SonicWALL PoE Injector 802.3af Gigabit N 01-SSC-5544 Manuel D’Utilisation

CLE AN WIRELESS 

The demands on organizations’ wireless networks—such as increased connection counts, 
bandwidth consumption, need for seamless roaming and extended perimeters—are all  
taxing on performance, and complicate the management of existing 802.11 wireless network 
infrastructures. The challenge facing many businesses is how to preserve compatibility with 
legacy 802.11 technologies, while enhancing and optimizing their wireless networks through 
centralized management and control across all nodes of the WLAN, and at the same time, 
maintaining maximum security.

The SonicWALL® Clean Wireless™ solutions combine high-performance 802.11n technology 
with enterprise-class network security appliances to deliver unparalleled wireless network 
security and performance while dramatically simplifying the set-up and management of  
any 802.11-based wireless network.

The solution is based on SonicWALL SonicPoint-Ni, SonicPoint-Ne and SonicPoint-N Dual-
Band access points, which support the IEEE 802.11 a/b/g/n standards, to provide secure, 
higher speed access to data, voice and video over high-bandwidth wireless LANs. Scalable  
to networks of any size, SonicWALL SonicPoint access points require no pre-configuration, as 
they are centrally configured and managed by any current SonicWALL TZ or network security 
appliance – no additional wireless access controller is required.  

The seamless integration of wireless access points with best-in-class Next-Generation Firewall 
security and advanced Application Intelligence and Control technology ensures that wireless 
traffic is scrutinized with the same intensity as wired network traffic. As a result, IT administrators 
can build and easily manage high-performance, distributed wireless networks with unified 
policy management across both the wireless and wired networks.

Comprehensive wireless security features include 
Wireless Intrusion Detection Services (WIDS), wireless 
firewalling, secure Layer 3 wireless roaming, IEEE 802.11d 
multi-country roaming, and integrated Wireless Guest 
Services (WGS) to enforce password access for 
customers and other third-party guests.

Exceptional wireless performance features include 
40 MHz channels and packet aggregation to support 
data rates of up to 300 Mbps. Dual-Band supports 
operation on either 2.4 GHz or 5.0 GHz networks.

Central WLAN management can be administered 
using SonicWALL TZ 210/200/100, NSA or E-Class NSA 
Series firewalls, and requires no pre-configuration of  
the SonicPoint devices.

Enhanced wireless reliability is delivered using 
Multiple-Input Multiple-Out (MIMO) technology that 
uses multiple antennas as both the transmitter and  
the receiver to enhance throughput and reliability.

Flexible wireless deployment options include wall or 
ceiling mounting; and 802.3af Power over Ethernet (PoE) 
for easy deployment where electrical outlets are not 
readily accessible. SonicPoint-Ne Dual-Band access points 
can also be powered directly through an AC adapter.

Virtual Access Point (VAP) segmentation enables 
up to eight SSIDs to have dedicated authentication  
and privacy settings while sharing the same physical 
infrastructure, providing logical segmentation of secure 
wireless network traffic and secure customer access.

Broad protocol support includes 802.11 a/b/g/n, 
WPA2 and WPA, allowing businesses to leverage prior 
investments in devices that are incapable of supporting 
higher encryption standards, while easing migration  
to 802.11n.

Granular security policy enforcement allows the 
implementation of firewall rules to all wireless traffic, 
and controls all wireless client communications to any 
host on the network—wired or wireless.

Discreet wireless access point deployment features 
light and logo covers, controllable LED (except power) 
and internal antennas (on SonicPoint-Ni models).

Fair wireless bandwidth allocation guarantees 
a minimum amount of bandwidth to each wireless  
client in order to prevent disproportionate bandwidth 
consumption by a single user.

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