Contact Olson Technology, Inc. for Data Sheets or Operating Manuals not available from this page.

• Data Sheet
• Operating Manual
• Pricing Request Form

Model OTOT-1200C 1310nm 1.2 GHz Forward Path Transmitter (Active)

• Data Sheet
• Operating Manual
• Pricing Request Form

Model OTOT-1000C 1GHz Forward Path Transmitter

Model OTOT-1000C 1310nm Forward Path Optical Transmitters may be specified in a variety of DFB laser output powers,  providing superior performance over a wide range of optical budgets to 21-25dB. This allows for unrepeatered spans of over 60-70km (38-45 miles) when used in conjunction with high performance, high-sensitivity node receivers like the Olson Technology Models OTPN-1000C or OTMN-x.

Model OTOT-1200C 1310nm Forward Path Optical Transmitters may be specified in a variety of DFB laser output powers,  providing superior performance over a wide range of optical budgets to 21-25dB. This allows for unrepeatered spans of over 60-70km (38-45 miles) when used in conjunction with high performance, high-sensitivity node receivers like the Olson Technology Models OTPN-1200C or OTMN-x.

Top of Page

• Data Sheet
• Operating Manual
• Pricing Request Form

Model OTOT-1200C-FF 1550nm 1.2 GHz Direct-Modulation Optical Transmitter (Active)

• Data Sheet
• Operating Manual
• Pricing Request Form

Model OTOT-1000C-FF 1GHz DM Transmitter

Model OTOT-1000C-FF 1550nm 1GHz Direct-modulation Optical Transmitter utilizes a directly-modulated (DM), high-quality, low-chirp, optically isolated DWDM laser with a single +8dBm or +10dBm optical output. A DM 1550nm transmitter, such as the OTOT-1000C-FF achieves a high level of performance, similar to that of EM sources (but at < 30% of the cost of comparable EM transmitters), making it an attractive choice for today’s FTTH and CATV deployments. The LaserLite Model OTOT-1000C-FF is the perfect companions to EDFA’s and optical receiver products from Olson Technology, Inc., like the OTEB-CO, OTEB-CL & OTEB-CW series EDFA's, the MetroNode Model OTMN-x and PremiseNode Model OTPN-x product families. It is also designed to operate seamlessly with EDFA's and optical receivers and/or nodes from most leading manufacturers. Note that only EDFA’s rated to operate with DM transmitters can be used.

Model OTOT-1200C-FF 1550nm 1.2 GHz Direct-modulation Optical Transmitter utilizes a directly-modulated (DM), high-quality, low-chirp, optically isolated DWDM laser with a single +8dBm or +10dBm optical output. A DM 1550nm transmitter, such as the OTOT-1000C-FF achieves a high level of performance, similar to that of EM sources (but at < 30% of the cost of comparable EM transmitters), making it an attractive choice for today’s FTTH and CATV deployments. The LaserLite Model OTOT-1000C-FF is the perfect companions to EDFA’s and optical receiver products from Olson Technology, Inc., like the OTEB-CO, OTEB-CL & OTEB-CW series EDFA's, the MetroNode Model OTMN-x and PremiseNode Model OTPN-x product families. It is also designed to operate seamlessly with EDFA's and optical receivers and/or nodes from most leading manufacturers. Note that only EDFA’s rated to operate with DM transmitters can be used.

Top of Page

When combined with EDFA optical amplifiers, such as the LaserLite Model OTEB-x or LaserPlus Model LP-OA-x, the Model OTOT-EM55XL allows system operators to cost-effectively transport a full slate of wideband video and data services over very long distances, or alternatively allows them to distribute signals to many remote optical receiver/node locations, by utilizing the lower fiber attenuation characteristic of the 1550nm optical window. The Model OTOT-EM55XL operates with optical receiver/node products, including MetroNode Model OTMN-x and PremiseNode Model OTPN-x product families, but is also designed to operate seamlessly with optical transmitters, receivers and nodes from most leading manufacturers.

Top of Page

• Data Sheet
• Operating Manual
• Pricing Request Form

Model OTOR-300 Return Path Optical Receiver

The Model OTOR-300 cost effective CATV Return Path Receiver utilizes a new low-noise, impedance-matched, high-efficiency 1310/1550nm broadband photodiode and advanced RF amplification circuitry to facilitate carriage of critical downstream video, data, telephony and internet traffic in an HFC broadband environment. The OTOR-300 operates with other models in the LaserLite and LaserPlus product families, but is also designed to mate with optical transmitters and receivers from most leading manufacturers. The OTOR-300 can also be co-located with the Olson Model OTOT-1000C Optical Transmitter to form the headend side of a two-way transceiver configuration, when mated on the remote subscriber end with the Olson Model OTPN-1000C indoor node or Olson Model OTMN-x 4-port outdoor node.