F5F Stay Refreshed Hardware Desktop B550 Aorus Elite AX V2 upgrade antenna part

B550 Aorus Elite AX V2 upgrade antenna part

B550 Aorus Elite AX V2 upgrade antenna part

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xxXJolanXxx
Member
221
09-25-2020, 09:20 AM
#11
The interior of the wire on the antenna appears distinct from what I previously explained. It seems the wire might be extremely thin, with a tightly twisted structure inside.
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xxXJolanXxx
09-25-2020, 09:20 AM #11

The interior of the wire on the antenna appears distinct from what I previously explained. It seems the wire might be extremely thin, with a tightly twisted structure inside.

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Dragon9youtube
Junior Member
5
09-28-2020, 03:06 PM
#12
For antennas, refer to resources such as the listed Digikey products and consider options with RP-SMA male connectors and wires. This setup allows positioning further from the case for improved signal strength, ensuring the female connector is present on your card. The mentioned cards support all three frequency bands—2.4GHz, 5GHz, and 6GHz—and are optimized for those standards. For lower frequencies like 2.4GHz and 5GHz, you can use alternatives that perform adequately at 6GHz but work well at 2.4GHz and 5GHz. Regarding the design, some antennas feature a flatter blade with wire-free construction, targeting 5GHz and 6GHz while still supporting 2.4GHz. There are also various methods for manufacturing antennas, including different coating techniques on copper wires. The connection between the connector and wireless card can be via cable or soldered directly to the PCB and bracket. If cables are absent, ensure the design matches your requirements.
D
Dragon9youtube
09-28-2020, 03:06 PM #12

For antennas, refer to resources such as the listed Digikey products and consider options with RP-SMA male connectors and wires. This setup allows positioning further from the case for improved signal strength, ensuring the female connector is present on your card. The mentioned cards support all three frequency bands—2.4GHz, 5GHz, and 6GHz—and are optimized for those standards. For lower frequencies like 2.4GHz and 5GHz, you can use alternatives that perform adequately at 6GHz but work well at 2.4GHz and 5GHz. Regarding the design, some antennas feature a flatter blade with wire-free construction, targeting 5GHz and 6GHz while still supporting 2.4GHz. There are also various methods for manufacturing antennas, including different coating techniques on copper wires. The connection between the connector and wireless card can be via cable or soldered directly to the PCB and bracket. If cables are absent, ensure the design matches your requirements.

M
moo06
Member
64
09-28-2020, 09:45 PM
#13
That clarifies things well. When we discussed soldering, everything was just the external wires, not anything inside the case. I appreciate you all—your advice made a big difference.
M
moo06
09-28-2020, 09:45 PM #13

That clarifies things well. When we discussed soldering, everything was just the external wires, not anything inside the case. I appreciate you all—your advice made a big difference.

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