40ns would not even register a timing slip at the low data rate of AES50 - This is pedantic, 5e works so anything above it will work fine too. It's like saying you can't connect a 10m Ethernet to a Cat 6, it will work fine.
40ns would not even register a timing slip at the low data rate of AES50 - This is pedantic, 5e works so anything above it will work fine too. It's like saying you can't connect a 10m Ethernet to a Cat 6, it will work fine.
The only thing unusual is that Mg's implementation is very intolerant of induced static on the shield. You have to have continuity and you will not have any issues.
We run a ton of x32/m32 and if you keep it simple (and grounded) you will be all good.
In fact, this is very influential,
Twisting is the loss of cable manufacturers
Users don't want to pay more for twisted cable
Therefore, when crosstalk can pass the inspection, the cable manufacturer will minimize twisting
A common data is 100 meters UTP CAT5E skewdelay is about 14ns and cat6 may reach 40ns
Skewdelay grows with the growth of cables
And may reach the highest value in cat6 utp
The word clock is very important!
Many users use DN9680 to convert to fiber
Minimize the number of users of copper cables
Indicates the difference in sound.
