ST-ST duplex OM3 Optic fiber patch cord
OM3 Optic fiber patch cord
optic fiber patch cord
ST/SC/FC/LC/E2000/MU Connector
ST-ST duplex OM3 Optic fiber patch cord
OM3 Optic fiber patch cord
optic fiber patch cord
ST/SC/FC/LC/E2000/MU Connector
OM3 optical fibre systems are the pinnacle of multimode fiber design. To utilise the new 10Gbs Ethernet protocols in an optical fiber system requires either a full blown singlemode solution or OM3 50/125 multimode fibre. The OM3 system allows for new VCSEL based hardware and old legacy LED based hardware to co-exist over your system. For the hard pressed IT manager an OM3 optical fiber solution will give a simple migration path through 1Gbs to 10Gbs and have security knowing the system they are installing today will give many years of solid, secure service to their network. The OM3 patch cord utilises the best cable available along with the market leading Optronics connectors.
Features
Multimode & Singlemode applications
ST/SC/FC/LC/E2000/MU Connector types
Fast turn around of non-standard requirements
Ultra polish & Angle polish options available all terminations are
manufactured to exceed performance
parameters set by industry standards
Full tracability & test certification
Mechanical
Length: 1m to 10m ± 10mm
Other lengths available to order
Split Length (Duplex): 150mm ± 5mm
Product Packaging
Each patch cord is packaged individually
and individually identifi ed for traceability,
test certifi cation is supplied for each
assembly.
Attenuation (dB/km)
(850/1300) 2.8/0.8
Bandwidth (MHz.Km)
(850/1300) 1500/500
Sheath colour
Purple, Orange & Aqua
Strength Members
Aramid strength members
Fire Performance
LSZH or PVC for Internal/External Applications
Flame Resistance IEC 60332-1
Connector Specification
Optical Performance (Multimode) | Insertion loss: Max. 0.3 dB Typical 0.2 dB |
Optical Performance (MT-RJ) | Insertion loss: Max. 0.5 dB |
Operating Temperature | -40°C to +85°C |
Intermateability Optically and mechanically compatible with all equivalent connectors. | Compliant with IEC 874-14. |