Fortinet FortiADC VM16 in Dubai, UAE
FortiADC VM16 is the 16-vCPU virtual tier of Fortinet’s application delivery controller platform. It is designed for organisations that need software-defined load balancing, application availability, traffic management and application security functions in virtualised, private-cloud or supported public-cloud environments. The key buying decision is not simply whether VM16 has enough CPU allocation: the deployment must also be matched to expected Layer 4 and Layer 7 traffic, SSL processing, licensing, virtual network design, high-availability requirements and the applications being published.
Direct answer: what is FortiADC VM16?
Fortinet FortiADC VM16 is a software virtual appliance for application delivery and traffic control. Fortinet currently lists the VM16 tier with up to 16 vCPU cores, 16 Gbps Layer 4 throughput, 8 Gbps Layer 7 throughput and 4.5 Gbps SSL throughput in its current ordering material, while actual performance remains dependent on the host, traffic profile and configuration. It should be considered by organisations that need a virtual ADC for load balancing, global service distribution, application availability, SSL handling and license-dependent application security. Before purchasing, confirm the hypervisor, VM resources, network interface design, expected encrypted traffic, security bundle, subscription term and high-availability architecture.
What the VM16 tier does
A modern application delivery controller sits between users and the application servers that answer their requests. Instead of sending every session directly to one server, FortiADC can evaluate service health, distribute traffic among available servers and apply traffic policies before requests reach the application. In practice, that can help a business operate web portals, APIs, customer applications, internal systems and other published services with more deliberate control over availability and traffic flow.
The VM16 form factor brings this ADC role into a virtual machine rather than a dedicated rack appliance. That matters for organisations already standardising on virtual infrastructure, private cloud or supported public cloud platforms. Resources can be aligned with the wider virtual environment, but the host still needs enough CPU, memory, networking and storage capacity to support the intended traffic profile.
FortiADC also extends beyond basic load distribution. Current Fortinet material describes Layer 4–Layer 7 load balancing, health checks, content routing, scripting, SSL services, GSLB, application optimisation, application access functions, monitoring and security capabilities. Some functions are tied to specific subscriptions or security bundles, so a buyer should separate the platform capability from the services actually licensed in the quotation.
Who should consider it
VM16 is most relevant when an organisation wants a virtual ADC with considerably more capacity than entry VM tiers but does not want to move immediately to the VM32 or unlimited tier. It can be a fit for enterprise data centres, service providers, application teams, SaaS environments and organisations consolidating several production services behind a common application delivery layer.
It is also worth considering where the organisation already uses Fortinet technologies and wants application delivery integrated into broader monitoring, security or operations processes. FortiADC supports integrations with Fortinet and third-party platforms, but the exact operational value depends on what is already deployed and which integrations are needed.
VM16 may be excessive for a lightly used application with modest concurrency and little encrypted traffic, and it may be insufficient for a very high-volume service that needs more than the published VM16 limits. A sizing exercise should use real traffic data, connection patterns, SSL requirements, application growth and failover assumptions rather than selecting the tier only from the number of vCPUs available on the host.
Business problems FortiADC VM16 can help address
Uneven application traffic
A single application server can become a bottleneck while other servers remain underused. FortiADC can distribute sessions using load-balancing policies and health information so traffic is directed toward available resources according to the configured method.
Service failure exposure
When a backend service fails, users should not continue being sent to a server that cannot respond. Health checks and high-availability design can help reduce this operational risk, provided the ADC deployment itself is also designed with redundancy.
Encrypted traffic overhead
SSL processing can consume application-server resources and also affects ADC sizing. FortiADC supports SSL services, but VM16’s published SSL throughput is lower than its L4 throughput. Buyers should therefore size on the encrypted workload, not only headline traffic.
Multi-site application delivery
Organisations operating services across data centres or cloud locations may need global server load balancing. FortiADC supports GSLB, allowing DNS-based traffic decisions across locations according to the configured health and routing logic.
Core capability band
Traffic can be balanced at transport and application layers, supporting content-aware routing, persistence, custom health checks and policy-driven decisions.
Local balancing, GSLB and high-availability functions can be combined into an architecture that aims to keep published applications reachable during server or site-level events.
WAF-related functionality, IPS, antivirus, IP reputation, DLP, sandboxing, credential-stuffing defence and bot protection are available according to the selected bundle and service subscriptions.
FortiView, logging, monitoring, SNMP and integrations can give administrators a clearer view of application behaviour, server health, security events and traffic conditions.
Is VM16 the right FortiADC tier?
The table below is a decision aid, not a substitute for sizing. Published throughput is measured under test conditions, while real deployments are shaped by connection rates, request size, SSL ciphers, security inspection, persistence, scripting, logging and the performance of the underlying hypervisor or cloud instance.
| Requirement | VM16 is suitable when | Confirm before ordering |
|---|---|---|
| Virtual CPU tier | The design can allocate up to 16 vCPU to the FortiADC VM tier. | Host CPU availability, scheduling, licensing and the exact hypervisor design. |
| Layer 4 traffic | Expected traffic remains comfortably inside the published 16 Gbps L4 figure after headroom is applied. | Peak throughput, connection rates, traffic bursts and future growth. |
| Layer 7 services | Application-layer processing is expected to fit the 8 Gbps published VM16 L7 figure with practical margin. | HTTP/S request patterns, persistence, rewrites, scripts, compression and inspection features. |
| Encrypted applications | SSL workload can be accommodated within the published 4.5 Gbps VM16 SSL figure and host capability. | Cipher suites, TLS versions, certificate count, re-encryption and inspection requirements. |
| Application security | The required FortiGuard and application-security services are available in the selected bundle. | Network Security, Application Security or AI Security bundle, subscription term and any optional services. |
Verified FortiADC VM16 information
The following values are aligned with Fortinet’s current FortiADC data sheet and ordering guide for the VM16 tier. Performance figures are laboratory results and should be treated as sizing reference points rather than guaranteed production throughput.
| Brand | Fortinet |
|---|---|
| Product | FortiADC-VM16 software virtual appliance |
| Fortinet product SKU | FAD-VM16 |
| Deployment type | Virtual application delivery controller |
| Maximum vCPU support | 16 vCPU cores |
| Layer 4 throughput | 16 Gbps published for VM16 |
| Layer 7 throughput | 8 Gbps published in the current VM subscription table |
| SSL throughput | 4.5 Gbps published in the current VM subscription table |
| Virtual domains | Up to 60 listed for VM16 |
| Virtual network interfaces | Up to 10 listed for the VM tier |
| Supported environments | Fortinet’s current data sheet lists VMware ESX/ESXi, Citrix XenServer, Open Source Xen, Microsoft Hyper-V, KVM, AWS, Azure, Google Cloud, Oracle Cloud, IBM Cloud, Alibaba Cloud, Nutanix and Proxmox. Confirm currently supported versions before deployment. |
| Management | HTTPS, SSH CLI, direct console CLI and SNMP are listed management methods. |
| Memory guidance | The current VMware deployment guide states 8 GB vRAM as the preconfigured and recommended minimum. Actual allocation should reflect workload and supported platform guidance. |
| License choices | Perpetual VM licensing and VM subscriptions are available; current subscription bundles include Network Security, Application Security and AI Security options. |
| Important performance note | Actual results vary with network traffic, system configuration, host resources, inspection features and the application workload. |
Licensing and security bundle dependencies
One of the most important purchasing points is that FortiADC capability and FortiGuard service entitlement are not the same thing. The VM16 platform supports a broad application-delivery feature set, but Fortinet’s current documentation explicitly notes that feature availability depends on the subscription to specific license bundles. A quotation should therefore identify both the VM tier and the services that need to be active during the subscription period.
The current Network Security bundle includes Geo-IP protection and IP reputation, FortiGuard antivirus, intrusion prevention and FortiCare Premium support. The Application Security bundle adds web security signatures and adaptive learning, credential-stuffing defence, FortiGuard Sandbox Cloud and FortiGuard Data Loss Prevention to those network-security services. The AI Security bundle extends the Application Security set with Threat Analytics and FortiGuard Advanced Bot Protection.
Do not assume that a feature seen in a demonstration, data sheet or another FortiADC deployment is automatically included in every VM16 purchase. The correct bill of materials depends on whether the business needs basic application delivery, network-security services, web application protection, advanced bot controls, AI-assisted functions, support coverage or a combination of these. FourTeck can help map the functional requirement to the current license path before a quotation is finalised.
A practical VM16 purchase and deployment journey
Measure the workload
Collect peak L4 traffic, HTTP/S traffic, concurrent sessions, SSL usage, request rates, backend server count, expected growth and any seasonal spikes. Without this data, sizing is guesswork.
Validate the platform
Confirm the exact hypervisor or cloud environment, supported version, available vCPU, vRAM, storage, virtual switches, VLANs and routing. Plan management access separately from application traffic where appropriate.
Choose security services
Decide whether the deployment needs only ADC functions or also network-security, application-security or AI-security services. Match the subscription term to the intended operating period and support requirements.
Design resilience
If applications are business-critical, decide whether a second FortiADC instance is required for high availability and whether GSLB is needed across sites. Redundancy changes licensing, compute and network requirements.
Build the quotation
The quote should identify the FortiADC VM tier, license or subscription SKU, term, support entitlement and any installation, configuration or migration services. Optional work should be separated so the buyer knows what is included.
Deploy and validate
After installation, verify management access, interfaces, routes, virtual servers, health checks, certificates, policies, logging and failover behaviour. Production change windows and rollback plans should be agreed before cutover.
Traffic management that follows the application
The value of an ADC is not simply that it divides traffic among servers. At Layer 7, the device can make decisions using application information, health status and configured rules. That is useful when one URL path must go to one server pool, another API path must go elsewhere, or sessions need persistence so a user continues to reach the correct application node. FortiADC also supports scripting, which can extend traffic logic where standard policy controls are not sufficient.
For VM16 buyers, the practical question is how much application-layer processing is required. A design with simple TCP balancing is materially different from one that performs TLS termination, content routing, rewrites, compression, WAF inspection and detailed logging on the same traffic. Fortinet’s published L7 and SSL figures help frame this discussion, but a production design should include headroom and should consider the host hardware underneath the VM.
Application teams should document the virtual IPs, server pools, health-check methods, persistence requirements, certificates, DNS dependencies and change ownership for each published service. This makes it easier to decide whether VM16 is correctly sized and reduces the risk of discovering missing requirements only after the license is purchased.
Availability, resilience and multi-site design
FortiADC supports local high-availability options and global server load balancing. These are related but solve different problems. Local high availability is used to reduce dependence on a single ADC instance in one environment. GSLB is used to influence how users are directed between applications in different sites or regions. An organisation may need one, both or neither depending on how critical the application is and how the infrastructure is distributed.
A resilient VM deployment normally requires careful separation of failure domains. Placing two virtual ADC instances on the same physical host does not provide the same protection as placing them on independent hosts with appropriate network and storage design. Similarly, GSLB depends on healthy application services, DNS design and reliable connectivity. The ADC cannot correct a poorly designed backend architecture by itself.
Before ordering, decide what outage scenarios the business wants to survive: a single application server failure, an ADC VM failure, a host failure, a data-centre outage or a broader regional event. That decision influences the number of instances, the placement of virtual machines, the network topology, the DNS architecture and the amount of licensed capacity required.
Application security without confusing capability and entitlement
FortiADC combines application delivery with a range of security functions. Fortinet documents WAF capability, DDoS protection, intrusion prevention, antivirus, IP reputation, credential-stuffing defence, sandbox integration, data-loss prevention, threat analytics and advanced bot protection across its current platform and bundles. The important procurement point is that not every service is active under every license choice.
For a buyer publishing internet-facing applications, the Application Security or AI Security bundle may be more relevant than a basic network-security package, but that depends on the existing security architecture. Some organisations already use a dedicated WAF or bot-management service and need FortiADC mainly for application delivery. Others want the ADC and application-protection functions consolidated. The correct architecture should account for policy ownership, logging, incident response, certificate management and the security controls already positioned elsewhere in the traffic path.
Security inspection also affects sizing. Enabling more inspection, decryption, logging or analytics can change CPU and memory consumption and may reduce practical throughput. A sizing discussion should therefore use the intended security policy set, not a bare throughput target taken from a table.
Ideal business environments and use cases
Enterprise application publishing
Use VM16 as a control point in front of internal or external application server pools where health checking, load distribution, TLS handling and predictable traffic policy are required.
Private-cloud services
Organisations that already operate supported virtual infrastructure can deploy FortiADC as a VM and align the ADC lifecycle with their virtual compute, networking and backup processes.
Hybrid application architectures
Where applications span on-premises and cloud environments, FortiADC capabilities such as GSLB and connectors can support a broader delivery architecture, subject to supported platform and network design.
Security-sensitive web services
With the appropriate bundle, the platform can add WAF and related FortiGuard services to application traffic. This can be useful where application delivery and protection need coordinated policies.
Service-provider application tiers
Providers hosting many applications may value virtual domains, centralised management and automation, but should validate tenant isolation, scale, licensing and operational processes before standardising on VM16.
Application modernisation projects
During infrastructure refreshes, an ADC can provide a stable front end while backend applications are migrated or replatformed. The migration plan still needs DNS, certificate, routing and rollback coordination.
Integration and operational considerations
FortiADC can integrate with Fortinet Security Fabric technologies and third-party platforms. Current Fortinet material lists integrations that include FortiGate, FortiAnalyzer, FortiSIEM, FortiAuthenticator, cloud and automation platforms, Kubernetes-related environments, Splunk and infrastructure automation tools. The useful question is not how many integration names appear in the platform description; it is which integrations are needed in the target environment and what data or control will flow between them.
For operations teams, determine where logs will be stored, how alerts will be monitored, who owns application health checks, who manages certificates, and how configuration changes will be reviewed. If infrastructure as code or automation is part of the deployment, validate the supported API, Ansible, Terraform or cloud-init workflow against the FortiADC software version being deployed. An automation method that worked against an earlier release should be tested before being used in production change pipelines.
Networking also deserves early attention. VM16 supports multiple virtual interfaces, but the number actually needed depends on whether management, client-side traffic, server-side traffic, HA communication and security zones are separated. The virtual switch design, VLAN tagging, MTU, routing and upstream firewall policies should be confirmed before the VM is installed so the project does not stall at basic connectivity.
Buyer questions to resolve before ordering
Use measured peak and growth figures for L4, L7 and SSL workloads. Avoid sizing from internet bandwidth alone because internal application traffic may be different.
Confirm the exact supported version and instance characteristics, not only the platform family name.
List HTTP/S applications, APIs, TCP services, certificates, authentication methods and any WAF or FortiGuard requirements.
A resilient design may require more than one VM, separate host placement and additional network planning.
Map the required security services to Network Security, Application Security or AI Security instead of choosing only by bundle name.
Clarify whether the buyer needs installation, configuration, migration, testing, documentation or knowledge transfer as part of the project.
Procurement checklist for FortiADC VM16
How FourTeck can assist with VM16 planning
A useful FortiADC quotation starts with the application architecture rather than a price request alone. FourTeck can help review the traffic requirement, identify whether the VM16 tier is a sensible fit, check the current license route and structure the bill of materials around the intended deployment. Where a buyer is comparing VM08, VM16, VM32 or another form factor, the selection can be discussed against expected traffic, SSL load, high availability and growth rather than relying on model names.
Implementation planning can also include management addressing, virtual interfaces, routing, certificates, backend pools, health checks, persistence, logging, security policy and HA design. If the project involves an existing Fortinet estate, integration requirements can be reviewed at the same time. For broader technology planning, buyers can review the FourTeck technology product portfolio and discuss related deployment and configuration services.
The scope should always be documented in the quotation. Installation, migration, policy creation, application onboarding, cutover support or post-deployment assistance should not be assumed unless included. This keeps the commercial proposal aligned with the technical work the customer actually expects.
UAE availability and support guidance
Contact FourTeck to confirm current UAE availability for FortiADC VM16, the required license bundle and the preferred subscription term. Availability may depend on the license type, quantity, region, entitlement path and vendor lead time. Because VM products are software-based, procurement still needs careful coordination around the correct SKU, registration, support entitlement and the environment in which the license will be activated.
Delivery and project coordination can be discussed after the exact requirement is confirmed. If installation, configuration, migration or testing is required, include that scope in the quotation so responsibilities are clear. Organisations already using Fortinet can also review broader Fortinet technology options in the UAE when the ADC project is part of a larger network or security architecture.
Coverage for Dubai, Abu Dhabi, Sharjah and Ajman
FourTeck can coordinate requirement review, quotation preparation and project discussions for organisations in Dubai, Abu Dhabi, Sharjah and Ajman through one combined UAE engagement. For a virtual application delivery project, the most useful information to provide is the deployment location, hosting platform, expected traffic, license preference, quantity and whether technical services are required. Project work may involve remote coordination, on-site activities or a combination depending on the agreed scope. Current product entitlement, delivery timing and service scheduling should be confirmed as part of the quotation rather than assumed in advance.
GCC Availability
FourTeck can assist businesses planning FortiADC VM16 deployments across GCC markets by reviewing the requirement before the license and service scope are finalised. Projects in the United Arab Emirates, Saudi Arabia, Kuwait, Qatar, Bahrain and Oman can differ in hosting environment, entitlement region, procurement process and implementation expectations, so the destination country should be confirmed early. Buyers should share the required FortiADC tier, quantity, subscription or perpetual license preference, security bundle, deployment platform and expected project timeline. FourTeck can then coordinate quotation guidance, licensing review, configuration scope and installation planning where required. Product availability, license terms, service visits and vendor lead times can vary by country and order size. For projects involving Kuwait, buyers may also review FourTeck Kuwait technology support as part of regional planning.
Africa Availability
For organisations planning FortiADC projects in Africa, FourTeck can help evaluate the VM tier, subscription bundle, virtual infrastructure requirements and support scope before procurement. Requirements in East Africa, West Africa, Southern Africa and Central Africa may differ because of cloud availability, data-centre standards, license region, network design, project logistics and local operating conditions. Buyers should provide the destination country, quantity, exact application-delivery requirement, preferred deployment schedule and any installation or support expectations. Availability and fulfilment may depend on the product model, licensing path, vendor lead time and project conditions, so local inventory or fixed delivery dates should not be assumed. Regional buyers can use the FourTeck Africa technology portal to coordinate broader infrastructure enquiries alongside FortiADC planning.
Related options and adjacent services
FortiADC VM08
A lower virtual tier that may suit smaller workloads. Compare the expected L4, L7 and SSL traffic rather than downsizing only to reduce license cost.
FortiADC VM32
A higher virtual tier for deployments that need more capacity. Confirm whether the application growth case justifies VM32 before increasing the license size.
FortiADC hardware appliances
Physical models may be preferable where dedicated hardware, appliance interfaces or hardware-based acceleration are important. Do not compare VM and hardware throughput as if the platforms behave identically.
Fortinet firewall integration
Where FortiADC will sit alongside FortiGate or other security controls, review traffic flow, SSL inspection ownership and logging design. See FourTeck’s Fortinet firewall solutions for related planning.
How buyers typically evaluate FortiADC VM16
Most serious FortiADC VM16 evaluations revolve around five linked questions: Is the performance tier large enough for the application traffic? Does the virtual infrastructure meet Fortinet’s deployment requirements? Which security bundle is actually needed? How should high availability be built? And what information is required to obtain an accurate quotation? Treating these as one decision is more reliable than comparing only license prices.
Start with workload, not the model name
A 16-vCPU tier can sound large, but vCPU count alone does not determine ADC suitability. The same VM16 license can be used for a simple TCP load-balancing role or a much heavier HTTPS application stack with re-encryption, persistence, WAF inspection, logging and scripting. These workloads consume resources differently. A buyer should collect production statistics from the existing load balancer, firewall, reverse proxy or application platform where possible. Peak throughput, requests per second, concurrent sessions, new connection rates and certificate usage provide a stronger basis for sizing than averages over a full day.
Understand why L4, L7 and SSL figures differ
Fortinet currently publishes separate VM16 figures for Layer 4, Layer 7 and SSL throughput. This is useful because application-layer processing and encryption are more computationally demanding than basic packet forwarding. A workload dominated by HTTPS should therefore be checked against the SSL figure and the planned security functions rather than the 16 Gbps L4 headline. The safest approach is to leave operational headroom and test representative traffic where the application is critical or unusually complex.
Check the supported platform version
Fortinet lists a broad set of hypervisors and public-cloud environments for FortiADC VM, but support should always be validated against the current installation guide. A platform family can remain supported while the minimum or tested version changes. For private-cloud deployments, the host must also have sufficient resources, suitable virtual networking and a design that avoids unnecessary contention. For public cloud, instance type, virtual NIC limits, routing and cloud-native load-balancing services can influence how the architecture is built.
Separate the ADC license from security services
Buyers often see WAF, antivirus, IPS, bot protection and threat analytics in FortiADC material and assume that every VM16 license activates all of them. Fortinet’s current bundle structure makes that assumption unsafe. Network Security, Application Security and AI Security contain different service entitlements. An accurate quotation should state the selected bundle and term explicitly. If a feature is required for compliance, application protection or operations, name it in the requirement instead of relying on a generic bundle description.
Plan for two instances when resilience matters
A virtual ADC is still a potential point of failure if only one instance exists. If the application has a low tolerance for outage, the project should consider an HA pair, host separation and network paths that do not collapse into a single failure domain. This affects quantity and licensing. It is better to include resilience in the initial bill of materials than to discover later that the design requires another license and additional compute resources.
Prepare the quote request like a small design brief
A useful request should include the target platform, number of ADC instances, application count, traffic levels, SSL usage, preferred bundle, subscription term, HA requirement, existing Fortinet products and the services expected from the supplier. If the buyer needs migration from another ADC, include the current vendor, number of virtual servers, health checks, persistence methods and certificate count. This allows FourTeck to separate software entitlement from professional services and avoid a quote that looks complete commercially but is incomplete technically.
Another common comparison is VM16 versus a physical FortiADC appliance. The virtual tier is attractive where the organisation values software deployment, virtual infrastructure consistency and flexible placement. A hardware appliance may be more appropriate where dedicated interfaces, hardware acceleration, appliance isolation or very high throughput are priorities. The right answer depends on the environment rather than a universal preference for virtual or physical form factors.
Questions buyers ask while shortlisting VM16
Can I size VM16 only from internet bandwidth?
No. Internet bandwidth is only one input. Internal east-west traffic, encrypted application traffic, request rates, connection rates and security inspection can be more relevant. A public-facing application with a 2 Gbps internet circuit could still produce a demanding ADC workload if it has high request frequency, many TLS handshakes or intensive application-layer policies.
Does 16 vCPU mean I must always allocate exactly 16?
The VM16 tier supports up to 16 vCPU. The actual deployment should follow Fortinet’s current installation guidance and the licensed tier. Under-allocating resources can constrain performance, while overcommitting the physical host can cause contention. Confirm the supported resource profile for the hypervisor version being used.
What if the application needs WAF and bot protection?
Those requirements should be written into the bill of materials. Current FortiADC bundles place web security, adaptive learning and other application-protection services in the Application Security tier, while advanced bot protection and threat analytics are associated with the AI Security tier. Current entitlement should be confirmed before purchase.
Can VM16 sit in front of FortiGate-protected applications?
Yes, FortiADC and FortiGate can be part of the same application-delivery and security architecture, but the traffic path must be designed deliberately. Decide where TLS is terminated, which device performs inspection, how health checks traverse the firewall, and where logs are correlated. Avoid duplicating inspection without understanding the performance impact.
How do I know whether VM32 is safer for growth?
Compare measured traffic and growth against the VM16 L4, L7 and SSL limits with headroom. If forecasts approach the VM16 envelope or if more intensive security features will be added, VM32 may deserve evaluation. Buying larger without evidence can waste budget, while sizing too tightly can create an early capacity problem.
What should be included in an implementation scope?
At minimum, clarify VM deployment, interface configuration, routing, virtual servers, backend pools, health checks, persistence, certificates, security policies, HA configuration, logging, testing and handover. Migration from another ADC may require additional discovery and application-by-application cutover planning.
Why businesses contact FourTeck for FortiADC planning
The most useful assistance usually happens before the order is placed. FourTeck can help clarify whether the requested model matches the workload, which license path fits the required security functions, and what information is still missing from the proposed architecture. This reduces the risk of buying the correct product family but the wrong tier, subscription or quantity.
Support can also focus on practical procurement tasks such as bill-of-material review, compatibility questions, quotation coordination, installation planning, configuration scope and migration requirements. Buyers with a wider network-security project can visit the FourTeck firewall and security infrastructure site to connect the ADC requirement with adjacent technology decisions.
Frequently asked questions
What is Fortinet FortiADC VM16?
FortiADC VM16 is a software virtual appliance in the FortiADC application delivery controller family. It is designed for Layer 4–Layer 7 load balancing, application availability, traffic management and related application-security functions in supported virtual and cloud environments.
What performance does Fortinet list for VM16?
Fortinet’s current ordering guide lists VM16 at 16 Gbps Layer 4 throughput, 8 Gbps Layer 7 throughput and 4.5 Gbps SSL throughput. Actual production performance can vary with the host, traffic profile, configuration and enabled security features.
How many vCPUs does FortiADC VM16 support?
The current FortiADC data sheet lists the VM16 tier with support for up to 16 vCPU cores. Resource allocation should follow the installation guide for the selected hypervisor and should leave adequate capacity on the underlying host.
Which hypervisors and cloud platforms support FortiADC VM?
Fortinet currently lists VMware ESX/ESXi, Citrix XenServer, Open Source Xen, Microsoft Hyper-V, KVM, AWS, Azure, Google Cloud, Oracle Cloud, IBM Cloud, Alibaba Cloud, Nutanix and Proxmox. Buyers should confirm the currently supported platform version before deployment.
Are WAF and all FortiGuard security services included automatically?
No. Fortinet states that feature availability depends on the selected subscription bundle. Current bundle choices include Network Security, Application Security and AI Security, with different service entitlements. The quotation should state the required bundle and term.
What licensing options are available for VM16?
Fortinet currently supports perpetual VM licensing and subscription licensing for FortiADC VM tiers. Current subscription ordering includes Network Security, Application Security and AI Security bundle choices. Confirm the active ordering guide when requesting a quote.
Can FortiADC VM16 be used for high availability and GSLB?
FortiADC supports high-availability and global server load-balancing capabilities. A resilient VM16 architecture may require multiple instances, separate host placement, DNS planning and appropriate licensing. The final design should be validated against the required failure scenarios.
What information should I provide before ordering?
Provide peak L4, L7 and SSL traffic, application count, hypervisor or cloud platform, HA requirement, security bundle needs, subscription term, quantity and any installation or migration scope. This gives FourTeck enough context to prepare a more accurate quotation.
Is FortiADC VM16 available in the UAE?
Contact FourTeck to confirm current UAE availability. Availability can depend on the exact license type, subscription bundle, quantity, entitlement region and vendor lead time. Delivery and project coordination can be discussed after the final requirement is confirmed.
Build the VM16 quotation around your application workload
Share your traffic profile, hosting platform, HA requirement, security bundle and subscription term. FourTeck can help confirm the model fit, current licensing path and the implementation scope required for the project.
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