SonicWall
SONICWAVE 432O PANEL ANTENNA P254-09 DUAL BAND 9DBI (NO RF CABLE)
Out of Stock
SonicWall SonicWave 432O Panel Antenna P254-09 Dual Band 9 dBi | Wireless
SonicWall
MPN: 01-SSC-2466
$355.20$400.00
Free shipping on orders over $500
Authorized Dealer — Full manufacturer warranty
Key Features
- Dual-band antenna design
- 9 dBi gain
- Panel antenna form factor
- SonicWall wireless accessory
- Directional coverage profile
- No RF cable included
- Direct wireless coverage using a dual-band panel antenna
- Shape RF placement with 9 dBi gain
Place wireless coverage with intent. The SonicWall SonicWave 432O panel antenna is a dual-band, 9 dBi antenna designed for deployments that benefit from directional RF rather than broad, room-filling radiation. In enterprise environments, that matters when you need to reinforce coverage in a specific zone, reduce spillover, and keep the wireless design aligned with the physical layout.
A panel antenna is a practical tool for network teams working on targeted coverage plans. It can help support client connectivity in areas where signal needs to be pushed in a particular direction, such as long corridors, perimeter spaces, or structured indoor layouts. The dual-band design gives you flexibility across wireless bands while maintaining a focused antenna profile.
This model is a fit for buyers who value RF precision and deployment discipline. It is not about adding another radio; it is about making the existing wireless design perform better in the real world. For SonicWall-based environments, it provides a clean way to complete a coverage plan with the right antenna shape and gain profile.
Ideal For
- Directional coverage for long corridors
- Perimeter wireless planning in enterprise facilities
- Targeted RF placement in structured indoor spaces
- SonicWall wireless deployments requiring a panel antenna
Why This Product
- 1Panel antenna pattern for directional coverage
- 2Dual-band support for broader wireless compatibility
- 39 dBi gain for focused RF placement
- 4Better fit for targeted zones than omni antennas






