If it's a commercial carrier grade shot, and it's been engineered correctly,
and, and, and......
It should work fine as I have service on microwave that operates as good as
our fiber.
We've got a customer on a DS3 microwave shot. It's been more reliable
than their copper DS1 backup and has the added benefit of being able to
melt hershey bars in nothing flat! (Old MCCES@MCAGCC29 joke)
Can you run multiple transmission/receive sets in parallel over different
channels or spread spectrum? (Its probably vendor specific, so any
information/pointer would be great).
Thanks,
Deepak Jain
AiNET
That I'm not real sure about. I do know that it's an OC3 mic shot but the
customer only has a DS3. It's not our equipment.
> Can you run multiple transmission/receive sets in parallel over different
> channels or spread spectrum? (Its probably vendor specific, so any
> information/pointer would be great).
Short answer is Yes, it can be done. How. How many ways are there to
send a packet?
Somewhat timely, this arrived in my mailbox this afternoon. For those
using satellites and HF, this could be an issue. Should not effect
terrestrial microwave though.
Bob
LARGE SUNSPOT GROUP POSES STORM THREAT THROUGH APRIL 5, 2001
A very large, complex sunspot group is currently crossing the face of
the
Sun. This sunspot group, designated by NOAA space weather forecasters as
Region 9393, has been growing at a rapid rate since rotating into view
on
March 22. Forecasters expect Region 9393 to produce intermittent radio
blackouts as high as the category R3 (strong) level before it rotates to
the
backside of the Sun on April 5. This region also appears capable of
producing
a category S1 (minor) to S2 (moderate) space radiation storm. Earlier
today,
Region 9393 produced an R1 (minor) radio blackout followed by an
Earth-directed coronal mass ejection (CME). This CME is expected to
cause
category G1 (minor) to G2 (moderate) geomagnetic storm conditions on
March 30
- 31.