10/100Base Dual Fiber Media Converter

10/100base dual fiber media converter is the conversion equipment of Ethernet optical-electronic signals between 10/100M UTP interface (TX) and 100M Fiber interface (FX). The traditional 10/100M Fast Ethernet can be extended to the distance of 120km through optical fiber link. The 10/100base dual fiber media converters are with reasonable price are especially designed for network users.
 
10/100base dual fiber media converters main features
1. Auto negotiation function allows UTP port to select the transmission mode of 10/100M and Full
Duplex or Half Duplex.
2. UTP port supports MDI / MDI-X auto crossover.
3. Multiple optical interfaces to be chosen: SC, ST or FC, single mode / multimode
4. Supporting 1552 Byte packet
5. Internal circuit of prevented thunder could greatly reduce damage of the converter caused by thunderbolt induction.
6. Design of internal or external power supply for selection by users
 
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10/100base dual fiber media converter Technical Specifications
* Operating standards: IEEE802. 3u, 10/100Base-TX and 100Base-FX
* MAC address table: 1K
* Connector: UTP: RJ-45 10/100Mbps; Fiber: ST/SC/FC 100Mbps
* Cable:
UTP: Cat. 5 UTP (the max distance up to 100m)
Fiber (Multimode): 50/125, 62. 5/125μm (the max distance up to 2km or 5km)
Fiber (Single mode): 8. 3/125, 8. 7/125, 9/125, 10/125μm (the max distance up to 20 -120km)
* Flow Control
Full Duplex: Supporting standard IEEE802. 3x
Half Duplex: Back pressure
* LED: Power, FX FDX, FX Link/Act, TX 100, TX FDX, TX Link/Act.
* Power: AC 90 ~ 240V; DC 5V.1A
* Ambient Temperature: 0 ~ 70º C
* Humidity: 5 ~ 90%

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

We supply the ST 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 ST-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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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

ST 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

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

We supply the SC to SC 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 SC-SC 10g duplex fiber optic patch cords are with aqua OM3 50/125

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fiber glass and they are typically used in 10 Gigabit Ethernet,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

SC to SC 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
Fulfill high bandwidth needs

Output optical power: more than-12dBm

Data Performance
Data Rate DC to 115 kbs (RS-232, RS-422; RS-485)
Bit Error Rate 10-9

Indicators
Video Data ERR Presence LED
Video Data SYNC Presence LED
Power PWR Presence LEDs
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Optical interface
Bit Rate Over Fiber: 1.25Gbps
Output optical power: more than-12dBm
Wavelength T to R:1310nm
Wavelength R to T:1550nm
Receiver style: PINFET
Receiving sensitivity: less than -22 dBm
Light linker style: FC ST
Transmission distance: up to 80km

Ethernet interface (optional)
Standard: comply with IEEE802.3 standard
Data rate:100Mbps
Interface rate:10-100Mbps auto-negotiation
Interface mode: Half-full duplex auto-negotiation
Interface connector:RJ45

16 channel optical video transmitter and receiver

Power supply
Requirements Voltage:DC5V1A
Source: Power Supply or Chassis Backplane
Power consumption: less than 10W

Environment
Working temperature: -20°C-+70°C
Storage temperature: -40°C~+80°C
Relative humidity: 5%~95 %
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16 channel optical video receiver
 16 channel optical video receiver

16 channel optical video transmitter and receiver pdf

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.

We are China manufacturer and China supplier of the digita

We are China manufacturer and China supplier of the digital video optical transmitters and receivers


2 channel fiber optic video transceiver
 2 channel fiber optic video transceiver

2 channel fiber optic video transceiver pdf

The 2 channel fiber optic video transceiver accepts 2 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(receiver).
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The composite digital video transmitted from the 2 channel fiber-optic video transceivers unit, is received and demultiplexed by the de-multiplexer(receiver), which is responsible for routing the video data to digital-to-analog converters for output via the four video output BNC port. The 2 channel fiber-optic video transceivers are stand-alone unit types and slot card types that is rack-mountable to fit in the chassis.

channel fiber optic video multiplexer Feature:

1 channel fiber optic video multiplexer 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
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1 channel fiber optic video multiplexer Specifications：
Video Performance
Video Format: NTSC, PAL, SECAM
Video In/Output Impedance 75 Ohm (unbalanced)
Video In/Output Voltage 1.0V p-p typ, 1.5V max
Frequency Response 5Hz to 6.5MHz
Differential Gain (10-90% APL) < 0.7% typ
Differential Phase (10-90% APL) < 0.7° typ
Signal to Noise Ratio > 67dB (weighted)
Encoding 10 Bit linear PCM
Sampling Rate:16MHz

Fiber Identifier Catalogue in PDFpdf catalogue

Fiber Identifier

Fiber Identifier Catalogue in PDFpdf catalogue (107 KB)
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Fiber identifier is an essential installation and maintenance instrument which can identify the optical fiber by detecting the optical signals transmitted through them,during this process the fiber optic identifier generate no harm or damage to the fiber cable and it do not need opening the fiber at the splice point for identification or interrupting the service.This fiber identifier detects frequency tones at 270Hz, 1KHZ, 2KHZ, when traffic is present on the fiber under test, an audible tone can be heard. In the meantime, it can identify the traffic direction that indicated by LED with illumination.

This optical fiber identifier features core power display of the fibers (-30~+5dBm),low bending loss and high efficient output,easy to replace adaptors,hand held type,portable, compact size ,small weight and easy-to-use, it is a wonderful and much economic tool used in fiber optic network maintenance.

Specifications:
Identified Wavelength Range 900-1650 nm
Identified Signal Type CW, 270Hz +-5%,1kHz+-5%,2kHz+-5%
Detector Type Ø1mm InGaAs 2pcs
Adapter Type Ø0.25 (Applicable for Bare Fiber)
Ø0.9 (Applicable for Ø0.9 Cable )
Ø2.0 (Applicable for Ø2.0 Cable )
Ø3.0 (Applicable for Ø3.0 Cable )
Signal Direction Left & Right LED
Optical Power Reading -30 to 5dBm
Signal Frequency 270Hz, 1kHz, 2kHz
Power Supply One 9V Alkaline battery
Operating Temperature 0 to +50
Storage Temperature  10 to +70
Dimension (mm) 196*35*3

Technologies Limited specializes in fiber optic cable

Huihong Technologies Limited specializes in fiber optic cable assemblies and fiber optic network devices manufacturing since 1995, we are known as the fiber optic cable manufacturer for the excellent products quality, competitive prices, fast delivery and good service.

We not only offer OEM fiber optic cable assemblies to some world leading companies in this industry, but we also cooperate with many other companies from all over the world and support these partners to win in the market. We are professional China fiber optic company.

Here are the advantages of our partners:
Fast and always on time delivery. We always keep our words for on time delivery for the fiber optic cables and devices. Our products include single mode fiber optic cables and multimode fiber optic cables .
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Excellent products quality. Our products are known for the good quality, some world leading companies choose us as their supplier for fiber optic cable and equipment. We are proud of having been offering our partners with stable good quality fiber optic products.

We offer good fiber optic cable prices. our products include various kinds of riser fiber optic cables , plenum fiber optic cables and lszh fiber optic cables

Polishing discs and foils

For assembly or repair

High-quality polishing discs for various connector types for assembly or repair, plus polishing foils matching the connector or fiber material with various polishing substances for various connector materials (metal, plastic, ceramic).
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Fiber manufacturing and engineering

First-class system solutions for optical fiber manufacturing facilities
Your advantages at a glance
Process and facility competencies from a single source
Comprehensive development and services package for customer solutions at the very highest level
Success-oriented, practice-focused service portfolio
Long experience in optical fiber manufacturing facility engineering
Innovative system solutions
Comprehensive product support
Engineering, design and manufacturing from a single tier one partner
Certified quality management
A head start in expertise with technological know-how and long experience

Arrays/ Cross-section converters

Arrays/ Cross-section converters

Fiber arrays, linear arrays and V-groove arrays for single- and multimode applications
Fiber arrays are suitable for fiber optical switch applications, for example, and in sensor technology, printing machinery, for coupling to splitters, and in free-space optics.

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Your advantages at a glance
Customer-specific number of fibers
Customer-specific pitch
Special fiber assembly
Non-linear configuration

Cables with special fibers

Cables with special fibers

Customer-specific designs tailored to your application

Alongside the standard silica fibers for data transmission, we can also offer special fiber types with a corresponding cable design. There are essentially no limits here.

Thanks to our vertical integration from raw materials and fibers to cables, we can accommodate your specific requirements.
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Your advantages at a glance
A unique value chain from the raw material to the fiber optic cable
Catering to your specific requirements at every stage in our value chain
Customer-specific solutions from 1 km

CPR-approved cable types

Your advantages at a glance
Cost savings
High packing density, small cable design, considerable space savings
Direct assembly possible with MPO/MTP® connectors
CPR-approved cable types
Small bending radius
Can be worked dry
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U-DQ universal cables

Easy to install fiber optic cables for indoor and outdoor use
Universal cables can be deployed for both indoor and outdoor applications. These cables must be able to handle outdoor operating conditions such as moisture as well as the fire safety requirements for indoor areas.

HPCS and PCS fibers

HPCS and PCS fibers

Hard plastic-clad silica and plastic-clad silica fibers – optical fibers with Fused Silica core and plastic optical cladding

Alongside the widely prevalent silica/silica fibers, another fiber type features an optical core made from Fused Silica with plastic optical cladding. The essential advantage of this design compared to the conventional design is the enhanced numerical aperture,
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 which can be configured up to a value of 0.49. The fibers permit low- to medium-power laser transmission with relatively low losses over short distances and offer an economical alternative to silica/silica fiber.

Your advantages at a glance
Customer-specific fiber design
High, customer-specific numerical aperture configurable up to 0.49
Economical

What are the Advantages of Fiber Optic Cables?

While you could invest in long distance copper cabling, fiber optic cables have several advantages. A fiber optic network has a significant advantage over copper cabling due to being able to support a larger bandwidth.

So, they support a higher capacity. With copper cabling, you may experience signal loss or need a signal booster. Fiber optic cables allow light to travel much further, limiting the need for boosters.

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If you are looking for a boost in connectivity and more bandwidth, connecting to a fiber optic network is the solution.

 Fiber optic cables offer solutions that copper cabling can not compete with. Choose fiber optic cables to ensure you are operating at top speeds and maximizing connectivity.

OFC cables are conductive (C) fiber cables,

OFC cables are conductive (C) fiber cables, i.e., cables containing metals in strengthening structures (which are not used for electrical connections). In contrast, OFN cables are non-conductive and therefore fully insulating.

Riser cables, marked with an additional “R” (e.g., OFCR or OFNR), are used for connections between different levels of a building (vertical shafts). They are optimized such that they do not support the spread of fire between different floors.

Plenum cables, marked with an additional “P” (e.g., OFCP or OFNP), are used in plenum or air-handling spaces – for example, for cables running along ceilings or ventilation ducks. When exposed to fire, they should not produce too much smoke and should be flame-retardant.
General purpose cables are marked with a “G”, e.g. OFCG or OFNG.
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The above mentioned codes do not specify optical properties of the contained fibers; these can be single-mode or multimode fibers, for example, of any type.

Other Elements of Fiber Cable Specifications
Various elements are often encountered n the nomenclature and specifications of fiber cables:

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2. Loose- and tight-structure fiber-optic cables either permit or don’t permit movement between the strength member and out jacket of the cable.

In addition to understanding some basics of handling fiber-optic cable, including the use of pull-proof connectors with loose-structure cable and non-pull-proof connectors with tight-structure cable, where tight and loose are defined as whether movement is permitted between the outer jacket and the strength member (Fig. 2), there’s also the all-important consideration of bend radius.
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 While this is a concern for Quadrax cables, too, it’s a far greater one for the more delicate optical cable because time-to-failure decreases precipitously with increasing bend stress. Much of this can be ameliorated with the addition of service loops, along with a scrupulous adherence to maintaining the fiber bend radius larger than one inch during installation in addition to final dressing and operation.

However, there’s more than one way to “bend” a fiber, and both installation and thermal cycling can result in internal stresses within the cable that create compression “ripples.” In other words, multiple bends may occur within the body of the cable of extremely small radius, which greatly increases the possibility of cable failure.

Fiber Patch Cord

Fiber Patch Cord

A fiber patch cord (also known as the fiber patch cable or the optical jumper) is much needed for indoor uses for server rooms or even a data center.

It is a length of fiber that ends with fiber optic connectors connected at each end. With the connectors it allows the patch cord to connect to an optical switch, it is very reliable with its security and adaptability.
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Single-mode cables are known as OS1 and OS2, they have the exterior color yellow whereas the multi-mode (OM1 and OM2) are orange and (OM3 and OM4) aqua or violet which is used with some vendors for OM4.

Finally, a blue-colored patch cord is usually used to designate polarization-maintaining optical fiber.

An SMF patch cord (single-mode fiber) will have a diameter of 8-10 µm this will allow a single mode of transmission to occur and result in signals being carried at a much faster speed without the need to force it.

That white tube, called a blank

That white tube, called a blank, already has most of the attributes of the end product; all the ways that glass will treat light are already built in. “When you make that,” Mazzali said, “you know exactly that that fiber will have that dispersion, that attenuation, that geometry, all that.”

When companies transform the blank by pulling or “drawing” it into a single skinny glass strand thousands of kilometers long (think of pulling a very long single strand from a thick skein of wool), all they’re doing is making the chunky blank thinner.

Mazzali was warming to his task. “Now,” he said, “you have to transform this coarse white thing into glass.” The fat tube certainly did not look like glass to me. “So now we go to the next step, consolidation.”
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Consolidation involves placing the chalky thick blank into a giant furnace. The heat gets all the water out of the blank, and then the material starts to consolidate, or “sinter.” This sintering step transforms it into a transparent and smaller thing that is labeled a “preform.”

Mazzali handed me a sample transformed preform, sleek and transparent, about the same size as a very large salami from a local supermarket. The ceramic rod on which the soot had been printed was gone.