Home About Us Products Solutions Technology Contact Us
   Products
  > Fiber Media Converter
  Unmanaged 10/100M
  Unmanaged 1000M
  14 slot rack
  Managed Media converter
  Fiber Modem
  > Fiber Optic Patch Cord
  FC patch cord
  SC patch cord
  ST patch cord
  LC patch cord
  MTRJ patch cord
  MU patch cord
  E2000 patch cord
  > Fiber Optic Adapter
  Mating sleeve adapter
  Hybrid adapter
  > Fiber Optic Attenuator
  Fix type/Adapter type attenuator
  Male-female type attenuator
  > Optical Coupler/Splitter
  1x2(2x2) SM Coupler
  1x2(2x2) SM WDM Coupler
  1xM(NxM) Monolithic SM Coupler
  1xN(NxN) Monolithic MM Coupler
  > SFP Transceiver
  SFP Transceiver
  CWDM Transceiver
  BIDI SFP Transceiver
  GBIC Transceiver
  > Fiber Optic Termination Boxes
  Rack Mounted Type
  Rack Mount Drawer Type
  Rack Mount Slide Type
  ODF Fiber Management Tray
  > Optical Video Converter
  1 channel Video
  4 channel Video
  8 channel Video
  16 channel Video
    Technology
 
 > Gigabit Ethernet

Gigabit Ethernet solutions have become a necessity with the accelerating growth of LAN traffic, pushing network administrators to look for higher speed network technologies to meet the demand for more bandwidth.

While most copper systems will support Gigabit Ethernet, fiber optics provide a much higher degree of flexibly and future bandwidth/speed expansion as opposed to its copper counterparts. Generally, copper will support Gigabit and multi-gig transmission rates, but only for very short distances. Copper is affected by EMI (electromagnetic interference) and RFI (radio frequency interference). Fiber opics will support Gigabit and multi-gig transmission for both short and long distances, with immunity to EMI and RFI, making fiber a more suitable solution for a number of applications.

Gigabit Ethernet applications supported by fiber optics are now transmitting signal reliably at 10Gbps, up to 10,000 meters using single mode systems, and well over that for Gigabit and multi-gig transmission rates. With multimode systems, fiber optics will push 10Gbps transmission between 26 and 300 meters, depending on the fiber type and core size.

While fiber optics provide some clear advantages over copper legacy technology, most systems using fiber today also use copper at the end user point, creating a hybrid system for data transmission. The advantage in utilizing a hybrid system exists by leveraging the bandwidth and EMI/RFI advantages of fiber for the longer length and main distribution legs of the network, while using copper for the very short desktop and non-backbone connectivity, allowing a very easily routable and inexpensive connectivity solution without implementing desktop media converters.  

AOA designs, develops, and manufactures fiber optic Gigabit and multi-gig Ethernet solutions in a multitude of styles, sizes, lengths, and application specific features. Whether you need a multi-fiber backbone cable for campus or WAN type applications, or a simple duplex patch cord for a high speed server-to-server link, AOA has a product to suit your needs. 

 Hits:268  [Print]  [Return]

  CopyRight: 2007-2010 AOA TECHNOLOGY CO.,LTD
  Add: 5F,No.9 Buidling, Tianjian Industrial Park, Shangbao Road, Futian District, Shenzhen,China
  Tel: +86-755-36984566 | Fax: +86-755-83930515