- “Ready to produce” materials

- Special designed textures & tools

- Simplified order handling process

- Well trained operators for multi-tasks

- Target to deliver assemblies to site

- 3~7 days from Receipt of PO

- The most rational and fast way of logistics

- Engineers: earliest entrants in fiber industry of China

- Sales: overseas working experiences

- Operation team: fortune global 500 working experience

The light travelling down fibre does so in extremely small diameter cores (9um in single mode). A small speck of dirt that is almost invisible to the naked eye could be enough to cause the fibre signal to be attenuated or blocked resulting in signal interference or even loss of transmission. This could be as simple as a finger print on the end of fibre optic connectors. All fibre optic connectors should be inspected during installation with a quality microscope and if required cleaned with an approved fibre cleaning technique.

OM4 is the next generation multimode fibre to support existing 1 and 10Gb/s applications as well as future 40 and 100Gb/s systems. It will allow for extended distance of 550 metres at 10Gb/s.

Loosetube fibre cable of gel-filled or dry-core construction should be used whether fibre cable is direct buried or installed within underground conduit. There is no guarantee against water filling a conduit or the cable becoming exposed to sunlight at some point in the run so an underground rated cable with UV-resistant jacket is recommended.

Multimode fibre has a relatively large light carrying core usually 50 or 62.5 microns in diameter. It is normally used for short distance transmissions with LED based optical fibre equipment and has limitations in regards to bandwidth capacity and distance. Singlemode fibre has a smaller light carrying core of 8 to 10 microns in diameter. It is used for large bandwidth transmissions over longer distance with laser diode based optical fibre transmission equipment.

OM3 fibre must be used where the fibre optic cable run distance exceeds 220 metres @ 1000mbp/s ( 1Gb/s) speed on a typical multimode network. OM3 will extend the distance up to 550 metres @ 1Gb/s speed. OM3 can also handle 10GbE (10,000mbp/s) at a distance of up to 300 metres. OM3 should be installed to help future-proof your multimode installation.

Gel filled loosetube for underground direct bury applications with options of termite and rodent protection via nylon jacket and/or armouring. Indoor / outdoor tight buffered fibre optic cable can be used for internal or external fibre cable runs but should not be installed underground even if within conduit.

Dead zones originate from reflective events (fusion splices, fibre optic connectors, pressure points, etc) along the link and can affect the OTDR's ability to accurately measure attenuation on shorter links and differentiate closely spaced events. The OTDR will become temporarily blinded by the first event it picks up and will not see upcoming events close to each other and will instead pick them up as one event. Dead zones can extend hundreds of metres from the OTDR unit but can be reduced (but never eliminated) by adjusting the pulse width in accordance with the length of the fibre.