where does the type c conector from starlink link goes ? in my scenario I need the antenna on a shopping mall roof and may store is two stores below, is there a solution for me to place the antena on the roof, then run a cable for about 300 meters into the mall's cable infrastructure, then place starlink router and everything that need power inside my store ? I would the link it true ethernet cable into my main switch
I am afraid you can't place the dish 300 meters far from the router. The starlink need 80-150W power, and output from the starlink router DC voltage, it can't transmit such long distance with so higher currency unless you have a very large awg cable. There is too much voltage drop inline.
Of course. You can find more here: www.fastcabling.com/product-category/pre-made-fiber-cable/2-strands-indoor-outoodr/ Feel free to contact us at support@fastcabling.com if you have any questions.
You can map the route and calculate the length beforehand. Pulling fiber optic cable from both ends can be an efficient way to ensure the cable is distributed evenly along the path. You can create splice points or slack loops in the middle of the path to manage excess fiber. Slack loops are carefully coiled extra lengths of cable that allow for future adjustments or repairs. Use splice enclosures or junction boxes to house excess fiber. These protect the fiber and allow for easy access when maintenance is needed.
Interesting for providing internet to a remote location but still begs the question on how to power the opposing end when it's located out in the middle of nowhere 😉 In this situation, using a wireless bridge would be so much cheaper and easier than dealing with fiber optic assuming you had line-of-sight to the other location 😊
Thanks for you comment! That's very thought-provoking! You can use solar energy to power the receiving end. I agree that it can save a lot of work and money if you have a clear line of sight between the two locations, but you still need to find a way to power it when it's in a place where power isn't readily available. If you are interested, you can watch our new solution which integrates solar energy with a wireless bridge: ruclips.net/video/DR9Yp3TWDsk/видео.html
The products used in this video are listed below: 1. Gigabit Fiber Media Conversion Kit (300M): www.fastcabling.com/product/gigabit-fiber-ethernet-media-conversion-kit-with-300m-pre-made-fiber-optic-cable/ 2. Outdoor PoE Media Converter: www.fastcabling.com/product/waterproof-industrial-hardened-grade-fiber-poe-media-converter/ 3. Power Supply: www.fastcabling.com/product/dc-48v-waterproof-60w-power-supply/
where does the type c conector from starlink link goes ? in my scenario I need the antenna on a shopping mall roof and may store is two stores below, is there a solution for me to place the antena on the roof, then run a cable for about 300 meters into the mall's cable infrastructure, then place starlink router and everything that need power inside my store ? I would the link it true ethernet cable into my main switch.
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where does the type c conector from starlink link goes ? in my scenario I need the antenna on a shopping mall roof and may store is two stores below, is there a solution for me to place the antena on the roof, then run a cable for about 300 meters into the mall's cable infrastructure, then place starlink router and everything that need power inside my store ? I would the link it true ethernet cable into my main switch
I am afraid you can't place the dish 300 meters far from the router. The starlink need 80-150W power, and output from the starlink router DC voltage, it can't transmit such long distance with so higher currency unless you have a very large awg cable. There is too much voltage drop inline.
Great and simple video. Thank you.
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So i could run 400 ft fiber with out an additional poe to make the current reach my starlink satellite? Do you have smaller rolls of fiber?
Of course. You can find more here: www.fastcabling.com/product-category/pre-made-fiber-cable/2-strands-indoor-outoodr/
Feel free to contact us at support@fastcabling.com if you have any questions.
I imagine that if you pull from both ends, the excess fiber ends up in the middle of the path, and you can also bury that safely?
You can map the route and calculate the length beforehand. Pulling fiber optic cable from both ends can be an efficient way to ensure the cable is distributed evenly along the path. You can create splice points or slack loops in the middle of the path to manage excess fiber. Slack loops are carefully coiled extra lengths of cable that allow for future adjustments or repairs. Use splice enclosures or junction boxes to house excess fiber. These protect the fiber and allow for easy access when maintenance is needed.
Interesting for providing internet to a remote location but still begs the question on how to power the opposing end when it's located out in the middle of nowhere 😉
In this situation, using a wireless bridge would be so much cheaper and easier than dealing with fiber optic assuming you had line-of-sight to the other location 😊
Thanks for you comment! That's very thought-provoking!
You can use solar energy to power the receiving end. I agree that it can save a lot of work and money if you have a clear line of sight between the two locations, but you still need to find a way to power it when it's in a place where power isn't readily available. If you are interested, you can watch our new solution which integrates solar energy with a wireless bridge: ruclips.net/video/DR9Yp3TWDsk/видео.html
How can I get the complete connection that you made in this video
The products used in this video are listed below:
1. Gigabit Fiber Media Conversion Kit (300M): www.fastcabling.com/product/gigabit-fiber-ethernet-media-conversion-kit-with-300m-pre-made-fiber-optic-cable/
2. Outdoor PoE Media Converter: www.fastcabling.com/product/waterproof-industrial-hardened-grade-fiber-poe-media-converter/
3. Power Supply: www.fastcabling.com/product/dc-48v-waterproof-60w-power-supply/
Thanks so much respond
My pleasure!
Hi
Can we use 1 side media converter and other side direct fiber router ?
Negative. You need media converter on both ends. Most of router doesn't have SFP slot to take in the optical signal.
where does the type c conector from starlink link goes ? in my scenario I need the antenna on a shopping mall roof and may store is two stores below, is there a solution for me to place the antena on the roof, then run a cable for about 300 meters into the mall's cable infrastructure, then place starlink router and everything that need power inside my store ? I would the link it true ethernet cable into my main switch.
I have a design I want you to explain or show me how I can do it how can I get in contact with you
Hi, you can submit your inquiry here: www.fastcabling.com/free-solution-design/ or email us directly at support@fastcabling.com.
Good video, i need to get a few of these and try them..
Yes you cloud.
❤☝