EtherWAN Duplex LC Single-Mode Hardened Gigabit SFP DDM Transceiver (6.2 Miles)
EtherWAN SFPGIS10M Overview
From EtherWAN, this is a Duplex LC Single-Mode Hardened Gigabit SFP DDM Transceiver, designed for a wide range of fiber applications and hot-pluggable for instant operation. The supported operating temperature for this hardened model is -40 to 185Ā°F. The supported distance is approximately 6.2 miles, and the supported cable type is the 9/125 micron type. The wavelength is 1310nm, the sensitivity is -21dBm, and the optical output power is -9.5 to -3dBm. Also, as a DDM model, this transceiver supports enhanced Digital Diagnostics Monitoring for getting real-time diagnostic information.
In the Box
- EtherWAN Duplex LC Single-Mode Hardened Gigabit SFP DDM Transceiver (6.2 Miles)
EtherWAN SFPGIS10M Specs
| Form Factor |
SFP
|
| I/O |
1x LC
|
| Mode |
Single-Mode
|
| I/O |
1x LC
|
| Transmit Power |
-9.5 to -3 dBm
|
| Receive Power |
-21 dBm
|
| Wavelength |
1310 nm
|
| Maximum Networking Distance |
6.2Ā Miles / 10Ā km
|
| Mode |
Single-Mode
|
| DC Input Power |
3.3 VDC
|
| Operating Temperature |
-40 to 185Ā°F / -40 to 85Ā°C
|
| Certifications |
FCC, EN, RoHS
|
All product and company names are trademarksā¢ or registeredĀ® trademarks of their respective holders. Use of them does not imply any affiliation with or endorsement by them.
Original: $452.99
-70%$452.99
$135.90EtherWAN Duplex LC Single-Mode Hardened Gigabit SFP DDM Transceiver (6.2 Miles)
EtherWAN SFPGIS10M Overview
From EtherWAN, this is a Duplex LC Single-Mode Hardened Gigabit SFP DDM Transceiver, designed for a wide range of fiber applications and hot-pluggable for instant operation. The supported operating temperature for this hardened model is -40 to 185Ā°F. The supported distance is approximately 6.2 miles, and the supported cable type is the 9/125 micron type. The wavelength is 1310nm, the sensitivity is -21dBm, and the optical output power is -9.5 to -3dBm. Also, as a DDM model, this transceiver supports enhanced Digital Diagnostics Monitoring for getting real-time diagnostic information.
In the Box
- EtherWAN Duplex LC Single-Mode Hardened Gigabit SFP DDM Transceiver (6.2 Miles)
EtherWAN SFPGIS10M Specs
| Form Factor |
SFP
|
| I/O |
1x LC
|
| Mode |
Single-Mode
|
| I/O |
1x LC
|
| Transmit Power |
-9.5 to -3 dBm
|
| Receive Power |
-21 dBm
|
| Wavelength |
1310 nm
|
| Maximum Networking Distance |
6.2Ā Miles / 10Ā km
|
| Mode |
Single-Mode
|
| DC Input Power |
3.3 VDC
|
| Operating Temperature |
-40 to 185Ā°F / -40 to 85Ā°C
|
| Certifications |
FCC, EN, RoHS
|
All product and company names are trademarksā¢ or registeredĀ® trademarks of their respective holders. Use of them does not imply any affiliation with or endorsement by them.
Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
EtherWAN SFPGIS10M Overview
From EtherWAN, this is a Duplex LC Single-Mode Hardened Gigabit SFP DDM Transceiver, designed for a wide range of fiber applications and hot-pluggable for instant operation. The supported operating temperature for this hardened model is -40 to 185Ā°F. The supported distance is approximately 6.2 miles, and the supported cable type is the 9/125 micron type. The wavelength is 1310nm, the sensitivity is -21dBm, and the optical output power is -9.5 to -3dBm. Also, as a DDM model, this transceiver supports enhanced Digital Diagnostics Monitoring for getting real-time diagnostic information.
In the Box
- EtherWAN Duplex LC Single-Mode Hardened Gigabit SFP DDM Transceiver (6.2 Miles)
EtherWAN SFPGIS10M Specs
| Form Factor |
SFP
|
| I/O |
1x LC
|
| Mode |
Single-Mode
|
| I/O |
1x LC
|
| Transmit Power |
-9.5 to -3 dBm
|
| Receive Power |
-21 dBm
|
| Wavelength |
1310 nm
|
| Maximum Networking Distance |
6.2Ā Miles / 10Ā km
|
| Mode |
Single-Mode
|
| DC Input Power |
3.3 VDC
|
| Operating Temperature |
-40 to 185Ā°F / -40 to 85Ā°C
|
| Certifications |
FCC, EN, RoHS
|
All product and company names are trademarksā¢ or registeredĀ® trademarks of their respective holders. Use of them does not imply any affiliation with or endorsement by them.
