[Aabid BabaParticipant]

My Pleasure

regards

[Aabid BabaParticipant]

Hello,
As far as the simulation time is concerned it depends on many factors like the launching power used for transmission, also the number of iterations.
For less runtime I suggest you to use low launching power. I hope this helps.
Regards

[Aabid BabaParticipant]

I went through some papers but none has done in optisystem. Thanking you.
Regards

[Aabid BabaParticipant]

Hello Omed,
As mentioned by Karan you need to do aforementioned thing. All the components lie within I hope this will be helpful.
Regards

[Aabid BabaParticipant]

Hello Umer,
Well in my opinion avalanche photo diode will have better performance than phototransistor. There is large leakage current associated with phototransistor. And for now there is only APD in optisystem.
Regards

[Aabid BabaParticipant]

Hello,
Is it possible in optisystem?

Regards

[Aabid BabaParticipant]

Hello faraji,
I would suggest you to go through the tutorial first and understand the basic functionality of Mach Zehnder interferometer switch. Karan has already posted the link of the tutorial you may go through it. I hope it would help.
Regards

[Aabid BabaParticipant]

Hello RaviKumar,
As far as your query about availability of tunable lasers was concerned I think Karan has rightly mentioned the link here . You may refer to this link for further information. I hope this would help. Thanking you
Regards

[Aabid BabaParticipant]

Hello all,
Thank you for sharing such valuable information regarding different dispersion compensation r techniques that are being used for optical networks. As I had mentioned earlier most of the techniques use fiber Bragg grating for compensating dispersion effects and these finer Bragg gratings are being widely used. So I think Karan ha s shared some good points regarding these finer Bragg gratings. I hope these prove to be helpful. Thanking you.

Regards

[Aabid BabaParticipant]

Hi Karan Ahuja,
Thank you for sharing some valuable information. I hope this immensely helps Jyotika . The papers you have provided seem to be appropriate as per her requirements. Thanking you
Regards

[Aabid BabaParticipant]

Hello RaviKumar,
I would suggest you to go through the tutorial on this example as mentioned by Hamza Ali Abbas above .
Here is the link address.

Electrical PLL

You can also go through the thread posted by Damian about the implementation of phase locked loop in optisystem. It will be definitely very useful for your requirement. I hope this will be helpful to you. Thanking you.
Regards

[Aabid BabaParticipant]

Hello Everyone,
I think the query is mainly about implementation of Li-Fi in Optisystem and as far as the implementation part is concerned I don’t think for now it can be implemented in optisystem. So it would be appropriate to say that it may or may not be possible in this tool d aforementioned . I hope this is helpful. Thanking you all.
Regards

[Aabid BabaParticipant]

Hello everyone,
Thank you for sharing such information. I appreciate your efforts. It is indeed very very helpful.
I have a query regarding these sensors. Do we have a mechanism by which we can design Bio sensors in optisystem. No doubt we are able to design optical sensors here but can we somehow translate the optical sensors into bio sensors. I would be glad if someone knows about it. Thanking you.
Regards

[Aabid BabaParticipant]

Hello everyone,
Thank you for sharing these links. These may prove to be very helpful for Sam. And I want to mention here that I have already seen some papers which have achieved 40 Gbps data rate for these PON systems. They have made use of externally modulated Continuous wave lasers and also I have noticed that instead of Fabry parot filters , they have used Fiber Bragg grating as filter because of the response of these finer Bragg gratings. I hope this will definitely help Sam .

Regards

[Aabid BabaParticipant]

Hello Burhan Num Mina llah,
As you have mentioned that decreasing launching power reduces the simulation time , therefore it would be appropriate if Fady tries it out. May be it would him his case too. Thanking you.
Regards