BDI DataLynk - OTDR From Advanced Fiber Solutions

"Most people have trouble
just turning these things on -
much less understanding the
traces."

Doctor Fiber's
BDI DataLynk OTDR's

"Stop wasting your time and money on those
giant, hard to get in the door, heavy, hard to read,
hard to set up OTDRs that come in a trunk. I
could put the thing in my pocket if I did not have
so many pens and pencils!"

uOR-100/300 Micro OTDR Series

The USB powered Micro OTDR from Advanced Fiber Solutions
measures attenuation and splices in fiber optic cables as well
as length and distance to fault locations. IT DOES THINGS
THE BIG GUYS DO! We offer five models. Four singlemode
versions with different dynamic ranges and one multimode
version. The unit is powered via the PC USB port and requires
no batteries or external power supply. The Micro OTDR is the
perfect tool for the construction, maintenance and restoration
of cableplants and also as an educational tool. The Micro
OTDR is accurate enough for laboratory use but portable and
rugged enough for field applications.

The Micro OTDR consists of the single, small rugged case; it is lightweight and has a low power consumption.
The Micro OTDR is used in conjunction with a PC or Laptop with a USB interface, eliminating the need for
batteries completely! The USB connection allows the Micro OTDR to be controlled from a laptop or PC and
runs off of Windows 9x/NT/2000 and XP versions. The Micro OTDR software allows the user to determine all
the necessary characteristics of the Optical Fiber and is capable of displaying, storing, reading, printing and
analyzing several traces at the same time.

uOR-100/300 Micro OTDR Series Software

Windows9x/NT/2000 OSI
Utilizes Laptop or PC
Easy to Read Display
Analyze Several Traces Simultaneously
Read & Print Instantly
No Need to Download Traces
USB Powered - BATTERIES NOT REQUIRED

Technical Specifications

Optical Fiber Type ----------------------- Multimode --------------------------------- Singlemode**
Wavelength, nm ---------------------------- 850nm/1300nm +/- 20nm --------------- 1310nm/1550nm +/- 30nm
Dynamic range ------------------------------26/25 dB ------------------------------------ ** 4 Versions available
Attenuation Dead Zone ------------------- 20 Meters ----------------------------------- 14 Meters
Event Dead Zone -------------------------- 3.5 Meters ----------------------------------- 3.5 Meters
Pulsewidth ----------------------------------- 10...1000 nS -------------------------------- 10...20000 ns
Distance Range ------------------------------------ 2, 5, 10, 20, 40, 80, 120, 160, 240 km
Loss Resolution ------------------------------------ 0.001 dB
Distance accuracy -------------------------------- ±(0.5+5´10-5´L+(dn/n)´L)
Refractive Index Range Setting ----------------- 1.0000...2.0000
Optical Connector Type -------------------------- Call for availability
Supply Current From USB Port ------------------ <200mA
Size --------------------------------------------------- 6.25inches x 3inches x 1.25inches
Weight ----------------------------------------------- 1.5 lbs
Temperature Specifications
Operation Temperature ------------------------------- 0°.. +40°C
Relative Humidity --------------------------------------- 95% without condensation
** Singlemode Versions Available
Versions (Dynamic Range) -------------32/31 dB ----- 36/35 dB ----- 40/39 dB -----43/42 dB

Limited ONE-YEAR
WARRANTY

Launch Cables/Pulse Suppressor Cables

"A knowledgeable fiber optics technician will never use an OTDR without a launch and/or a
receive cable!

Pulse Suppressors, commonly called Launch Cables, are used to occupy OTDR "Dead Zones"
which enable accurate loss measurements on near-end and far-end connections of the fiber
under test. They basically allow the high power launch pulse a "settling down" time prior to
entering the fiber under test. Besides - you would not want to plug a bad connector into the top of
your expensive OTDR would you? Some OTDR's contain an internal launch cable. What would
happen if you plugged a bad connector into the top of your OTDR then. Results - SAME
PROBLEM!

This compact suppressor/launch box/launch cable comes with your choice of connectors. Pigtails
will exit the unit for easy connection to both OTDR and fiber under test. When running an OTDR
trace on multimode fiber the launch/receive cable should be at least 250 meters long. When
running a trace on singlemode fiber the launch cable should be at least 1K in length."

There is a 7-10 day lead time on this item. Be sure to specify what connectors you require on
each end. Standard connectors are, ST, FC, LC, and SC.

P/N: LC-101-300MM
300 meters of Infinicor 300 - MM 62.5/125um bare fiber for Multimode testing.
Dimensions are 5" X 5" X 1.5" (Launch Box / Launch Cable) Must Specify
Connectors!

$425.00

P/N: LC-201SM-1K
1,000 meters of SMF28e - SM 9/125um bare fiber for Singlemode testing.
Dimensions are 5.5" X 7.5" X 1.5" (Launch Box / Launch Cable) Must Specify
Connectors!

$468.00