Protecting Your Network
By integrating gateway anti-virus, anti-spyware, intrusion prevention, content filtering, anti-spam and application control, the SonicWALL's Unified Threat Management (UTM) Firewalls shatter the limitations of stateful packet inspection firewalls by offering high performance multi-layered network protection. SonicWALL Application Intelligence and Control empowers IT with highly granular control over applications and users, bandwidth management, easy to use pre-defined application categories and real-time traffic visualization, regardless of port and protocol.
Other existing network security solutions can be technologically limited, notoriously expensive or painful to deploy and use. SonicWALL eliminates these concerns by focusing on engineering the cost and complexity out of a high-performance security infrastructure. This frees business resources to be more productive. SonicWALL Network Security solutions incorporate multiple security technologies in a single platform to provide high-speed threat protection, reliable communications, low total cost of ownership and flexible connectivity options.
|
Utilizing SonicWALL's unique Reassembly-Free Deep Packet Inspection™ (RFDPI) technology, the TZ Series delivers in-depth protection at unparalleled performance. The TZ Series also provides IPSec and SSL VPN remote access, VoIP, and 802.11b/g/n wireless, and 3G wireless failover and multi-WAN connectivity. Designed for the needs of small businesses, branch offices, distributed enterprise sites, retailers and managed service providers, the TZ Series supports the highest speeds available from modern ISPs while delivering full UTM protection.
Every TZ Series appliance packs the benefits of SonicWALL�s SonicOS operating system into an affordable desktop appliance, providing business-class performance, advanced features and configuration flexibility. Standard on the TZ 210, TZ 200 and TZ 100 Series, feature-rich SonicOS Enhanced adds a suite of redundancy, management and wireless LAN features typically associated with more expensive appliances including ISP failover, load balancing, object/ zone-based management, policy-based NAT, route-based VPN and more.
|
NSA Series
Every SonicWALL Network Security Appliance solution delivers Unified Threat Management protection, utilizing a breakthrough multi-core hardware design and Reassembly-Free Deep Packet Inspection for internal and external network protection without compromising network performance. Each NSA Series product combines high-speed intrusion prevention, file and content inspection, and powerful application intelligence and control with an extensive array of advanced networking and flexible configuration features. The NSA Series offers an accessible, affordable platform that is easy to deploy and manage in a wide variety of corporate, branch office and distributed network environments.
The SonicWALL NSA 3500 is ideal for corporate, branch office and distributed environments needing significant throughput capacity and performance
The SonicWALL NSA 2400 is ideal for small- to medium-sized corporate and branch office environments concerned about throughput capacity and performance
The SonicWALL NSA 240 is ideal for small- to medium- sized businesses and branch office sites
|
NSA E-Class Series
The E-Class NSA appliances, deployed as either Next-Generation Firewalls or as Unified Threat Management Firewalls, are engineered to be the most scalable, high-performance and reliable multi-function threat appliances in their class. Taking protection to new levels of control, application intelligence, control and visualization capabilities offer a complete view into network traffic and a set of customizable policies affording administrators highly granular control over applications and users on the network. To meet the operational reliability enterprise-class networks demand, the E-Class NSA Series incorporates a suite of high availability features at the hardware and system levels to maximize uptime and improve security coverage. The E-Class NSA Series lowers management complexity by providing an extensive array of advanced network configuration features that ease deployment and integration. This makes E-Class NSA an ideal solution for organizations that require high-performance network security deployed across a wide variety of environments. The E-Class NSA Series delivers:
- Enterprise-class deep packet inspection (DPI) and application intelligence, control and visualization for every packet, every protocol, over every interface
- Revolutionary multi-core performance utilizing up to 16 cores for high-speed multi-layered threat protection over both external and internal networks
- Ultimate scalability in eliminating threats across unlimited file sizes and unrestricted concurrent connections by utilizing a Reassembly-Free Deep Packet Inspection engine
- Dynamically updateable and customizable security defense
- Flexible yet secure virtual private networking (VPN) technologies include IPSec VPN for site-to-site connectivity and both SSL VPN and IPSec VPN client connectivity to enable secure remote access
- Uncompromising business continuity and high availability protection
|
SuperMassive E10000 Series
As global dependency on information systems continues to grow, so do network capacities and our utilization thereof. Simultaneously, the increasing sophistication of network-borne threats has triggered a race to adopt and deploy the most efficient next-generation threat prevention technologies. The cornerstone of such technologies, the Next-Generation Firewall (NGFW), transcends earlier firewall designs through core integrations of Deep Packet Inspection (DPI), SSL decryption and unified policy engines. These combined engines perform intensive transformations and analyses of network traffic to detect and defend against present and emerging malware and to provide precise controls over the explosive diversity of applications running on today�s networks. The coincidence of these two trends (increasing network speeds and the need for progressively rigorous content analysis) has created a dilemma for today�s security professionals.
In response to these complex yet critical requirements, SonicWALL� created the SuperMassive� E10000 Series, an NGFW platform fusing highly scalable 64-bit multi core architecture with the patented SonicWALL Reassembly-Free Deep Packet Inspection� (RFDPI)* technology, affording heretofore-unparalleled levels of inspection, application control, visibility and performance. Further, the real-time SonicOS operating system is replete with high-availability (HA) and flexible deployment options to ensure minimal downtime and seamless insertion into most any network environment.
|
Clean Wireless Solution
SonicWALL makes wireless networking secure, simple and affordable with the innovative SonicWALL® Clean Wireless Solution—the first total security solution that integrates 802.11n and 802.11a/b/g wireless management with best-in-class Unified Threat Management (UTM) security and application intelligence, control and visualization to provide application based policy control. SonicWALL SonicPoint-Ni and SonicPoint-Ne Dual-Band wireless access point devices and SonicWALL Power over Ethernet (PoE) Injectors complement our award-winning line of firewall appliances to flexibly extend comprehensive security across wireless networks. The SonicWALL Clean Wireless solution goes beyond mere secure wireless solutions by making wireless networks as secure as wired networks using deep packet inspection, delivering dual protection to secure the wireless network by encrypting wireless traffic and decontaminating it from network threats while also protecting the network from wireless attacks. The SonicPoint-Ni and SonicPoint-Ne are access points that are utilized to provide seamless, secure wireless LAN (WLAN) connectivity as well as advanced features and services.
|
SonicOS Enhanced Firmware
SonicOS Enhanced is the powerful next-generation operating system from SonicWALL, integrating a host of advanced features to meet the business continuity, configuration flexibility and management requirements of complex networks today and into the future.
|
|
|
