How the 12 core fiber was spliced at one time

How the 12-core #fiber was #spliced at one time

[@Muonium1]

As an optics engineer on an ultrahigh power laser system, I would be frankly shocked if a significant amount of light actually made it through any of those now.

[@legokid201]

As someone who's never done this before I completely agree with you.

[@janliberda9493]

On the other hand, these high-performance systems do have one advantage... built-in automatic disconnect at high loss points :)

[@Clancydaenlightened]

be careful..... if u transmit too much power it might melt and blow up....

[@ethangoode5257]

@@legokid201 As someone who has done this before, I agree with him too.

[@alexanderkupke920]

Having done this before and knowing that with those machines this is usually not what you actually see, i try to soothe my mind by believing this is only to show what happens inside those machines, not how they actually do it. Also for most applications i came across, I don't even see an advantage of doing multiple fibers at once.

[@m0cafet627]

Please tell me they aren't trying to sell me that janky fusion splicer hahaha

[@pierreuntel1970]

You've understand it incorrectly, this high-tech fusion will also integrates a built-in loss into your fiber, in case you need to run the ZR module between racks

[@AutodidactEngineer]

So this is why my jitter is above 87!!?

[@harshusbasement]

😂😂

[@HenkvanHoek]

More likely a dust particle on the connector or a damaged connector at your home connection or at the distribution point is my experience.

[@deltab9768]

After this kind of splice, the jitter is over 9,000!

[@CakeF1sh]

I used to be a fiber splicer, the ends weren't squared and the voids left would attenuate the signal to death Not far from the NBN

[@janliberda9493]

Well, If you can see the splice, you're doing it wrong.

[@alexanderkupke920]

Only credit i can give them for this shitty end result is, that they tried to show the process by manually holding the fibers down and somehow overriding whatever security usually is in those machines as from all machines i know, you close the kid and a contrast enhanced picture on a screen is all you get to see. So this was just a demonstration of what happens inside. If that was how they do it every time... Oh my....

[@gblargg]

@@alexanderkupke920 That's what I assumed as well, it didn't work because they had it open for the camera.

[@alexanderkupke920]

@@gblargg That is what I credited those splices looking that bad to. From looking at alignment, I cannot imagine this is what you want to do if you want to get equally good dampening values across all fibers, unless you can position all those fibers individually, which then as I assume does not safe you any time at all. I looked up if I could find such fusion splicers, and actually there was one single company I could find something like this which they call a fiber ribbon splicer. But it requires either very specialised ribbon fiber cables, or a bunch of accessories to make a ribbon from those fibers first and then very specific tools to prepare those, so again, I don´t see any real advantage in speed. I know corning makes such ribbon cables, but I could only see an advantage if you really only use those cables and connect them to each other. Main advantage about those seems to be as well, they have a number of rbbbons in colored tubes of which multples are bundled in one cable for underground installation. Different to most other fiber optic bundle cables I know, they seem not to have any gel between the fibers. So having not to clean up that mess may come as an advantage that way. On the other hand, I never run into ribbon cable splice boxes or pigtails yet (I would be surprised if they build cable that way and those would not exist.)

[@manman-sg1zt]

Are you sure about the quality of the connection?

[@DeviloftheHelll]

pretty shitty looking splice, any measurements on it?

[@GoldenTiger01]

Where's yours?

[@DeviloftheHelll]

@@GoldenTiger01 gimme a splicer and i make a video of it :)

[@justamantiswithgoodtaste8166]

@@GoldenTiger01 that's a pretty stupid answer

[@sliwka621]

I don't know what type of glass fibre this is but I know that the only thing getting from one end to the other will be hopes and dreams.

[@quint3ssent1a]

Thoughts and prayers

[@timstal7732]

LOSS: 20 dB

[@chfire2004]

Yeah, but they will save a crap ton on pads now.

[@Proxy2590]

Кто ничего не понял, на этом видео показан пример, как делается пайка на стыке оптоволокна интернет кабеля. На самом деле это ювелирная работа и не каждый может сделать её качественно. Прибавьте сюда сложности с погодных условий, ведь стык вам придётся делать не всегда в теплом и удобном помещении, иногда это может быть на улице в дождь или в холод, на высоте или в каком то ином трудно доступном месте.

[@nice_cock]

Спасибо тебе, мужик

[@ВасилийПупкин-ы2м4ц]

Да там затухание пару децибел наверное. Ашан монтаж.

[@timstal7732]

Та какое затухание, дай бог чтоб вообще хоть какой-то сигнал там теперь был

[@robertmonroe9728]

Is he matched fibers manually? That's strange... And amazing

[@OmniShadesGaming]

That looks horribly janky.

[@dannyradlo4755]

😂 Forget core alignment, hell, forget clad alignment, introducing Ling Ling's new "eyeball alignment" splice machine. Forged by a blacksmith in middle earth. Only 10.99db loss !

[@asm_nop]

When you need a patch cable but you only have long-range trasceivers on hand.

[@RA-II]

Why won’t you get reflection off the joints?

[@Stevobulfer]

Oh you do

[@magnuswright5572]

Please tell me the gap was only left to prove the video wasn't edited, and not because you actually deploy cables that look like that

[@jefferykazimer]

Could be a few things, the cleaver is not as sharp as it used to be, creating an uneven cut. Also, the diodes looked a little dirty, and not sure if that has anything to do with the fusion splice. This is worth noting that this is ribbon fiber, and not your standard 12ct loose fiber in the buffer tubes.

[@riyaan1993]

i was really impressed when i saw the title 12 core fiber splicing*...

[@nj1764]

Cool, but I think this may cause some issue.

[@Miki-Fiber]

Cool, my channel is about splicing but i never did 12 at the same time😀

[@papajpapaj3426]

AMAZING VIEW...

[@bydrsandhya]

Hi is there any optical fibre technician trainer... To train students Pls let me know

[@MrJitendra007]

I am a mechanical engineer...i am not sure ..but i feel the laser cannot pass through any one of the fiber because i can see the distortion at the joint. It must look seamless to fascilititate total internal reflection.So i would say this is a faliure.

[@Zie5934]

Untuk 3way boleh sambung ka bg

[@feero9680]

did you try measuring the power loss

[@devinmartin7626]

Wowwww that's the shittiest glass splicer I've ever seen why is there so much offset after you fuse. That must make for some fun bugs to run down

[@SmokeGrinder]

An OTDR would more than likely show that as a hard break. (Optical Time Domain Reflectometer)

[@quint3ssent1a]

Tbh after the weld is finished, it looks like a hack job. I've seen optical fibre welds where the seam is nonexistent, there it looks like crap.

[@BBVE1]

How many dBs are lost?

[@1.618_Murphy]

The joint looks horrible. As a physicist, I can confirm that no data would pass through it!

[@jankcitycustoms]

call me when you splice the 24 core at one time

[@lastchance848]

Is this a fnap ribbon?

[@John-vk1ij]

Is that considered a success? Just curious

[@SKLS-pq6wf]

nice！！！！！

[@zUltra3D]

I don't think the joints should look cracked tho..

[@roncy5806]

That's look like a 99dB

[@_Fla5h_]

Ужасно выглядит, очень плохая работа. Looks horrible, really bad work

[@notmyac]

Интересно, с какими потерями будет работать сеть, при такой пайке?

[@AnupomAG]

Practice maybe. The dB loss is over 9000

[@Gbittuprasad]

🔥

[@aleksandralekseev7734]

Ничего не понял. Но очень интересно!

[@Proxy2590]

Если я не ошибаюсь, то это был наглядный пример как делается сварка, на стыке оптоволокна интернет кабелей.

[@cheeky1699]

i am a professional youtube watcher and i can tell you this was done incorrectly

[@shinhofusionsplicer2426]

Amazing. We are manufacturer of ribbon fusion splicers, if anyone need can contact me, thanks.

[@christopherleubner6633]

12 very poor splices. Gonna lose a few Db at those splices. 😢

[@Ifinishedyoutube]

I watched that and went oh no. I know nothing about these but I saw two of the other videos and I saw perfection in those. I look in the comments and it's all the people talking about how it's such shit and there's even a dude who does this for a living talking about how that is going to just create jitter or some kind of bullshit. Why would you publish the video?

[@artemshtraus3592]

Он что, волокна руками свел?

[@АлексейПименов-т5й]

Похоже что Да!

[@denniswoycheshen]

Those old splicers had dials so you could line up the fibers. Now it's all done with microscope cameras and motors.

[@МаксимМ-р7и]

Нет, он просто прижал их, оснастки не было наверное подходящей

[@danepickens508]

Ribbon splicers are nothing new

[@ndankhidayat3472]

Not clear

[@tylernope2752]

But... why...

[@ДмитрийМогильный-э4н]

Да в стакане с колой пузырей меньше чем тут))

[@SpiraSpiraSpira]

Uhh… no thanks.

[@christianmcadams5811]

😂😂😂

[@muh218]

How not to….

[@ingensvidcz5390]

thats ugly.

[@TheMrDarius]

Ummmmm no

[@enderarchery2153]

This... looks bad...

[@ACommenterOnYouTube]

that was a horrible splice

[@deanmav3571]

I have seen better than this

[@BartKus]

lol trash fuse

[@igarov]

хреново спаял

[@jeremyhall7951]

Does anyone in this comment section have any vids of splices theyve done? No.? Keep up the bs.

[@sliwka621]

Are you blowing from the stupid town, Chang?