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Happy New Year!!!

You’re doing an AWESOME job with the chapter Jeff, and we couldn’t be happier to have you!

Great getting to know you Mike, and thank you for stopping by and shooting the video.

#meshnetworks yo

Thank you for taking the time to create such great content!

Saw myself in yellow at 0:39 😂

Well done. I can't wait to share this link!

Nerds do rule the world. ❤

🫡 to our Veterans - because of your sacrifices we are free👈

I love the job but I'm burned out. My body aches. My summer with the family was shot. Micromanagement is steadily increasing, but I don't let it affect my customer interactions.. The golden handcuffs are a real thing. When I get home, I just want to pass out, but if I do that then its back to work sooner the next day. It's a vicious cycle that I hope to break out of before I get much older.

You've made a video but for what audience? You mention the fundamental concept of a splitter, but nothing about the splitter. You jcontrasted the splitter with a switch, without explaining what a splitter is, how one works or that it (and the rest of the PON) use zero electrical/electronic components. Anyone who does not understand a splitter at the kindergarten level of sophistication you have explained it will have little or no concept of what an "OLT" a "PON" or "DWDM" are. This "explain nothing" video is merely an exercise in two dudes speaking in jargon. You could have explained with minimal effort, but didn't bother. Bad job. Take this stupid video down.

1500 simultaneous 4k upscaled streams of skibidi toilet episodes 1-39 is gonna be so lit 🔥

Springbok Instruments LOVES this message

Then why re they installation the ont inside now 🤔? Ask for them to put outside they refused to

How can the integration of advanced pulse generation and amplification techniques in TDR systems enhance the detection of blind spots in extensive cable networks, and what impact does this have on extending the footage range?

🤣🤣🤣

Priceless! :D

Thank you for your service Royd.

Yes sir! There are a lot of immigrants who do not respect what “holidays “ are about.

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Trump 2024

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Extremely helpful! 🎉

❤

😂😂😂

😂😂😂

Hell yeah 🤘🏾

You GO Danielle!

Next time a customer asks what I’m doing on the pole-“Just trying to get the atoms to stop jiggling mam.”

The visuals in this video are amazing

Every single time!

Love those Clics!

I used those clic readers when I'm fly fishing.

I once got on the headends naughty list after doing a local channel insertion project. Turns out, ya gotta be careful how many dBs you insert locally….😬

Great stuff guys. Really enjoying the videos. I often wonder how all these electrons get moving to begin with. What is the “Big Bang” in our RF universe? Surely it’s a secret…locked away behind a curtain, guarded by a wizard…in the headend-- One Of “The Boys” 🤓

Old school; loose seizure screw equals low end rolloff (lower freqs can't jump the gap), water causes high-end rolloff (can also look like a high resistant short to ground that will affect your current draw as well), bad grounding causes suckouts, runaway oscillation (resonant peaks) could be from gain and loss path not properly balanced (power path with input and output fuses and bad rf chokes, return path hybrid upgrade with wrong gain and not proper high/low pass filtering.,,....

Since a micro-reflection causes frequencies to add in and out of phase, the length of the reflection will dictate whether it's a null or a peak. The amplitude of the nulls and peaks is another variable; could be from signal power or even multiple impedance mismatches equally distributed like you mentioned from tie wraps. Moral of the story, less uniform tie downs, although not as "clean/pretty", is better. Bad grounding within an amplifier or even a passive is typically associated with suckouts. Also be careful with viewing sweep traces when compared to a normalized reference. What if the reference has a spike that's not really there. If you normalize it out and then go to an amplifier that is "flat", the trace would show a suckout. Just try to make sure to compare "apples-to-apples" or without a reference like what you would get from a full band capture (FBC).

"Promo SM"

I’m really enjoying these videos. Keep up the great work! Thanks

Mike, Another good video. Couple of points. 1. I've always argued that balancing to a normalized sweep trace is much better than relying on a few channels for accurate balancing. Never know if that signal in the HE is good, roll-off or other anomaly. 2. Many people will not do the math, but just plug and pray :) and then adjust from there. 3. I would also suggest looking at the suggested pad and EQ in the system map to cross reference. If your values are way off, you should verify why. Just because you got the correct output levels and tilt doesn't mean it's proper. 4. In reality, we say unity gain and constant outputs for DS, but it really comes down to proper levels to the first hybrid, which dictates CNR/SNR/MER and then the total power to the second hybrid which would dictate CSO, CTB, CCIN (distortions).

God Bless America! Thank you to all the veterans for your bravery!

thank you

🫡 Thank you.

Excellent presentation!