FS United States FREE SHIPPING on Orders Over US$79
United States / $ USD
FREE SHIPPING on Orders Over US$79

United States

This picture is about OM1SCDX.

Click to open expanded view

This picture is about OM1SCDX.
This picture is about OM1SCDX.
This picture is about OM1SCDX.
This picture is about OM1SCDX.
This picture is about OM1SCDX.
This picture is about OM1SCDX.
00:35
This picture is about OM1SCDX.
This picture is about OM1SCDX.
This picture is about OM1SCDX.
This picture is about OM1SCDX.
This picture is about OM1SCDX.
This picture is about OM1SCDX.
This picture is about OM1SCDX.
This picture is about OM1SCDX.
This picture is about OM1SCDX.

Customized Length SC UPC to SC UPC Duplex OM1 Multimode Riser (OFNR) 2.0mm Fiber Optic Patch Cable

#74399
#74399

≤0.3dB IL 1/10G Networks

US$4.70
FS P/N: OM1SCDX
FS P/N: OM1SCDX
580 Solds
151 Reviews
10 Questions
Length:
1m (3ft)
2m (7ft)
3m (10ft)
5m (16ft)
ft
Customized
1m (3ft)
2m (7ft)
3m (10ft)
5m (16ft)
ft
Customized
Pre-order, Ship by 12 Aug, 2024
See more Warehouse
Deliver to New York, 10010
Free Shipping via Fedex International Priority on orders over US$79.00
Products and Project Inquiry
Solution Design
1-Year Warranty
Specifications
Features
Videos
Q&A
Reviews
Resources

High Quality and Cost-effective 62.5/125 μm OM1 Multimode Fiber Optic Cable

The 62.5/125 μm OM1 multimode fiber optic cable is suitable for fast Ethernet, gigabit Ethernet and fiber channel applications, such as in data center, telecom room, server farms, cloud storage networks, and any place fiber jumper cables are needed. It meets RoHS compliant and the fiber patch cord is optically tested for insertion loss to ensure high quality.

This 62.5/125 OM1 multimode fiber optic cable is ideal for connecting 100/1000BASE-SX transceivers etc. for fast Ethernet, gigabit Ethernet and fiber channel applications.

Specifications
Connector Type
SC UPC to SC UPC
Fiber Grade
G.651
Fiber Count
Duplex
Fiber Mode
OM1 62.5/125μm
Wavelength
850/1300nm
1G Ethernet Distance
280m at 850nm
Insertion Loss
≤0.3dB
Return Loss
≥30dB
Min. Bend Radius
(Fiber Core)
15mm
Min. Bend Radius
(Fiber Cable)
20/10D (Dynamic/Static)
Attenuation at 850nm
3.0 dB/km
Attenuation at 1300nm
1.0 dB/km
Cable Jacket
Riser (OFNR)
Cable Outside Diameter (OD)
2.0mm
Polarity
A (Tx) to B (Rx)
Operating Temperature
-20~70°C
Quality Certifications
To get the detailed certification, please go to the Compliance Center.
Features
Carrier-grade Cable Ensures Transmission Quality

20/10D Min. Bend Radius

The G.651 fiber allows tighter cable bends for routing.

Zirconia Ceramic Ferrule

The precision ferrules can reach up to 500 times insertion lifespan.

90-150N Tensile Strength

The pull-resistant cable prevents breaking and prolongs the life.

Meet the Various Indoor Installation Needs

Ideal for network cabinet connection, ceiling wiring and under-floor wiring in the data center.

Videos
00:35
Fiber Patch Cables: Product Video | FS
02:41
Differences Between OM1, OM2, OM3, OM4 & OM5 Multimode Fibers | FS
00:35
Fiber Patch Cables: Product Video | FS
02:41
Differences Between OM1, OM2, OM3, OM4 & OM5 Multimode Fibers | FS
Questions & Answers
Ask a question
Customer Reviews
Write a review
(undefined reviews)
    4.8
    5 stars
    4 stars
    3 stars
    2 stars
    1 star
    127
    24
    0
    0
    0

    B***a

    India

    January 06, 2022
    5.0
    I'm currently running HP J9054B transceivers with a 62.5/125 MMF patch cable over 6,200 ft 62.5/125 MMF fiber without any issues.
    Verified Purchase
    Helpful 1
    Comment 0

    1***6

    31580

    January 01, 2022
    5.0
    Excellent quality made cable. I'm using it for up link on 2 switches. No issues at all.
    Verified Purchase
    Helpful 1
    Comment 0

    N***d

    United States

    August 06, 2021
    5.0
    I took a picture of an MTRJ / ST cable as requested by FS. Actually, you can be sure to save a lot of communication time if you send the correct photos.
    Verified Purchase
    Helpful 1
    Comment 0
    See all reviews
    Resources
    View more
    Recently Viewed