It has been a while since we posted on this darn blog!! Well to let you know U.S. Fiber Systems is back in action and primed for another year of quality customer service and products. We are also pleased to offer and announce that we are now set up to do fusion splicer repairs, service and calibrations. We have factory trained technicians in two locations ready to bring your units back to factory standards.

More information to come. If you have a fusion splicer or any other test equipment that is in need of repairs call us first. Our Calibration and repair turn around time in most circumstances is 24 to 48 hours.

Be sure to visit our website for all Fiber Optic Products!!

Or for Faster Service Call 602-621-6990

Happy Thanksgiving,

U.S. Fiber Systems

This is a great way to meet other fiber optic installers, manufacturers and experts in the Fiber Optic Industry. Please take a look and feel free to join.

Fiber Optic Community

Furukawa Electric (FEC) has started the sales of its latest FITEL brand splicer, “S184PM-SLDF Fusion Splicer”.

By using three-phase wide area plasma technology, it made it possible to splice large cladding fibers of more than 1mm in diameter, which could not be achieved by using the conventional fusion splicers.

S184PM-SLDF will be a perfect high-end Fusion Splicer, not just for the Large Diameter Fiber (LDF) fusion splicing for fiber laser and fiber sensor, but also for all kinds of advanced fiber splicing requirements, such as the splicing of regular telecommunication 125µm clad fiber and PM fiber, or high strength splicing.

Background of the Development

Due to the increase in the demands for high power lasers, the needs for the LDF splicing has also been on the rise. However, the conventional fusion splicers for telecommunication application had been unable to accommodate those LDF fiber splicing.

This is where FEC, who also developed S183PMII Fusion Splicer that can splice up to 500µm-clad fiber in November 2008, has come up with this three-phase wide area plasma technology by using 3 electrodes instead of conventional 2 electrodes. This groundbreaking technology enabled the fusion splicing of LDF up to 1,200µm in cladding diameter. S184PM-SLDF is also capable of the splicing of bundled fibers and glass rods, which had been very difficult to accomplish in the past.

S184PM-SLDF is expected to play a major role in the growing non-telecommunication fields such as high power laser, fiber sensor and medical industry.

Features/ Data Specification

1. Perfect tool for all kinds of advanced OEM, R&D and other specialized applications -
   Since S184PM-SLDF carries over the most of the basic functions of FITEL S183PMII Fusion Splicer, it can meet not only LDF requirement, but also can handle regular 125µm telecommunication splicing, PM fiber splicing and high strength splicing application.
2. Advanced “Smart Fuse” functionality -
   By using this sophisticated PC-based software platform, the users can manage all of their splicing “recipes”, perform “live” splicing and write scripts that automate optimization procedures and specialty splice applications.
3. Applicable fibers – SM, MM,DSF, High, PMF, LDF
4. Applicable Fiber cladding diameter – 80 to 1,200µm
5. Dimensions/Weight – 350W x 197D x 154H(mm), 8.8(kg)

U.S. Fiber Systems is an Authorized Reseller of Fitel Fusion Splicers. Call us at 480-237-9902 for more information on Fitel Fusion Splicers.

The OTDR is usually used by cable contractors who test and certify their cable installations. The OTDR measures the estimated length of the fiber and its overall attenuation and it can also be used to locate certain faults.

Other information provided by the OTDR, except the loss-length test is: the single-ended testing of fibers, the measurement of the distance to the end of the fiber, the checking of the quality of each piece of the fiber link, the documentation regarding the characteristics of the fiber link and troubleshooting faulty fiber links. The OTDRs are useful tools, whether you Buy Used OTDR or new OTDR, the difference between them being OTDR Price.

 OTDRs are generally used in the testing of very long cable runs, when one cannot dig up or remove a cable that is kilometers long. These devices are indispensable for the preventive maintenance of the telecommunication lines. Moreover, OTDRs can even detect the existence and location of wire taps, being excellent surveillance countermeasures. These are even useful in the failure analysis of high-speed  printed circuit boards and in industrial environments, where the OTDR can test the integrated circuit packages in order to measure liquid levels. Whether you Buy a used OTDR or a new OTDR, you can be sure that it is worth every penny since it is a very efficient tool.

 Nowadays, there are a lot of models of OTDR available on the market. OTDRs are complex fiber optic testing devices and due to the fact that their features and capabilities vary widely, it can be quite a problem to decide which fiber optic testing tool is best for you. Besides the OTDR Price you also have to take into consideration the features of a certain OTDR. If you are having problems choosing an OTDR or  you are not sure of the exact specifications of an OTDR, Give us a call, we are more than happy to answer any question you have. 

480-237-9902

 You will find that each OTDR has all the necessary information in order to help you make the right decision and buy the adequate OTDR which is right for what you do. Furthermore, our website will give you the OTDR specifications, interpretation and measurement methods.

 U.S. Fiber Systems has a large selection of OTDRs from Noyes, Anritsu, EXFO and Wilcom  . Since we are a muli-channel distributor we can find the right fiber optic equipment for you at the best possible price.

 View our selection of  OTDRs

 Requirements include showing what social benefits will be achieved as related to promoting increased computer usage in low income households, economic development of unserved or underserved areas, increasing the availability of healthcare or any of the many other social benefits that the broadband stimulus package is intended to nurture.

 Another important qualifier is speed. With a minimum 3 megabits per second (Mbps) down to the subscriber and approximately a 1 Mbps uplink from the subscriber, WiMAX becomes an attractive choice.

Don’t forget the deadline. With only 18 months to address network planning, Rights of Way issues, and the application process 18 months begins to seem a little rushed. With less network planning necessary, less rights of way issues to negotiate and an online application for the spectrum license from the Federal Communications Commission, WiMAX reduces time for each of these stages and you should have your license in about four weeks if applying for the lightly populated 3.65ghz spectrum.

 There are even more advantages to WiMAX like faster speed of deployment, A WiMAX base station could be Installed and tested in less than a week.  Assuming a maximum range of five miles, this equals a coverage zone of almost 80 square miles from one base station in one day. No wired technology can be rolled out this fast. Also Wireless backhaul can eliminate negotiations with a less than enthusiastic incumbent service provider, also increasing speed of deployment. And lets not forget the faster return on investment you’ll see by avoiding conventional fiber roll-out using aerial or burial delivery methods.

 There has not been any trend so opportune to the telecommunications market since the Telecommunications Act of 1934.

 In conclusion the decreased logistic requirements of planning and development with WiMAX make it the preferred technology to meet the list of technical requirements for the loans and grants available under the American Recovery and Reinvestment Act.

HAPPY SATURDAY!!!

We just want to let the fiber optic installing companies out there know that we have become an authorized reseller for Sumitomo Fusion Splicers and Equipment. We have since our inception strived to run our business the right way. We do not believe in bringing in Gray Market Fusion Splicers or Accessories. If you are looking for cheaper versions of the real thing then unfortunately we cannot accomodate your needs. We can however give you the best Sumitomo product at the best possible price.

Remember we are a woman owned and operated business. We will gladly and do appreciate the opportunity to meet your supplier requirements on Government Jobs..

Visit us at www.usfibersystems.com

See our Selection of Sumitomo Fusion Splicers

Any Questions? Give us a Call 480-237-9902 or drop us an email.

USFiberSystems is a Woman Owned and Operated business specializing in the distribution of fiber optic equipment and supplies. USFibersystems offers a large stock of Fiber Optic Fusion Splicers, Fiber Optic Test Equipment, Connectivity products and much more.

Our staff has over 15 years experience in the fiber optic field and fiber optic equipment. We are committed to providing our customers with the highest quality product at the lowest price possible.

USFiberSystems is a multi-channel supplier of fiber optic test equipment and supplies, located in Scottsdale, Arizona. We are an Authorized Reseller for AFL Telecommunications, Authorized Distributor for Fitel and carry products from Sumitomo, Fujikura, Fitel, Noyes and much, much more.

We pride ourselves on being reliable and responsive. Call our number – we actually pick up the phone. Send us an email – we repsond promptly. Better yet send us an RFQ – you will have the best possible price in minutes. Send us a PO, we ship in hours. A problem with equipment purchased through us – we stand behind it.

This Blog is devoted to letting you in on the latest news and products to hit the Market. In addition to this if you are a contractor we will be more than happy to quote you bid.

If you have any questions on products or prices visit our website www.usfibersystems.com , call us at 877-614-9966 or email us sales@usfibersystems.com .

Mention this blog and receive additional discounts off of your first order.

– U.S. Fiber Systems, LLC

In this article we will access the importance of every aspect of Fiber Optic Connectivity.

Fiber Optic Passive Devices:

1. Optical Fiber Connectors or Patch Cords

Description: Optical Fiber Connectors are plug in devices used for connecting fibers together.

Daily Applications: Optical fiber communication network,  data transmission,  test instruments,  LAN,  Cable CATV.

Classifications: Optical fiber connectors can be divided into 2 classifications SingleMode and MultiMode connections. Fiber Optic Connectors can be constructed into many different configurations. FC, SC, ST, LC, MTRJ, MPO  and more.

2.Fiber Optic Adapters

Description: Fiber Optic Adapters are used for the connection and coupling between fiber optic connectors. Allows for high intensity and stable connectivity.

Daily Applications: Cable Television networks, telecommunications network, computer LAN, connection of optical cable and light receivers.

Classifications: Fiber Optic Adapters come in many different types. FC, SC, ST, LC and more.

3.Fiber Optic Pigtails

Description: Fiber Optic Pigtails are typtically used to link fiber optic cable with fiber optic equipment. One side has a connector on it and is used to link the fiber optic equipment, the other side of the pigtail is spliced or melted together with the cable itself.

Daily Applications: Links every type of fiber optic connector, fiber optic equipment, LAN, FTTh, FTTx

Specific Reasons of Use:

• Adopt durable waterproof splices, easy and reliable for installation
• Allow for choosing of different cores for specific needs
• General and waterproof, acceptable for field applications and all other environments
• Easy way to connect fiber cables to fiber optic equipment

U.S. Fiber Systems has a large inventory of Fiber Optic Connectivity products at affordable prices.

Feel Free to visit us!

Give us a Call at 877-614-9966 or drop us an email  sales@usfibersystems.com