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THE_KILLER2005
Junior Member
12
04-08-2023, 04:21 AM
#11
We should consider using Juniper devices for both core and edge switches. For the setup, aim for around two switches per row with 12 rows, which brings the total to a manageable number. Also, include one switch for crew and another for stage, plus smaller 24-port ports in the crew area for additional services.
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THE_KILLER2005
04-08-2023, 04:21 AM #11

We should consider using Juniper devices for both core and edge switches. For the setup, aim for around two switches per row with 12 rows, which brings the total to a manageable number. Also, include one switch for crew and another for stage, plus smaller 24-port ports in the crew area for additional services.

Q
Qdrees34
Junior Member
33
04-08-2023, 11:09 AM
#12
The backplate on the juniper switch is a protective cover that secures the device and helps maintain its functionality.
Q
Qdrees34
04-08-2023, 11:09 AM #12

The backplate on the juniper switch is a protective cover that secures the device and helps maintain its functionality.

E
EndKnight02
Junior Member
40
04-14-2023, 06:50 PM
#13
I might consider using the QuantaMesh T3048-LY8 for the primary core switches and the T3048-LY9 for the row switches.
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EndKnight02
04-14-2023, 06:50 PM #13

I might consider using the QuantaMesh T3048-LY8 for the primary core switches and the T3048-LY9 for the row switches.

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snoozebaseball
Junior Member
41
04-16-2023, 06:59 PM
#14
Backplate refers to the mounting plate that holds the antenna in place. Uplink ports are the connections used for sending data from a device to a network.
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snoozebaseball
04-16-2023, 06:59 PM #14

Backplate refers to the mounting plate that holds the antenna in place. Uplink ports are the connections used for sending data from a device to a network.

J
Jangusty
Junior Member
43
04-17-2023, 02:03 AM
#15
It manages a substantial amount of data, typically around 56 ZB.
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Jangusty
04-17-2023, 02:03 AM #15

It manages a substantial amount of data, typically around 56 ZB.

I
112
04-21-2023, 08:05 AM
#16
Currently, switches are not constrained by their backplane. They offer full throughput without blocking.
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IWillDunkOnYou
04-21-2023, 08:05 AM #16

Currently, switches are not constrained by their backplane. They offer full throughput without blocking.

E
Envil_
Member
126
04-22-2023, 07:54 AM
#17
I connect everything in single mode, as duplex is costly.
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Envil_
04-22-2023, 07:54 AM #17

I connect everything in single mode, as duplex is costly.

J
Jeffy53
Member
52
04-22-2023, 03:19 PM
#18
Techonlogy is changing quicker than my mind processes network updates.
J
Jeffy53
04-22-2023, 03:19 PM #18

Techonlogy is changing quicker than my mind processes network updates.

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Xeioz_miaou
Junior Member
38
04-22-2023, 07:56 PM
#19
For fiber, I’d stick with single mode for simplicity but use multimode if the distance from the transmitter to the aggregation is short—generally under 500 meters. You can choose simplex or duplex; they should cost similarly per run.
X
Xeioz_miaou
04-22-2023, 07:56 PM #19

For fiber, I’d stick with single mode for simplicity but use multimode if the distance from the transmitter to the aggregation is short—generally under 500 meters. You can choose simplex or duplex; they should cost similarly per run.

S
SearchALife
Member
54
04-23-2023, 08:02 AM
#20
These days ASICs generally work without blocking in most situations. There are a few exceptions, like modular chassis or certain backplane modules, where failure can lower throughput. Otherwise, switch ports are treated as non-blocking unless specified otherwise.
S
SearchALife
04-23-2023, 08:02 AM #20

These days ASICs generally work without blocking in most situations. There are a few exceptions, like modular chassis or certain backplane modules, where failure can lower throughput. Otherwise, switch ports are treated as non-blocking unless specified otherwise.

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