Gigabit converter Specification:

Provide 1000Mbps port with RJ-45 connector
*Extend the Ethernet distance by converting TP to Fiber-Optic
*Status LEDs for activity & link to easily monitor network activity
*External/Interior power supply

Gigabit converter Specification:
Function index sign: Support the IEEE802.3, IEEE802.3u, IEEE802.3ab protocol
Work mode: Full- duplexes, half duplex auto negotiation
Port support: Multi-mode ( wave-length 850 nm, 1300nm), single mode(wave-length 1310nm, 1550nm)
Transmission distance: Multi-mode: 0.5KM Single mode: 25 Km, 50 Km, 80KM
Port of double twist- wire: NODE\ HUB or SWITCH (5 UTP)
Indication light: PWR(power supply)TPR(TX port receive data) RX(FX port receiving situation ) 10M(Tx port work rate is 10M) 100M(Tx port work rate is 100M) 1000M(Tx port work rate is1000M)
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Gigabit converter Other parameter:
Size: 250mmX150mmX38mm
Weight: 0.854Kg
* Power: AC 90 ~ 240V; DC 5V.2A
Work temperature: 0 to 60
Store temperature: -10 to 70C

Fiber media converter is equipment, which receives data signals, sent via one media, convert the signals and then transmit the signals into another kind of media. Fiber optic media converters can convert the signals sent from copper cable to signals that run on the fiber cable, they are copper to fiber or fiber-to-fiber conversion devices.
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There are single mode converter and multi mode converters, for single mode converter, there are dual fiber type and single fiber type which the fiber cable functions both as transmitting media and receiving media, while for multi mode converter, there are only dual fiber types. Single fiber media converters are also called WDM fiber optic converters.

Working distance of the fiber optic converters are different .for typical multimode fiber optic converters, their working distance max is about 2km, for single mode fiber media converters, their working distance can be 20km, 40km, 60km, 80km and up to 120km.

10Gigabit OM3 Aqua 50/125 Multimode LC to ST Fiber Optic Patch Cable

We supply the LC to ST 10Gigabit OM3 multimode fiber optic cable that can transmit 10G signal. Huihong Tech's 10Gig fiber optic patch cables are designed to meet this requirement ,these LC-ST 10g duplex fiber optic patch cords are with aqua OM3 50/125 fiber glass and they are typically used in 10 Gigabit Ethernet,
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our 10gigabit fiber optic patch cables the bandwidth supported is as specified IEEE802.3z which is for gigbit ethernet. Huihong Tech duplex10gig fiber optic patch cords are manufactured according to TIA-492AAAC-A standard for OM3 cable ,and the typical cable color is as per aqua standard which was developed by Lucent technologies

LC to ST 10Gig OM3 Multimode duplex fiber optic patch cable features:
Support 10 Gigabit data transmitting rates
Connectors are with UPC polish
Ceramic ferrules provide alignment
OM3 50/125 fiber optic glass
Used to connect patch panels and/or network devices that require 50/125 multimode cable.
Fully compliant with international industry standard

Rohs Fiber Optic Patch

RoHS is the short form for the Restriction of the use of certain hazardous substances in electrical and electronic equipment, it was a forced institution made by the European Union. RoHS is made for invironment protection and to protect the health of the products users.


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 RoHS mentioned six types of hazardous substances:Pb,Cd,Hg,Cr6+,PBDE and PBB.RoHS restriction was put into effect in July 1st 2006, since that time, all products imported to EU need to be compliant to RoHS standards.

The hi-tech industry from all over the world has experienced a significant shift in the approach to potentially hazardous materials commonly used in the electronics and hi-tech manufacturing. With the implementation of RoHS and WEEE ,many technology companies have adopted programs to ensure compliance with the necessary directives for environmental sustainability.

32 channel optical video transmission
 32 channel optical video transmission

32 channel optical video transmission pdf

The 32 channel optical video transmission accepts 32 composite video baseband signals via video BNC ports. It then performs a 10-bit linear analog-to-digital conversion on the baseband video signals, multiplexes the resulting PCM data, transmits the data optically via an optical fiber to the de-multiplexer.

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The composite digital video transmitted from the 32 channel optical video transmissions unit, is received and demultiplexed by the de-multiplexer, which is responsible for routing the video data to digital-to-analog converters for output via the four video output BNC port.The 32 channel optical video transmissions are stand-alone unit types and slot card types that is rack-mountable to fit in the chassis.

channel fiber optic video transmission pdf

4 channel fiber optic video transmission pdf

The 4 channel fiber optic video transmission accepts 4 composite video baseband signals via video BNC ports. It then performs a 10-bit linear analog-to-digital conversion on the baseband video signals, multiplexes the resulting PCM data, transmits the data optically via an optical fiber to the de-multiplexer.

The composite digital video transmitted from the 4 channel fiber optic video transmissions unit, is received and demultiplexed by the de-multiplexer, which is responsible for routing the video data to digital-to-analog converters for output via the four video output BNC port.The 4 channel fiber optic video transmissions are stand alone unit types and slot card types that is rack-mountable to fit in the chassis.
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4 channel fiber optic video transmission Feature:
10 Bit Digitally Encoded Transmission
One and Two fiber versions available
NTSC, PAL, SECAM Compatible
Surface Mount Technology
BNC I/O Video Connector
8 PIN Terminal Block Data Connector
ST, FC Optical Connector
Video, DIP selectable PTZ Data Manchester/Biphase, RS-232, RS-422, RS-485 (2 & 4 wire)
DIP Switch Activation of Termination Resistors
Up to 4km/2.5mi on multimode; 56km/35mi on single mode

channel fiber optic video transmission4 channel fiber optic

channel fiber optic video transmission4 channel fiber optic video transmission
The 4 channel fiber optic video transmission accepts 4 composite video baseband signals via video BNC ports. It then performs a 10-bit linear analog-to-digital conversion on the baseband video signals, multiplexes the resulting PCM data, transmits the data optically via an optical fiber to the de-multiplexer.
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8 channel fiber optic video transmitter8 channel fiber optic video transmitter
The 8 channel fiber optic video transmitter accepts 8 composite video baseband signals via video BNC ports. It then performs a 10-bit linear analog-to-digital conversion on the baseband video signals, multiplexes the resulting PCM data, transmits the data optically via an optical fiber to the de-multiplexer.

16 channel optical video receiver16 channel optical video receiver
The 16 channel optical video receiver accepts 16 composite video baseband signals via video BNC ports. It then performs a 10-bit linear analog-to-digital conversion on the baseband video signals, multiplexes the resulting PCM data, transmits the data optically via an optical fiber to the de-multiplexer.

GBIC transceiver is hot pluggable, this feature all

GBIC transceiver is hot pluggable, this feature allows a suitably designed enclosure to be changed from one type of external interface to another simply by plugging in a GBIC having the alternative external interface. The GBIC transceivers are suitable for interconnections in the Gigabit Ethernet hubs and switches environment. The design of these converters is also practical for other high performance, point-to-point communication requiring gigabit or fiber channel interconnections.

GBIC transceiver is hot pluggable, this feature allows a suitably designed enclosure to be changed from one type of external interface to another simply by plugging in a GBIC having the alternative external interface. The GBIC transceivers are suitable for interconnections in the Gigabit Ethernet hubs and switches environment. The design of these converters is also practical for other high performance, point-to-point communication requiring gigabit or fiber channel interconnections.

GBIC transceiver is hot pluggable, this feature allows a suitably designed enclosure to be changed from one type of external interface to another simply by plugging in a GBIC having the alternative external interface. The GBIC transceivers are suitable for interconnections in the Gigabit Ethernet hubs and switches environment. The design of these converters is also practical for other high performance, point-to-point communication requiring gigabit or fiber channel interconnections.

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Features for typical types GBIC modules:

Compliant with Gigabit Interface Converter (GBIC) Revision 5.5

Compliant with proposed specifications for IEEE 802.3z/Gigabit Ethernet

Up to 1.25Gb/s bi-directional data link

Various kinds of wavelength and working distances optional

Extended power supply +3.3/5.0V compatible

Hot pluggable

Low EMI

Low power dissipation

Class 1 Laser Product Compliant with the Requirements of IEC 60825-1 and IEC 60825-2

Remarks of GBIC modules:

When install the GBIC modules, please note at the alignment groove at the side of the transceiver, and make sure it fit for the Ethernet interface slot and try the insertion, sometimes you may need to turn it 180 degree to fit for the interface.

Although GBIC fiber optic transceiver modules are plug and play, we strongly suggest you disconnect all the fiber optic patch cords connected to it before you install or remove it.fiber optic installer pay

Features for typical types GBIC modules:

Compliant with Gigabit Interface Converter (GBIC) Revision 5.5

Compliant with proposed specifications for IEEE 802.3z/Gigabit Ethernet

Up to 1.25Gb/s bi-directional data link

Various kinds of wavelength and working distances optional

Extended power supply +3.3/5.0V compatible

Hot pluggable

Low EMI

Low power dissipation

Class 1 Laser Product Compliant with the Requirements of IEC 60825-1 and IEC 60825-2

Remarks of GBIC modules:

When install the GBIC modules, please note at the alignment groove at the side of the transceiver, and make sure it fit for the Ethernet interface slot and try the insertion, sometimes you may need to turn it 180 degree to fit for the interface.

Although GBIC fiber optic transceiver modules are plug and play, we strongly suggest you disconnect all the fiber optic patch cords connected to it before you install or remove it.

Features for typical types GBIC modules:

Compliant with Gigabit Interface Converter (GBIC) Revision 5.5

Compliant with proposed specifications for IEEE 802.3z/Gigabit Ethernet

Up to 1.25Gb/s bi-directional data link

Various kinds of wavelength and working distances optional

Extended power supply +3.3/5.0V compatible

Hot pluggable

Low EMI

Low power dissipation

Class 1 Laser Product Compliant with the Requirements of IEC 60825-1 and IEC 60825-2

Remarks of GBIC modules:

When install the GBIC modules, please note at the alignment groove at the side of the transceiver, and make sure it fit for the Ethernet interface slot and try the insertion, sometimes you may need to turn it 180 degree to fit for the interface.

Although GBIC fiber optic transceiver modules are plug and play, we strongly suggest you disconnect all the fiber optic patch cords connected to it before you install or remove it.

Fibre Optic Test Equipment

ber optic testers are a series of fiber devices performing testing, troubleshooting and measurement of the fiber devices or fiber network. Testing means to use fiber optic tester to verify a network’s performance characteristics for its compliance with the specifications.

Troubleshooting means to use fiber optic tester to find fault components which may be the cause of the system’s incorrect operation. Measurement means to use fiber optic tester to get parameters of a device or a phenomenon. Below we will give you a basic idea of the fiber optic testers that are commonly used.
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Microscope is a fiber optic tester used to inspect the fiber connector interface, so that we can identify whether the connector end face is well polished and without dirt matter on it. Fiber identifier is a fiber optic tester which actually is a very sensitive photodetector; it can identify the presence and direction of an optical light signal without interrupting the light transmission. Fault locator is a fiber optic tester which injects a visible light into a fiber so that user could visually find where the possible fault is.

Light source is a fiber optic tester which generates a calibrated and constant light power. Power meter is a fiber optic tester used to measure the average power emanating from a fiber or from a source, power meter and light sources are usually used together. OTDR is a fiber optic tester that can be regarded as optical radar, it is a powerful and easy to use fiber optic tester. power meter and OTDR are two basic equipment for fiber test job.

What is Insertion Loss?

When light travels out of the port on your hardware into the fiber optic cable, some of it is lost in the transition.  The amount that is lost is referred to as Insertion Loss.

You want as little Insertion Loss as possible
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Do you need UPC?

Most of our customers are simply looking to minimize Insertion Loss and maximize Return Loss.  This means they want as much light as possible to pass through the fiber to its destination and as little light as possible to bounce back to its source.  For most applications, UPC will provide this for you.  However, in some circumstances, you need more Return Loss than UPC can offer.  That is when you use APC.  If you have green connectors on your fiber or devices, you may need APC.

Your advantages at a glance

Your advantages at a glance
Shortest switching times
Long-term stability
Low losses
Polarization-maintaining
Full-matrix/non-blocking matrix
High optical performance
Almost any fiber usable
350 nm – 1,650 nm with single mode fibers
200 nm – 2,400 nm with multimode fibers
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Fiber optical splitters

Fiber optical splitters for multimode applications
LEONI Fiber Optics utilizes a photolithographic chip technology to develop and produce planar lightwave circuits (PLC).

Your advantages at a glance
Broadband transmission spectrum from 400 nm to 1,700 nm
Extremely low backscattering (important for metrology applications)
Low insertion loss
High reproducibility
Good uniformity for the individual outputs
Customer-specific input/output ratios
Customer-specific connector variants
Customer-specific housing designs

Biocompatible materials
Medical laser probe assemblies
Worldwide presence

OEM & ODM service & development partner
Off-the-shelf products available for distribution
Worldwide distribution opportunities are available. Contact us to see if your company qualifies.
Quality

Quality management system certified according to ISO 9001, ISO 13485 and 21 CFR part 820
Regulatory Affairs
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Offering support for the approval or market clearance of our medical laser probes in your target markets, e.g. in Europe, North America and Asia
Products CE marked according to medical device directive 93/42/EEC
FDA Reg. No 300512587 & 3007336385, various FDA cleared products
CFDA approved products available

Space-saving cable construction with small outer diameters

Hybrid cables

Multifunctional cables with various cable elements

A wide variety of cable elements can be combined within our hybrid cables, including copper buffered fibers, optical fibers, coaxial cables, shielded pairs, as well as data/control/supply lines. Combinations of different fibers, such as single-mode with multimode fibers, are also possible within one cable.

Your advantages at a glance

Space-saving cable construction with small outer diameters
Time-saving installation with connector-ready cable assemblies
Connect multiple applications with one cable
Individual cable designs from 1 km minimum order length

Example of a multi-branched fiber bundle

Silica fiber bundles
Example of a multi-branched fiber bundle
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Fused Silica fiber bundles
To match the wavelength deployed, LEONI manufactures customer-specific fiber bundles in its own drawing plant for the UV-VIS (high OH Fused Silica) and VIS-IR (low OH Fused Silica) ranges. The bundle diameters are produced individually to customer specifications. In addition to standard lengths and diameters, the fiber bundles can also be supplied as assembled optical waveguides with polished end faces.
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Your advantages at a glance
Fiber bundles with core diameters from 50 µm and lengths to 20 m
Highly flexible
Low-loss
For light transmission in the UV or IR range
Individual fiber design

Optical glass fiber bundles

Example of a multi-branched fiber bundle

Example of a multi-branched fiber bundle

FiberUnit series

Bundled multimode and singlemode fiber units
FiberUnits combine singlemode and multimode high-performance fibers for high-efficiency cabling solutions.
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Your advantages at a glance
For cost-optimized cable manufacturing
Microcable as a preliminary product for cable manufacture
Option of outsourcing the FiberUnit packing (microcable) manufacturing step for cable manufacturers

High packing density in cable manufacturing
Protective, easily removable acrylate cladding
Various fiber designs in standard color code or with individual colors and rings for easy distinguishability of individual fibers
Lower outer diameter, very light and highly bendable

Many fiber cables for data transmission have been laid

Nowadays, many fiber cables for data transmission have been laid down which are not or not yet used. This is partly because burying a fiber is much cheaper when a channel in the ground is already opened e.g. for laying electrical cables. One may prefer the risk of never used fiber cables over the other risk that additional groundwork will be required later on.

There are also many “dark fibers” within fiber cables, i.e., fibers which are not (yet) used. They may be held in reserve for future use.
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In laboratory and industrial setups, fiber cables are often convenient for transporting light from a source to an application – for example, from a high-power fiber laser to a welding robot in a car factory, or from an optical sampling head to a measurement instrument. For short-distance transmission of low optical powers, fiber patch cables are often used.

Suppliers
The RP Photonics Buyer's Guide contains 98 suppliers for fiber cables. Among them:

Schäfter + Kirchhofffiber cables
Schäfter + Kirchhoff
We offer single-mode, polarization-maintaining or multimode fiber cables.

Choose your diameter – Single strand, multimode fiber optic cabl

Choose your diameter – Single strand, multimode fiber optic cables are available with SMA 905 connectors, ¼ inch diameter steel mono-coil armor with black PVC jacket. Sizes include 400, 600, or 1000µm core diameters.  For StellarNet systems the 600um fiber diameter is most popular as it is robust enough to roll over in your lab chair yet provides high light signal to your spectrometer. 1000um diameter fiber provides the best signal strength yet can be fragile and should not be handled by undergraduates

Solarization Resistant options- Solarization resistant fibers (-SR) available for deep UV applications below 400nm available in all diameters. Range:190-1100 nm
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VIS-NIR options – Low OH fibers are needed for VIS-NIR applications. They offer lowest possible internal light attenuation. Intended for applications with long fiber lengths, available in all diameters. Range:400-2200 nm

NEW! DSR Broadband options- Broad spectrum and solarization resistant for UV,VIS, & NIR applications.  Best of both worlds for applications needing UV and far NIR throughput. Range:190-2200nm

Standard lengths are 1 and 2 meters

Custom lengths are available with a minimum price of a 1 meter fiber (extra delivery time also)

Specialty fibers & connectors are available for various applications. Y-cables to couple 2 spectrometer systems, Y-bundled cables to couple 2 light sources, 1 to 3 splitter cables, and all types of custom fibers and connectors to meet your application.

The secret sauce of all of this is the precise

The secret sauce of all of this is the precise controlling of the timing and temperature of the draw; that’s what gets the pristine transparency and low signal loss that communicators want. “If you do something very abrupt with glass, the material is not homogeneous anymore,”

Mazzali said, because the chemicals will clump up and you’ll lose the architecture that has been carefully engineered into the glass. Any variations in density—however minor—will cause the light to scatter. And scatter means loss.

Mazzali led me into the wide white hall outside the prototype demo room to take the elevator to a higher floor of the R&D lab. As we went up, he told me what was about to happen. “We’re going to need safety glasses.” We came out of the elevator, put on the glasses, and looked up at a big steel box with one side missing. “What comes after the blank?” Mazzali quizzed me.
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I tried hard to remember what he had told me minutes before: “You’ve got the big thick thing, and then you take out all the moisture and all the impurities and slenderize it,” I gamely responded. Mazzali pointed out a clear post-processing glass tube, with the core visible. “After you have that piece of glass, what’s the next step?” He was enjoying being the teacher. “You draw, the globule comes first, and then the very skinny stuff comes next,” I said, gabbling a bit.