As a CORNING GOLD Assembly Manufacturer, we help our customers
keep pace with the insatiable demand for bandwidth, and "future-proof " our customers' networks and datacenters. The ground-breaking innovations in
Corning fiber provide customers with high-quality solutions and a smooth upgrade path to practically infinite bandwidth.
Corning Optical Fiber / Corning Cable
division invented the first low-loss optical fiber in 1970 and today remains the worldwide
market leader, offering a full line of single-mode and multimode fiber optic cable for all network applications.
Corning Fiber: Technology Advantages
Bend-insensitive Corning multimode fiber
By withstanding tight bends and challenging cabling routes with substantially less
signal loss than traditional multimode fiber, a bend-insensitive multimode fiber enables
optical fiber to be used in more places by delivering all of the bandwidth benefits of laser
-optimized multimode optical fiber in a package that is easier to handle and install and offers more robust system performance than copper cabling. Multimode fiber continues
to be the fiber of choice for enterprise networks as compared to singlemode fiber. A bendinsensitive multimode fiber makes the choice even easier.
The benefits of bend-insensitive multimode fiber:
Corning multimode fiber supports highest data rates
OM3 meets future data needs
The overriding trend in modern data centers is the relentless drive towards higher data rates for tomorrow's networks. Another key trend has been the sharp decline in the cost of optical-fibre solutions. This has made multimode fiber the automatic choice for network designers aiming to implement high-data-rate applications.
The relentless quest for higher data speeds and reliability means that all networks need
a robust and cost-effective upgrade path, which makes Corning OM3 multimode fiber the logical choice when the multi-gigabit performance of OM1 and OM2 fibers is
questionable or unspecified. Many operators may have already transitioned their OM1 and OM2 cabling to Gigabit-Ethernet or 1–2 G/s Fiber Channel, but only over shorter
link distances. For the next increase on the data-speed ladder, such as 4–10 G/s data applications, OM1/OM2 will clearly fall short. Today, OM3 fiber accounts for a rapidly
increasing share of multimode sales and clearly the market is acknowledging its advantages. These advantages, when coupled with minEMBc technology, will ensure
that multimode fiber will continue to deliver robust high-speed connectivity toward the inevitable step of 100 G/s Ethernet.
Corning Multimode fiber extends the reach and controls cost
Though multimode fiber is more expensive than singlemode, once the transceivers are
considered in the total cost, the overall system cost is actually lower. Multimode fiber can use 10GBASE-SR transceivers that are based on 850 nm vertical-cavity surface
(VCSELs). Such transceivers cost around $300 (7250), which is half the price of an LX4
singlemode transceiver. Multimode has a much better chance of competing with Gigabit Ethernet on price. As for the fiber, the laser-optimized multimode is more expensive
than the standard version, but it delivers enhanced performance and also a degree of future proofing.
Selecting your fiber optic cable manufacturer is critical, as optical patch cords
play a critical role in your network performance:
Patch cords are typically the most handled cabling component in the network.
Optical connections are the most likely area for loss after an installation.
Patch cords are often the only infrastructure product plugged directly into
electronics. Patch cords can cause irreparable damage to electronics if components aren't manufactured to FOCIS specifications.
Not all patch cords are created equal. With so many low-cost alternatives out there,
Corning Fiber is clearly the overall price/performance winner. A low-quality patch cord that can negatively affect network performance and cause losses hundreds of time the
value of the best Corning Cable, or Corning patch cord.
When purchasing an optical patch cord, keep in mind the following:
High-quality end-face geometry of Corning Cable minimizes unnecessary loss at the connector.
Mechanical Performance: Corning Cable Systems components are manufactured to enable compliance, once assembled, with the Telcordia GR-326 performance standard.
This is an extremely stringent standard used to ensure optical assembly performance over a range of environmental, mechanical and time parameters.