Application delivery for demanding data-centre workloads
Fortinet FortiADC 2000G in Dubai, UAE
FortiADC 2000G is a high-capacity hardware application delivery controller for organisations that need to distribute business application traffic, offload SSL processing, improve service availability and apply application-layer control without relying on general-purpose server load balancing alone. The platform is positioned for environments where 25G and 40G connectivity, high throughput and resilient service design are practical purchasing requirements rather than future possibilities.
Direct answer for buyers considering the 2000G
The Fortinet FortiADC 2000G is a hardware application delivery controller intended to sit in front of application servers or services and make intelligent traffic-delivery decisions at Layers 4 through 7. It is mainly used where an organisation needs high-throughput load balancing, SSL offload, application health monitoring, global server load balancing, application access control and web application protection in a dedicated appliance. Buyers should consider it when projected traffic, encryption demand and interface requirements justify a 90 Gbps-class platform. Before proceeding, confirm the exact hardware part number or bundle, software support, transceivers, HA design, security services, rack and power requirements, and whether configuration or migration work should be included in the project scope.
What the FortiADC 2000G does
At its core, the appliance accepts client connections and directs them toward appropriate application servers according to configured virtual servers, health checks, persistence rules, routing logic and application policies. This removes the need for users to know which individual server should handle a request and allows the infrastructure team to add, remove or maintain back-end servers while keeping a stable application entry point.
FortiADC also supports SSL processing, global server load balancing, scripting, application authentication, web application firewall functions and application visibility. The exact operational design depends on software release, security subscription and application architecture, so the appliance should be sized as part of a complete service path rather than selected from throughput alone.
Who should consider this model
The 2000G is most relevant to data-centre teams, cloud infrastructure operators, large enterprises, managed service environments and organisations consolidating multiple high-volume applications behind a dedicated ADC tier. It can also suit projects that are moving from lower-speed ADC interfaces to 25G or 40G switching fabrics.
It may be unnecessarily large for a small application stack with modest encrypted traffic. Conversely, designs that need substantially more than 90 Gbps of Layer 4/7 processing or a different port mix should compare the higher FortiADC models. FourTeck can help map traffic, growth and redundancy requirements to the appropriate model before a bill of materials is finalised.
Business challenges the platform can help address
Uneven server utilisation
Application servers can become overloaded while others remain lightly used. Load-balancing policies and server health checks allow traffic to be distributed according to the behaviour of each service pool rather than fixed client paths.
Encrypted traffic overhead
High SSL/TLS volumes can consume server compute or create pressure on other security devices. The 2000G provides dedicated SSL processing capacity, but the actual benefit depends on cipher selection, certificate handling, traffic profile and inspection design.
Application maintenance windows
Health-aware traffic delivery makes it possible to drain or remove servers from service pools during maintenance while other healthy servers continue receiving traffic. The application itself must still be designed for multi-node operation where state is involved.
Multi-site service delivery
Global server load balancing can help direct users toward available application locations based on configured policies. DNS architecture, site health, data consistency and disaster-recovery procedures remain important dependencies.
Core capabilities that matter in an enterprise design
Product-fit matrix
| Requirement | Suitable when | Confirm before ordering |
|---|---|---|
| High application throughput | The design needs a platform in the 90 Gbps L4/L7 class. | Real traffic mix, concurrent connections, packet sizes, SSL profile and growth margin. |
| 25G and 40G connectivity | The switching fabric uses SFP28 or QSFP connectivity at these speeds. | Optics, DAC/AOC choice, switch compatibility, breakout requirements and cabling distance. |
| SSL-heavy services | Encrypted application traffic is a major part of the delivery path. | Cipher suites, certificate lifecycle, TLS policy and realistic throughput under production encryption. |
| High availability | The application requires redundant ADC nodes and planned failover. | Pair quantity, HA topology, state expectations, switch design and failure-domain separation. |
| Application security | The ADC tier is expected to participate in application-layer protection. | Required WAF services, security bundle, FortiGuard subscriptions, logging targets and policy ownership. |
Verified FortiADC 2000G information
Values below reflect current Fortinet product and ordering information. Production results depend on traffic and configuration.
| Brand | Fortinet |
| Product | FortiADC 2000G |
| Base hardware part number | FAD-2000G |
| Product type | Hardware Application Delivery Controller |
| L4/L7 performance | 90 Gbps |
| SSL throughput | 60 Gbps |
| 25G interfaces | 4 × 25G SFP28 |
| 40G interfaces | 6 × 40G QSFP |
| Power supply | Dual, supporting hot-swap PSU design |
| Trusted Platform Module | Listed for the model |
| Form factor | 1U appliance |
| L4–L7 load balancing and scripting | Supported |
| Global Server Load Balancing | Supported |
| Web Application Firewall | Platform capability; security services and bundle should be confirmed |
| Agentless Application Gateway | Supported |
| Security bundle options | Network Security, Application Security and AI Security bundle families are listed; exact term and entitlement depend on ordering code |
| UAE availability | Contact FourTeck for current model, bundle, quantity and lead-time confirmation |
Configuration, licensing and compatibility dependencies
The hardware model does not by itself define the complete service that will be delivered. Fortinet publishes multiple bundle families for the 2000G, and security service entitlements can differ according to the bundle and contract term selected. A buyer should therefore treat the base appliance, FortiCare support and FortiADC security services as separate bill-of-material decisions unless the exact ordering code confirms that they are packaged together.
Compatibility also extends beyond the FortiADC chassis. Confirm the supported FortiADC software release, upstream and downstream switching interfaces, optics, cabling, certificate formats, DNS architecture, authentication source, application protocols, log collectors and operational management platform. Where the design includes FortiAnalyzer, FortiSIEM, FortiGate, Splunk or another external system, integration should be validated against the versions actually deployed.
For high availability, do not assume that buying one appliance solves resilience. The ADC pair design, switching redundancy, addressing, state behaviour, power feeds and maintenance procedure should be planned together. FourTeck can help review these dependencies before procurement so that the quoted hardware and services match the intended architecture.
A practical purchase and deployment journey
Measure the application path
Document current and projected traffic, connection rates, encrypted traffic percentage, application count, persistence needs, health checks and business-critical maintenance windows.
Validate model and interfaces
Check whether 90 Gbps L4/L7 capacity and the available 25G/40G ports match both present network design and reasonable growth, including HA links and management access.
Select bundle and support term
Confirm whether the project needs base hardware, Network Security, Application Security or AI Security bundle options and choose the support or subscription term that matches procurement policy.
Plan implementation
Define rack position, power feeds, cabling, IP addressing, DNS, certificates, policies, health checks, server pools, migration sequence, test criteria and rollback plan before production change.
High-throughput delivery without ignoring the application
A useful ADC is more than a fast packet distributor. Enterprise applications often need decisions based on host names, URLs, headers, session state, server health and other Layer 7 information. FortiADC supports Layer 4 through Layer 7 load balancing and scripting, allowing the delivery tier to apply logic that reflects how the application actually behaves.
For a 2000G project, this matters because the appliance is likely to sit in front of services with meaningful traffic volumes and operational dependencies. The design should define what is being balanced, how an unhealthy server is detected, whether sessions need persistence, how maintenance mode is handled and what happens when a whole pool becomes unavailable.
The 90 Gbps platform figure helps establish scale, but it should not be treated as a guaranteed production result for every policy mix. Traffic characteristics, SSL, inspection features, scripting complexity and application behaviour can all influence real performance. Sizing should include workload evidence rather than relying only on a theoretical maximum.
SSL processing as an architectural choice
Fortinet lists 60 Gbps SSL throughput for the FortiADC 2000G. In practical terms, SSL offload can move some cryptographic work away from application servers and can create a controlled point where certificates and encrypted service policies are managed. This can simplify portions of the application architecture, but it also places responsibility on the ADC team for certificate lifecycle, cipher policy and secure key handling.
Buyers should document how much of the application traffic is encrypted, which TLS versions and cipher suites are required, whether client certificate authentication is used and whether traffic must be re-encrypted toward the server pool. Those decisions can affect both performance and compliance expectations.
Where the ADC participates in SSL inspection or passes traffic onward to other security controls, the full chain should be considered. The objective is not simply to decrypt more traffic; it is to place encryption handling where it improves application delivery while preserving appropriate security boundaries.
Resilience across servers and sites
Application availability depends on more than one healthy ADC. FortiADC can perform server health checks and global server load balancing, giving architects tools to react when an application node or site is not able to serve traffic. The effectiveness of those controls depends on accurate health-check design and a clear understanding of what “healthy” really means for the application.
A basic TCP response may show that a port is open while the application itself is failing. More meaningful checks may need to validate a URL, response code or application-specific behaviour. For multi-site designs, DNS time-to-live, data replication, identity services and database consistency can become more important than the ADC configuration itself.
If business continuity is the primary reason for buying the 2000G, define failure scenarios before deployment: a server failure, link failure, ADC node failure, switch failure, site failure and maintenance event. Then map which component detects each event and how traffic should recover.
Ideal business environments and use cases
Large enterprise web platforms
Public portals, internal applications and API services that need a dedicated traffic-management tier across multiple server nodes can benefit from L7 routing, health checks and SSL processing.
Data-centre consolidation
Organisations moving several applications onto a shared high-capacity ADC layer can use the port density and throughput of the 2000G while maintaining separate virtual services and policies.
Service-provider application hosting
Hosted environments may need scalable application delivery for multiple customer services. Logical separation, policy governance, monitoring and operational ownership should be defined carefully.
Business continuity projects
Health-aware server balancing and GSLB can support resilience plans when the wider architecture includes redundant application stacks, DNS design, networking and tested failover procedures.
Integration and operational considerations
A FortiADC 2000G deployment typically touches several teams: network engineering, application owners, security operations, server or platform teams, DNS administrators and procurement. The ADC may be physically installed by the network team, but the quality of the service depends on information from application owners. A migration cannot be designed correctly without knowing the server pool addresses, health-check behaviour, ports, protocols, session persistence, certificate requirements, expected client sources and maintenance procedures.
Logging and monitoring should also be decided before go-live. FortiADC can provide application visibility and can integrate with Fortinet management and analytics platforms. If the organisation uses an external SIEM or operational monitoring system, define which events, traffic metrics and health states must be exported. Monitoring should cover the application service, not only the appliance hardware. A healthy chassis does not prove that a business application is responding correctly.
Network topology deserves equal attention. The 2000G provides four 25G SFP28 and six 40G QSFP ports, but ports alone do not define the design. Determine whether the ADC is deployed one-arm or inline, how VLANs or routed interfaces are presented, whether link aggregation is required, how HA peer communication is carried, and which switches terminate the high-speed interfaces. Optics and cable type must be selected for the distance, transceiver standard and switch compatibility.
Operational governance should identify who is allowed to create virtual servers, change load-balancing algorithms, install certificates, modify WAF policies and alter health checks. Where change control is formal, the configuration process should include backup, peer review, test cases and rollback steps. These practices are especially important when one high-capacity ADC pair carries many unrelated applications.
Buyer questions to resolve before requesting a quotation
Include encrypted traffic, expected growth and maintenance bursts rather than average utilisation alone.
A business-critical service commonly requires a redundant design, which changes hardware quantity and switch connectivity.
Confirm whether base functionality is sufficient or a FortiADC security bundle and FortiGuard services are required.
The appliance ports are only one side of the connection; switch interfaces, optics, cable type and distance must all match.
Persistence and failover behaviour can differ significantly for stateful applications, databases and authentication flows.
Clear ownership prevents delays during implementation and reduces the risk of undocumented policy changes after go-live.
Procurement checklist for the FortiADC 2000G
How FourTeck can assist with sizing and quotation
For a product at this scale, a useful quotation starts with the service requirements rather than the appliance model alone. FourTeck can review the intended traffic profile, application count, encryption demand, interface needs, resilience objectives and security expectations before confirming whether the 2000G is an appropriate choice. This can help avoid two common procurement mistakes: buying a high-throughput appliance without the required optics, subscriptions or implementation work, and selecting a model from peak throughput while overlooking the real bottleneck in the application architecture.
The quotation can be coordinated around the exact hardware part number or FortiADC bundle, required term, quantity, transceivers, related Fortinet components and implementation scope. Where a buyer is replacing another ADC, migration planning should include current virtual server configuration, health checks, persistence, certificate inventory, DNS changes and cutover testing.
For broader network and security planning, buyers can review FourTeck technology products, discuss configuration and deployment services, or send project details through the FourTeck contact team.
Information that improves quote accuracy
• Exact model or bundle preference
• Quantity and HA requirement
• Port and optic requirements
• Security subscription expectation
• Destination and target project schedule
• Installation, configuration or migration scope
UAE availability and support guidance
Contact FourTeck to confirm current UAE availability for the FortiADC 2000G, the required security bundle and the quantity needed for the project. Availability may depend on the exact ordering code, subscription term, regional supply, quantity and vendor lead time. The fact that a model is listed in Fortinet’s current product material should not be interpreted as a guarantee of immediate local inventory.
For a UAE project, share the deployment location, required hardware quantity, desired support term, target implementation date and whether optics or related Fortinet products should be included. If installation or configuration is needed, that scope should be identified in the quotation rather than assumed to be included with the appliance. Support expectations should also be matched to the FortiCare option and the organisation’s own operational coverage.
FourTeck can coordinate requirement review and quotation planning for businesses in Dubai and across the UAE. For broader Fortinet security and networking requirements, see Fortinet solutions in Dubai or contact the team with the application-delivery requirement.
Dubai, Abu Dhabi, Sharjah and Ajman project coordination
Organisations in Dubai, Abu Dhabi, Sharjah and Ajman can discuss FortiADC 2000G requirements with FourTeck for quotation, sizing and project coordination. The practical questions remain the same across these locations: the exact appliance or bundle, quantity, intended application traffic, optics, high-availability design, software and security services, rack environment and implementation expectations. Delivery timing and installation planning should be confirmed after the bill of materials and destination are known. Where the ADC is part of a wider data-centre refresh, the conversation can also include switches, firewalls, monitoring, structured migration planning and post-change support responsibilities.
GCC Availability
FourTeck can assist organisations planning FortiADC deployments across GCC markets by reviewing the requirement before a regional quotation is prepared. This is especially useful for multi-site businesses that want a consistent ADC model, security bundle or support term across more than one country. The United Arab Emirates, Saudi Arabia, Kuwait, Qatar, Bahrain and Oman can have different fulfilment conditions, vendor lead times, service logistics and purchasing requirements, so the destination should be part of the discussion from the start.
For the FortiADC 2000G, buyers should provide the destination country, quantity, exact hardware or bundle preference, subscription term, interface and optics requirement, HA design, deployment location and expected project timeline. Product availability, licensing, delivery schedule, on-site service possibilities and project scope can vary by country and requirement. FourTeck can support quotation coordination, configuration scoping, installation planning and renewal guidance, but these items should be confirmed in writing for the specific project. Businesses with requirements in Kuwait can also review FourTeck Kuwait technology support when coordinating regional needs.
Africa Availability
For organisations in Africa evaluating a FortiADC 2000G, regional planning should begin with the actual application and infrastructure requirement rather than an assumption that the same procurement model applies everywhere. FourTeck can help businesses in East Africa and other African markets review appliance sizing, security bundle options, optics, subscription term, application integration, deployment scope and support expectations before the bill of materials is finalised.
Availability and fulfilment can depend on destination country, quantity, model, regional licensing, power and data-centre conditions, shipping arrangements, vendor lead time and whether installation services are requested. Buyers should provide the destination, exact requirement, required quantity, preferred deployment schedule and any configuration or support expectations. FourTeck can then coordinate appropriate guidance without assuming local inventory or a fixed delivery date. For regional enquiries, organisations may use FourTeck Africa, FourTeck Kenya or FourTeck Uganda according to the project location.
What buyers are usually trying to understand before choosing a high-capacity ADC
A recurring question in application-delivery projects is whether a dedicated ADC is still necessary when modern applications can use cloud load balancers, container ingress controllers or software-based proxies. The answer depends on where the application runs and what the organisation expects the delivery tier to do. A dedicated FortiADC 2000G makes the most sense when the business needs a physical, high-throughput control point in its own data centre, with 25G/40G connectivity, substantial SSL processing, Layer 4 through Layer 7 policies, integrated application security options and predictable ownership by the infrastructure team. A cloud-native service may be more suitable when the application is entirely hosted in one public cloud and the organisation prefers consumption-based services rather than hardware.
Another common buying question is how to interpret the 90 Gbps figure. Fortinet lists 90 Gbps L4/L7 performance for this model and 60 Gbps SSL throughput. These are useful sizing reference points, not a substitute for a workload assessment. An application with small transactions, complex Layer 7 rules, high SSL session churn, WAF inspection and many concurrent connections can behave differently from a simple large-file transfer workload. Buyers should therefore collect current ADC statistics where available, firewall or server traffic measurements, expected growth and the percentage of traffic that will be encrypted. If replacing an older ADC, the existing configuration often reveals more about sizing than a generic user count.
Should the appliance be purchased as a pair?
If the applications are business-critical, buyers normally need to examine an HA design rather than a single appliance. The correct quantity depends on failure tolerance and architecture. Two ADCs do not automatically remove every single point of failure; upstream switches, power, DNS and back-end services must also be resilient.
Do the 25G and 40G ports include optics?
Do not assume that every optical module required by the project is included with the chassis. The quotation should identify the transceiver or cable type for each connection. Check the switch on the opposite end, supported standard, distance and whether breakout or link aggregation is planned.
Security is another area where buyers can misread the product description. FortiADC has web application firewall and other application-security capabilities, while Fortinet also offers separate security bundle families for the appliance. That means the security outcome depends on what is ordered and how it is configured. A project that requires active WAF protection, advanced threat services or application security subscriptions should state those requirements explicitly. It is better to request a quote against the intended security function than to buy the base model and discover later that the expected service entitlement was not part of the order.
Many buyers also ask whether FortiADC can replace a firewall. An ADC and a next-generation firewall serve different primary roles. The 2000G is designed around application delivery, SSL services, health-aware load balancing, GSLB and application-layer controls. A firewall is normally responsible for broader network security policy, segmentation, threat inspection and secure connectivity. In some architectures the products complement each other rather than substitute for one another. The correct placement should reflect the organisation’s security architecture and traffic path.
For migration planning, the most useful information is often a copy of the current ADC configuration and an application inventory. This should list VIPs or virtual servers, DNS names, server pools, health monitors, persistence profiles, certificates, redirects, content-switching rules, NAT requirements, access restrictions and any scripts. Each object can then be mapped to a FortiADC equivalent or redesigned where appropriate. Migrating configuration line by line without understanding the application logic can carry old design problems into the new platform.
Operational teams should also consider how the new ADC will be monitored. Questions about dashboards are less important than deciding which conditions require action. Examples include a server pool losing capacity, SSL certificates nearing expiry, a virtual service becoming unavailable, abnormal response time, unusual connection counts or WAF events increasing. Alerts should map to an owner and an escalation path. If the organisation already uses FortiAnalyzer, FortiSIEM or another monitoring platform, integration requirements should be agreed before deployment.
Finally, buyers searching for a “FortiADC 2000G price” should treat public reseller prices as references rather than a UAE quotation. The final commercial value can change with bundle, support term, region, currency, quantity, optics and services. A useful quote therefore specifies exactly what is included, identifies subscription dates or terms, separates optional installation work and confirms the destination. FourTeck can help assemble that requirement so procurement teams can compare like-for-like proposals instead of comparing a bare chassis against a bundled multi-year offer.
Questions that help prevent the wrong purchase
How do we know whether 2000G is the right size rather than 1000G or 4000G?
Start with measured traffic, encrypted throughput, connection behaviour, interface speed and growth margin. The 1000G and 4000G occupy different performance and port positions, so the decision should be driven by architecture, not only budget. If the 2000G would operate near its limit from day one, a larger model may provide better design headroom. If traffic is far below its capacity and 40G connectivity is unnecessary, a smaller platform may be more appropriate.
What should be included in a complete bill of materials?
At minimum, identify the appliance or bundle part number, quantity, support or subscription term, required optics or cables and any deployment services. Depending on the design, the bill may also include a second unit for HA, related switching or firewall equipment and project services for migration, testing and documentation. The exact contents should follow the architecture rather than a generic package.
Can we use the ADC for both internal and public applications?
Potentially, yes, if the network and security design supports that separation. The key question is whether internal and external services should share the same appliance pair and administrative boundary. Consider VLAN or routing separation, security policy, certificate ownership, change control and failure impact. Some organisations prefer dedicated ADC tiers for different trust zones or business services.
What information does FourTeck need to prepare a meaningful quote?
Provide the destination, required quantity, target project date, preferred support term, HA requirement, estimated application and SSL traffic, port and optic needs, security bundle expectations and whether implementation is required. If the project is a migration, include the current ADC model and a high-level inventory of virtual services, certificates and server pools.
Does SSL offload automatically make applications faster?
Not automatically. Offload can reduce cryptographic work on servers and create a dedicated TLS processing point, but application performance also depends on server response time, database latency, network path, application code and cache behaviour. Measure the existing bottleneck first. The ADC can improve delivery efficiency when encryption or traffic distribution is part of the problem, but it cannot correct every application issue.
What should be tested before production cutover?
Test each virtual service, health monitor, persistence method, TLS certificate, redirect, content rule, authentication flow and failure scenario that matters to the business. Validate server removal, ADC node failover and rollback. Where GSLB is used, include DNS behaviour and site-failure testing. Testing should be based on acceptance criteria agreed with application owners rather than only checking that a browser page opens.
Related FourTeck products and services to consider
FortiADC 1000G
A lower-capacity hardware option that may fit environments where 50 Gbps-class performance and a different interface profile are sufficient.
FortiADC 4000G
A higher-capacity model to evaluate when 150 Gbps-class L4/L7 performance or 100G connectivity is part of the design.
FortiGate integration
Network firewalling and ADC functions can be planned as complementary layers where the application path requires both broader security enforcement and application delivery control.
ADC configuration and migration
FourTeck can discuss implementation scope for new virtual services, health checks, certificates, policies, testing and migration from an existing load balancer.
Why businesses contact FourTeck for FortiADC planning
The value of a product discussion is not limited to confirming that a model number exists. Application delivery projects combine capacity planning, network design, security subscriptions, optics, certificates, DNS, server behaviour and migration risk. FourTeck can help organise those requirements into a procurement-ready scope so that the buyer knows what is being quoted and which items remain optional.
For the FortiADC 2000G, that may include validating the hardware model, comparing nearby FortiADC options, identifying the correct bundle family, reviewing interface requirements, planning high availability, confirming support expectations and defining configuration or migration work. This approach is particularly useful when a procurement team has been given only a product name but the technical team has not yet documented the full deployment requirement.
FourTeck can also coordinate related infrastructure discussions where the ADC forms part of a wider Fortinet or data-centre project. Buyers who want background on the company can view FourTeck business technology support before sending the project requirement.
Frequently asked questions about FortiADC 2000G
What is the FortiADC 2000G primarily used for?
It is used as a high-capacity application delivery controller for Layer 4–7 load balancing, SSL processing, application health-aware traffic distribution, GSLB, application access and application-security functions in enterprise or service environments.
What throughput does Fortinet list for the 2000G?
Fortinet currently lists 90 Gbps L4/L7 performance and 60 Gbps SSL throughput. Actual production performance can vary with traffic mix, encryption, configuration, security services and network conditions.
Which high-speed interfaces are available?
The model is listed with four 25G SFP28 interfaces and six 40G QSFP interfaces. Confirm the required optics or cables and the compatibility of the connected switches before ordering.
Does the FortiADC 2000G support high availability?
FortiADC supports high-availability deployment, but a resilient solution normally requires multiple appliances and a complete network design. The quantity, topology and state requirements should be confirmed for the project.
Is web application firewall protection included?
WAF is a FortiADC platform capability. Fortinet also offers different security bundle families, so the exact services, subscriptions and term required for the intended protection level should be confirmed in the ordering code.
What is the base hardware part number?
The current base appliance is listed as FAD-2000G. Bundle part numbers differ according to security package and term, so procurement should use the complete quoted ordering code.
Can FourTeck help with migration from another load balancer?
Yes, migration scope can be discussed separately. Useful inputs include existing virtual services, server pools, health checks, persistence rules, certificates, DNS dependencies, scripts and cutover requirements.
How do I confirm current Dubai or UAE availability?
Contact FourTeck with the exact model or bundle, quantity, support term and destination. Availability can vary with regional supply, quantity and vendor lead time, so it should be confirmed for the specific request.
What information should I send for a quotation?
Send quantity, destination, expected traffic, HA requirement, port and optic needs, preferred support or security bundle term, target timeline and whether installation, configuration or migration services are required.
Plan the FortiADC 2000G around your application, not just the model number
Share the expected traffic, HA design, security requirements, optics, support term and destination. FourTeck can help validate the bill of materials and coordinate a UAE quotation for the required FortiADC 2000G configuration.
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