Fortinet FortiADC 2000D
Application Delivery Controllers
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The FortiADC D-series of Application Delivery Controllers (ADC) optimizes the availability, user experience, performance and scalability of Enterprise Application Delivery. The FortiADC D-series family of physical appliances delivers fast, secure and intelligent acceleration and distribution of demanding applications in the enterprise.
Enterprise Application Acceleration and Performance
FortiADC appliances utilize multi-core processor technology, combined with SSL offload to accelerate application performance. Using QoS policies, they are able to optimize and handle heavy Layer 4 through 7 traffic loads while delivering Latency Sensitive Applications for small, medium and large enterprises.
FortiADC appliances deliver 99.999% uptime for enterprise application services with intelligent local and global server load balancing. The appliances provide application layer health check mechanisms for automatic failover of application services and use Link Load Balancing to optimize WAN connectivity. This results in 24x7 application availability while reducing business continuity risks.
Application Aware Intelligence and Control
FortiADC application-aware appliances eliminate performance bottlenecks, reduce application deployment complexity and seamless application integration. Fully aware of Layers 4 through 7 application traffic, connections, transactions, and content, they enable IT organizations to create event-driven policies for intelligent distribution of application traffic across web and application servers, and eliminates the need to replicate content across multiple servers. Content awareness is extended to the ability to create complex rules to dynamically rewrite content on the fly.
SSL and Server Offloading
FortiADC offloads server-intensive SSL processing with support for 4096-bit keys, TCP connection management, data compression and HTTP request processing from servers. This speeds up response times, reduces load on the backend servers, allowing them to serve more users.
Disaster Recovery with Global Server Load Balancing
FortiADC’s included Global Server Load Balancing (GSLB) makes your network reliable and available by scaling applications across multiple data centers for disaster recovery or to improve application response times. Administrators can set up rules that direct traffic based on site availability, data center performance and network latency.
Link Load Balancing
Built-in Link Load Balancing (LLB) gives you the option to connect your FortiADC to two or more WAN links to reduce the risk of outages or to add additional bandwidth to relieve traffic congestion. FortiADC supports inbound and outbound Link Load Balancing to manage traffic leaving or entering the device. Using policy routing, FortiADC can support complex NAT and routing requirements to address almost any network LLB architecture. With Tunnel Routing you get high-speed, reliable site-to-site connectivity without the need to lease expensive WAN links. It aggregates multiple links to create a virtual tunnel to a remote data center that ensures availability especially for applications that are time sensitive and require large single-session bandwidth such as video conferencing.
Accelerate application performance and reduce overall bandwidth requirements with HTTP compression. FortiADC intelligently compresses HTTP and HTTPS traffic. By reducing server reply content size it accelerates performance and improves response times. FortiADC supports both industry standard GZIP and DEFLATE algorithms for many content types used by today’s latest web-based applications.
Reduce server overload, bandwidth saturation, high latency, and network performance issues with intelligent caching. FortiADC dynamically stores popular application content such as images, videos, HTML files and other file types to alleviate server resources and accelerate overall application performance.
Virtual Domains (VDOMs)
Managed service provider and enterprise data center administrators can divide a FortiADC into two or more virtual FortiADC devices, each operating as an independent application delivery controller. Each VDOM can provide completely separate ADC services, such as server load balancing, SSL offloading, and traffic routing policies. A multi- VDOM FortiADC can be centrally managed or can be assigned to a VDOM administrator to manage their own virtual ADC.
Enhanced Protection with IP Reputation Service
Attackers use many methods to infect and control devices to launch automated phishing, spamming, and DDoS attacks. The FortiGuard IP Reputation Service aggregates security data from around the world to provide up-to-date information about threatening sources. With feeds from distributed network gateways combined with world-class research done by FortiGuard Labs, organizations can stay up to date and proactively block attacks.
FortiGuard’s IP Reputation Service categorizes and blocks threats from sources associated with:
- DoS and DDoS attacks
- Phishing attacks or hosted Phishing web sites
- Anonymous traffic arriving from paid or anonymous proxies used to disguise real client identity
- Malicious software
- Command and control communication
High-performance, Secure Application Delivery
- Intelligent traffic management for optimized application delivery and availability.
- Server offloading for improved application acceleration, scale and TCO.
- SSL offload for accelerating application performance.
- Comprehensive server load balancing for 99.999% application uptime.
- Global Server Load Balancing for geographic resilience.
- Optimize WAN connectivity and ensure business continuity with Link Load Balancing.
- Prioritize applications and manage bandwidth using Quality of Service (QoS) policies.
- Accelerate content delivery with on the fly compression.
- Browser-based Web user interface for ease of management.
- Appliance and virtual machine form factor for greatest deployment flexibility.
|Policy-Based Rules||Intuitive L7 policy-based routing to dynamically rewrite content to support complex applications and server configurations.|
|SSL Offloading||Hardware and software-based SSL offloading reduces the performance impact on your server infrastructure.|
|Global Server Load Balancing||Included Global Server Load Balancing distributes traffic across multiple geographical locations for disaster recovery or to improve user response times.|
|Link Load Balancing||Link Load Balancing distributes traffic over multiple ISPs to increase resilience and reduce the need for costly bandwidth upgrades.|
|IP Reputation||IP Reputation Service protects your applications against automated web attacks by identifying access from botnets and other malicious sources.|
|Quality of Service (QoS)||Prioritize traffic based on business needs or ensure optimal delivery of time-sensitive content like voice and video with Quality of Service.|
Intelligent and easy to configure Layer 4/7 policy and group management
Layer 4 Application Load Balancing
Layer 7 Application Load Balancing
Link Load Balancing
Global Server Load Balancing (GSLB)
SSL Offloading and Acceleration
|L4 Throughput||2.7 Gbps||20.0 Gbps||30.0 Gbps||50.0 Gbps|
|L7 Throughput||1.5 Gbps||18 Gbps||25 Gbps||35 Gbps|
|Memory||4 GB||16 GB||16 GB||32 GB|
|Network Interfaces||4x GE RJ45||4x 10 GbE SFP+ slots, 8x GE ports||4x 10 GbE SFP+ slots, 16x GE ports||8x 10 GbE SFP+ slots, 16x GE ports|
|10/100/1000 Management Interface||-||1||1||1|
|Storage||1 TB Hard Disk||120 GB SSD||120 GB SSD||480 GB SSD|
|Management||HTTPS, SSH CLI, Direct Console DB9 CLI, SNMP||HTTPS, SSH CLI, Direct Console DB9 CLI, SNMP||HTTPS, SSH CLI, Direct Console DB9 CLI, SNMP||HTTPS, SSH CLI, Direct Console DB9 CLI, SNMP|
|Form Factor||1U Appliance||1U Appliance||1U Appliance||2U Appliance|
|Input Voltage||90–264V AC, 47–63 Hz||100–240V AC, 63–47 Hz||100–240V AC, 63–47 Hz||100–240V AC, 63–47 Hz|
|Power Consumption (AVG)||60 W||288 W||300 W||450 W|
|Power Consumption (MAX)||72 W||345 W||360 W||540 W|
|Maximum Current||115V/6A, 230V/3A||120V/6A, 240V/3A||120V/6A, 240V/3A||120V/9A, 240V/4A|
|Heat Dissipation||205 BTU/h||1177 BTU/h||1228 BTU/h||1843 BTU/h|
|Operating Temperature||32–104°F (0–40°C)||32–104°F (0–40°C)||32–104°F (0–40°C)||32–104°F (0–40°C)|
|Storage Temperature||-13–158°F (-25–70°C)||-13–158°F (-25–70°C)||-13–158°F (-25–70°C)||-13–158°F (-25–70°C)|
|Humidity||5–95% non-condensing||5–95% non-condensing||5–95% non-condensing||5–95% non-condensing|
|Regulatory Compliance||FCC Part 15 Class A, C-Tick, VCCI, CE, UL/c||FCC Part 15 Class A, C-tick, VCCI, CE, UL/c||FCC Part 15 Class A, C-tick, VCCI, CE, UL/c||FCC Part 15 Class A, C-tick, VCCI, CE, UL/c|
|Safety||CSA, C/US, CE, UL||CSA, C/US, CE, UL||CSA, C/US, CE, UL||CSA, C/US, CE, UL|
|Height x Width x Length (in)||1.75 x 17.05 x 13.86||1.73 x 17.24 x 22.83||1.73 x 17.24 x 22.83||3.46 x 17.52 x 23.70|
|Height x Width x Length (mm)||45 x 433 x 352||44 x 438 x 580||44 x 438 x 580||88 x 445 x 602|
|Weight||17.2 lbs (7.8 kg)||23.94 lbs (10.86 kg)||24.23 lbs (11.08 kg)||36.11 lbs (16.38 kg)|
|Hypervisor Support||VMware ESXi / ESX 5.0 / 5.1|
|vCPU Support (Min / Max)||1||2||4||8|
|Memory Support (Min / Max)||512 MB / 2 GB||512 MB / 4 GB||512 MB / 8 GB||512 MB / 16 GB|
|Network Interface Support (Min / Max)||10||10||10||10|
|Storage Support (Min / Max)||50 MB / 1 TB||50 MB / 1 TB||50 MB / 1 TB||50 MB / 1 TB|
|Throughput**||Hardware Dependent||Hardware Dependent||Hardware Dependent||Hardware Dependent|
|Management||HTTPS, SSH CLI, Direct Console DB9 CLI, SNMP|
** Indicative figures based on testing with licensed number of vCore CPU on host system running Intel Core i7-2600K CPU @ 3.4 GHz and maximum licensed RAM.
Download the FortiADC D-Series Datasheet (.PDF)
- Pricing and product availability subject to change without notice.
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