PriTel, Inc. develops and manufactures
a range of unique 1550-nm and 1060-nm optical fiber
and fiber lasers, which
can be customized to meet your specific needs.
product for maximum stability and reliability.
Our products are ideal for use in
speed fiberoptic communications at bit rates of 2.5, 10, 40,
and 160 Gbps and higher.
Our product lines are briefly described below.
For additional information, click on a product,
or contact us by
telephone, fax, or
UOC Series of Ultrafast Optical Clocks are
easy-to-use actively-mode-locked fiber lasers that provide high
frequencies and high average output powers for 1550 nm time-division-multiplexed
communications R&D. Models are available for the
1550 nm and
1060 nm bands with repetition rates from
to 40 GHz. Now with Quick-Change filters for pulsewidths of <10
ps, <5 ps, <2.5 ps, and <1.6
FFL Series of Picosecond and Femtosecond Fiber Lasers are Er-doped
band) and Yb-doped
nm band) fiber lasers
generate short pulses via mode-locking with an InGaAs saturable absorber.
Models are available with
pulsewidths of 10 ps, 5 ps, 2 ps, 600 fs, or
150 fs at pulse-repetition rates of 20 to
MHz, with 1 to 7 mW of
average output power.
Polarization-maintaining output is standard on the FFLs.
Series of RZ Optical Transmitters are easy-to-use sources
of patterned optical data at 10 Gbps and
higher. They combine the optical clock
function of PriTel's UOC with an embedded data modulator to convert
external patterned RF data into optical patterned data.
Series of Optical Clock Multipliers
increase the frequency of input optical signals in the range of 10
to 40 GHz by
factors of 2, 4, 8, and 16.
FP Series of FEMTOPULSE™ Optical Pulse Compressors
are unique 1550-nm optical fiber amplifiers that
provide for amplification of
short pulses with minimal self-phase-modulation and minimal dispersion.
are designed for use with PriTel's lasers to compress 3-ps pulses
to <400 fs.
of Second Harmonic Generators combine the ease of operation of the
FFL laser with fiber
pigtailed optics of the Periodically Poled LiNbO3
module into a 765-780 nm tunable source with pulse
repetition rates from 10
MHz to 100 MHz.
FA Series of
Power Optical Fiber Amplifiers are designed for R&D applications in
telecommunications, CATV, fiber lasers, optical switching, solid state lasers,
metrology, etc. Low-power
are available with output powers from 12 to 23 dBm, and high power models
are available with output
powers from 24 to 37 dBm.
PMFA Series of Polarization Maintaining Optical Fiber Amplifiers
provide lower noise and reduced
amplified spontaneous emission (ASE) than non-PM
amplifiers while maintaining the input polarization with a
ratio, >22 dB. Models are
available with output powers up to 13 to 30 dBm.
Series of Sub Picosecond Optical Fiber Amplifiers
employ short lengths of Er-doped and undoped
fibers to minimize dispersion, as
well as Er-doped fiber with a 10-micron core diameter in some models (vs. 5
microns in the FA Series) to obtain high pulse power.
Models are available with output powers up to 30 dBm.
Series of Low-Noise High Power Optical Fiber Amplifiers are high-sensitivity,
amplifiers. Model LNHPFA-23 produces 23 dBm of output
power with input power of only -20 dBm by
integrating a low-noise preamplifier,
a tunable band-pass filter, and a high-power amplifier.
Series of L-Band
Optical Fiber Amplifiers are designed for R&D
applications at 1565 to 1615 nm.
Models are available with output
powers up to 27 dBm. Dispersion
management allows excellent sub-
picosecond pulse performance in the L-Band
with minimal polarization mode dispersion.