End of Year Products for End for Year Budgets

You have end-of-year budgets, we have end-of-year products We know what those end-of-year budgets are like and the rush to get products in hand before the end of the year. FiberOptic.com has the most popular products in-stock & ready to ship.    High Performance. Great Value. UNBEATABLE PRICE. Rugged, reliable and designed as a "pass-through" device, the PON-301B "Triple-Play" PON meter can perform in-service testing of all three PON wavelengths (1310/1490/1550nm) from anywhere within the network. The PON-301B also features a "Burst Mode," as well as instantaneous "Pass/Warning/Fail" assessment. Brand Description Price 1310 nm* 1490 nm* 1550 nm*  VFL Stores +2,000 Records Color  Display USB Port Color LED Indicators PRO PON-301B  Triple-Play PON Meter $1,225 ✔ ✔ ✔ ✔ ✔ ✔ ✔ ✔ JDSU SmartClass  OLP-55 Optical Power Meter $1,800 ✔ NO ✔ ✔ NO NO ✔ NO EXFO PPM-350C PON  Power Meter $1,995 ✔ ✔ ✔ ✔ NO NO ✔ ✔ AFL OPM4-FTTx PON Power Meter $1,195 NO ✔ ✔ ✔ NO NO NO NO *PON Meter has been Calibrated  for the specific wavelength   Why Stop At Optical? Your Data Doesn't The Layer 2 Gigabit Ethernet "Starter Kit" is a complete yet simple test kit for field technicians to easily turn up, validate and troubleshoot Gigabit Ethernet that includes EXFO’sFTB-1 Mainframe with FTB-860G Module ($6,140) and BV-10-1000 Performance Endpoint($595). Layer 2 bidirectional testing utilizing RFC-2544 or Y.1564 as well as individual tests are all possible up to 1GB with this starter kit. FTB-1 Mainframe with FTB-860G Module BV-10-1000 Performance Endpoint 1GB Layer 2 Gigabit Ethernet "Starter Kit" (FTB-1Mainframe w/FTB-860G Module + BV-10-1000 Performance Endpoint - Shown in banner)   $6,735* 1GB Kit Hardware Ready for 10 Gig Add-on $2,160* 10GB Kit Add-on $7,360* 1GB & 10GB Kit Add-on $10,760* *Transceivers not included Need to Try Before You Buy? Take a 72 Hour Road Test Simply contact your FiberOptic.com sales representative who will place a demo order with EXFO who will ship a Layer 2 Gigabit Starter Pack (or equivalent) for you to field trial for 3 days. After this time period, the unit must be shipped back to EXFO (return ship label will be included) Demo unit request will be fulfilled based on schedule and availability.   All-in-One OTDR Solution from AFL Coming in a variety of configurations and customizations, the Noyes OFL280 FlexTester OTDR offers an unmatched combination of fiber optic test functions, ease-of-use, portability, and value. All Noyes OFL280 OTDR models include an integrated single-mode 1310/1550 nm OTDR with PON-optimized and standard test modes, optical SM power meter, 1310/1550 nm laser source, and visual fault locator.  View all Noyes OFL280 SM OTDR Configurations   Easy, Cost-effective DWDM and CWDM Solutions  The PL-1000 and PL-300 Series WDM Solutions from PacketLight are a cost-effective way to scale your existing network from 4λ - 6λ or more. PacketLight is very easy to deploy within existing infrastructures and better on power consumption — Great for going green! Reduce or eliminate network down-time and outages during network upgrades by using a 1U solution. Your customers will thank you!  View all PacketLight DWDM and CWDM Solutions   Buy Three Optical Break Locators for the Cost of an OTDR  The OBL-201A Optical Break Locator is a high-performance optical fiber troubleshooters for locating fiber breaks and imperfections. Break results and details are displayed on a large LCD screen. At only 10 oz, this unit is extremely portable and user-friendly. The USB port and included USB cable make it easy to transfer data and perform updates. Features: - Short Dead Zone - Less Than 3m - Backlit for Easy Operation in Low Light - Rechargeable Batteries - Data Transfer via USB Interface - Interchangeable (SC/ST/FC) Connectors - Built in VFL Port

Can your fiber cable network support 10G, 40G or 100G traffic?

Planning on building out a new network or thinking of upgrading your current system to keep up with the ever increasing bandwidth demand? Service Providers key objectives are to increase bandwidth, reduce costs, create new revenue streams, and provide a competitive and reliable service. To meet customers demand for more bandwidth and to future proof network investments, providers will most likely be deploying OC-192, DWDM, ROADMs, G.709, OC-768, 100GigE, POTS, etc. However before any design work is implemented it is imperative to test the fiber optic lines to make sure the fiber can actual carry these services without affecting the integrity of the data in anyway. Many times fiber characterization is considered after the fact and this leads to a very costly mistake.

Fiber characterization consists of a series of tests that help determine if the embedded fiber plant can support the optical services that will be deployed for a given network architect and transmission rate. The primary tests usually consist of OTDR, end to end loss, Optical Return loss (ORL), Polarization Mode Dispersion (PMD) and Chromatic Dispersion (CD). These tests are required for designing any high speed network ranging from 2.5Gbps, 10 Gbps, 40 Gbps, 100Gbps and these tests should be carried out before or during the design phase.

Dispersion is the key fundamental limiting factor in transmission rate and distance. To build a cost-effective, high capacity optical transmission network, dispersion management becomes a key factor. Before compensating for chromatic dispersion, the chromatic dispersion of a fiber network has to be measured accurately to determine the proper amount compensation required. PMD testing is also a major requirement and too much PMD can significantly affect the overall data rate which can impede your overall network design. End to end loss is also important in the overall network design and indicates when amplification is necessary and how much amplification is required. ORL testing is another important requirement and if not tested it can cause unforeseen errors in the network once it’s turned up.

If you deploy a network using incorrect data or if you do not test the actual fiber, you will spend significantly more than an investment in Fiber Characterization. You will run into common problems such as wrong compensation schemes, in-correct amplification, incorrect placement of regens etc. You may also experience physical failures within the fiber plant that need to be rectified for error free transmission. All this will lead to down time, more man power and more expenses will incur to rectify these issues. You will also discover that you now need additional equipment or you may discover you bought too much or even the wrong equipment.

Typically fiber characterization cost is usually around 1% of the network investment and this minimal cost helps guarantee network design and performance from the get go. This saves a lot of headaches and unforeseen expenses down the road. With a minimal investment up front you can’t afford not to test!

Need help with Fiber Characterization then let Adtell Integration assist you with your needs? If you would like to know more about our fiber characterization services please contact us 215-499-8959 or sales@adtell.com

Multiplexing Basics

When you need to carve up an expensive resource (such as an active fiber route) into pieces, multiplexing is the way to go. What is multiplexing, you may ask? It's the process by which multiple signals are combined into a single signal, then split back into pieces upon arrival.

There are lots of types of multiplexing. The most simple is space division where the signal carriers are literally held separate by some kind of insulator (like CAT5 or telephone wire.) Time division multiplexing involves using a timer on either end to determine which signal the carrier is carrying. Core-division multiplexing (CDM) uses a code followed by data to specify which signal is being carried. Finally, frequency-division multiplexing (or in the fiber optic world, wavelength division multiplexing) involves sending signals over several distinct frequency ranges over a carrier.

The easiest way to think about this is in terms of light. At one end of a  fiber optic cable you have a lens that takes many colors of light and combines them into high energy white light. That white light is sent to a prism at the other end of the fiber which splits the white light back up into it's constituent colors. If the red light at the beginning of the fiber blinks in a certain pattern, the red light at the far end will also blink without interfering with the other colors (wavelengths.)

Image from Wikipedia

The device responsible for combining the signal is often called a MUX while the one responsible for splitting it apart is called a DEMUX. In two way communications a MUX/DEMUX pair is required at each endpoint so that communications can be sent and received.

WDM (wave-division multiplexing) is further broken down into two flavors, CWDM or Coarse WDM and DWDM or Dense WDM. In Coarse WDM fewer signals are combined onto the fiber and they are spaced farther apart. In DWDM more signals can be combined resulting in increased hardware and system design complexity and higher costs. Depending on the system needs CWDM and DWDM are both viable options.

I hope that helps explain why multiplexing is such an important part of fiber optic communications!

Hot Item: The Brand New CWDM Analyzer from EXFO

CWDM is trending hot right now and we've got a whole new suite of instruments available for all your testing needs.

Want to future proof your CATV broadband and hybrid networks? Try the FTB-5240S Optical Spectrum Analyzer. It's a highly accurate OSA and is ideal for multiservice operators and CATV operators.


Want to achieve end-to-end characterization by testing through CWDM-based multiplexers and demultiplexers at ITU-recommended wavelengths?

Try the high-resolution OTDR covering longer metro distances and ITU-based CWDM networks.

Are you looking for an innovative, low-cost alternative for activation and troubleshooting of a CWDM network?

Look no further than the new EXFO FOT-5200 CWDM Analyzer! This small handheld devive packs in all the essential features including:

• CWDM Channel Analyzer
• Broadband Power Meter
• Loss Test Set

It's the fastest and smallest CWDM tester on the market and we've got it!

Interested in a quote? Drop us a line at sales@fiberoptic.com!

Have you heard about the Black Box LanScope Network Analyzer?

FiberOptic.com and Black Box are now working together . It’s been a great start to a great relationship, and we are excited to be able to provide new equipment, better prices and better service to all of our customers.
Recently, Black Box has developed a network analyzer; I know what you are thinking, I buy mine through Fluke (and you’re not alone.) They have dominated the market for some time, but now there’s some competition. Read on for our comparison of the LanScope (BB version) and the Networks NetTool (Fluke version;) you will be amazed at what Black Box can offer at a fraction of the cost of the Fluke device!

The LanScope Network Analyzer from Black Box is an Advanced Gigabit network and cable tester that provides expert help at an affordable price. Some of the features the LanScope has that the Networks NetTool doesn’t offer are: This unit offers a 3.5” color LCD w/touch screen, offers two independent Test Ports and you can use as a Responder in Loopback testing. You can capture up to 10,000 packets of data (10 captures at 1,000 packets each.) Not only does the LanScope offer Protocol detection but it also shows packet count and traffic percentage (not just the detection.)

I could continue on and on with the amazing features the LanScope has to offer. If you would like more information please check out the specifications and comparison sheet attached. If you compare these specs to the Fluke Networks NetTool (NTS2-NSKIT) they can’t even come close!

And what’s the #1 reason to get the Black Box testing device?
The price of course!

BlackBox LanScope $1895.00
Networks NetTool $3100.00

Do you want to continue to pay for a name or pay less to get the job done right?

Try it for 30 days if you are not completely satisfied return the unit for a FULL REFUND!

Want more info? Check out the Comparison Chart or drop us a line at sales@fiberoptic.com.



FiberOptic.com
Sales@fiberoptic.com

Why would you need training in Fiber Optics?

Education is essential for those interested in entering the ever-changing world of fiber optics. Proper training will increase your knowledge base and give you the skills needed to perform professionally in the field. With fiber optic skills in high demand, now is the best time to consider training.

If you’re beginner or intermediate level installer, the Certified Fiber Optic Installer course is a great place to start. CFI students receive the best technical training in the industry and gain hands-on experience working with equipment from the world’s top fiber optic manufactures.

Upon completion of a four day course, students will be ready to install, splice, terminate and test optical fiber. They will also gain an internationally recognized certificate from the Electronics Technician Association(ETA) to prove it.

FiberOptic.com offers training through The Fiber School. We have a training facility here at our headquarters in Breinigsville, Pennsylvania and we also take our courses to several different cities all over the world throughout the year!

We strive to maintain a 10:1 student to instructor ratio to ensure each student receives individual direction from our experienced educators. Students are provided with all the tools and equipment needed, and our instructors are readily available to demonstrate correct, time-saving techniques.

The Certified Fiber Optic Installer course is being held in Orlando Florida, on March 7-10. If you would like to register, please email training@fiberoptic.com, or call toll-free (877) 529-9114.