SonicWALL released two new secure wireless access points – the SonicPoint-Ni and SonicPoint-Ne. Designed for enterprises, SMBs and distributed wireless networks, the new devices are 802.11n compliant dual-band single radio wireless secure access points which provide clean wireless connections through integrated gateway anti-virus, intrusion prevention, anti-spyware and content filtering, scanning all traffic for malware and inappropriate Web sites requests.
The solution supports wireless encryption standards, wireless intrusion prevention services and rogue access point detection. Moreover, the new SonicPoint Series extends firewall capabilities such as application intelligence and control to the distributed wireless network.
Using SonicPoints with the SonicWALL firewall feature set enables organizations to control and prioritize wireless access to business applications while de-prioritizing other bandwidth-hogging applications and sites (e.g. gaming applications or video streaming Web sites), that are not business-critical.
IT managers are now able to allocate rights on a granular basis to specific users and groups who need to access key sets of applications while restricting access to other users and groups where appropriate.
Combining firewall features with the SonicWALL SonicPoint distributed wireless network solution gives users greater security by scanning for viruses, intrusions, and spyware. It increases network productivity through appropriate allocation of bandwidth to the right groups for the important applications even when roaming from one wireless access point to another.
Thanks to the integrated wireless switch and controller present in all SonicWALL firewalls, customers can manage both their wireless and wired network from one firewall device. Businesses, governmental and educational institutions can rapidly and inexpensively deploy the smart access points to create local and distributed wireless networks. Retailers with concerns about the PCI are able to deploy SonicWALL wireless networks with enhanced security and scan either the 2.4 or 5.0 MHz spectrums to satisfy PCI security requirements.