SonicWall
SonicWall 03-SSC-0310 Wireless AP
Dual-band 802.11ax indoor wireless access point for high-density networks
- SonicWave 641 dual-band wireless access point for indoor deployment
- IEEE 802.11ax standard supports high-efficiency connectivity
- Model 03-SSC-0310 identified by UPC 758479303107
- New condition ensures full manufacturer specifications
- SonicWall brand provides enterprise-grade network equipment
Wireless Access Point for Indoor Deployment
The SonicWall SonicWave 641 is a dual-band wireless access point built for indoor environments. It supports the IEEE 802.11ax standard and arrives in new condition. This unit is designed for businesses that need managed Wi-Fi coverage without outdoor-rated hardware.
Suits Managed Networks Not Standalone Homes
This access point fits organisations that use SonicWall management platforms and require dual-band 802.11ax performance indoors. It is not intended for residential users who want a simple plug-and-play router, nor for installers who need outdoor or industrial enclosures.
IEEE 802.11ax Dual Band Defines Compatibility
The decisive specification is support for IEEE 802.11ax on two radio bands. That standard determines whether the AP can serve the client density and throughput your network plan expects. Verify that your controller and client devices also operate on this specification before purchasing.
Highlights
- SonicWave 641 dual-band wireless access point for indoor deployment
- IEEE 802.11ax standard supports high-efficiency connectivity
- Model 03-SSC-0310 identified by UPC 758479303107
- New condition ensures full manufacturer specifications
- SonicWall brand provides enterprise-grade network equipment
Specifications
| Brand | SonicWall |
|---|---|
| Shipping weight | 1.36 kg |
| Package size | 234 × 231 × 77 mm |
Questions about this item
What ongoing maintenance or part replacement does the SonicWave 641 access point need?
The SonicWave 641 is a solid-state wireless access point with no moving parts, so it requires no scheduled component replacement. Periodic firmware updates and occasional dust removal from vents keep it running reliably.
What limit appears first when the 03-SSC-0310 handles heavy client traffic all day?
The practical limit is the 802.11ax radio capacity and the wired uplink speed; once aggregate client demand exceeds the available airtime or backhaul bandwidth, latency rises and throughput per device drops.
How much noise, heat and power draw does the 03-SSC-0310 produce during continuous operation?
The unit uses a fanless design, so it generates no audible noise; heat output is low enough for standard ceiling mounting, and power is supplied via PoE, drawing only what the 802.11ax radios and processor need.
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