FiberOptic.com - Forum

FiberOptic.com Offers a Triple Threat in the World of Fiber Testing

2012-01-20T11:14:00.000-08:00

Starting with the FTB-1-730, technicians have a tool with maximum connectivity. The FTB-1-730 is designed for users to test, process and report all while in the field. Portable, compatible and reliable, the FTB-1-730 starts out as the perfect tool for any fiber technician.

Adding the new iOLM software, the FTB-1-730 becomes an even more powerful testing tool. This software is designed to make any level technician an expert. The iOLM automatically performs link recognition, sets test parameters and launches multiple acquisitions and analyses at multiple
wavelengths. This reduces the number of technicians needed for a given project and reduces the amount of training needed by the technician.

Finally, utilizing TraceVault, users will have a convenient place to upload, store and share all the traces they test using the FTB-1-730. TraceVault is customizable to meet the needs of specific users and maintain control over the security of files. Because TraceVault is sold solely through FiberOptic.com it can be offered at a discount to customers who purchase products like the
FTB-1-730 and the iOLM software.

Paired together, the FTB-1-730, the iOLM software and TraceVault serve as a triple threat and can make any technician the most successful fiber tester in the business.

New Intelligent Optical Link Mapper Can Make Any Technician An Expert

2011-12-02T09:30:00.000-08:00

The current demand for home networks is requiring a widespread deployment of FTTH links. This happens to be the most challenging type of link to test and is usually reserved for the most advanced fiber optic technicians. To get the most complete network characterization, a few things need to happen:

Several OTDR measurements must be taken with different OTDR pulses. This can be extremely time-consuming and complicated, especially for one technician.
The technician needs to have the experience and ability to properly select the test parameters and then accurately analyze the test results.

As most technicians are currently moving from a copper to fiber background, they do not yet have the knowledge to perform these tasks. With over 70 million homes that need to be connected before 2014, this shortage of able technicians creates a problem.

Thankfully, the FTB-730 OTDR now has new software that takes all the complicated work out of OTDR testing. The iOLM or intelligent Optical Link Mapper software will revolutionize the way OTDR trace analysis is performed. The iOLM automatically performs link recognition, sets test parameters and launches multiple acquisitions. This means in just one click, you can connect, check power readings, get a link map and find the fault.

Because the iOLM is programmed with a database of network failures, after trace analysis is completed iOLM guides you through a step-by-step problem solving process. iOLM minimizes to possibility for errors and maximizes a technician's accuracy and efficiency, making an technician an expert regardless of the level of training and experience.

What's the best part? This method is up to six times faster than current OTDR testing methods, features a user friendly interface is available at a lower price than similar products on the market. If you're ready to take advantage of this time saving technology, please contact us at sales@fiberoptic.com for more information.

FiberOptic.com Training Director recognized as one of the Top 10 Fiber Optic Certification Administrators for 2011

2011-11-23T11:04:00.000-08:00

FiberOptic.com’s Training Director has been recognized by the ETA as one of the Top 10 Fiber Optics Certification Administrators for 2011. The ETA currently has over 1000 certification administrators and Richard has received this honorable award through his dedication to the program as well as administering one of the highest numbers of examinations.

With courses ranging from Certified Fiber Optic Installers to Master Technicians, we offer a variety of certifications for various skill levels and Rich is just one of several instructors working to uphold the highest of standards in these courses.

Bryant Smith, FiberOptic.com’s resident IT Manager has also recently received certification as a Ruckus Wireless Solutions Engineer. As the top level of certification offered by Ruckus, the Wireless Solutions Engineer is ensured to have the skills needed to design, deploy and manage complex wireless networks. This certification will benefit several courses, including the Panasonic i-PRO Installation course and the Wireless Network Fundamentals course. Additionally, this certification will allow new Ruckus products to be available through FiberOptic.com.

Congratulations Bryant and Rich!

The Fiber Optic Marketplace, LLC Has Announced the Recent Acquisition of FiberBase®

2011-10-05T11:16:00.000-07:00

The Fiber Optic Marketplace, LLC (www.FiberOptic.com), a division of Adtell Inc., has announced the recent acquisition of FiberBase®, a mapping and asset management software solution from Corridor Technologies. Developed by industry professionals, FiberBase® allows network operators to visually diagram and document their network and network assets down to individual port assignments. Additionally, FiberBase® was designed to leverage the advantages of an Oracle relational database, allowing users to customize the user interface, reports and program functionality to meet the unique needs of their fiber or copper network.

FiberOptic.com’s FiberBase® system provides full documentation for all equipment and connectivity for premise and outside plant operations, including documenting entire fiber optic routes, from every foot of conduit down to sub-ducts and individual fibers. FiberBase® has been seamlessly integrated with industry standard software such as Visio and MapInfo, making FiberBase® a powerful tool for users to generate reports on equipment and resources.

FiberBase® is available as a client server application or a hosted solution. Pricing is based on the configuration and number of seat licenses a company would require.

The software has been developed to leverage the following features:

A central point for record keeping that can be accessed remotely over the company network
Support of multiple languages
Detailed maps, drawings, equipment lists or photographs to take into the field when planning new networks
Existing documents can easily be linked to newly entered data
Custom security features provide controlled access throughout the organization, while giving each user the information they need; Access Control Lists (ACLs) and Task Based Security (TACLs) allow the administrator to place a security level on each database item and FiberBase® feature

Company President Chris LaBonge stated, “The FiberBase® system is a key component of our FiberSentry system (http://fibersentry.fiberoptic.com) and the acquisition of this software from Corridor Technologies will allow us to further develop the software while integrating with other network monitoring systems to create an automated approach to uploading and storing OTDR trace files.” Customers can expect the same great product they have grown accustomed to with an increased commitment to customer satisfaction.
About The Fiber Optic Marketplace, LLC

The Fiber Optic Marketplace, LLC, founded in 2001, is the leading online provider of fiber optic products, training and rental solutions. Beginning as an online business-to-business portal for the fiber optic community and expanding to include domestic and international business, The Fiber Optic Marketplace, LLC is committed to maintaining excellent customer service and client relations. Continuing into the future, the company will continue to offer expertise in the field of fiber optics by providing customized solutions for customers.

For more information on the product, or to request a demo, visit http://fiberbase.FiberOptic.com or call 877-529-9114.

New T-Berd 2000 Designed to Meet Customer Demands

2011-09-16T10:41:00.000-07:00

We’ve been hearing that our customers love the T-Berd 4000 OTDRs but often wish they had something portable with the same power and great software. We’re happy to announce that very soon we’ll be able to sell the all new T-Berd 2000 which provides users with just that. With a lithium polymer battery designed for extended use, sturdy construction and the standard OTDR modules our customers have grown to rely on, we can heartily recommend this tool for mobile testing.

The T-Berd 2000 is a handheld modular test set that is nearly half the size of the T-Berd 4000, but has all the same great features and compatibility. This light-weight and easily portable test platform provides users with the means to perform the widest range of test applications. These applications include, but are not limited to, OTDR modules (LAN/WAN/Metro/Access/PON), insertion loss and optical return loss testing, PON/FTTX power meter, and a microscope to inspect connector end faces and perform pass/fail analysis. With Ethernet, USB, Bluetooth and WiFi connection capabilities, this test set is designed for remote communication that is convenient at any job site.

Be one of the first to get this tool and instantly become a master testing technician. Rick, our testing product manager would be happy to discuss how this tool can help you with your business needs. For more information or to request a product demo, be sure to contact sales@fiberoptic.com!

Missing the expertise needed to interpret your OTDR traces? No problem!

2011-06-29T10:41:00.000-07:00

Maintaining a fiber optic network can be a challenge. In an industry that relies so heavily on the speed and accuracy of fiber installations, it is crucial that you are positive these installations meet certain specifications. Being able to quickly and accurately interpret fiber characterization test results is essential, but highly specialized. Having access to experts to help with your trace analysis is the ideal way to optimize your fiber optic network but those assets aren’t always available “In House”.

Expert Trace Analysis from third party professional optical and/or electrical engineers is the most cost effective way to identify problems within in a fiber network that is continuously growing, changing or aging. Third party analysis can provide network planners with an easy to read report containing the relevant OTDR data and certify that the link indeed meets certain specifications. Allowing an expert to perform bi-directional analysis saves you time, money and headaches.

FiberOptic.com is introducing a new product that will provide customers with this beneficial service. TraceVault™ is your one-stop shop for storing, evaluating, and referencing all types of OTDR traces. With this service, you can request detailed analysis and an accredited certificate verifying that your traces meet specifications. Aside from our Expert Trace Analysis feature, TraceVault makes storing and organizing your OTDR results, and accessing your files directly from the field easier than ever. As an added bonus, this software will allow you to place an order for Fiber Characterization from our fiber experts with a few clicks of the mouse.

For more information or to request a product demo, please email sales@fiberoptic.com!

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

2011-05-16T11:34:00.001-07:00

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

2011-04-11T12:29:00.000-07:00

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

2011-04-04T12:24:00.000-07:00

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?

2011-03-08T10:58:00.000-08:00

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

3 Reasons Why YOU Need Real-Time Network Monitoring, Part 2

2011-03-02T10:16:00.000-08:00

In our previous post, we discussed one of the major reasons you'd want real time network monitoring (the ability to detect network damage before outages occur.) While that's certainly one of the main draws for the service, it's not the only reason to consider protecting your network.

While detection of errors is the obvious reason you'd want network monitoring, let's examine two of the side benefits:

2) Archive OTDR traces to Preserve Historical Data

Having a repository of OTDR traces on a span shows you how that span changes over time. Aside from the "good" baseline trace technicians will use to find errors, this is also important in network planning. With potentially thousands of traces over multiple years it quickly becomes tough to keep track of them in a three ring binder; this makes a computer assisted archive essential.

Not all networks are going to behave exactly the same way but if you have lots of past data you can determine exactly how a certain splice will affect your signal. This is especially important when looking at temporary repairs.

Aside from just storing the files in a mish-mash on your hard drive, asset management systems such as FiberBase by Corridor Technologies usually maintain these repositories. Having them in a database is much better than keeping flat files, since you have the benefit of GIS Mapping and the network Topology for any given trace.

3) Detect Periodic Outages without The Need for Manual Scans

Sometimes outages occur at seemingly random intervals and mysteriously "fix themselves." Truck rolls are the single most expensive part of network maintenance, so sending them on a wild goose chase is bad for business. Events such as water freezing and causing a bend, temperature changes, and machinery driving over a route can cause a problem temporarily. By the time you get a technician out there to scan for it, the event has passed. Continuous scans help you detect these problems before they cause any real damage.

Minimizing expense and early detection are what it's all about!

Even though it didn't make my top 3 list, these systems are also one of the best ways to detect fiber tapping (intrusion detection.) Since the only way to find out if somebody has messed your fiber is to perform an OTDR scan, a system like this is the only economic way to do it all the time.

If you're interested in hearing more about FiberSentry, our hosted network monitoring solution drop us a line at marketing@fiberoptic.com!

Why would you need training in Fiber Optics?

2011-02-23T12:20:00.000-08:00

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.

A Community for Fiber Optic Professionals

2011-02-21T09:04:00.000-08:00

I’ve been scouring the internet looking for a place for fiber optic professionals to meet and discuss our industry. The sad truth is, most of what is out there is abandoned, dated, or so choked with spam that it can no longer be used. There needs to be a place to go where people can ask questions and have questions answered. With so many talented people out there, there’s a real chance to make a solid contribution in our industry.

Fiber Optics covers such a wide swath of telecommunications that our community knowledge is spread out all over the place. A fiber optic blog could help to slowly reel some of that back in so that you can have the resources that so many other niches of the telecommunication sector have.

Actions speak louder than words. I’m going to make a commitment to you to try to provide the best blog content around. Some of the existing blogs were so possessive of their outgoing links that it made it impossible to get any kind of community interaction going. I’d like to change that, but I need your help.

Ordinarily our newsletter blasts are committed to providing you with the latest and greatest (and best priced) in fiber optic equipment and services, but this month let’s try a little community building. There are over 10,000 of you out there that we know about and that’s no small sum. Get involved by:

I’ll be giving prizes out to people to contribute the best content!

Product Alert: The NEW FTB-1 From Exfo

2011-02-16T08:14:00.000-08:00

EXFO has unleashed a new world class handheld testing platform. The system is geared for the front line technician and combines a variety of modules aimed at the FTTX and Ethernet testing market . The FTB-1 gives these technicians the ability to execute test routines, process results, and generate reports simply and efficiently. Use of the Blue tooth data mover allows users to quickly move test data from the platform to a smart phone or PCs for upload to a server or central office while still deployed within the field.

The Exfo FTB-1 interface has been designed to be simple and straightforward, whereby a user is able to pick up the unit and with the minimum of training to be able to perform tests straight away. The 7-inch (175mm) TFT touch screen is enhanced to make viewing outdoors easier. Coupled with long battery life (8 Hrs Otdr & 4 Hrs 10 GigE), the Exfo FTB-1 also features Internet Explorer for web access and a one-touch screen capture facility.

FTTH testing using the FTB-730 PON FTTx/MDU OTDR module

With a dynamic range of up to 39 dB and enabling power meter and visual fault locator functionalities, the FTB-730 PON FTTx/MDU OTDR module allows fiber installers to seamlessly characterize splitters in PON FTTx and multiple dwelling unit (MDU) applications.

Ethernet testing up to 10G using FTB-860 NetBlazer Ethernet Tester module

Offering comprehensive, yet simple test suites, the FTB-860 NetBlazer Ethermet Tester enables field technicians to quickly and easily turn up, validate and troubleshoot Ethernet services, with full EtherSAM capabilities, from 10 Mbit/s to 10 Gbit/s.

It’s the one—the FTB-1 Platform. Let us show you how this unit saves you time and money. Call us today if you’d like to hear more or would like to see a Demo!

3 Reasons Why YOU Need Real-Time Network Monitoring, Part 1

2011-02-09T10:59:00.000-08:00

When some people think of network monitoring, they think of the angry phone calls they get when customers lose network service. Wouldn’t it be better to find out that a system was going to fail before it becomes a PR disaster? Network monitoring systems have been around from a while for the big telecom companies but they can be very useful in any sized network. There are many reasons to use such a system, but here’s my top three:

1) Detect Damage Before Network Outage Occurs

I’m often surprised to learn that lots of companies don’t perform regular maintenance OTDR scans and only send someone out when there’s already a known problem. Simple network connectivity tests aren’t really enough to detect problems preemptively. It’s also not practical or cost effective to have a network technician scan thirty routes every hour.

Luckily, in recent years companies have launched automated OTDR scanners (an example is the OTU-8000 from JDSU) to make this type of detailed analysis available. Humans can’t be taken totally out of the equation; a knowledgeable expert still needs to configure the system, (but it doesn’t take nearly as much time as manually scanning all those routes.)

This long winded introduction brings us around to the meat and potatoes of a system like this: alarms. If a human being was interpreting one of these scans they’d have to have a pretty good idea of what the graph and events table should look like and be able to spot the differences. This task naturally lends itself to computers which can compare the scan to hundreds of others stored in memory. Once a set signal degradation threshold is reached, the system can notify the network admin that a potential problem has happened.

So what does this mean for you?

The system can pinpoint where the damage occurred, right down to the nearest street address or manhole. You can drive out there and fix it on a scheduled maintenance call. Asset Management Software like FiberBase by Corridor Technologies Inc. can be used to chart the alert on a map and store information about when it was resolved, by whom, etc. It works really well when used with our own FiberSentry hosted network monitoring solution. If you’re interested in protecting your network send me an email at marketing@fiberoptic.com!

Stay tuned, in the next post we’ll go over the last two on our list!

2) Archive OTDR traces to Preserve Historical Data
3) Detect Periodic Outages without The Need for Manual Scans

Are you using a system like this to monitor your network? Let me know in the comments!

Top 5 Reasons to Care About Fiber Asset Management Software

2011-02-04T10:27:00.000-08:00

I'll be doing a few posts on Asset Mangement since it's a relatively small but very important part of any large fiber optic network. Before getting into the nuts and bolts (or bits and bytes, as it may be,) it's important that you realize why you should care. Aside from not burying yourself in mountains of paper (which become outdated in a matter of minutes,) preventing your truck-rolls from ending up in Boise instead of Biloxi, and opening yourself up to data loss when the disgruntled NOC burns the place down, you might want to check out these "Top 5 Reasons to Care About Fiber Asset Management Software."

1. Hierarchically List Your Fiber Assets from Map Regions to Signals on a Cable

The importance of having a complete listing of your equipment, where it is located, and what it is attached to cannot be underestimated in any size network. Regardless of whether you're talking about copper or fiber, networks can be pretty complex. Once you throw in systems like PacketLight's new PL-2000 Multiprotocol/Multirate Sub-10G Muxponder (which is a highly specialized and complex network device) these network models quickly require software solutions to be adequately mapped.

Without going into too much detail here, let's get back to our list!

2. Perform Complex Queries on Your Network Infrastructure

If you want to find out which customers are being affected by that backhoe that dug up one of your major route segments or determine how many pieces of equipment in your central office are older than 5 years you've got a lot of arduous research to do. Asset Management software makes these kinds of tasks a snap since everything in the database can be queried.

3. Reduce Paper Waste

It goes without saying that filing cabinets aren't ideal data repositories. Besides being vulnerable to fire, coffee spills, and lousy filing practices they take up a lot of space and require a lot of time to use. If you haven't already computerized your office, what are you waiting for?

4. Locate Outages Quickly and Accurately from OTDR Traces

It's fairly likely that you use OTDR traces to determine the integrity of your network. Unfortunately OTDRs don't know the difference between a cable that's running up a pole or one that's inside an underground cable run. Without properly mapping your network it's hard to find the source of a problem, even when you know how far away it is in cable-distance. Rescanning at various points to find the problem is time consuming and unnecessary. Map your network and find those problems in as little as one scan!

5. Integrate with Networking Monitoring Services

Network Monitoring Devices are the hot new item in Fiber Optics. They continuously scan your network for signal degradation allowing you to fix problems before they cause outages. I'll be doing a lot on these in future posts, but please feel free to contact me for more information.

The gist of #5 is that Network Monitoring Devices require a GIS map of a fiber network to truly be effective. Since they can tell you how far from the scan the trouble is, it's simple to plot that across your mapped route segments. Using map packages can even give you a street address or closest intersection for the damage!

Conclusion

There are a lot of Asset Management tools out there, but our research has shown FiberBase by Corridor Technologies (CTI, inc.) to be a robust and full featured solution. If you're not familiar with asset management, it's more than just simple tree-structure mapping and includes features such as GIS mapping, OTDR trace viewing/storage, Network Topology, etc. If you're interested in more information, please contact marketing@fiberoptic.com!

Your feedback is appreciated and we love comments from our readers. Let us know if you use asset management software in the comments below!

Happy New Year!

2011-01-04T11:07:00.000-08:00

Happy New Year everyone! Well 2010 ended with a bang here at FiberOptic.com. We had a very successful year thanks to all of our customers, and we had a lot of fun working with all of you!

The economy seems to be turning around and 2011 is looking even better... we will be having monthly promotions in 2011 (keep an eye out in our newsletters) and some great savings and deals to offer you through out the year.

One product that we're excited about the new PRO Video Inspection Probe that debuted in 2010. It's got an excellent display and long battery life and is very competitively priced. If you need a Video Inspection Probe, mention this BLOG and receive 20% off the manufacturer retail price until the end of the January! (this offer not valid with any other offers or promotions, while supplies last, certain restrictions may apply)

Need an inexpensive Fusion Splicer? we have one! Need some great Test Equipment at low prices? we have that too! Our goal is to offer great products at great prices and develop a relationship with our customers!

At FiberOptic.com we strive to be the best at what we do, whether it is product knowledge, services, or customer service, we will never let you down and our website is available to take your orders 24 hours a day 7 days a week!

Hope you continue to check us out and order on the web www.FiberOptic.com and we can work together through a great and prosperous 2011!

Fiber Optic Launch Boxes...Did you know?

2010-12-01T07:35:00.000-08:00

So we started manufacturer Launch Boxes right here at FiberOptic.com. I never knew how important one actually was for your testing purposes. If you are testing without a fiber optic launch box you are putting your OTDR and accuracy of test results at risk! We all know that accuracy is key with fiber optics. Here are some other things I have learned that may be of interest for you before you start testing without a launch box…

A launch box will eliminate your dead zones, and is a buffer between your cables under test and the OTDR ferrule. Doing this will help prolong the life of your OTDR. With fewer insertions into your main OTDR ferrule. Your OTDR ferrule and adapter can only handle a certain amount of insertions before it becomes compromised. This was something I didn’t know at all! I always looked at it as an adapter, it has to continue to work for the life of the OTDR right??? Guess I was wrong!

If you are going to be using a launch box (which you should! As we just discovered) the recommendation is two units. You would put box 1 in between the cable under test and the OTDR and box 2 at the lading point (end of cable run). This will help you see test results on the connector at the far end of the cable under test. You won’t have to move any of your equipment and will give you a great non-bidirectional look at the last connector under test.

Well I hope I have given you some insight into why a launch box is definitely important. Not only the reasons above but they are cost effective, very easy to use and FiberOptic.com makes a low profile design that will allow you plenty of room inside the ruggedized case to route and store your test leads.

Contact us today and we can help you save your OTDR and your Test Results!!!

www.fiberoptic.com

877.529.9114

New Type-46 Fusion Splicer

2010-11-16T10:33:00.000-08:00

I just heard about a brand NEW fusion splicer coming out from Sumitomo! Sumi hasn't even released this splicer yet, so we get first rights! Pretty Cool, huh?! Well I thought so... take a look at what the NEW Type-46 TomCat PLUS fusion splicer will be offering. This splicer just might be right for you - it's fast and it's efficient!

Sumitomo has introduced the first and only fixed v-groove fusion splicer with built-in dual heat shrink ovens and automatic splice and heater functions - making the TomCat PLUS the FASTEST v-groove splicer available today.

There are so many more options to share, but these are the ones that make it the FASTEST! Please call us to find out more info, you get a real person, in the United States who have awesome product knowledge!! We can fill you in on the rest of the splicers options and get you into the right splicer for you. FiberOptic.com is an authorized distributor for Sumitomo so trust us, these splicers are REAL!

We will be selling these splicers in 3 different kits... so 3 different pricing tiers... you will fit into one of them I promise!
Just call us and see 877.529.9114 www.fiberoptic.com

FiberOptic.com and Packetlight partner for Turn-key 10G Solutions

2009-10-28T11:20:00.000-07:00

PacketLight Networks announces the release of the new PL-1000E, a unique CWDM/DWDM all-in-one optical product supporting 8Gb FC, 10Gb, and sub-10G services. PacketLights solution is unprecedented with its rich feature set in a compact 1U chassis.
PacketLight Networks offers reliable, carrier grade CWDM/DWDM solutions that ensure access to most business critical data while protecting your investment with scalable, pay-as-you grow architecture.

The PL-1000 is a carrier class leading 1U Metro DWDM platform, for transport of 10G Data, Voice and Storage Applications, over dark fiber and WDM networks. PL-1000 is designed primarily to address the growing needs for high data capacity applications such as IPTV, Triple play and NGN which needs to be transported over the same existing or new fiber infrastructures. The PL-1000’s capabilities, dimensions and competitive cost make it the ideal solution for evolving metro Ethernet networks, enterprise networks, campus environments and central office connectivity. The PL-1000 supports up to 4 high-speed 10G services. Each service is configured independently, using PacketLight’s user-friendly Web-based management tool. Additionally, by stacking multiple PL-1000, customers can expand 4 wavelengths to up to 32 wavelength thus achieving high level of scalability and low initial investment in a pay-as-you grow architecture.

With the increased demand for 10G and 40G solutions FiberOptic.com has launched Adtell Integration, Inc. as the services division focused on fiber characterization, GigE Testing, fiber splicing, and integration services. Please visit Adtellintegration.com for more information on services which accompany our turn-key 10G and 40G upgrades.

FiberOptic.com offers JDSU Cleaning and Testing Kits

2008-07-08T17:08:00.001-07:00

FiberOptic.com today announced it will offer JDSU's all-in-one fiber optic test kits, providing network technicians with a simple way to avoid one of the leading causes of network downtime: contaminated, or “dirty,” fiber. Based on its recognized best practice to “Inspect Before You Connect,” JDSU provides all of the tools necessary to inspect, clean and perform power or attenuation measurements on fiber optic connections in easy-to-use kits to prevent costly network damage during installation, qualification and troubleshooting.

“Working with service providers worldwide, we believe that fiber contamination is the number one source of costly truck rolls and optical network impairment,” said Steve Lytle, general manager in the JDSU Communications Test and Measurement business segment. “Inspecting with a kit that contains all the necessary tools before you connect enables technicians to conveniently inspect both sides of an optical connection, clean it if necessary, and conduct the required optical testing to ensure the integrity of the network.”

JDSU inspection, cleaning, and test kits are designed specifically to meet the needs of today’s fiber applications and environments including FTTx, LAN/WAN, and data centers found in both cable and telecommunications networks. The kits include JDSU video fiber microscopes, optical cleaning tools, PocketClass™ or SMART optical light sources and optical power meters, and a visual fault locator (VFL). The kits also include a wide selection of Westover™ precision tips for the video fiber microscope and a collection of fiber optic patch cords for connecting to the system under test.

Fiber inspection and cleaning are critical components in a comprehensive fiber deployment and operation strategy. Proactive inspection prior to network testing and installation reduces downtime, optimizes signal performance, and protects components from costly damage.

Vermont's Upper Valley binds itself to ECFiber.net

2008-07-08T16:43:00.000-07:00

The nation's FTTx network continues to widen as Vermont's Upper Valley plans to develop a network which will cover 1,000 square miles and include 35,000 poles. As reported by Meghan Fuller Hanna and Livewave, the 23 municipalities of central Vemont have joined the East Central Vermont Fiber Network project to assert control over their communities addimition to the future technologies which will spring out of the FTTx initiative. As Megan notes, "The project has racked up pre-registration take rates greater than 50% in some areas. The folks behind the ECFiber Network are confident they can succeed—despite the recent troubles of some high-profile municipal fiber initiatives—in part because they know if they don’t bring fiber to their communities, no one else will."

"The network will be deployed in partnership with ValleyFiber, a new venture from ValleyNet, an Upper Valley-based nonprofit that introduced broadband to the region via dialup service in 1994. ValleyNet managed upwards of 6,000 dialup subscribers before exiting the business in 2006 to pursue other broadband initiatives, including Valley-Fiber, which it launched in October 2007. ValleyFiber will design, build, and operate the network, which will include offering high-speed Internet, voice, and cable TV services on day one."

"Throughout the process, ECFiber has looked to its predecessor to the north, Burlington Telecom (www.burlington telecom.net), for guidance, even hiring Tim Nulty, former executive director/general manager of Burlington Telecom, to act as project director of ECFiber. Burlington Telecom expects to be profitable by the end of 2009, just four years after it began offering residential services."

"At press time, 23 municipalities had joined the East Central Vermont Fiber Network: Barnard, Bethel, Brookfield, Chelsea, Granville, Hancock, Hartford, Montpelier, Norwich, Pomfret, Randolph, Reading, Rochester, Royalton, Sharon, Stockbridge, Strafford, Thetford, Tunbridge, Vershire, West Windsor, Williamstown, and Woodstock. A modified homerun the ECFiber Network will follow the same architectural model as Burlington Telecom, which is an example of “a modified homerun,” says Nulty. A complete homerun network would feature an individual fiber from every house back to the hub, with that fiber available for anyone that wants to make use of it. But such a network is both uneconomical and impractical since it involves hundreds of thousands of fibers coming back to a single location."

A modified homerun network, by contrast, features fiber links from the home to aggregation points located around the serving area. “You locate a minimum number of fiber aggregation points around the town,” says Nulty, “and it should be the smallest number you can possibly get away with because you want to put it as far upstream as you can. In Burlington, we aggregate about 3,000 customers per fiber aggregation point.” Nulty says the fiber aggregation point is an actual building—20×30 or 20×40—that houses all the electronics, including the splitters, power equipment, and distribution racks. Downstream of the aggregation point are fiber links to every premises.

Burlington, a city of 40,000, features six fiber aggregation points. In the ECFiber area, which covers 1,000 square miles and 1,600 miles of road, Nulty estimates they’ll need about 10 to 12 fiber aggregation points.

In addition to requiring less fiber, the advantages of the modified homerun architecture are two-fold, says Nulty. First, maintenance is simplified because none of the equipment is in the field; it’s all in a secure building. Second, such an architecture facilitates easier network upgrades because, again, all the equipment is housed in a single location. To move to another generation of PON, technicians would simply go to the fiber aggregation points and replace old blades with new blades. Migrating from PON to active Ethernet would be similarly pain free, says Nulty.

“You can upgrade the electronics easily over time, forever, without touching the fiber,” he explains. “This is a very important point: We have not built a PON network. We’ve built a fiber network that we have initially provisioned as a PON, but we can change that provisioning as and when it makes sense. That’s a big difference between us and Verizon.”

"ECFiber has already inked a contract with Atlantic Engineering Group for a fixed-price construction contract covering 75% of the projected capital expenditure. The network will be provisioned initially as a GPON to benefit from the economies of scale that Verizon’s FiOS has created. The network will deliver 2.4 Gbits/sec from the headend; a 32-split ratio will yield between 80 and 90 Mbits/sec to each home.
ECFiber hopes to break ground on the project in Spring 2009 and connect the first customers by the end of that year. A self-sustaining network
Like Burlington Telecom, the ECFiber Network is designed to be financially self-sustaining. The project will be funded with a 15- to 20-year non-recourse municipal capital lease. The network will be owned by the leasing company and leased to the consortium of towns until the lease is paid off. Williams says this form of financing is common for other revenue-generating municipal projects like parking garages. Participating towns will not be obligated to pay any of the expense of the network; the amount of the lease will cover the capital cost of the infrastructure as well as initial losses and interest until subscriber revenue can sustain the network on its own."

"According to a recent white paper issued by the Fiber to the Home Council North America (www.ftth council.org), “Municipal Fiber to the Home Deployments: Next-generation Broadband as a Municipal Utility,” the typical FTTH business plan usually requires a 30% to 40% take rate to break even with payback periods. At press time, the pre-registration take rate in the ECFiber territory was 15% overall, but in towns where there is not already some kind of coverage, that number escalates to 50% of the total population.

“We can go right up to Burlington and use their comparables,” says Williams. “In the parts of town that have been open for two years, they’ve got 40% plus penetration and average revenue that approaches $100. If we get close to those numbers, even in our area with our less dense towns, then we’re getting pretty close to the level that we need to break even,” he says. Moreover, he adds, some areas of Burlington already had 100% cable modem and 85% DSL coverage, and Burlington Telecom is successfully wooing those subscribers away."

For his part, Nulty believes that ECFiber will see take rates of “virtually everybody” in those areas in which there are no other providers. In fact, he believes ECFiber may have to change its installation process as a result. “Every FTTH company I’ve ever heard of—including us—runs the [fiber] pass down the road and then goes along afterward and hooks people up only when they call. But if you have 80% or 90% already presigned, you’re going to drop to everybody,” he says, “and that actually reduces your costs quite a bit.”

What should I do to maintain my fiber?

2008-06-19T18:51:00.000-07:00

There are many ways of being proactive when it comes to fiber plant. However, because of the durability and low maintenance requirements fiber stewards are frequently rolling the dice and taking a wait and see attitude.

Here are a few ways you can get in front of problems.

Third Party Testing Services:
My wife's a teacher, and she doesn't let her kids grade their own tests. However, we IT professionals think little about separating the conflict of interest in having the same individual install and test installations or performance. I have been in way to many closets to think this is a waste of effort. The craftsmanship of some fiber installations leaves much to be desired.

Fiber Optic Testing and Documentation (OTDR, PM & LS)

Require a bi-directional OTDR trace
Require a PM & LS test to verify core power levels
Require an image of the connector endface prior to testing (ensures the contractor cleans the endface prior to testing)
If testing Multimode fiber, ensure your contractor is using a mandrel
When testing with an OTDR, ensure a launch box is being used (1km - SM, 150m - MM)

Network configuration and maintenance

Consult a certified RCDD before making any adds moves and changes, especially when upgrading speed on Multimode fiber
Consider a performance contract with a company to ensure they are recommending the appropriate equipment (If performance is low or equipment is faulty, the integrator will replace the hardware)
Schedule annual maintenance with a third party to ensure schedules are kept.

Description:
Services designed to support the IT professional in maintenance, documentation, installation and testing.

OTDR Trace Analysis & Off-site Storage
OTDR Trace Analysis
Interpretation Services
File Storage (Off-site Backup)
Comparison Analysis (Compare benchmark to current trace)
Report Generation
Description:
OTDR analysis and storage services for IT professionals interested in a second opinion or off-site storage of network trace files. If traced are completed and stored for future reference, emergency restoration, annual maintenance and management, prevention of degradation are all made easier.

Consulting and Project Management Services:
The following is a list of consulting services offered through FiberOptic.com:
Design Consulting Services
Project Management Services
Description:

Consulting and project management services for IT professionals interested in leveraging the experience of fiber optic professionals.
CONTACT: Chris LaBonge - 215.499.8959 or clabonge@adtell.com
NOTE: Services provided by Adtell Integration - http://www.adtellintegration.com/

Fiber Optic Installation - Services

2008-06-18T19:34:00.000-07:00

The time has arrived.... Infrastructure solutions now require fiber optics to propagate the vast amount of data which continues to increase in an almost exponential fashion. Therefore, the questions becomes, who can you trust to assist with this physical infrastructure deployment? Well, if you're the handy sort, it will require an $8,000 fusion splicer and equally prices OTDR to ensure you've performed a professional installation. In comparison, the option exists to hire a contractor who understands your requirement and will assist with the engineering, installation, maintenance and Emergency Restoration.

These contractors, if focused on communications infrastructure, will truly offer the most cost effective, longest lasting, and mission critical solution to keep your organization focused and moving forward.

Adtell Integration - http://www.adtellintegration.com now offers consulting, design, installation, maintenance, and Emergency Restoration services around the world.

A Rugged Fusion Splicer

2008-06-18T19:21:00.000-07:00

Introducing the FSM-60 and FSM-18 series – fusion splicing is redefined!
AFL Telecommunications sets a higher standard with Fujikura’s new series of core alignment and fixed V-groove fusion splicers. Offering unmatched versatility and reliability, the FSM-60 and FSM-18 series withstand a 30” drop test and continue splicing! With ruggedized edges around the corners, the new splicers are ideal for field splicing where accidents tend to happen.
With the rugged construction, the new splicer series provide shock, dust and moisture resistance, further enhancing productivity in the field. New software provides the ability to download splice data to a PC for splice data reporting, download splicer operating software via the internet to maintain peak performance, and download video images from the splicer to enhance technical support. In addition, new features such as the user-selectable fiber clamping method (sheath clamp or fiber holder system), simultaneous battery charge and splicer operation, automatic arc calibration and fiber identification, and auto-start tube heater, makes this the productivity tool to count on!

FSM-18S Fusion Splicer The FSM-18S Fusion Splicer is a low cost, fixed V-groove, single fiber fusion splicer with the same robust features offered in other high end models. The new rugged construction adds improved reliability by resisting shock, dust, and rain, and withstands a 30” drop test.
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FSM-60R12 Fusion Splicer The FSM-60R12 Fusion Splicer offers unmatched versatility and reliability. The new ribbon splicer withstands a drop test of up to 30” and continues to splice. And enhanced, robust features enable the FSM-60R12 to resist shock, dust, and rain so that unfortunate environmental conditions do not negatively impact productivity.
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FSM-60S Fusion Splicer The FSM-60S Fusion Splicer sets the standard for core alignment fusion splicing by incorporating a user-friendly interface with enhanced features to provide the most rugged and reliable fusion splicer in the market today. The new rugged construction adds improved reliability by resisting shock, dust, and rain, and can withstand a 30” drop test.
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JDSU OTDR Offering

2008-06-18T19:12:00.000-07:00

Highly integrated compact OTDR for FTTx and Access application
The T-BERD 6000L is a highly integrated, non-modular, compact OTDR ideally suited for the construction, fault location and troubleshooting/maintenance of access and FTTx fiber networks.
Highlights:
Most compact and highly integrated
Largest screen size in its class
Simple one-button operation for full OTDR functionality
Connection check options: Visual Fault Locator (VFL), power meter, laser source and video inspection probe
Dual-wavelength testing: 1310/1550 nm (singlemode)
Simple for the novice, fully featured for the expert

Applications:
Fast and precise fault location
FTTx/Access installation and troubleshooting
Distance, loss and ORL measurements
Connector and splice characterization

Key Features:
Large 8.4 inch transreflective TFT color display improves viewing under any conditions
Intuitive graphical user interface
Fast data transfer via USB and Ethernet port
Exceeds Telcordia GR-196-CORE specifications (including, ruggedness, drop testing, and extended battery life)