1310nm laser diode – 7 models up to 500mW – CW or Pulse – DFB or Fabry-Pérot

With this OPTION, Model 1 is offered with a polarization maintaining PM1300 fiber instead of a standard SMF28. Both the connector key and the light polarization are aligned along the slow axis (standard configuration in our industry).

Open Pulse & CW driver with 1310 nm 10 mW butterfly laser diode. SMF fiber with FC-APC connector ; Down to 1.5 ns pulse duration ; Up to 4 MHz pulse repetition rate. Compatible with OPTION 2 (250 MHz version - see below) ; Also available in PM version (select the Option) and also available at any other wavelengths between 1270 and 1650 nm - contact us for these special wavelength versions.

Turn-key integrated CW laser diode module at 1310 nm. CW power up to 10 mW. SMF metal protected fiber output with FC/APC output connector. Compatible with option-1 (3 mm collimator) and option 3 (Benchtop version) see below.
Also available in PM version (select the Option) and also available at any other wavelengths between 1270 and 1650 nm - contact us for these special wavelength versions.

With this OPTION, Model 2 is offered with a polarization maintaining PM1300 fiber instead of a standard SMF28. Both the connector key and the light polarization are aligned along the slow axis (standard configuration in our industry).

Open Pulse & CW driver with 1310 nm butterfly laser diode and SMF fiber output with FC-APC connector. Up to 40 mW CW optical power ; Down to 1.5 ns pulse duration ; Up to 4 MHz pulse repetition rate. Compatible with OPTION 2 (250 MHz version) ; Also available in PM version (select the Option) and also available at any other wavelengths between 1270 and 1650 nm - contact us for these special wavelength versions.

Open pulsed driver with 40 mW 1310 nm laser diode. User-design nanosecond pulse shape with 0.5 ns resolution and up to 8 µs pulse width (The AWG pulse generator is integrated). Down to 1.5 ns pulse duration. Up to 20 MHz pulse repetition rate. Also available in PM version (select the Option) and also available at any other wavelengths between 1270 and 1650 nm - contact us for these special wavelength versions.

Turn-key integrated laser diode module at 1310 nm for Pulse and CW emission. SMF metal protected fiber output with FC/APC output connector. CW output power up to 40 mW. Down to 1.5 ns pulse duration. Up to 4 MHz pulse repetition rate. Compatible with option-1 (3 mm collimator), option-2 (250 MHz version) and option 3 (benchtop version). Also available in PM version (select the Option) and also available at any other wavelengths between 1270 and 1650 nm - contact us for these special wavelength versions.

With this OPTION, Model 3 is offered with a polarization maintaining PM1300 fiber instead of a standard SMF28. Both the connector key and the light polarization are aligned along the slow axis (standard configuration in our industry).

Open Pulse & CW driver with 1310 nm butterfly laser diode and SMF fiber output with FC-APC connector. Up to 100 mW CW optical power ; Down to 1.5 ns pulse duration ; Up to 4 MHz pulse repetition rate. Compatible with OPTION 2 (250 MHz version) ; Also available in PM version (select the Option).

Open pulsed driver with 100 mW 1310 nm laser diode. User-design nanosecond pulse shape with 0.5 ns resolution and up to 8 µs pulse width (The AWG pulse generator is integrated). Down to 1.5 ns pulse duration. Up to 20 MHz pulse repetition rate. Also available in PM version (select the Option).

Turn-key integrated laser diode module at 1310 nm for Pulse and CW emission. SMF metal protected fiber output with FC/APC output connector. CW output power up to 100 mW. Down to 1.5 ns pulse duration. Up to 4 MHz pulse repetition rate. Compatible with option-1 (3 mm collimator), option-2 (250 MHz version) and option 3 (benchtop version). Also available in PM version (select the Option).

With this OPTION, Model 4 is offered with a polarization maintaining PM1300 fiber instead of a standard SMF28. Both the connector key and the light polarization are aligned along the slow axis (standard configuration in our industry).

Open Pulse & CW driver with 1310 nm butterfly laser diode and SMF fiber output with FC-APC connector. Up to 190 mW CW optical power ; Down to 1.5 ns pulse duration ; Up to 4 MHz pulse repetition rate. Compatible with OPTION 2 (250 MHz version) ; Also available in PM version - select the option.

Open pulsed driver with 190 mW 1310 nm laser diode. User-design nanosecond pulse shape with 0.5 ns resolution and up to 8 µs pulse width (The AWG pulse generator is integrated). Down to 1.5 ns pulse duration. Up to 20 MHz pulse repetition rate. Also available in PM fiber version - select the option.

Turn-key integrated laser diode at 1310 nm for Pulse and CW emission. SMF metal protected fiber output with FC/APC output connector. CW output power up to 190 mW. Down to 1.5 ns pulse duration. Up to 4 MHz pulse repetition rate. Compatible with option-1 (3 mm collimator), option-2 (250 MHz version) and option 3 (benchtop version). Also available in PM fiber version - select the option.

With this OPTION, Model 5a is offered with a polarization maintaining PM1300 fiber instead of a standard SMF28. Both the connector key and the light polarization are aligned along the slow axis (standard configuration in our industry).

Open Pulse & CW driver with 1310 nm butterfly laser diode and SMF fiber output with FC-APC connector. Up to 300 mW CW optical power ; Down to 1.5 ns pulse duration ; Up to 4 MHz pulse repetition rate. Compatible with OPTION 2 (250 MHz version) ; Also available in PM version - select the option.

Open pulsed driver with 300 mW 1310 nm laser diode. User-design nanosecond pulse shape with 0.5 ns resolution and up to 8 µs pulse width (The AWG pulse generator is integrated). Down to 1.5 ns pulse duration. Up to 20 MHz pulse repetition rate. Also available in PM fiber version - select the option.

Turn-key integrated laser diode at 1310 nm for Pulse and CW emission. SMF metal protected fiber output with FC/APC output connector. CW output power up to 300 mW. Down to 1.5 ns pulse duration. Up to 4 MHz pulse repetition rate. Compatible with option-1 (3 mm collimator), option-2 (250 MHz version) and option 3 (benchtop version). Also available in PM fiber version - select the option.

With this OPTION, Model 5b is offered with a polarization maintaining Panda PM1300 fiber instead of a standard Hi1060. Both the connector key and the light polarization are aligned along the slow axis (standard configuration in our industry).

Open Pulse & CW driver with 1310 nm butterfly laser diode and SMF fiber output with FC-APC connector. Fabry-Perot Technology. Up to 250mW CW optical power and 500mW pulsed ; Down to 1.5 ns pulse duration ; Up to 4 MHz pulse repetition rate. Compatible with OPTION 2 (250 MHz version) ; Also available in PM version - select the option.

Open pulsed driver with 300 mW 1310 nm laser diode. User-design nanosecond pulse shape with 0.5 ns resolution and up to 8 µs pulse width (The AWG pulse generator is integrated). Down to 1.5 ns pulse duration. Up to 20 MHz pulse repetition rate. Also available in PM version (select the Option).

Turn-key integrated laser diode module at 1310 nm for Pulse and CW emission. SMF metal protected fiber output with FC/APC output connector. CW output power up to 250mW CW and 500mW pulsed. Down to 1.5 ns pulse duration. Up to 4 MHz pulse repetition rate. Compatible with option-1 (3 mm collimator), option-2 (250 MHz version) and option 3 (benchtop version). Also available in PM version and also available with a Bragg Grating wavelength stabilization (select the OPTION)

With this OPTION, Model 6 is offered with a polarization maintaining Panda PM1300 fiber instead of a standard Hi1060. Both the connector key and the light polarization are aligned along the slow axis (standard configuration in our industry).

Open Pulse & CW driver with 1310 nm butterfly laser diode and SMF fiber output with FC-APC connector. Fabry-Perot Technology. Up to 250mW CW and 650mW pulsed optical power ; Down to 1.5 ns pulse duration ; Up to 4 MHz pulse repetition rate. Compatible with OPTION 2 (250 MHz version) ; Also available in PM version - select the option.

Turn-key integrated CW laser diode module at 1310 nm. CW power up to 500 mW CW from a Fabry-Pérot laser diode. SMF metal protected fiber output with FC/APC output connector. Compatible with option-1 (3 mm collimator) and option 3 (benchtop version). Also available in PM version and also available with a Bragg Grating wavelength stabilization (select the Option).

Turnkey integrated CW Ultra low noise laser diode module at 1310 nm. CW power up to 500 mW. SMF metal protected fiber output with FC/APC output connector. Compatible with option-1 (3 mm collimator). Also available in PM version (select the Option). See the dedicated driver page for more information about the driver performances.

With this OPTION, Model 5a, 5b and 6 are offered with a FBG (Fiber Bragg Grating) situated within the fiber at about 1 m from the laser diode butterfly module. The small back-reflection generated by the FBG allows to get a very stable and narrow emission spectrum at the center wavelength of 1310 nm. The center wavelength tolerance becomes 1310±1.0 nm instead of 1310±5 nm. It is not anymore possible to tune the wavelength by tuning the laser diode chip temperature as the FBG "locks" the wavelength at 1310 nm. The spectrum and polarization are more stable when using a Bragg grating, the noise level is a bit higher than with a standard Fabry-Pérot, and much higher than with a DFB. Note that the FBG takes a few 10's ns to lock the wavelength. A very short pulse may not be locked efficiently during the first part of the pulse and the wavelength is the same as if there was no FBG during this part of the pulse.

All AeroDIODE products are supplied with a global GUI software and can therefore be simultaneously controlled using any windows laptop. This option adds an additional touch screen to control one or more AeroDIODE products locally without the help of a computer. This embedded-computer-free microcontroller-based product meets all IT security constraints. It also acts as an Ethernet relay to be able to control all the connected products from a remote computer station.