Smart Network. Smart Business. APSolute Application Delivery Solution Brochure

Smart Network. Smart Business. APSolute Application Delivery Solution Brochure

APSolute Application Delivery Solution Brochure Radware Application Delivery Solution Radware s intelligent Application Delivery Controller (ADC) solution, part of its Business-Smart Network solutions offering, provides an integrated approach to extract greater value from current investments in existing IT infrastructure. Companies can minimize initial investments to run more applications and serve more users through a pay-as-you-grow approach while eliminating the risk of future forklift upgrades. This industry-first capability allows IT organizations to dynamically allocate resources on demand to address business needs in real-time. With Radware s ADC solution they can: eliminate performance bottlenecks; ensure high availability of local and global resources; safeguard online applications; deploy new applications rapidly; guarantee service level agreements (SLAs) in virtualized environments and more. The Most Comprehensive ADC Solution Radware s ADC solution delivers a complete set of availability, acceleration and security service engines that are dynamically allocated based on user demand without altering network configuration or adding devices. This unique architecture accommodates the future growth requirements of an enterprise, while offering cost-effective scalability and full protection of existing investments. Radware s ADC solution has been designed from the ground-up to serve both existing and next-generation data center initiatives such as virtualization, consolidation, SOA, real-time enterprise, business continuity, security, and next-generation collaboration services. Radware s ADC solution addresses these needs while reducing complexity and cost as it helps enable business agility, efficiency, productivity and even business innovation. On Demand ADC Scalability Radware s ADC next-generation hardware platform, OnDemand Switch, delivers on demand breakthrough performance and superior throughput and service scalability. Thanks to its on demand, scale-as-you-grow approach, no forklift upgrade is required even when there are new business requirements, thus guaranteeing short-term and long-term savings on CAPEX and OPEX for full investment protection. Radware s OnDemand Switch enables customers to pay for the exact capacity currently required, while allowing them to scale their ADC throughput capacity and add advanced application-aware services or application acceleration services on demand to meet new or changing application and infrastructure needs. And, it does it without compromising on performance. OnDemand Switch represents a paradigm shift in the application delivery marketplace by providing customers with a new, cost effective and hassle-free upgrade standard, dramatically eliminating the risk of forklift upgrades. Users Data Center New York AppWall [Mobile Phone, PDA, Laptop, Desktop, Remote/Branch Location] AppWall Data Center London AppXML AppXML AppDirector Internet AppDirector Application Server Farm [e.g., SAP, Oracle, BEA, Citrix, VoIP, Streaming media (RTSP), Web applications and Portals] VirtualDirector AppDirector Intelligent Application Delivery Controller VirtualDirector Real-time optimization for virtualized data center AppXML Advanced Web Services and XML Gateway AppWall Web Application Security Solution VirtualDirector Application Server Farm [e.g., SAP, Oracle, BEA, Citrix, VoIP, Streaming media (RTSP), Web applications and Portals] Solution Architecture Diagram

High-Availability at the Data Center and Among Distributed Sites The Challenges Business reputation, productivity and profitability depend on 24X7 business-application and Web site/portal availability. The financial implications of downtime and hence lost user transactions, due to application/hardware failures or ISP outages, can account for up to 3.6% of annual revenues 1, which roughly equate to about $900,000 for a small to medium-sized enterprise and could run into several millions of dollars for larger enterprises. 1 The Costs of Downtime: North American Medium Businesses 2006, Infonetics, 2006 The Solution Radware s ADC is the only solution which guarantees absolute uptime and effective disaster recovery for local and globally dispersed applications at all times. This means guaranteed transaction completion with a resilient solution that performs real-time identification and bypassing of any faulty element (such as application failure, server failure, server farm failure and even site failure) along the transaction path overcoming known limitations of traditional DNS-based global load balancing solutions 2. Feature Application Health Monitoring and Local Traffic Redirection Quickly identify and bypass failures at any point along the application or transaction path by automatically redirecting traffic to the best available servers and preventing server overload Business Benefits Eliminate business loss due to IT failures Optimize usage of existing applications and server resources while minimizing application response times Guarantee highest SLAs as the best server is always serving client requests The APSolute Advantage Perform conditional health checks of the exact resources needed for transaction completion Optimize the delivery of a wide range of enterprise applications including SAP, Oracle, BEA, Citrix, VoIP, streaming media (RTSP), Web services and more Global Server Load Balancing Provide disaster-proof high-availability at multiple data centers as well as improved service response time by steering local clients to the best data center in terms of end-to-end response time Business continuity and disaster recovery for all users, at any place, at all times Guarantee highest SLA and best quality of experience (QoE) to users and customers for globally-deployed services The most advanced global solution delivering a comprehensive set of redirection capabilities for globally-dispersed data centers and ensuring fastest site failover Allows use of global redirection on a per-application basis rather than only a full site/dns domain Active-Active or Active-Passive Device Redundancy Prevent application session disruptions and eliminate single point of failure in a high-availability architecture Guarantee uptime, highest SLA and best QoE to users and customers Reduce service interruptions at all cases Lower solution Total Cost of Ownership (TCO) High MTBF: 120,000-150,000 hours Carrier-grade fault tolerance Redundant power supply Highly-Reliable Platform Purpose-built, NEBS certified appliance delivering high MTBF Safer Physical-to-Virtual (P2V) Application Migration Reduce the risk involved in the migration of applications to a virtualized environment Guarantee SLA and best QoE to users and customers using virtualized applications Ensure virtualized applications are always available and perform well Global Cloud-based Services Support Optimize the amount of virtual machines (VMs) across all data centers worldwide Enable global capacity on demand On demand virtual resources allocation across all data centers delivering the best QoE 2 DNS, Triangulation (US Patent No. 6,249,801), HTTP/HTTPS redirection, RTSP redirection, Client NAT

Accelerate Applications for Best QoE and Improved Productivity The Challenges As a result of growing workforce mobility and data center consolidation, there is an increased amount of remote users who traverse WAN/wireless/cellular networks to access mission-critical applications. However, productivity and satisfaction levels for these remote users are severely hampered by long latencies, protocol chattiness, and larger transaction volumes. Performance degradation translates to an annual loss of ~$260,000, for a medium-sized enterprise 3, in revenue and productivity. 3 The Costs of Downtime: North American Medium Businesses 2006, Infonetics, 2006 "The deciding factor for Radware was its ability to guarantee the absolute reliability of our networks and fault-free, global access to SAP/R3 applications. We did not find any other vendor who enables us to achieve fail-safe operations while ensuring application performance and availability." - Robert Blattenberger Senior Director of IT, OSRAM The Solution Radware s ADC solution provides a comprehensive set of acceleration tools to improve sluggish performance of all Web-based applications across various media types (e.g., WAN, wireless, cellular and satellite) while ensuring the best service performance levels for all type of users (PDAs, wireless, broadband, etc.). Acceleration technologies (e.g., SSL acceleration, TCP multiplexing, object caching, Web and image compression, TCP optimization, wireless TCP, and more) accelerate application delivery to guarantee customer satisfaction and increase productivity while reducing bandwidth consumption and offloading servers without requiring any client-side software or hardware. Moreover, bandwidth management and traffic shaping capabilities align utilization of system resources with business objectives to guarantee service levels of time-sensitive and mission-critical applications (e.g., CRM application obtaining higher priority over e-mail). Breakthrough Performance at Any Throughput Range Radware s ADC next-generation hardware platform, OnDemand Switch, delivers unmatched performance in 0-16 Gbps in terms of throughput capacity. In addition, OnDemand Switch provides performance leadership in terms of transaction per second (TPS) and response time, as validated by The Tolly Group report 4. Based on a purpose-built, rock-solid architecture, OnDemand Switch provides the best application delivery performance at every throughput level to support all layer 4-7 network requirements. Whenever your network faces heavier traffic loads and your business requires higher throughput levels, OnDemand Switch still provides the best performance at all times. 4 The Tolly Group performance validation report is available at http://www.tolly.com/ts/2008/radware/ondemand/tolly208285radondemand.pdf

Feature SSL Offloading Offload server SSL processing with hardware-based SSL acceleration while ensuring continuous SSL service availability and transaction completion TCP Multiplexing Offload servers by multiplexing multiple browser connections over a single TCP connection to the server Caching Offload servers by caching Web objects and delivering them directly to the browser Optimized XML Processing Offload XML processing from servers through optimized XML processing Web Compression Reduce the amount of data delivered over the Internet with no client-side software or hardware required Image Optimization Automatically detect and align content size with end-user device capabilities and reduce image size TCP Optimization Reduce chattiness of TCP and HTTP protocols Bandwidth Management and Traffic Shaping Align servers and network bandwidth with business objectives Wireless TCP Acceleration Accelerate service delivery in cellular and wireless environments Application Performance Monitoring (APM) Proactively monitor performance to pinpoint bottlenecks and troubleshoot Proactive QoE Optimization Global response time optimization in real-time On Demand Capacity Allocation Reduce the amount of servers needed by aligning resource allocation with the business priority of applications and using a shared pool of resources or servers Business Benefits Maximize server infrastructure investments and create major savings on server CAPEX, as less servers are needed to serve more content to more users Reduce server utilization and OPEX by up to 40% Improve QoE increasing end-user and employee productivity and satisfaction Guarantee highest SLAs Maximize server infrastructure investments and create significant savings on server CAPEX Increase savings on OPEX by reducing bandwidth costs, operational efforts and supporting IT consolidation efforts Improve QoE increasing end-user and employee productivity and satisfaction Realize the potential of Web-enabled applications Speed content delivery by mitigating Web-application latencies across the WAN, including SOA-based environments Boost application response time by up to 500% and improve download times Reduces WAN bandwidth consumption by up to 50% Extend the reach of business-critical applications to wireless & cellular users Increases application service levels while decreasing TCO Ensure SLA compliance and improve QoE Increase savings on CAPEX and OPEX, improve QoE, and guarantee SLAs through improved and more efficient operability of physical and virtualized environments The APSolute Advantage SIP/TLS support FIPS 140-2 Level 3 certified Up to 168-bit encryption strength Supports client certificate authentication along with CRL, CDP, and OCSP validation Supports all commercial Web servers and backend encryption including passing client certificate-derived information via HTTP headers to the backend Multiple algorithm support 5 Offload server CPU to perform more processing by reducing the number of connections Improve client response time by offloading TCP connection handling Accelerate repetitive content fetching time Accelerate XML and Web services processing High-performance cryptography Automatically detect and employ pre-configured compression for: Any user type (e.g., PDA, Smart-phone, broadband, etc.) Any content type (e.g., JPEG, HTML, PPT, DOC, XLS, PDF, etc.) Reduce image size by up to 1000% by reducing object granularity Automatically detect and align content size with end-user device capabilities Implement Internet standards for improved user experience with faster content delivery Class-based traffic shaping using CB-WFQ Predefined classes include over 40 common applications, Type of Service (ToS) or Diffserv bits User-defined classification per any Layer 3-7 parameter or content (e.g., user, application, etc.) Support wireless & hand-held clients (WTCP) Customize content delivery for mobile users Enable network-managers to identify on-the-fly performance degradations as they form and detect their root cause with faster resolution times Best-of-breed response time optimization through advanced load and proximity measurements 6 Utilize objective measurements, external to the virtual environment, and proactively take actions to ensure that SLAs are not breached Control the number of VM s virtual resource allocation Measure KPIs based on real user experience 5 DES, 3DES, DH, DSS, MD5, RC2, RC4, RSA,SHA-1, and AES 6 US Patent No. 6,665,702

Integrated, Secure Online Business Operations The Challenges As enterprises expose more applications and services to employees, customers and business partners, the risk of security breaches increases. According to CSI Survey 2007, 46% of respondents stated that their organizations experienced one or more types of security incidents in the past 12 months. In addition, almost one-fifth of those respondents further said they d suffered a targeted attack, defined as a malware attack aimed exclusively at their organization or at organizations within a small subset of the general population 7. These security breaches inflict annual losses ranging from $100K in the mid-sized enterprise to several million dollars in large enterprises. These attacks compromise the availability and performance of your business, as well as the integrity of your sensitive data, damaging your business reputation and your ability to execute. 7 CSI/FBI Computer Crime and Security Survey 2007, CSI Publications, 2007 The Solution Radware s ADC solution provides unmatched, integrated application security to mitigate these security risks. It extends advanced, award-winning security services from Denial of Service (DoS) protection to Web Application Firewall to NSS- certified intrusion prevention. With this integrated feature set it provides automatic and accurate protection from a wide range of zero-day security threats including DoS attacks, hacking attempts and rampant worms before they bring down your servers and applications. Moreover, Radware s application security provides immediate protection from emerging threats with no manual intervention to further reduce security operational overhead. This consolidation of best-of-breed security technologies results in significant CAPEX by eliminating the need to deploy standalone point-solutions. Feature Business Benefits The APSolute Advantage DoS Shield and Behavioral DoS Protection Adaptive behavior-based DoS protection for mitigating zero-day DoS/DDoS attacks without manual intervention Integrated Intrusion Prevention Protect a wide-range of applications from security vulnerabilities including viruses, worm infiltration, unauthorized access, theft of proprietary information, etc. Advanced Security Reporting and Auditing Real-time visibility into network-wide security threats Web Application Firewall Ensure availability, integrity and confidentiality of sensitive Web application information XML and Web Services Security Protect Web services from security threats and ensure privacy and integrity Mitigate SSL-Based Attacks Completely block and report any unauthorized/ malicious intrusion attempts over SSL connections Regulatory Compliance The only ADC solution with Common Criteria certification Ensure business up-time even under heavy attack Protect business reputation with partners/customers Ensure business up-time even under heavy attack Protect business reputation with partners/customers Ensure business continuity of Web-enabled applications Ensure Web services continuity and availability Increases customer privacy and productivity without compromising on security Full compliance with security regulations and standards Zero-day, patented behavior-based technology: 18 seconds from detection to elimination More than 1500 attack signatures out-of-the-box for a wide range of applications Content, anomaly and behavioral based techniques Bandwidth management mechanism to squelch malicious traffic to ensure availability for mission-critical applications Security Update Service (SUS) for up-to-date protection Identify and remove security threats prior to the outbreak by blocking their propagation across the network Log and report e security events for forensics and compliance No security performance trade-off and cost-effective scalability ensuring consistent and predictable performance levels Secure Web applications from cookie poisoning, parameter tampering, directory traversal and other threats Behavior-based protection providing automatic adaptation to application changes with no need for manual configuration XML DoS attack protection SOAP attachment anti-virus scanning WSDL clacking to reduce Web services exposure XML message validation for conformance and detection of potential XML vulnerabilities Web services admission control Identity management integration and administration WS-Security Support Protect against SSL/TLS-encrypted threats Protect against SSL/TLS-encrypted information leaks Common Criteria Level 3 FIPS (Federal Information Processing Standards) Level 2 certified

On Demand Resource Allocation Service level agreements (SLAs) and quality of experience (QoE) are important metrics for businesses whether dealing with internal or external stakeholders. Guaranteeing SLAs and improving the QoE of end users are primary responsibilities entrusted to the care of the IT organization, which oversees IT service delivery. In a virtualized environment, this responsibility typically becomes much more complex: as hundreds or even thousands of different virtual machines (VMs) may share the same physical resource pool and therefore compete for the same resources. This in turn, only increases the level of difficulty involved in monitoring, controlling, and enhancing application performance. Radware s VirtualDirector, a part of Radware s ADC solution, is an application delivery optimization solution for the virtualized data center. VirtualDirector provides real-time, on demand capacity allocation of data center resources based on business events to ensure positive user experience, improve response times and reduce the amount of servers. It aligns virtual data center operations with business policies while optimizing the usage of virtual resources to further increase savings on CAPEX and OPEX. VirtualDirector, which is fully integrated with VMware Virtual Center, provides reliable visibility to the entire application even if it is deployed in a hybrid environment consisting of both physical and virtual servers, thus guaranteeing SLAs and enhancing the QoE. APSolute Integrated Management All Radware ADC solution elements are centrally managed via an end-to-end GUI-based management system, which offers lowered risk and reduced total cost of ownership (TCO) and OPEX. The management system is composed of three elements: APSolute Insite - APSolute Insite is a comprehensive, multi-device management system providing intuitive configuration and fault management, performance monitoring and statistics reporting, auditing capabilities and more. APSolute Insite further reduces TCO and operational overhead by eliminating the need to deploy and manage standalone point-solutions. Even in the case of advanced deployments, Insite does not require scripting. In addition, it provides advanced capabilities such as scheduled configuration file backup, integration to 3rd party network management systems (NMSs) and proactive alert notifications. APSolute API - APSolute API is a programmatic SOAP interface for device management allowing applications to control the network in real-time. The API guarantees SLAs by changing the configuration of Radware devices automatically, based on real-time application needs and decisions. APSolute API also reduces TCO by automating day-to-day maintenance activities such as enabling the development of targeted applications to address time-consuming administration hassles. Application Performance Management Radware s Application Performance Management (APM) module extends the capabilities of existing Radware deployments. It enables network-managers to analyze traffic in real-time and pinpoint the root cause of performance degradations to alleviate organizational finger-pointing and accelerate remediation. APM delivers a new level of application-relevant performance visibility to manage SLAs and reduce OPEX. Radware s ADC has been a major contributor to our year-over-year success of providing web-based mission-critical services to our customers. - Michael Volyn, Manager of Network Technology at DTCC Extracting Greater Value from Your IT Resources and Investments Radware s ADC Solution ROI Highlights 1. Eliminate cost of server & business application downtime (0.7-2.5% of revenues*). 2. Improve network and server utilization from 15-20% to 80% on average (through server and link optimization). 3. Offload server processes (SSL, Web services) to save up to 95% of server capacity and reduce the total number of servers needed. 4. Eliminate cost of productivity losses due to slow response time (0.3-1% of revenues*). 5. Benefit from full investment protection and extended platform lifetime with on demand scalability (up to 50% savings on CAPEX). 6. Increase savings on OPEX through reduced electricity, cooling and space costs through platform standardization and an energy-efficient solution (up to 60% savings on OPEX). 7. Obtain superior application delivery cost-effectiveness with more than 8X better cost per TPS over a 5- year period. 8. Increase savings on CAPEX and OPEX by up to 40% by reducing the amount of servers needed with on demand, dynamic capacity allocation. * Infonetics research 2006

Leadership Strength Performance Leadership On Demand Application Delivery Best Tailored ADC for Next-Generation Data Center Requirements Best Operational Tools Dedicated Focus on Application Delivery Summary Best performance for addressing enterprise and carrier requirements current and future On demand scalability in throughput and services Pay-as-you-grow approach ensuring full investment protection and minimization of initial investment Scalability without forklift upgrade Superior support for SIP, SOA, virtualization and business applications including Oracle, SAP, and BEA Unique global solution Best-of-breed integrated security State-of-the-art central management & in-depth application delivery visibility Application Performance Monitoring (APM) for proactive performance troubleshooting and faster resolution times Best out-of-the-box capabilities without any programming A well-established player in the market, entirely focused on application delivery solutions All services including support, installation and training are available from Radware Why Radware? Radware, with more than 10 years of experience, is the industry leader in integrated application delivery solutions. Over 6,000 companies worldwide use Radware s award-winning APSolute application delivery solutions to ensure the full availability, maximum performance and complete security of their networked and IP-based applications. Virtually all major sectors including finance, education, manufacturing, retail, insurance, government, healthcare, transportation, services, wire-line and cellular carriers rely on Radware every day to reduce costs, drive business productivity, and improve profitability. Let Radware make your network business-smart so you can also get the greatest value from your business and IT data center investments. Certainty Support Radware offers technical support for all of its products through the Certainty Support Program. Each level of the Certainty Support Program consists of four elements - phone support, software updates, hardware maintenance, and on-site support. Radware also has dedicated engineering staff that can assist customers on a professional services basis for advanced project deployments. Learn More To learn more about how Radware s integrated application delivery solutions can enable you to get the most of your business and IT investments, email us at info@radware.com or go to www.radware.com. 2008 Radware, Ltd. All Rights Reserved. Radware and all other Radware product and service names are registered trademarks or trademarks of Radware in the U.S. and other countries. All other trademarks and names are the property of their respective owners. Printed in the U.S.A.

APSolute Application Delivery Technical Specifications Features OnDemand Switch OnDemand Switch OnDemand Switch OnDemand Switch OnDemand Switch 1 Series 1 XL Series 2 Series 2 XL Series 3 Series Nominal Throughput SSL TPS Compression Non-blocking Switch Fabric Layer 2 Switching Simultaneous Sessions Routing Protocols Processor Memory Gigabit/GBIC Ports 1000Base- SX/LX/ZX Ports 1000Base-SX (850 nm) Operating Distance 1000Base-LX/ZX Operating Distance USB Port LCD Screen RS-232C Console Dimensions Weight Environmental Power Certifications AppDirector 204: AppDirector 1004 XL: AppDirector 1016: AppDirector 1016 XL: AppDirector 8016: Up to 200 Mbps Up to 1 Gbps Up to 1 Gbps Up to 1 Gbps Up to 8 Gbps AppDirector 504: AppDirector 2004 XL: AppDirector 2016: AppDirector 2016 XL: AppDirector 12016: Up to 500 Mbps Up to 2 Gbps Up to 2 Gbps Up to 2 Gbps Up to 12 Gbps AppDirector 1004: AppDirector 4004 XL: AppDirector 4016: AppDirector 4016 XL: AppDirector 16016: Up to 1 Gbps Up to 4 Gbps Up to 4 Gbps Up to 4 Gbps Up to 16 Gbps AppDirector 2004: Up to 2 Gbps AppDirector 4004: Up to 4 Gbps 500 TPS scalable to 5,000 TPS scalable to 500 TPS scalable to 5,000 TPS scalable to NA 10,000 TPS 30,000 TPS 10,000 TPS 30,000 TPS 100 Mbps scalable to 500 Mbps scalable to 1 Gbps 100 Mbps scalable to 500 Mbps scalable to 1 Gbps NA 250 Mbps (optional hardware compression) 250 Mbps (optional hardware compression) NA 48 Gbps 400 Gbps NA Wire-speed Wire-speed Up to 5M Up to 8M Up to 11.5M OSPF, RIP, RIP II AMD Opteron 2 AMD Opteron AMD Opteron 2 AMD Opteron 2 AMD Opteron dual-core 2.2 GHz dual-core 2.2 GHz dual-core 2.6 GHz dual-core 2.6 GHz dual-core 2.6 GHz Up to 2GB Up to 12GB Up to 4GB Up to 12GB 8GB 4 Gigabit Ethernet Ports (Copper or Fiber) 12 Gigabit Ethernet Ports (Copper) + 4 10 Gigabit Fiber Ports 4 Gigabit Fiber Ports (SFP-GBIC Mini) (XFP pluggable optics) + 4 Gigabit Fiber Ports (SFP-GBIC Mini) + 8 Gigabit Ethernet Ports (Copper) All gigabit fiber ports deliver SX/LX/ZX interfaces depending on GBIC 62.5 micron MM fiber.2 m to 275 m 50 micron MM fiber.2 m to 550 m LX: Up to 10 km (6.2 mi) ZX: Up to 80 km (49.7 mi) On front panel On front panel DB-9 serial connection Female DCE interface for out-of-band management 1U: 1U: 2U: Width: 424 mm (17 in.) Width: 424 mm (17 in.) Width: 424 mm (17 in.) Depth: 600 mm (24 in.) Depth: 600 mm (24 in.) Depth: 600 mm (24 in.) Height: 44 mm (1.7 in.) Height: 44 mm (1.7 in.) Height: 88 mm (3.4 in.) 2U: 2U: Width: 424 mm (17 in.) Width: 424 mm (17 in.) Depth: 600 mm (24 in.) Depth: 600 mm (24 in.) Height: 88 mm (3.4 in.) Height: 88 mm (3.4 in.) EIA Rack or Standalone: EIA Rack or Standalone: 482 mm (19 in.) EIA Rack or Standalone: 482 mm (19 in.) 482 mm (19 in.) 1U: 9.1 kg (20 lbs) 1U: 9.1 kg (20 lbs) 1U: 9.1 kg (20 lbs) 1U: 9.1 kg (20 lbs) 2U: 18 kg (40 lbs) 2U: 10.4 kg (23 lbs) 2U: 10.9 kg (23 lbs) 2U: 10.4 kg (23 lbs) 2U: 10.9 kg (23 lbs) Operating temperature: 0 C to 40 C (32 F to 104 F) Humidity: 5% to 95% non-condensing Auto-range supply: Auto-range supply: Auto-range supply: Auto-range supply: Auto-range supply: o AC: 100-240V o AC: 100-240V o AC: 100-240V o AC: 100-240V o AC: 100-240V 50~60Hz 50~60Hz 50~60Hz 50~60Hz 50~60Hz o DC: -42~-72V o DC: -42~-72V o DC: -42~-72V o DC: -42~-72V o DC: -42~-72V Power consumption: Power consumption: Power consumption: Power consumption: Power consumption: 110W 150W 188W 228W 571W Heat dissipation: Heat dissipation: Heat dissipation: Heat dissipation: Heat dissipation: 375.1 BTU/h 511.5 BTU/h 641.08 BTU/h 777.48 BTU/h 1948 BTU/h Dual power supply Dual power supply Dual power supply Dual power supply Dual power supply (AC/DC) (AC/DC) in 2U form (AC/DC) in 2U form (AC/DC) in 2U form (AC/DC) in 2U form Safety: EN, UL, CSA, IEC #60950-1 EMC: EN 55022, EN 55024, FCC Part 15B Class A CE, FCC, VCCI, CB, TUV, UL/cUL, CCC, C-Tick, RoHS Technical specifications and product information are subject to change without prior notice.

APSolute Application Delivery Technical Specifications Feature AppDirector 100/200/202 AppDirector 1000 AppDirector 3020 AppDirector 6000 Nominal Throughput Up to 200 Mbps wire-speed Up to 1 Gbps wire-speed Up to 3 Gbps wire-speed Up to 6 Gbps wire-speed Non-Blocking Backplane Speed 9.6 Gbps 19.2 Gbps 44 Gbps 88 Gbps Layer 2 Switching Wire-Speed Wire-Speed Wire-Speed Wire-Speed Simultaneous Sessions 500K 1.4M 2M 5M Routing Protocols OSPF, RIP, RIP II OSPF, RIP, RIP II OSPF, RIP, RIP II OSPF, RIP, RIP II RISC Processor Motorola PPC 750 266 MHz Motorola PPC 7410 500 MHz Motorola PPC 7457 1.3 Ghz Motorola PPC 7457 1.7Ghz Network Processor NA NA Broadcom BCM1250 Dual-Core 800 MHz Two Broadcom BCM1250 Dual-Core 800 MHz Memory Up to 256 MB Up to 512 MB Up to 2 GB Up to 6 GB Gigabit/GBIC Ports 0/0/2 5 20 (12x1G copper + 8 GBICs) 17 (8x1G copper + 9 GBICs) 802.3ae 10G Ports NA NA NA 2 10/100 Ethernet Ports 8 16 12 10/100/1000BaseT 8 10/100/1000BaseT 1000Base-S/L/ZX Ports Full-Duplex Gigabit Ethernet Fiber Full-Duplex Gigabit Ethernet Fiber Full-Duplex Gigabit Ethernet Fiber Full-Duplex Gigabit Ethernet Fiber 1000Base-SX (850 nm) Operating Distance 62.5 micron MM fiber.2 to 275 m. 50 micron MM fiber.2 to 550 m. 62.5 micron MM fiber.2 to 275 m. 50 micron MM fiber.2 to 550 m. 62.5 micron MM fiber.2 to 275 m. 50 micron MM fiber.2 to 550 m. 62.5 micron MM fiber.2 to 275 m. 50 micron MM fiber.2 to 550 m. 1000Base-LX/ZX Operating Distance N/A LX: up to 10Km ZX: up to 80Km LX: up to 10Km ZX: up to 80Km LX: up to 10Km ZX: up to 80Km RS-232C Console DB-9 serial connection Female DCE interface for out-of-band management DB-9 serial connection Female DCE interface for out-of-band management DB-9 serial connection Female DCE interface for out-of-band management DB-9 serial connection Female DCE interface for out-of-band management Dimensions 432mm x 475mm (17x18.7 ) 19" EIA rack or standalone Height: 44mm (1U) Weight: 3.85 kg (8.5 lbs) 432mm x 475mm (17x18.7 ) 19" EIA rack or standalone Height: 44mm (1U) Weight: 5.3 kg (11.7 lbs) 432mm x 475mm (17x18.7 ) 19" EIA rack or standalone Height: 88mm (2U) Weight: 7.0 kg (15.4 lbs) 432mm x 475mm (17x18.7 ) 19" EIA rack or standalone Height: 88mm (2U) Weight: 6.6 kg (14.6 lbs) Environmental Operating Temperature: 0-40º C Humidity (non-condensing): 5-95% Operating Temperature: 0-40º C Humidity (non-condensing): 5-95% Operating Temperature: 0-40º C Humidity (non-condensing): 5-95% Operating Temperature: 0-40º C Humidity (non-condensing): 5-95% Power Auto-range supply: 100-250V 50-60Hz or 38-72V DC Power Consumption: 35 Watts Heat Dissipation: 119.5 BTU/h Auto-range supply: 100-250V 50-60Hz or 38-72V DC Power Consumption: 44 Watts Heat Dissipation: 150.3 BTU/h Auto-range supply: single or dual 100-250V 50-60Hz or 38-72V DC Power Consumption: 108 Watts Heat Dissipation: 368.7 BTU/h Auto-range supply: single or dual 100-250V 50-60Hz or 38-72V DC Power Consumption: 110.8 Watts Heat Dissipation: 378.32 BTU/h Certifications Safety: EN 60950; UL 1950, CSA 22.2 No 950 EMI: EN 55022 Class A, EN 50024 FCC, Part 15B Class A CE, CUL, VCCI Safety: EN 60950; UL 1950, CSA 22.2 No 950 EMI: EN 55022 Class B, EN 50024 FCC, Part 15B Class B CE, CUL, VCCI Safety: EN 60950; UL 1950, CSA 22.2 No 950 EMI: EN 55022 Class A, EN 50024 FCC, Part 15B Class A CE, CUL, VCCI Safety: EN 60950; UL 1950, CSA 22.2 No 950 EMI: EN 55022 Class B, EN 50024 FCC, Part 15B Class B CE, CUL, VCCI Technical specifications and product information are subject to change without prior notice.

APSolute Application Delivery Technical Specifications Feature AppXcel 300/1000/2000 AppXcel 4000/8000/16000 AppXcel 32000 SSL Transactions/Second 300 1,000 2,000 4,000 8,000 16,000 32,000 Concurrent SSL Connections 1,500 3,000 10,000 20,000 50,000 150,000 150,000 Memory 256 MB 512MB 3 GB 4GB Network Interfaces 2x 10/100BaseTX ports RS-232C connector One of the two options: 2x 10/100/1000BaseTX ports 1x 10/100BaseTX & 1x 1000BaseSX port RS-232C connector 2x 10/100/1000BaseTX management ports 4x 10/100/1000BaseTX traffic ports RS-232C connector Operating Environment Temperature: 0 to 40 C Relative humidity: 5% to 95% non-condensing Temperature: 0 to 40 C Relative humidity: 5% to 95% non-condensing Temperature: 0 to 40 C Relative humidity: 5% to 95% non-condensing Weight & Dimensions: W 430.0mm x D 504.7mm x H 43.7mm Weight: 7.25kg Standard 19 inch EIA rack or standalone W 430.0mm x D 504.7mm x H 43.7mm Weight: 7.25kg Standard 19 inch EIA rack or standalone W 430.0mm x D 504.7mm x H 131.7mm Weight:17.3kg Standard 19 inch EIA rack or standalone Power Auto-range supply: 100-250V 50-60Hz Power consumption: 122 Watts Heat dissipation: 417 BTU/h Auto-range supply: 100-250V 50-60Hz Power consumption: 148 Watts Heat dissipation: 505 BTU/h Auto-range supply: 100-250V 50-60Hz Power consumption: 330 Watts Heat dissipation: 1127 BTU/h Certifications EMI: EN 55022, FCC Part 15B Class B EMI: EN 55022, FCC Part 15B Class B EMI: EN 55022, FCC Part 15B Class B Technical specifications and product information are subject to change without prior notice. Radware APSolute Product Suite Radware, the global leader in integrated application delivery solutions, assures the complete availability, performance and security of business-critical applications for more than 6,000 enterprises and carriers worldwide. With Radware s comprehensive and award-winning APSolute suite of application delivery and network security products, companies can drive business productivity, improve profitability, and reduce IT operating and infrastructure costs by making their networks business-smart. Certainty Support Radware offers technical support for all of its products through the Certainty Support Program. Each level of the Certainty Support Program consists of four elements - phone support, software updates, hardware maintenance, and on-site support. Radware also has dedicated engineering staff that can assist customers on a professional services basis for advanced project deployments. Learn More To learn more about how Radware s integrated application delivery solutions can enable you to get the most of your business and IT investments, email us at info@radware.com or go to www.radware.com. 2009 Radware, Ltd. All Rights Reserved. Radware and all other Radware product and service names are registered trademarks or trademarks of Radware in the U.S. and other countries. All other trademarks and names are the property of their respective owners.