MPN FSFP-AFMM1SC2
EAN / UPC 700880325209
Niveau de stock
The FSFP Series transceivers are MSA-compliant, small form-factor pluggable (FSFP) modules that allow for an optical or copper interface when using a Pelco unmanaged switch or media converter. These interchangeable FSFP transceivers are available for use with unshielded twisted pair (UTP) cable, multimode optical fiber, or single-mode optical fiber. The optical FSFP Series transceivers are available in Fast Ethernet one- and two-fiber versions, and Gigabit Ethernet one- and two-fiber versions. T...
Lire la description complèteInterchangeable FSFP Transceivers to Match Media Type, Fiber
Count, Fiber Path Length, and Connector Type
Operating Temperature of –40° to 75°C (–40° to 167°F)
No Performance Adjustments Required
Multi-Source Agreement (MSA) Compliant
Compliant with IEEE 802.3 Standards
75 °C
-40 °C
1 pièce(s)
0,5 kg
4 cm
0,06 kg
8 cm
6 cm
Oui
SC
100 Mbit/s
2000 m
1310 nm
Fibre optique
SFP
3 Année (s)
The FSFP Series transceivers are MSA-compliant, small form-factor pluggable (FSFP) modules that allow for an optical or copper interface when using a Pelco unmanaged switch or media converter. These interchangeable FSFP transceivers are available for use with unshielded twisted pair (UTP) cable, multimode optical fiber, or single-mode optical fiber. The optical FSFP Series transceivers are available in Fast Ethernet one- and two-fiber versions, and Gigabit Ethernet one- and two-fiber versions. The transceivers are available with RJ-45, LC, or SC ports, and offer wavelengths and optical power budgets to meet distance requirements from 500 meters to 120 kilometers (984 ft to 74.5 mi). The FSFP Series transceivers are industrially rated to perform in the most difficult operating environments. The Pelco FSFP interface is required for use with all Pelco FSFP configurable products to qualify for the manufacturer’s warranty.
The FSFP Series transceivers are ideal for transportation, airport, and college campus applications.
*Les données produit ci-dessus sont fournies par Icecat. A cet égard, EET ne peut être tenu responsable des erreurs.