If you want to get licensed I found HamStudy's[1] learning method the most efficient use of my time and was able to breeze through Technician and General class. Their "Find a Session"[2] page makes it easy and inexpensive to take the test(s) remotely too.
I've done both. If you and your remote station have good antennas, a low local noise floor, and the right atmospheric conditions, a little power can take you to the other side of the planet.
Probably the former but possibly the latter. Sometimes "conditions" are such that a tiny amount of power will go a very long way. Right now, near the peak of the solar cycle, 4 watt CB radios are sometimes heard thousands of miles away.
Yes it has a usb-c port on it which you can charge with a type-a to type-c cable.
The problem is that it violates the spec by omitting the resistor and you can't charge it with a c to c cable. That's where the frustration comes from.
I was thinking the same, is it if you want to replace multiple selections that have different content with the same replacement content. If so, it's not something I can think of ever doing, and in the few cases that I may want to, just do multiple search and replaces, or is there another use case?
It's what I'm wondering, too. Especially since refactoring support in IntelliJ IDE seems quite powerful, even for languages like Python that use a ton of strings.
RDIMMs have buffers on the memory lines to improve signal integrity, this is only helpful when there are many slots on the same memory controller channel. (ex. Servers often support 4 DIMMs per channel)
I think RDIMMs are available in higher capacities than UDIMMs. But the registering adds additional latency. So if you need the capacity, RDIMM is the way to go. But if you don't, you might prefer UDIMMs.
[1]: https://hamstudy.org
[2]: https://hamstudy.org/sessions