM-F-GEUA-25-DI1 | GEPON ONU SFF 2x10 | 1.25Gbps, 1490nm | 1.25Gbps, 1310nm | IEEE 802.3ah | SC | I |
| FT-AM-F-GEUA-25-DIP1 | GEPON ONU SFF 2x10 | 1.25Gbps, 1490nm | 1.25Gbps, 1310nm | IEEE 802.3ah | Pigtail | I |
| FT-AM-F-GEU5-10-1 | GEPON ONU SFF 2x5 | 1.25Gbps, 1490nm | 1.25Gbps, 1310nm | IEEE 802.3ah | SC | C |
| FT-AM-F-GEU5-10-P1 | GEPON ONU SFF 2x5 | 1.25Gbps, 1490nm | 1.25Gbps, 1310nm | IEEE 802.3ah | Pigtail | C |
| FT-AM-F-GEU5-20-1 | GEPON ONU SFF 2x5 | 1.25Gbps, 1490nm | 1.25Gbps, 1310nm | IEEE 802.3ah | SC | C |
| FT-AM-F-GEU5-20-P1 | GEPON ONU SFF 2x5 | 1.25Gbps, 1490nm | 1.25Gbps, 1310nm | IEEE 802.3ah | Pigtail | C |
| FT-AM-F-GEU5-25-1 | GEPON ONU SFF 2x5 | 1.25Gbps, 1490nm | 1.25Gbps, 1310nm | IEEE 802.3ah | SC | C |
| FT-AM-F-GEU5-25-P1 | GEPON ONU SFF 2x5 | 1.25Gbps, 1490nm | 1.25Gbps, 1310nm | IEEE 802.3ah | Pigtail | C |
| FT-AM-F-GEU5-25-I1 | GEPON ONU SFF 2x5 | 1.25Gbps, 1490nm | 1.25Gbps, 1310nm | IEEE 802.3ah | SC | I |
| FT-AM-F-GEU5-25-IP1 | GEPON ONU SFF 2x5 | 1.25Gbps, 1490nm | 1.25Gbps, 1310nm | IEEE 802.3ah | Pigtail | I |
Important Notice
Performance figures, data and any illustrative material provided in this data sheet are typical and must be specifically confirmed in writing by F-tone Networks before they become applicable to any particular order or contract. In accordance with the F-tone Networks policy of continuous improvement specifications may change without notice.
The publication of information in this data sheet does not imply freedom from patent or other protective rights of F-tone Networks or others. Further details are available from any F-tone Networks sales representative.
Related Products
Copper SFP
Copper SFP
F-tone Networks 10GBASE-T, 1000BASE-T or 100BASE-T or 10/100/1000BASE-T Auto Negotiation can be installed into optical SFP slots enabling an optical Ethernet port to be converted into a copper Ethernet port either in the field or in production.
DWDM SFP
DWDM SFP
Dense Wavelength Division Multiplexing (DWDM) Small Form-Factor Pluggable (SFP) transceivers provide the high speeds and physical compactness that today's networks require while delivering the deployment flexibility and inventory control that network administrators demand.
CWDM SFP
CWDM SFP
SFP transceivers are designed to support SONET/SDH, Gigabit Ethernet, Fibre Channel, and other communications standards SFP transceivers are available with a variety of different transmitter and receiver types, allowing users to select the appropriate transceiver for each link to provide the required optical reach over the available optical fiber.
Compact SFP CSFP
Compact SFP CSFP
Compact small form-factor pluggable CSFP transceiver and a compact small form-factor CSFF transceiver supports network systems, especially those deploying single-fiber bidirectional transceivers in high density applications.
10G PON SFP
10G PON SFP
Framing is "G-PON like" but uses different wavelengths from G-PON (using a WDM to separate them) so that G-PON subscribers can be upgraded to 10G-PON incrementally while GPON users continue on the original OLT.
GPON SFP
GPON SFP
Gigabit Passive Optical Networks (GPON) is the leading technology being used in FTTx (FTTH) deployments. PON is different than other optical network topologies in that it is a Point to Multi-Point (P2MP) topology.