When I bought my current DVD, TV
setup I bought one "very" expensive HDMI
cable from the retailer. The two HDMI
cables I bought from you were less than
half the cost of that single cable. Your
quality was the equal or better. Thanks
for a quality product at a very
reasonable price!
Martijn K. -
Winterswijk, The Netherlands
...The service has been
amazing !! You can be sure I'm
going to be recommending you
everywhere I can...Thanks again....
Cosmin T. - Bucaresti, Romania
Cables are great, and also
the service...
Thank you again.
I'll definitely return...:-)
Amphenol rulzzz !
Amphenol Single Mode 9/125 fiber optic patch cords feature a 9 micron core and 125 micron cladding. This narrow core diameter prevents heavy signal losses due to attenuation. Precision ceramic ferules provide a flawless interface between the cable and connecting device. Laser optimized for 1310nm light sources with an insertion loss ≤0.30dB and a return loss ≥55dB.
Cable TV Infrastructure
Telephone Infrastructure
Metropolitan Area Networks
Common Single Mode fiber applications include long distance telephone infrastructure, cable TV infrastructure, Metropolitan Area Networks (MAN), or any application where cable lengths exceed 550m in length or 10 Gb/s in bandwidth.
Amphenol Multi-Mode 50/125 fiber optic patch cords feature a 50 micron core and 125 micron cladding. 50/125 MM fiber is actually an older type of fiber optic cabling that is making a significant comeback within the industry. This is because its 50 micron core supports greater bandwidth. 50/125 MM is compatible with legacy 850nm LED light sources or legacy 1300mm laser light sources with an insertion loss ≤0.30dB. This cable type is intended only for legacy systems that specify its usage.
Amphenol Multi-Mode 62.5/125 fiber optic patch cords feature a 62.5 micron core with 125 micron cladding. This is the most popular MM fiber optic cable type in use today due to its affordability and flexibility. Most Local Area Networks utilize 62.5 micron fiber with 850nm LED based light sources for short runs up to 550m in length. This cable can be recognized by its slightly thicker orange colored jacket. The thicker core makes field repairs and splicing a much easier task. Insertion loss is ≤0.30dB.
Small Office Complexes
Educational Departments
New Residential Complexes
LAN Applications for 62.5/125 fiber include any type of premise installation where space is limited. Enterprise applications are commonplace such as small office complexes. Educational departments on college campuses and newer residential complexes also may use this type of cable.
Amphenol 10 Gigabit Multi-Mode 50/125 fiber optic patch cords utilize special 50 micron cores that are specifically optimized for new laser based 10 Gigabit Ethernet signals. The special glass cores permit data transfer at 5X the rate of standard 50/125 MM cables. 10 Gig rated cables are easily identified by their aqua colored jackets. Our 10 Gig 50/125 cables are reverse compatible with existing 50/125 systems as well. We recommend these Laser Optimized Multi-Mode Fiber (LOMMF) cables as the backbone of any network installation where extremely high bandwidths are required. Insertion loss is ≤0.30dB.
Amphenol Mode Conditioning fiber optic cables are used primarily in Gigabit Ethernet based networks where both Single-Mode and Multi-Mode interconnects must be maintained. Mode conditioning cables prevent an anomaly known as Differential Mode Delay, or DMD. When an unconditioned laser source designed for operation on SM fiber cable is directly coupled to an MM fiber cable, differential mode delay (DMD) can occur. DMD can degrade the modal bandwidth of the fiber-optic cable, causing a decrease in the link span (the distance between the transmitter and the receiver) that is reliably supported.
Amphenol Loopback fiber optic cables are designed to provide a simple method of testing transmit and receive ports on an optical switch. We carry both Single Mode and Multi-Mode variants to fit you particular application.
