fiber optic transceivers, fiber optic cables, fiber optic network solution, fiber optic network, fiber optic products, data center solution, data center optic network, direct attach cables, active optical cables
Scroll to Top
Back to top
A 10Gtek Authorized Online Store
0 Item(s)
×

You have no items in your shopping cart.

FiberOnSale News

Fiber Access
7/31/15  |  Technical Article  |  FiberOnSale.com

Fiber access refers to the complete optical fiber as a transmission medium between the central office and the users. Fiber access can be divided into active and passive optical access. Main fiber optic network is lightwave transmission technology. Development of optical transmission multiplexing quite rapidly, most have been in practical use.

High speed fiber optic transceivers to promote the development of the optical engine
7/29/15  |  Technical Article  |  FiberOnSale.com

Fiber optic transceivers may be in a response network traffic surge center of attention, but the link platform, panel-board equipment and other functions is the supplier of fiber optic transceivers can achieve product differentiation play space.

What is MT ferrule?
7/24/15  |  Technical Article  |  FiberOnSale.com

MT namely mechanical docking transmission, multi-core ferrule number (usually a 12-pin). Performance by an optical fiber connector alignment accuracy decisions, and alignment accuracy can continue after the connection is stable. Ultimately, the alignment accuracy is eccentricity and pitch as well as matching precision guide pins and optical fiber to decide. If in the production process can reduce the deviation of the guide pin and molding process, any one MPO connector performance can be improved.

Fiber optic interconnect test solution
7/7/15  |  Technical Article  |  FiberOnSale.com

The rapid development of information technology, the popularity of network-based technology advances, prompting data center construction continues toward large-scale, high-density, high transfer rate, pluralism, virtualization, intelligent, green direction. At the same time, for faster data transfer rates, smaller footprint, lower energy consumption needs, making the data center physical infrastructure as an important part of the cabling system more and more people's attention. Fiber and copper cabling system in the data center are two basic transmission medium, compared with copper systems, fiber-optic network with greater bandwidth, faster transfer rates, longer distances, more slender volume, and stronger anti-interference ability and so on. Therefore, although limited by the high price factor optical fiber, optical fiber can be completely replaced by copper, but the data center construction "Light of Copper" trend is inevitable.

SFP+ optical modules advantages
7/3/15  |  Technical Article  |  FiberOnSale.com

Many people do not know the difference between SFP and SFP+, so sometimes unnecessary trouble. 10G module has gone from 300Pin, XENPAK, X2, XFP development, and ultimately with the same size and SFP 10G transmission signal, which is the SFP+. SFP With its compact and low cost advantages to meet the equipment needs of high-density optical module, the standard introduced from 2002 to 2010 has replaced 10G XFP become the market mainstream.

Selected on the basis of the optical module
6/23/15  |  Technical Article  |  FiberOnSale.com

Optical transceiver module can be based on package, application rate, transmission distance, the use of optical fiber, the use of laser wavelength and so do a variety of categories. We choose the optical module when these factors must be marked, do not misunderstand talent. For example, in a communication system used in the single-mode fiber optic module package 40 km 1550nm 2.5Gbps SFP module, or used in a data system in the 500 meters 10Gbps XFP package 850nm wavelength multimode fiber modules.

Optical fiber
6/16/15  |  Technical Article  |  FiberOnSale.com

Fiber is a core refractive index higher than that of the cladding of the coaxial cylindrical dielectric waveguide. The main component of the core material is doped silica or plastic.

What is Dispersion
6/15/15  |  Technical Article  |  FiberOnSale.com

Dispersion is due to light waves in different frequency components at different transmission speeds to produce a physical effect of different time delays. Digital transmission, dispersion caused by the optical pulse broadening, resulting in around pulse overlap, causing ISI mathematics signals, resulting in increased error rate; for analog transmission, it will limit the bandwidth, harmonic distortion, making SNR system decreases. Dispersion including material dispersion, waveguide dispersion, mode dispersion, polarization mode dispersion, and other.

Optical fiber communication band
6/9/15  |  Technical Article  |  FiberOnSale.com

Optical fiber communication wavelength range: 0.8μm ~ 1.7μm (frequency 1.76 * (10 ^ 14) to 4.75 * (10 ^ 14))

Optical Fiber Communication
6/7/15  |  Technical Article

Optical fiber communication: it refers to the light as an information carrier, optical fiber as the transmission medium of communication. 

Prev 1 2 3 4 5 Next