I have tried to know the Punch down tool and get imformation from Wikipedia. It’s not interesting but necessary to our works in fiber optic areas. A punch down tool is also called a punchdown tool or a krone tool. You can also call it this name krone punch down tool if you like. It’s a small hand tool used by telecommunication and network technicians for inserting wire into insulation-displacement connectors on punch down blocks, patch panels, keystone modules, and surface mount boxes.

When krone punch down tool compare prices, we FiberStore supply the krone punch down Tool with competitive price which is the cheapest in thee peers. For more information, please contact our sales representative right now from “krone punch down tool buy“. Save your time & money for your business or project in Fiberstore!

Now let me introduce it to you. Most punch down tools are of the impact type, consisting of a handle, an internal spring mechanism, and a removable slotted blade. To use the punch down tool, a wire is pre-positioned into a slotted post, and then the punch down tool is pressed down on top of the wire, over the post. Once the required pressure is reached, the internal spring is triggered, and the blade pushes the wire into the slot, cutting the insulation, and securing the wire. For light-duty use, there are also less expensive punch down tools with fixed blades and no impact mechanism. To accommodate different connector types, 66, 110, BIX and krone require different blades. Removable blades for 66 or 110 are often double-ended, with one end that only inserts the wire for daisy-chain wiring from post to post, and another end that inserts wire and trims the excess length for termination at a post. The trimming blade cutting edge works against the plastic insulating post. Krone blades require a separate scissor-like mechanism for trimming the wire.

To know more about the punch down tool, I select one of our products to explain in details.

Name:Krone-LSA-PLUS Insertion/Punch Down Tool

Features:
1.Combined the impacted punch down and torque tool function

2.Build-in screwdriver & wire- pull function

3.The LSA-Plus insertion tool with sensor is the key to unparalleled contact reliability and guarantees fast and clean working.

4.Simply applying pressure with the tool enables the wire to be trimmed and connected in a gas-tight connection in a single action.

Fiber-optic network is used more and more nowadays. To complete the conversion of the optical fiber signal, we need a fiber optic modem at first. One of these products is RS-232 to Fiber Converter. Fiber optic modem provides RS-232/485/422 serial to fiber. It’s the best choice to host or distributed data acquisition system controller connected to the remote terminal unit. The product uses optical fiber as the transmission medium, to improve the system transmission performance, avoid harsh environments lightning surges and electromagnetic interference threat to communications equipment. Edit this section worksThe baseband modem (digital modem) transmit, receive, control, interface, operating panel and power supply and other components. Data terminal equipment in binary form of a serial signal to provide the data transmitted via the interface is converted to an internal logic level is fed to the transmitting section line requirements of the signal modulated by the modulating circuit is transmitted to the line. The receiving portion receives a signal from the line, after filtering, the restored after the reverse modulation, level conversion into a digital signal fed to the digital terminal equipment. Optical modem is a device similar to the baseband modem, baseband modem access fiber green, optical signal. Support point-to-point or loop (point-to-multipoint) connections. Supports RS-232, RS-422, RS-485 interface. Communication speed up to 120KBPS. Support 2-wire (half duplex) and 4-wire (full duplex) RS-485 work. Supports RS-232, RS-422, RS-485 multiple asynchronous communications protocol. FC, ST, SC fiber interface. Use multimode fiber working distance of up to 4KM. The use of single-mode fiber working distance up to 20KM.

Patch Cables are needed when we link the fiber-optic network fittings. Fiberstore recommend you multimode om3 simplex patch cord such as FC/FC 10G OM3 Simplex Patch Cables, a kind of OM3 Patch Cable, with high return loss and low insertion loss. The FC connectors used in our patch cords are designed to NTT-FC* standards with high quality zirconia ferrules and non-optical disconnect performance. The FC/FC OM3 10G fiber patch cables are with FC connectors at the ends of them. We supply FC/FC 10G OM3 simplex fiber patch cables with custom length and cable diameters. These cables are always applied in Fiber Optic Telecommunications and High speed transmission systems. They are fully compatible with existing FC hardware. Fiber Patch Cables also known as fiber jumpers or fiber patch cords.Fiber optic patch cable is one of most commonly used components in fiber optic network. 10G fiber optic patch cables provide 10 gigabit data transfer speeds in high bandwidth applications 5 times faster than standard 50um fiber cable. Works with both VCSEL laser and LED sources. Our 10G fiber optic patch cables are 100% optically tested for maximum performance. We have all lengths and connectors available.

Under normal circumstances, above two is enough for fiber-optic network. But in some of the more specialized field, a Punch Down Tool may be used too. Punch Down Tool, also called krone punch down tool, is a smallhand tool used by telecommunication and network technicians.It is used for inserting wire into insulation-displacement connectors on punch down blocks, patch panels, keystone modules, and surface mount boxes.Most punch down tools are of the impact type, consisting of a handle, an internal spring mechanism, and a removable slotted blade.FiberStore supply the Krone Punch Down Tool with competitive price. For more information, please contact our sales representative right now.

Fiber optic cable splicing process needs some important tools.

First, a Fusion Splicer is essential. Fiberstore recommend swift f1 fusion splicer——New Ilsintech Swift-F1 All in One Fusion Splicer. Swift F1 is the highly sophisticated and integrated clad alignment fusion splicer, which has been designed to perform the major 5 multifunctional features systematically: heating, stripping, cleaning, cleaving, splicing and sleeving. The Swift F1 has been designed for fusion splicing and splice-on connector (Swift Connector) of FTTH network applications. The structural and complementary features of Swift F1 have been applied to the design of Swift Connectors to resolve the problems of mechanical connectors in past: low quality, weak durability and high maintenance cost. Swift F1 has turned around the way that the connector users, who were used to thinking previously, as from the installation and maintenance costs of splice-on connector, had been more expensive than a mechanical connector to more cost effective than mechanical connector purchasing cost of splice-on connector. Swift F1 is a versatile fusion splicer which can perform all kinds of FTTH fusion splicing for the ordinary 0.25mm, 0.9mm, 2mm~3mm cable, indoor cable and others splicing connectors. All in all, this Swift-F1 is a revolution of a splicer.

Second,a Fiber Cable Stripper is indeed needed. Fiberstore supply many types of fiber strippers. The fibre optic strippers play an important role in fiber optic cable splicing process. A good quality fiber stripper will safely and efficiently remove the outside jacket from an optical fiber cable, and can help you speed up the process of performing fiber network maintenance work and avoid excessive network downtime. Only with a properly strip of the fiber cable jacket can make an undamaged exposed fiber which is also a must for successful splicing of two optical fibers. Explore the stripping tools below to find exactly what you need. For more information, please contact our sales representative right now. Save your time & money for your business or project !

At last, fiber adapters will be used in the connection of the two parts. A fiber adapter (also called as flange) is a fiber connection component. It includes many varieties such as FC, SC, ST, LC and MTRJ. Fiber adapters are widely used in ODF, fiber transmission equipment and instrument etc. All of them, FC to FC fiber adapters are used very ofen. We supply LC, FC, SC, ST and MTRJ fiber optic adapters, including simplex, duplex and quad types; these Simplex or Duplex Multimode or Single-mode or 10G OM3 Adapter come with flange and are Zirconia. You can buy fiber optic connection products on our store with your confidence. All of fiber optics supplies with high quality but low price.

FiberStore.COM is a Fiber Optic Communication Supplier From China. As the best fiber optics supplier, FiberStore provide a wide range of optical-fiber options so that our customers have the flexibility to choose a cable plant to best fit their needs. Only optical fiber that meets or exceeds industry standards is used to ensure quality products with best-in-class performance.

We are now supplying fiber optic cable sale. There are outdoor fiber optic cable,indoor fiber optic cable,FTTH fiber cables and fiber armored cable. For example,outdoor fiber optic cable is made to protect the optical fiber to operate safely in complicated outdoor environment. Most outdoor fiber cables are loose buffer design, with the strengthen member in the middle of the whole cable, the loose tubes surround the central strength member. Inside the loose tube there is waterproof gel filled, whole cable materials used and gels inside cable between the different components (not only inside loose tube) will help make the whole cable resist of water. We supply various kinds outdoor use fiber cables including both armored type and not armored type; these cables are competitive on prices and fast delivery.

We also have Fiber Media converters. Fiber Media converter can be used anywhere in the network to integrate newer technology with existing equipment to support new applications, technologies and future growth. Instead of costly, across-the-board upgrades, media converters can extend the productive life of the existing cabling as well as the active equipment.

FiberStore supply 10/100Base Media Converters, Gigabit 10/100/1000Base Media Converter,SFP Fiber Media Converter, Options in singlemode dual fiber, multimode dual fiber and singlemode single fiber. We also supply Media Coverter Chassis, like 14 slot media converter chassis and 16 slot media converter chassis, used to manage the various media converters. We have whatever you want here.

Fiber splice closure is a fiber management products typically used with outdoor fiber optical cables. Fiber optic splice closure is usually used with outdoor fiber optic cables and they provide space for the outdoor fiber optic cables to be spliced together. The fiber optic splice closures and the fiber trays inside will protect the spliced fiber and the joint parts of the outdoor fiber cables. Generally the fiber optic splice closures are dome type and horizontal types. Horizontal splice closures are more used. Cross connect cabinet(Outdoor Distribution Boxes) and wall mount network cabinet(network cabinets wall mounted) are parts of fiber splice closure.

As a example of Outdoor Distribution Boxes, Fibre Optic Stainless Steel 96 Core Outdoor Cable Distribution Box is designed for the connection between the Optical fiber cable and the main points, and it is a kind of port device. It has the function of direct or indirect connection, coiling, storage, and dispatching on the fiber cable .

It should be noted that fiber splice closures and trays are used for housing, organizing and protecting single or mass fusion fiber splices. Completely modular in design, the system offers total flexibility to meet the evolving requirements of worldwide fiber optic networks. Fiber optic splice closure is the equipment used to offer room for fusion splicing optical fibers. It also provides protection for fused fiber joint point and fiber cables. There are mainly two types of closures: vertical type and horizontal type. A large variety of fiber splice closures are designed for different applications, such as aerial, duct fiber cables and direct burial. Generally speaking, they are usually used in outdoor environment, even underwater.

To install fiber splice closure, we need a split wire loom to link the elements together. There are colored wire loom, split wire loom and onvoluted tubing which we can choose from. Colored wire loom are used in wide-range applications. Split Wire Loom can be used as cable protector and cable organizer at the same time. This cable organizer is very efficient if there’s an instance where you have to add another wire subsequently, you can just easily slip it into the split wire loom without having to remove the whole cable or wire bundles. Buy colored wire loom and other cable organizer such as Cable Ties, Cable Identification from our store with confidence.

What’s WDM? It’s short for Division Multiplexing Wavelength technology. A WDM system uses a multiplexer at the transmitter to join the signals together, and a demultiplexer at the receiver to split them apart. It contains DWDM and CWDM.

DWDM is short for Dense Wavelength Division Multiplexing, an optical technology used to increase bandwidth over existing fiber optic backbones.DWDM transmission technique through optical fiber using the C band (1550 nm). That is a multiplexing method very similar to the frequency division multiplexing is used in electromagnetic transmission means. Several carrier signals (optical) are transmitted by a single optical fiber using different wavelengths of laser beam each. Each optical carrier is an optical channel that can be treated independently of other channels that share the medium (fiber optic) and contain different types of traffic. In this way can multiply the effective bandwidth of the optical fiber, so as to provide bidirectional communications. This is a very attractive transmission technique for telecom operators by allowing them to increase capacity without additional wiring or trenching. To transmit using DWDM is needed from complementary devices: a transmitter side muxer y demuxer at a receiver side it.

DWDM modules inlcude DWDM demux(mux) module and DWDM OADM module. As for DWDM demux(mux), the common configuration is 2CH, 4CH, 8CH, 16 CH, 32CH, 40CH channels. They are available in the form of Plastic ABS module cassette, 19″ rack mountable box or standard LGX box. And no matter what kind of connectors, like FC, ST, SC, LC etc, all are available on our website, and we also can mix connector on one device. A key advantage to DWDM is that it’s protocol- and bit-rate-independent. DWDM-based networks can transmit data in IP, ATM, SONET /SDH, and Ethernet, and handle bit rates between 100 Mb/s and 2.5 Gb/s. Therefore, DWDM-based networks can carry different types of traffic at different speeds over an optical channel.

CWDM is short for Coarse Wavelength Division Multiplexing. Originally, the term “coarse wavelength division multiplexing” was fairly generic, and meant a number of different things. In general, these things shared the fact that the choice of channel spacings and frequency stability was such that erbium doped fiber amplifiers could not be utilized. Prior to the relatively recent ITU standardization of the term, one common meaning for coarse WDM meant two (or possibly more) signals multiplexed onto a single fiber, where one signal was in the 1550 nm band, and the other in the 1310 nm band.

CWDM modules include CWDM mux/demux module and CWDM OADM module. The common configuration of CWDM mux/demux module is 2CH, 4CH, 8CH, 16CH, 18CH CWDM mux/demux module. 3 Single fiber or dual fiber connection for CWDM Mux/demux are available. Accordingly, they have two important characteristics inherent in systems employing CWDM optical components which allow easier and therefore also cheaper than in DWDM systems. CWDM is very simple in terms of network design, implementation, and operation. CWDM works with few parameters that need optimization by the user, while DWDM systems require complex calculations of balance of power per channel, which is further complicated when channels are added and removed or when it is used in DWDM networks ring, especially when systems incorporate optical amplifiers.

Fiber Optic Test Light which working with ST SC FC and more connectors,can test all kinds of Fiber either with the connector or bulk. It’s a kind of Fiber Optic Light Source which is used as a Fiber Optic Tester very much. It’s a necessity for performing fiber optic network testing to measure the fibre optical loss for both single mode fiber cable and multimode fiber cables. And there is a very simple tool called Fiber Optic Test Light. It shines light throught fiber to check for breaks or correct fiber. Though it’s a simple test tool,sometimes that’s all you need because it can excellent addition to any technicians tool kit.

This fiber optical visual light source can provide wavelength output according to the specific requirements including the 650nm red source, 1310nm/1550nm wavelength for the single mode fiber and 850nm/1300nm wavelength for the multimode fiber. Usually the optical light source is used with the fiber optic power meters,they act as an economic and efficient solution for the fiber optic network works. For example,one of the products is called JW3111-3 Fiber Optical Light Source (650/850/1300nm).It is a handheld optical light source, newly released in 2007. It can provide 1 to 6 wavelengths output to satisfy specific requirements including the 650nm visible light source and the 1310/1550nm wavelengths for single mode fiber or the 850/1300nm wavelengths for multimode fiber, as well as other wavelengths according to customer’s needs. Together with the JW3211 optical power meter, it is a perfect solution for fiber optic network applications.

Fiberstore supplies the fiber optic light sources with different working wavelength, and these handheld fiber optic light sources are good prices and fast delivery. Fiber Optic Light Sources for testing fiber optic cables are available from us with good prices. We are professional Light Sources suppliers providing good price Light Sources for you. Fiber optic light source is usually used with the power meters, they can perform the basic test of the fiber optic systems.They are designed to cover a variety of wavelength ranges to suit all optical testing needs and usually the optical light sources are used with the fiber optic power meter to test the fiber system loss. Light sources are offered in a variety of types including LED, halogen and laser. Fiber Optic Light Sources can be used in conjunction with the Power Meter to provide a very accurate and reliable attenuation test solution.

Fiber Optic Test Light which working with ST SC FC and more connectors,can test all kinds of Fiber either with the connector or bulk. It’s a kind of Fiber Optic Light Source which is used as a Fiber Optic Tester very much. It’s a necessity for performing fiber optic network testing to measure the fibre optical loss for both single mode fiber cable and multimode fiber cables. And there is a very simple tool called Fiber Optic Test Light. It shines light throught fiber to check for breaks or correct fiber. Though it’s a simple test tool,sometimes that’s all you need because it can excellent addition to any technicians tool kit.

This fiber optical visual light source can provide wavelength output according to the specific requirements including the 650nm red source, 1310nm/1550nm wavelength for the single mode fiber and 850nm/1300nm wavelength for the multimode fiber. Usually the optical light source is used with the fiber optic power meters,they act as an economic and efficient solution for the fiber optic network works. For example,one of the products is called JW3111-3 Fiber Optical Light Source (650/850/1300nm).It is a handheld optical light source, newly released in 2007. It can provide 1 to 6 wavelengths output to satisfy specific requirements including the 650nm visible light source and the 1310/1550nm wavelengths for single mode fiber or the 850/1300nm wavelengths for multimode fiber, as well as other wavelengths according to customer’s needs. Together with the JW3211 optical power meter, it is a perfect solution for fiber optic network applications.

Fiberstore supplies the fiber optic light sources with different working wavelength, and these handheld fiber optic light sources are good prices and fast delivery. Fiber Optic Light Sources for testing fiber optic cables are available from us with good prices. We are professional Light Sources suppliers providing good price Light Sources for you. Fiber optic light source is usually used with the power meters, they can perform the basic test of the fiber optic systems.They are designed to cover a variety of wavelength ranges to suit all optical testing needs and usually the optical light sources are used with the fiber optic power meter to test the fiber system loss. Light sources are offered in a variety of types including LED, halogen and laser. Fiber Optic Light Sources can be used in conjunction with the Power Meter to provide a very accurate and reliable attenuation test solution.

Category 6 cable, commonly referred to as Cat 6, is a cable standard for Gigabit Ethernet and other network physical layers that is backward compatible with the Category 5/5e and Category 3 cable standards.Compared with Cat 5 and Cat 5e, Cat 6 features more stringent specifications for crosstalk and system noise.The cable standard provides performance of up to 250 MHz and is suitable for 10BASE-T, 100BASE-TX (Fast Ethernet), 1000BASE-T/1000BASE-TX (Gigabit Ethernet) and 10GBASE-T (10-Gigabit Ethernet).Whereas Category 6 cable has a reduced maximum length when used for 10GBASE-T; Category 6a cable, or Augmented Category 6, is characterized to 500 MHz and has improved alien crosstalk characteristics, allowing 10GBASE-T to be run for the same distance as previous protocols.

Like most earlier twisted-pair cable, Category 6 cable contains four twisted wire pairs. Attenuation, near end crosstalk (NEXT), and PSNEXT (power sum NEXT) in Cat 6 cable and connectors are all significantly lower than Cat 5 or Cat 5e, which uses 24 AWG wire.The increase in performance with Cat 6 comes mainly from increased (22 AWG) wire size.The heavier wire in some Cat 6 cables makes them too thick to attach to standard 8P8C connectors without a special modular piece, resulting in a technically out-of-compliance assembly.Because the conductor sizes are generally the same, Cat 6 jacks may also be used with Cat 5e cable.Category 6 cable can be identified by the printing on the side of the cable sheath.Cat6 patch cables are normally terminated in 8P8C modular connectors. If Cat 6 rated patch cables, jacks, and connectors are not used with Cat 6 wiring, overall performance is degraded to that of the cable or connector.Connectors use either T568A or T568B pin assignments; although performance is comparable provided both ends of a cable are the same, T568B is a deprecated standard in the US and no longer supported by TIA. In Europe, however, EIA supports T568B only.

FiberStore.COM supply high quality low cost Cat5e/Cat6 Ethernet network Patch Cables, Cat5e and Cat6 UTP FTP Cable. Our Cat5e/Cat6 FTP UTP Patch Cables are suitable for all your data and networking requirements. Cat5e is typically used for networks using 100 Mbit/s or a gigabit network, with performance of up to 100 MHz. For networks that can handle up to 250 MHz, you would want to make use of Cat6 cabling, as it offers more than twice the performance of a Cat5e. Although Cat6 may be able to handle greater data loads than Cat5e, it’s always best to use the proper patch cord to match the cabling in your building; it pays to find out what is already in use at your location before installing the network.

Our Cat6 patch cables are available in a variety of options from the most popular standard flush moulded boot of the Cat6 UTP Patch Cables, Cat6 FTP Patch Cables,a Low Smoke cat6 patch cable option reduces poisonous fumes in the event of a fire, shielded cat6 patch cables that prevent electrical interference as well as a Snagless boot option that covers the latch. The latest addition is the Cat6a patch cables which run at 10gabits and are shielded as standard that run at twice the speed of standard Cat6 cables.

HDV 10G XFP LR 10km XFP transceiver comply with XFP MSA, and can support diverse applications for SDH/Sonet equipment including FEC (9.95Gb/s to 10.7Gb/s),as well as Ethernet LAN(10.325Gb/s) and WAN(9.95Gb/s) applications. The high performance cooled 1550nm cooled EML transmitter and high sensitivity PIN receiver provide superior performance for SONET /SDH and Ethernet applications at up to 10km links. Digital diagnostics functions are available via a 2-wire serial interface, as specified in the XFP MSA. HDV XFP-10G-LR transceiver is 100% compatible with Cisco, HP, Juniper, Foundry, Extreme, Netgear, D-Link, Dell, Brocade.

Optial splitter is used to split the fiber optic light into several parts at a certain ratio. Fiber optic splitters are important passive components used in FTTX networks. But two kinds of fiber optic splitters/couplers are popular used, one is the traditional fused type optical splitter (FBT coupler), which features competitive prices; the other is PLC splitter, which is compact size and suit for density applications. Both of them have its advantages to suit for different requirement.
Fiber optic splitters can be terminated with different kinds of connectors, the main package could be box type or stainless tube type, one is usually used with 2mm or 3mm outer diameter cable, the other is usually used with 0.9mm outer diameter cables.

In Fiber to the Home (FTTH) networks, Gigabit Ethernet PON splitters play an important role by allowing a single PON network interface to be shared among many subscribers. There are two basic technologies for building passive network optical splitters: Fused Biconical Taper (FBT) and Planar Lightwave Circuit (PLC). Fused Biconical Taper is the older technology and generally introduces more loss than the newer PLC splitters, though both PLC and FBT splitters are used in PON networks. Splitters are installed in each optical network between the PON Optical Line Termination (OLT) and the Optical Network Unit(ONU) that the OLT serves. Networks implementing BPON, GPON, EPON, 10G EPON, and 10G GPON technologies all use these simple optical splitters. In place of an optical splitter, a WDM PON network will use an Arrayed WaveGuide (AWG).

Dense Wavelength Division Multiplexing(DWDM) refers to a fiber optic data transmission technology, which parallel transmission using the wavelength of the laser in accordance with the bit or the string line transmission mode in the optical fiber transmission data.

DWDM has three characteristics:(1)Internet diversified services. DWDM and independent of the transmission rate and the Statute that provide and service the form completely unrelated to the transmission network, for example: a transfer rate and the Statute completely transparent DWDM networks and ATM, IP, SDH signal mediated pick provide diversified services network.(2)Reduce costs, improve service quality. Compared to traditional signal assignment or scheduling in optical layer in the layer bandwidth scheduling more simple and efficient, you can reduce expenses. Another network fiber cut or optical signal failure in the optical layer the signal protection switch or network routing reply actions relative to the traditional electric layer reply actions switching time is shorter, so that the network availability increase and improve service quality. (3)Enhance the transmission distance and increase the network capacity. The biggest problem is that on the high speed of STM-64 TDM transmission fiber dispersion serious for the transmission of the light signal will produce deterioration effect, therefore, if you do not use the electronic reproduction or other compensation techniques, theoretically STM-64 signal in G.652 fiber transmission is about 60 km. Terms of the eight-wavelength DWDM technology transfer, each wavelength 2.5Gb / s of the signal, its transmission capacity for 20 Gb / s, the transmission distance of up to 600 km without electronic regenerator, and the need to light amplifier.

Coarse Wavelength Division Multiplexing(CWDM) and DWDM have certain similarities, the main difference is there are three points: (1) CWDM the Lightwave channel spacing wide light wavelength less than DWDM multiplexed on the same fiber. (2) CWDM optical modulation using a non-cooled laser with electronic tuner; DWDM is used in cooling the laser, with the temperature tuning. Because the temperature in a very wide sections of the optical wavelength is very unevenly distributed, therefore temperature tuned to achieve them is very difficult, the cost is also high. CWDM avoid this difficulty, thus greatly reducing the cost, the current the CWDM system cost general only 30% of DWDM. (3) CWDM system power consumption and physical size smaller than DWDM systems.

FiberStore supply 2 types of WDM Equipment, which is DWDM module and CWDM module devices. DWDM modules inlcude DWDM mux/demux module and DWDM OADM module. CWDM modules include CWDM mux/demux module(CWDM multiplexer) and CWDM OADM module. The common configuration of CWDM mux/demux module is 2CH, 4CH, 8CH, 16CH, 18CH CWDM mux/demux module. As for DWDM mux/demux, the common configuration is 2CH, 4CH, 8CH, 16 CH, 32CH, 40CH channels. 3 Single fiber or dual fiber connection for CWDM Mux/demux are available. They are available in the form of Plastic ABS module cassette, 19’’ rack mountable box or standard LGX box. And no matter what kind of connectors, like FC, ST, SC, LC etc, all are available on our website, and we also can mix connector on one device. Buy CWDM modules, DWDM modules and Filter WDM modules on FiberStore with confidence.

Vertical (Dome) fiber optic splice closures are made of excellent engineering plastics.FiberStore.COM supply different ports types, fittings and different fiber optic core numbers for vertical/Dome fiber optic splice closures. The main application for vertical fiber optic splice closure is in CATV, telecommunications and fiber optic networks. They are suitable for protecting optical fiber splices in straight through and branching applications, and can be used in aerial, duct and direct buried fiber optic cable projects.

Let’s have a look at this product. It’s 72 Fibers 3In-3Out Vertical/Dome Fiber Optic Splice Closures. Look at the picture and follow the next introduction.Before you use this closure 3in 3out dome vertical product,you must have knowned about how to install it.

Flow Chart of Installation:

1. Open the splice closure

2. Determine length of optic fiber cable to be fixed and stripped

3. Strip off protective coats of optic fiber cable and fiber

4. Separate fiber cores and prepare work prior to fixing fiber cable

5. Fix reinforced core and fiber cable

6. Splice fibers

7. Install thermal shrinkable sleeve and house fibers

8. Check up completely

9. Install optic fiber cable closure

There are its peration conditions:

Temperatures: -40℃～+65℃

Humidity: ≤95% (at 40℃)

Air Pressure: 70kPa ～106kPa

And Technical Specifications:

Seal performance: after the box is sealed, inflate to 100kPa inwards (inflation only apply to the models with the air hole), and then soak it in the water of normal temperature, after 15 minutes of steady observation, there is no bubble to overflow.

Insulation resistance: the insulation resistance between the metal work piece and the earth is greater than 20kM.

Pressurization: there is no breakdown or flashover under 15kVdc/1min between the metal work piece and the earth.

The curvature radius of the fiber 40mm, without extra loss inside the splice tray.

It can bear the axial tensile strength no less than 1000N.

Fiber Optic Light Source is used as a Fiber Optic Tester very much. It’s a necessity for performing fiber optic network testing to measure the fibre optical loss for both single mode fiber cable and multimode fiber cables. They are designed to cover a variety of wavelength ranges to suit all optical testing needs and usually the optical light sources are used with the fiber optic power meter to test the fiber system loss. Light sources are offered in a variety of types including LED, halogen and laser. This fiber optical visual light source can provide wavelength output according to the specific requirements including the 650nm red source, 1310nm/1550nm wavelength for the single mode fiber and 850nm/1300nm wavelength for the multimode fiber. Usually the optical light source is used with the fiber optic power meters,they act as an economic and efficient solution for the fiber optic network works.

For example,one of the products is called JW3111-3 Fiber Optical Light Source (650/850/1300nm).It is a handheld optical light source, newly released in 2007. It can provide 1 to 6 wavelengths output to satisfy specific requirements including the 650nm visible light source and the 1310/1550nm wavelengths for single mode fiber or the 850/1300nm wavelengths for multimode fiber, as well as other wavelengths according to customer’s needs. Together with the JW3211 optical power meter, it is a perfect solution for fiber optic network applications.

And there is a very simple tool called Fiber Optic Test Light. Fiber Optic Test Light which working with ST SC FC and more connectors,can test all kinds of Fiber either with the connector or bulk. It shines light throught fiber to check for breaks or correct fiber. Though it’s a simple test tool,sometimes that’s all you need because it can excellent addition to any technicians tool kit.

Fiber Optic Light Sources can be used in conjunction with the Power Meter to provide a very accurate and reliable attenuation test solution. Fiberstore supplies the fiber optic light sources with different working wavelength, and these handheld fiber optic light sources are good prices and fast delivery. Fiber Optic Light Sources for testing fiber optic cables are available from us with good prices. We are professional Light Sources suppliers providing good price Light Sources for you. Fiber optic light source is usually used with the power meters, they can perform the basic test of the fiber optic systems. Workers as a regular deal and Fiber Optic Testing, you must first prepare a such a tool. Now, you know how to choose a useful tool!

As the DWDM mux/demuxs & CWDM mux/demux products are playing a more and more important role in the data transmission field, today we may concentrate on the key features of DWDM mux and CWDM Multiplexer first.

As we all know, the DWDM which stands for Dense Wavelength Division Multiplexing are designed to multiplex DWDM channels into one or two fibers. This kind of products can making the optimum use of your current fiber optic infrastructure in an ideal way, it puts multiple signals together and sends them at the same time along a fiber, just with transmissions taking place at different wavelengths, and this turns a single fiber into the virtual equivalent of a handful of fibers. It is really useful and the most favorable solution so far that can meet our increasing desires of large data transmissions, right? And by using the highly effective DWDM technique, it will transmit more than 40 connections of different standards, data rates or protocols over one common fiber optic link. For the DWDM products, the DWDM mux products combine several data signals into one for transporting over a single fiber while the DWDM denmux (demulitplexers) separate the signals at the other end. Each signal is at a different wavelength, they cooperate with each other perfectly. And for the DWDM mux product we provide, it always owns the following features: a. Low insertion loss- high isolation. b. Easy to install, requires no configuration, and disassembles easily for cleaning. d. Fully transparent at all data rates and protocols. e. Completely passive, no power required, no cooling and so on. Welcome to contact the FiberStore representatives for more information if you need this high quality and cost-effective DWDM Mux products.

The CWDM multiplexer is always be used to increase your fiber capacity easily and quickly, we FiberStore can provide lots of this kind of product of reliable and economical, though you may not find it on our website (what we have upload is the mux & demux in a device), you can contact us to customize it for you. For standalone multiplexers, it can increase dual fiber link capacity up to 18 channels and can be used with most of the CWDM GBIC, SFP, XFP, X2, XINPAK, SFP+ modules. It is also very easy to use and install, and have some common features as the DWDM mux. Now it is ready to work for you, please do not hesitate to contact us.

Fiber optics is a type of technology that uses an optical signal instead of an electrical one to send data from one place to another. The cable is made either of glass or plastic coated in plastic, instead of the copper wire that was commonly used in the past. A fiber-optic splitter is a device that takes a single fiber optics signal and divides it into multiple signals.

The use of fiber optic technology has become increasingly popular for several reasons. Fiberoptic cables are much less sensitive to electrical interference, making them more reliable than older types of cabling. They are also able to carry very large amounts of data in comparison with what older systems can handle. This makes them much more efficient, despite the facts that there are some drawbacks to the system. The cables require a thicker covering to protect the optical cables and they also need to have repeaters installed to boost the signal strength in order for the system to work, two hindrances to the use of this technology.

Despite the limitations, fiber optics technology is in use for both home and commercial applications. Phone companies in many nations use fiber optics cables to carry long distance telephone transmissions. Due to the cost, however, they are not commonly used for local calling. The system requires both boosters and splitters in order to send the signals to the appropriate location, adding to the cost and complexity. One frequent use of a fiber optic splitter in the home is to split a television signal so that it goes to more than one TV.

Optical splitter is used to split the fiber optic light into several parts at a certain ratio. Fiber optic splitters are important passive components used in FTTX networks. But two kinds of fiber optic splitters/couplers are popular used, one is the traditional fused type optical splitter (FBT coupler), which features competitive prices; the other is PLC splitter, which is compact size and suit for density applications. Both of them have its advantages to suit for different requirement.Fiber optic splitters can be terminated with different kinds of connectors, the main package could be box type or stainless tube type, one is usually used with 2mm or 3mm outer diameter cable, the other is usually used with 0.9mm outer diameter cables

The most common type of fiber-optic splitter splits the output evenly, with half the signal going to one leg of the output and half going to the other. It is possible to get splitters that use a different split ratio, putting a larger amount of the signal to one side of the splitter than the other. Splitters are identified with a number that represents the signal division, such as 50/50 if the split is even, or 80/20 if 80% of the signal goes to one side and only 20% to the other.

Some types of the fiber-optic splitter are actually able to work in either direction. This means that if the device is installed in one way, it acts as a splitter and divides the incoming signal into two parts, sending out two separate outputs. If it is installed in reverse, it acts as a coupler, taking two incoming signals and combing them into a single output. Not every fiber-optic splitter can be used this way, but those that can are labeled as reversible or as coupler/splitters.
There are many fiber optic devices china, Fiberstore provides all kinds of the devices, if you need these, please contact us.

As a kind of classic products that sells on FiberStore.com, the fiber optic transceivers are also the most popular products among the customers. Now this kind of product owns more than 2500 different models on the website. And for this kind of product, OEM/ODM order is available, we can supply lots kinds of transceiver modules according to your requirements, and design their label and packaging for your company. Our primary corporate capabilities include software engineering, systems engineering, network engineering, systems support, program management, and information assurance engineering and analysis. Among all the fiber transceivers that being sold, the SFP-10G-SR & 10G-XFP-LR should not be ignored.

Just as the description on most of the website, the SFP 10G SR is a kind of SFP+ transceiver module which is 10GBASE SR compliant and work at 850nm, and for multimode fiber links. This SFP-10G- SR series multi-mode transceiver is SFP+ module for duplex optical data communications such as 10GBASE-SR and 10GBASE-SW. It is with the SFP+ 20-pin connector to allow hot plug capability and the digital diagnostic functions are available via an I2C. And today lets take the Cisco SFP-10G-SR Compatible 10GBase-SR SFP+ Transceiver Module as example, what we provide is a 10GBASE-SR SFP+ 850nm 300m optical transceiver, it is of high quality with ISO9001, TUV, CE, FCC, UL and RoHS certificates, and fully compatible with Cisco. Its working distance is up to 300m @50 / 125 um MMF and with duplex LC Connector Interface which is hot pluggable. It features the all-metal housing for superior EMI performance, and compliant with MSA SFP+ Specification SFF-8431 At last, this module is DDM capable and RoHS Compliant.

The 10G XFP LR is a kind of 10GBASE-LR XFP transceiver. We can provide this 10G XFP LR fiber optic transceiver modules in a large quantity, this kind of XFP transceiver are hot pluggable and support data rates from 9.95Gbps to 11.1Gbps range. And among this type of XFP transceivers, the Foundry 10G-XFP-LR Compatible 10GBase-LR XFP Transceiver Module is the most popular one. This Foundry compliant 10GBASE-LR XFP 1310nm 10km transceiver module provides a low cost & high-performance connections, it can be used in the following applications: 10G Ethernet, Metropolitan Area Network, Building Vertical Riser, Inter and Intra Campus, Data Centers and other Optical Links. They can be 100% compatible with nearly all the Foundry series equipment which support XFP transceivers.

Introduction

Dense wavelength division multiplexing (DWDM)transmission systems, which have conventionally been adopted in long-haul backbone networks, are now being adopted in metropolitan area networks along with the recent rapid spread of multimedia services as typified by the Internet. In the applications for metropolitan area networks, the small form-factor pluggable (SFP) and other types of small optical transceivers are generally mounted in high density. Therefore, the development of DWDM optical transceivers in SFP package had been awaited.
Utilizing the accumulated technologies in SFP designing and wavelength control, the authors have successfully developed a 2.5Gbps optical transceiver for DWDM applications in the SFP platform (DWDM-SFP)by developing a compact coaxial transmitter optical subassembly (TOSA) with an integrated Peltier device.

Development of compact coaxial TOSA with integrated Peltier device
The external view of the newly developed coaxial TOSA with an integrated Peltier device and its pin assignments are shown in Fig. 1 and Fig. 2, respectively. A DFB laser diode (LD), a monitor photo diode (PD), a newly developed Peltier device for controlling the LD temperature and a thermistor for detecting the LD temperature are built into an 8-pin package. An isolator and a fiber receptacle are attached on it. By downsizing these internal parts and minimizing the heat load to reduce the power consumption, the authors realized a cooled coaxial TOSA that is 5.6 mm in diameter and 12.7 mm long, which is one-eighth the size of conventional cooled butterfly-type modules.
Figure 3 shows the case temperature dependence of he module’s power consumption. In this evaluation, he temperature and the current of the LD are set to 40 deg. C and 35 mA, respectively. As a result, the power consumption is successfully suppressed to 230 mW or lower, which is eight times smaller than the conventional butterfly-type module. This makes it easy to realize a DWDM-SFP having low power consumption and simple heat radiation structure.

Development of package
SFP is a pluggable optical transceiver of the size of little finger that is inserted into the open port of communication equipment as shown in Fig. 4. The outline dimensions and other important dimensional specifications of the SFP, such as the receptacle part that the optical connector is inserted into and the edge connector mating with the electrical connector of communication equipment, are standardized by a multi source agreement (MSA). The objective of the development was to create a package that meets not only MSA but also the following structure requirements at a low cost;1) the high-density packaging structure, 2) the efficient heat-radiating structure, and 3) the electromagnetic interference (EMI) shield structure. The solutions for satisfying these requirements are described below.
To realize the high-density packaging structure, the authors optimized the three-dimensional arrangement of the internal structure including the outline of the printed circuit board (PCB) and the electronic components on it.The maximum operating case temperatures of DWDM-SFP and TOSA are 70 and 75 deg. C, respectively. Therefore, it is necessary to keep the temperature difference between SFP and TOSA within 5 deg. C. The part number 1 and number 2 in Fig. 5 which take on the function of radiating heat, are made of copper alloy and their thermal conductivities are 350 and 300 W/mK, respectively. The part number 1 has the function of transporting heat from the transceiver IC
and other components mounted on the PCB to the rear of the SFP. The heat from TOSA and receiver optical sub-assembly (ROSA) is transported by the thermal sheets at the upper and bottom sides of the package. Figure 6 is a conceptual diagram showing these three heat conducting paths, and Fig. 7 shows the result of the thermal simulation. In Fig. 7, the temperature of the area“a” is low enough compared to that of the other areas, which indicates that TOSA is well separated thermally from other heat sources. Figure 8 is the measurement result of the case temperature difference between TOSA and SFP. It shows that the temperature difference is below 5 deg. C at any condition.3-3 EMI shield structure The typical method for creating an EMI shield structure is to give metal plating to the receptacle part. Because metal plating is costly, the authors developed a new structure for EMI shielding by three-dimensionally assembling the internal sheet metal parts instead of conducting the plating process to the receptacle part. Figure 9 shows the result of the EMI measurement of 16 pieces of DWDM-SFP. The Federal Communications Commission (FCC) specifies that the electromagnetic radiation is to be strictly limited to below 54 dBuV/m.

There are also have some development in circuit board and Wavelength control technique, here we just not describe in details.

Conclusion
The authors have successfully developed a SFP-sized 2.5Gbps optical transceiver for DWDM applications. Miniaturization and low power consumption (1 W) are achieved by developing the following approaches; a compact coaxial TOSA with an integrated Peltier device, an optimized heat-radiation structure, and a high-density mounting board with the newly developed transceiver IC. In addition, the optimized TOSA design and precise wavelength control by CPU have allowed the transceiver to have a good wavelength stability, which sufficiently meets the 100 GHz grid spacing with only the temperature control of direct modulated LD. Moreover, an excellent characteristic was achieved in long-haul transmission. The authors are planning to develop the DWDM-SFP having higher added values, such as further low power consumption and RoHS compliance, in future. If you want to know more professional knowledge about the SFP or DWDM/CWDM/OADM, please contact fiberstore. Here we will provide products such as CWDM/DWDM/modules, andCWDM OADM and DWDM OADM modules (such as DWDM 1 channel OADM).

The colored wire loom can be also described as colored split wire loom or know as colored convoluted tubing. It is a flexible polyurethane corrugated tube with a split down the side where you can insert your cable bundle, it is one of the most popular cable management products that can hold groups of wires together. Usually, the colored wire loom can be used in a wide range of applications, it can be used as cable protector and cable organizer at the same time, which means it can be used as your wiring convention and also protecting your wires and cables against abrasion and crushing. In speaking of the functions, the cable organizer is very efficient if there’s an instance where you have to add another wire subsequently, you can just easily slip it into the split wire loom without having to remove the whole cable or wire bundles. The colored wire loom that provided on FiberStore.com is a cinch to install, it is extremely durable and UV stable, the slit down the length of the tubing allows easy wire insertion yet basically remains closed during using and the corrugated design adds crush strength the loom as well as flexibility. There are now 100 meters Colored Wire loom/Convoluted Tubing PE-AD10-100M-FS/ PE-AD13-100M-FS/PE-AD15.8-100M-FS/PE-AD18.5-100M-FS/PE-AD21.2-100M-FS/PE-AD25-100M-FS/PE-AD28.5-50M-FS being provided on the website, welcome to visit it and choose what you want.

Then let's focus on the Optical time-domain reflectometer. The OTDR is a classic optoelectronic instrument used to characterize an optical fiber. In its testing work, it injects a series of optical pulses into the fiber, it could give you an overview of the whole system you test. It extracts, from the same end of the fiber, light that is scattered (Rayleigh backscatter) or reflected back from points along the fiber (This is equivalent to the way that an electronic time-domain reflectometer measures reflections caused by changes in the impedance of the cable under test). An OTDR may be used for estimating the fiber optic cable length and fiber optic cable overall attenuation, which including splice and mated-connector losses, and the OTDR can be also be used to locate faults, such as breaks, and to measure optical return loss. There are many types of OTDRs that designed for single mode troubleshooting, multi mode troubleshooting, both single mode & multi mode troubleshooting on the FiberStore.com website now, and the species nearly cover all the famous manufacturer of OTDR in the world. And for all the OTDR tester sale, we FiberStore.com provide one year warranty for each domestic and foreign brand product. Welcome to contact the FiberStore in case you have any problems or special requirement. We will try our best to provide you the best service.

Multiplexing is the process of transmitting several different signals or information streams via a single carrier. The transmission of all these signals or streams takes place simultaneously by combining the several signals into one common signal that will efficiently moves through the carrier bandwidth. Once the signal reaches the destination point for one of the transmissions, that integrated signal re-assimilates into its original form and is received.

The exact configuration of the process depends a great deal on the mode or type of transmission. When dealing with an analog transmission, the signals are multiplexed using a process that is known as frequency-based multiplexing. This form, usually referred to as FDM, uses a process of dividing the bandwidth into a series of subchannels that will accommodate the transmissions and more or less allow them to flow forward in a parallel fashion.

A second common type is time-division multiplexing, or TDM. With TDM, the various signals or transmissions are carried over a common channel in much the same way as with FDM. The main difference is that the time-division approach allows for the signals to be transmitted in a series of alternating time slots. These alternating slots are still carried within a common channel, and still fit neatly into the available bandwidth.

Multiplexing is one of the common tools used today in just about every form of communications. A wide range of telephony services, including online applications, are able to function with such a high degree of efficiency because of the current technological advances this process has made possible. Optical networks also rely heavily on multiplexing to carry voice and video transmissions along concurrent but separate wavelengths from a point of origin to various points of determination. With an increasing range of communication functions taking place across the Internet, it has become an effective tool that aids in everything from videoconferences and web conferences to large data transmissions to even making a simple point-to-point telephone call.

There are many kinds of the multiplexing, such as video multiplexing, data multiplexing, video/data multiplexing, frequency division multiplexing, voice/data multiplexing, optical multiplexing, etc. Everyone can choose what is suitable for him. What’s more, there are also many other fiber products that are very useful, like fiber cleaver(CT 30A fiber cleaver is recommended), fiber optic transceiver, fiber media converter, fiber patch cable, fiber optic tester(OTDR, optic power meter, PON power meter ), fiber cabling, CWDM and DWDM and so on. If you want more information, please contact to Fiberstore.

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