Find Hidden Cables with Cable Wire Locators

Locating buried and hidden lines prior to construction or maintenance projects is critical to ensure the safety of your crew and reducing the potentially costly mistake. Cable locators and wire tracers are specially designed to aid in locating energized and de-energized wires, cable and pipes whether underground or hidden in a wall.

Cable locators are reply on the target having a charge or signal placed on them which is detected by a receiver within the locator, many locators are able to induce a signal onto the line using a transmitter in order to find it. Generally, the target must be metallic in order to conduct the signal, through a sonder or mini-transmitter can be used with plastic pipes. When induce a signal onto a pipe or cable, the transmitter is most commonly connected directly to the line or pipe to be located using signal clamps or clips. The signal will then transmit along the pipe or cable. In areas where there is no access to the line, the transmitter can also induce a signal from above, through the gourd to reach the utility.

Depending upon the application, there is a range of cable locators to be chosen. Some are designed for use for underground lines and pipes while other better suited for the tight confines of a walllikes wire trackers. Cable locators usually include a transmitter and a receiver. A widely used underground cable wire locator is NF-816, which is designed to locate the path of none-energized wirebehind walls or underearth. It can rapidly find the target wire from among plenty of telephone wires or network wires. By comparing the volume of the "tout" sound and the brightness of the signal indicator, you can find the target wire which has the highest volume and brightest indicator.

There are two primary methods of sweeping for lines and pipes with a cable locator: Passive locating involves sweeping an area looking for unknown lines while actively locating searching for a specific line by using either a direct connection or by inducing a signal. When using a cable locator to find underground lines and pipes, the underearth condition has a significant impact on the signal. Lays and camp solids help the signals travel down the line or pipe stronger with less interference than dry soils. So it is necessary to add water to the ground near the transmitter to improve signal strength.

Using Fiber Optic Attenuators to Increase Bit Error Rate

Fiber optic systems transmission ability is based on the optical power at the receiver, which is reflect as the bit error rate, BER is the inverse of signal-to-noise ratio, high BER means poor signals to noise ratio. Too much power or too litter power will cause high bit error rates.

When the power is too high as it often is in short single-mode systems with laser transmitters, you can reduce receiver power with an fibre attenuator. Attenuators can be made by introducing an end gap between two fiber, angular or lateral misalignment, poor fusion splicing, inserting a neutral density filter or even stressing the fiber. Both variable and fixed attenuators are available.

Variable attenuators are usually used for margin testing, it is used to increase loss until the system has high bit error rate. Fixed attenuators may be inserted in the system cables where distances in the fiber optic link are too short and excess power at the receiver causes transmission problems.

Generally, multimode systems do not need attenuators. Multimode source, even VCSELs, rarely have enough power output to saturate receivers. Single mode system, especially short links, often have too much power and need attenuators. For a single mode application like analog CATV systems, the return loss or reflectance is very important. Many types of attenuators suffer from high reflectance, so they can adversely affect transmitters just like highly reflective connectors.

Attenuators can be made by gap loss, or a physical separation of the ends of the fibers, including bending losses or inserting calibrated optical filters. Choose one type of attenuator with good reflectance specifications and always install the attenuator at the receiver end of the link. It is very convenient to test the receiver power before and after attenuation or while adjusting it with your fiber optic meters at the receiver, plus any reflectance will be attenuated on its path back to the source.

When testing the system power, turn on the transmitter, install the attenuator a the receiver, use a fiber optic power meter set to the system operating wavelength. Check to see whether the power is within the specified range for the receiver. For accurate measurements, the fiber attenuators connector types much match the lanch and receive cables to be tested, e.g. LC fibre optic attenuators is needed to work with the LC fiber patch cable, it work in 1250-1625nm range with optional attenuation value from 1dB to 30dB.

If the appropriate attenuators is not available, simply coil some patch cord around a pencil while measuring power with your fiber optic power meter, adding turns until the power is in the right range.

CWDM DWDM Transceiver Solutions Provided by FiberStore

CWDM DWDM transceiver modules are used as a part of CWDM or DWDM networks to provide high capacity bandwidth across an optical network. FiberStore CWDM transceivers can operate on 9/125 single-mode fiber to 40km or 80km by using special CWDM channels (1270nm to 1610nm, in steps of 20nm). While DWDM transceiver can support a link length of up to 40km or 80km on single-mode fiber by using special DWDM channels. CWDM DWDM transceivers are worked with a variety of network equipment such as switches, routers, and optical transport devices, to link the ports to the fiber optic network.

CWDM DWDM transceiver must comply with SONET/SDH, Gigabit, Fiber Channel and other communication standards. They are available with a variety of different transmitters and receiver types, allowing users to select the appropriate transceiver for each link to provide the required optical reach over the available optical fiber link.

Dense Wavelength Division Multiplexing (DWDM) solution includes DWDM Xenparks which allow to integrate WDM transport directly with Cisco 10 Gigabit Ethernet switches and routers. The DWDM Xenparks and DWDM optical filter and amplifier products enable the design of a flexible and highly available multi-service network. The DWDM XENPAKs can be used for un-amplified and amplified designs to transmit upto 320 Gigabit over the same pair of SMF. DWDM GBICs allow to integrate WDM transport directly with Cisco Gigabit Ethernet switches and routers. Similar to DWDM Xenpark, the DWDM GBICs interoperable with the same ONS equipment. They can be used for un-amplified and amplified designs to transmit upto 32 Gigabit over the same pair of SMF.

Coarse Wave Division Multiplexing (CWDM) solution allows scalable and easy-to-deploy Gigabit Ethernet (GbE) and Fibre Channel service. The combination of CWDM GBICs and SFPs and CWDM Optical Add/Drop multiplexer modules enables the design of a flexible and highly available multiservice network. CWDM GBIC/SFP solution has two main components: a set of eight different pluggable transceivers and a set of different CWDM Mux Demux or OADM. FiberStore CWDM solution offers a convenient and cost effective solution for the adoption of optical Gigabit Ethernet campus, data center, and metropolitan-area access networks. Our CWDM solutions consist of a set of eight different SFPs, a set of 8 single wavelength/dual channels OADMs, two 4 channels OADM/Mux and an 8 channel CWDM along with a CWDM rack mountable chassis.

CWDM SFP+ module allows enterprises and service providers to offer scalable and easy-to-deploy 10 Gigabit LAN, WAN, and optical transport network service in the network. CWDM 10Gig SFP+ transceivers are 18 center wavelengths available from 1270nm to 1610nm, with each step 20nm.

FiberStore is one of the main DWDM/CWDM system provider that capable to supply the high reliability WDM/CWDM/DWDM components & equipments including CWDM MUX DEMUX, DWDM MUX/DEMUX, CWDM/DWDM transceiver modules, which come with compact size, Low Insertion Loss, bi-directional and environmentally independent features.

Fiber Optical Faceplate Wiki

A fiber optic face plate is a coherent multi-fiber plate, which acts as a zero-depth window, transferring an image pixel by pixel (fiber to fiber) from one face of the plate to the other. Fiber optic faceplates can be applied in FTTH access network, telecommunication networks, CATV networks, data communication networks, which is used to bring fiber to the desk and can be widely used in multi-floor and high buildings. The fiber optic faceplate can be sometime called fiber wall jacks which are available with LC. SC, ST, FC fiber optic adapters, the port number is usually 2, 3 or 4 ports.

Generally, fiber optic wall plates can be divided into three types which is bevel fiber optic plate, hybrid fiber faceplate, FTTH fiber faceplate:

The bevel fiber wall plate is with 45 adapter plug- in/out angle, Hybrid fiber optic faceplate means the fiber adapter types are different from each other which can be SC-ST, SC-ST-LC, or
SC/ST/FC/LC, each adapter style is for one port.

Common Features of bevel fiber wall plate and hybrid fiber optic faceplate includes:
Size is 86*86mm
ABS plastic material
No additional insertion loss, simple operation, low construction intensity
The snap-in module is easy to install with straight tip style fiber optic connector
All fiber adapters are "universal" to support either multimode or single mode fiber connectors

Application:
FTTH access network
Telecommunication Networks
CATV Networks
Data communications networks

Except these two types, there is also another type which is the FTTH fiber optic faceplate, which is mainly designed for applications of FTTH, FTTB, FTTC, telecommunication networks and CATV4,Local area network. Check out some features of these FTTH fiber optic faceplate.
Indoor or outdoor rated
Available in 1x4, 1x8, 1x16 splitter as well as 2x4, 2x8, 2x16 splitter
Max. Up 16pcs of FTTH drop cable or pigtails
Suitable for wall-mounting or pole mounting application

Fiber wall plate is also used to create a fiber optic network at home. Besides the switches between different floor, fiber wall plate/jack and the pre-terminated fibers are needed. Look at the specs for the optical port on the switch. If the optical port is a pluggable device, you need to get its P/N and look up the spec. Most of the fiber sold on FiberStore that is conecterized, is patch chords. Fiber patch cord has very little strain relief in them. So take care when you pull them in your new installation that you do not damage them.

HP Compatible SFP Transceivers

Hewlett-Packard (HP) Company, established in 1939, is an American multinational information technology corporation based in United States. It is a leading company in providing hardware, software and service to consumers, small or medium sized business and large enterprises. HP product lines including a vast range of hardwares widely used in printing, digital imaging, software, computing as well as network service. After more than more than 70 years development, it has been one of the giant network device providers in the world.

Optical fiber communication is one of the main business of this company. Products including network routers, switches, as well as the brand transceivers. The original brand devices are widely used in Internet data centers. Due to its high quality and exclusive patent certification, prices of these products are extremely high and hardly to be applied in every network or connection. In order to solve this problem, more and more compatible products are developed to as a substitution. Compatible HP transceivers are usually fully tested to be compatible with HP devices such as HP switches or routers, that means the compatible transceiver can be work friendly with HP other devices, while the price of which is much more cheaper than the original ones.

Thanks to FiberStore, one of the main fiber transceiver modules providers based on the Internet to provider a super wide range of compatible transceivers to customers all over the world. Compatible major brands include Cisco, HP, Juniper, Dell, Netgear, Extreme, Force, 3Com, Alcatel-Lucent, Allied, Avaya as well as more than 40 other famous brand in the world. All the compatible transceiver are certified 100% compatible with the original band devices, and are reasonably priced. FiberStore is committed to offer their products to as many as customers with the lowest possible price.

FiberStore is proud to become a major provider of HP compatible transceivers after nearly ten years of continuously products improving and optimization. HP compatible transceivers by FiberStore includes compatible HP SFP, HP GBIC, HP X2 and HP SFP+.

HP GBIC includes HP A5225A compatible 1000Base-SX GBIC and HP A5226A 1000Base-LX GBIC transceiver. HP SFP is small-form-factor-pluggable transceivers, FiberStore currently has the compatible HP SFP transceiver series of HP J4858A/J4858B/J4858C, HP J4859A/J4859B/J4859C, HP J4860A/J4860B/J4860C and more. 10G HP compatible transceivers includes HP X2, HP XFP, HP SFP+. These 10G transceiver support 10GBase network standard 10GBase-SR, LR, ER, ZR, LRM, which can be mixed and developed with HP OEM 10G transceivers for seamless network performance and interoperability.

As a third party OEM manufactures, FiberStore can arrange the production of compatible transceivers (SFP transceivers, etc.) as low as 1 pieces and as high as 1,000 pieces. Customers can also order the transceivers according to their special requirement, and even design the product label and packaging for their own company. After the ordering, FiberStore also guarantee the compatible transceivers to work in your system and all of our transceivers come with a lifetime advance replacement warranty.

CWDM Solutions Offered by FiberStore

As broadband has unveiled a new world for subscriber, full of advanced capabilities and faster speeds. Your challenge is to meet their demands without compromising your budget. Because of its distance, speed and bandwidth potential, fiber optics has become the choice for many service providers. Fiber optic connections typically requires two strands of fiber - one for transmitting and one for receiving signals. But how to do if you need to add services or customers, but you've exhausted your fiber lines?

Thanks to CWDM, coarse wave division multiplexing (CWDM) is a method of combining multiple signals on laser beams at various wavelengths for transmission along fiber optic cables. The number of channels is fewer than in dense wavelength division multiplexing (DWDM) but more than in standard WDM.

CWDM has many advantages over DWDM technology in terms of system costs, set-up, maintenance, and scalability. CWDM is a technology which multiplexes multiple optical signals on a single fiber optic stand by using different wavelengths, or colors, of laser light to carry the different signals.

Typical CWDM solutions provide 8 wavelengths capacity enabling the transport of 8 client interface over the same fiber. However, the relatively large separation between the CWDM wavelengths allows expansion of the CWDM network with an additional 44 wavelengths with 100GHz spacing utilizing DWDM technology, thus expanding the existing infrastructure capacity and utilizing the same equipment as part of the integrated solution.

A single outgoing and incoming wavelength of the existing CWDM infrastructure is used for 8 DWDM channels multiplexing into the original wavelength. DWDM Mux Demux and optical amplifier if needed.

The typical CWDM spectrum supports data transport rates of up to 4.25Gbps, CWDM occupies the following ITU channels: 1470nm, 1490nm, 1510nm, 1530nm, 1550nm, 1570nm, 1590nm, and 1610nm, each separated from the other by 20nm. PacketLight can insert into any of the of the 4 CWDM wavelengths (1530nm,1550nm,1570nm and 1590nm), a set of additional 8 wavelength of DWDM separated from each other by only 0.1nm. By doing so up to 4 times, the CWDM network capability can easily expand by up to 28 additional wavelengths.

With FiberStore's compact CWDM solutions, you can receive all of the above benefits and much more (such as integrated amplifiers, protection capabilities, and integration with 3rd party networking devices, etc.) in a cost effective 1 U unit, allowing you to expand as you grown, and utilize your financial as well as physical resources to the maximum. FiberStore provides all the component involved in the process, such CWDM MUX DWMUX, CWDM OADM, even CWDM SFP transceivers.

Corning Fiber Optic Cable: World Leader in Fiber Optics Technology

From the time they introduced fiber optic technology in the 1970, corning has been at the forefront of fiber optic technology, forming the designs, products and guidelines that have become standard in the industry today. Corning's broadened product range means they are now an industry leading fiber optic cable manufacturers in a number of customer focused solutions including:

Corning fiber optic cable
Corning connectors and related hardware
Corning distributed antenna systems (DAS)
Harsh environments products of Corning

As the inventors of optical fiber in 1970, innovation is at the core of Corning's successful history of technology and the foundation of providing compatible solutions that meet our customer's ever-changing needs. Such solutions include FiberStore solutions that provide the successful and efficient foundation of your data center, local area, intelligent traffic system and industrial networks.

After half a year after Corning fist debuted the "Thunderfolt Optical Cable" at CES 2013 in January alongside a USB standard solution dubbed "USB 3. Optical Cables", Corning announced that its Thunderbolt Optical Cables are the first completely optical fiber products to receive Intel's certification.

Corning's all-optical Thunderbolt cable use the company's ClearCuve VSDN optical fiber technology to deliver high data speeds over longer distances than traditional copper cables. The optical fiber version are also 50 percent smaller and 80 percent lighter than their copper counterparts.

Corning plans to make the cable available at various lengths starting at 10 meters, through final products specifications have yet to be revealed.

Corning has put over 3,000,000,000 US Dollars investment in China; it has 8 manufacturing factories in China with around 3000 workers. Corning Inc China headquarter is located in Shanghai. For fiber optic cable business, it has one optical fiber company and one fiber optic cable company in Shanghai, which is fully run and invested by Corning. Meanwhile it has two holding companies for fiber optic cable business in China, one is in Chengdu and other is in Beijing. Not only on fiber optic cable business, Corning also provides LCD products and ceramic products used on cars in China. FiberStore is proud to offer an extensive line of Corning products! Whether your application is indoors, outdoors, aerial, riser or plenum, you're sure to find the perfect fiber optic cable for your installation among Coring's Optical Fiber Communication product lines.