FortiNAC FNC-CA-700C Network Access Control in Africa
The FortiNAC FNC-CA-700C is built for large and demanding network environments that need continuous device discovery, role-based access enforcement, endpoint visibility, segmentation support, and faster security response. It combines the FortiNAC control and application roles in a high-performance 1U appliance sized for complex campus, data center, healthcare, education, government, financial, industrial, and multi-site deployments. FourTeck helps buyers translate port counts, endpoint types, licensing requirements, network-vendor compatibility, rack planning, and support expectations into a practical procurement plan.
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Quick Product Information
Fortinet
FNC-CA-700C / FortiNAC-CA-700C
Network control and application server
Large enterprise networks
Up to 25,000 network ports
1U rack-mountable appliance
RAID 1 and dual redundant power supplies
Contact FourTeck for current options
Product Overview
Modern business networks no longer contain only managed laptops, desktop computers, and servers. They also carry phones, printers, cameras, medical devices, industrial controllers, building systems, sensors, guest devices, contractor equipment, personal devices, virtual infrastructure, wireless clients, and many other connected assets. Each connection creates a question for the IT and security team: what is this device, who owns it, where should it connect, what resources should it reach, and what should happen when its behaviour changes?
The FortiNAC FNC-CA-700C provides a dedicated platform for answering those questions at enterprise scale. FortiNAC discovers and profiles devices, helps administrators build a more complete network inventory, supports role-based access decisions, enables dynamic segmentation, and can trigger automated actions when an endpoint becomes non-compliant or suspicious. The appliance works out of band rather than sitting directly in the production traffic path. It gathers information and applies control by integrating with switches, wireless infrastructure, firewalls, identity services, security tools, and other network systems.
This model combines the control-server and application-server functions in one high-performance hardware platform. Fortinet sizing guidance positions it for large environments with relatively few persistent agents and up to 25,000 network ports. In this context, a network port count is calculated from the total number of switch ports plus the maximum number of concurrent wireless connections. It is therefore not the same as a simple device count. Correct sizing must consider the real topology, wireless concurrency, device churn, profiling methods, policy depth, reporting requirements, security integrations, and expected growth.
The FNC-CA-700C uses two Intel Xeon Gold 6240 processors, 96 GB of memory, two 600 GB 15K SAS drives in RAID 1, four Gigabit Ethernet interfaces, and dual 550 W hot-plug power supplies. This hardware foundation supports serious enterprise deployments, but the appliance should never be purchased on specifications alone. Buyers must also review FortiNAC licensing, supported software release, high-availability design, network-device compatibility, rack conditions, implementation skills, and ongoing support.
For Africa buyers, the practical value lies in having a clearer route from technical requirement to commercial order. FourTeck can help procurement teams, resellers, system integrators, security managers, and infrastructure leaders confirm the correct model, discuss suitable license levels, review deployment dependencies, coordinate quotation details, and plan delivery around the intended project. This reduces the risk of buying a capable appliance without the licenses, services, accessories, or implementation preparation needed to make the project successful.
Key Business Benefits
A network access control platform creates business value when it makes connected assets easier to understand, limits unnecessary access, and helps the security team react consistently. The following benefits explain why the appliance matters beyond its processor, memory, and rack specifications.
◆ Greater Device Visibility
FortiNAC helps teams discover and classify connected assets, including devices that do not support conventional endpoint agents. Better visibility gives security and operations teams a clearer inventory and reduces the uncertainty created by unmanaged, unknown, or transient devices.
✓ Controlled Network Access
Role-based policies can help determine which users and devices reach specific resources. This supports cleaner separation between corporate users, guests, contractors, operational systems, cameras, medical equipment, and other device groups.
● Faster Incident Containment
When a security event or compliance failure is detected, automated workflows can restrict, isolate, or redirect the endpoint. Consistent response can reduce the time between detection and containment, especially in networks with many locations.
⚙ Operational Consistency
A centralized control approach helps network teams apply onboarding, access, and remediation processes more consistently. This is useful for organizations that cannot depend on manual decisions at every branch, building, or department.
↗ Heterogeneous Network Support
FortiNAC is designed to work with a broad range of network and security infrastructure. This can help organizations improve control without replacing every switch, access point, firewall, or identity system at the same time.
🔒 Reduced Lateral Exposure
Segmentation and access controls can limit the resources available to a compromised endpoint. Reducing unnecessary pathways helps protect sensitive services and makes it harder for an incident to spread freely across the network.
◆ Better Audit Readiness
Device identity, access decisions, policy actions, and security events can provide useful evidence for operational reviews and compliance processes. The quality of that evidence depends on proper configuration, retention, and reporting practices.
Product Highlights
Fortinet guidance places the appliance at up to 25,000 network ports for suitable large environments.
Two Intel Xeon Gold 6240 processors provide a high-capacity hardware foundation.
Twelve 8 GB RDIMMs support the control and application workload.
Two hot-plug 600 GB 15K SAS drives are configured as a mirrored pair.
Four 10/100/1000 Ethernet RJ45 interfaces support appliance connectivity.
Dual 550 W hot-plug power supplies operate in a 1+1 resilient arrangement.
The strongest reason to evaluate this appliance is not a single hardware figure. It is the combination of large-environment sizing, resilient server design, and FortiNAC capabilities for discovery, classification, policy enforcement, segmentation, and response. The platform can collect information through methods such as SNMP, command-line integration, RADIUS, syslog, APIs, and DHCP fingerprints. It can also work with agent-based and agentless methods depending on the endpoint and policy design.
Licensing has a direct effect on the available functionality. FortiNAC license levels are typically structured around visibility, access control, and incident-response requirements. Buyers should not assume that the appliance purchase automatically includes every feature, endpoint entitlement, support service, or FortiGuard capability. The quote should identify the hardware, license level, concurrent endpoint quantity, support term, implementation scope, and any high-availability components separately.
The FNC-CA-700C is an established C-series platform. Fortinet documentation continues to list this hardware in supported-model references for FortiNAC F releases, but software compatibility and migration requirements should be checked against the specific release planned for deployment. FourTeck recommends confirming the current supported path before approving a new purchase, expansion, replacement, or upgrade project.
Technical Specifications
| Specification | FNC-CA-700C Detail | Buyer Note |
|---|---|---|
| Brand / Model | Fortinet FortiNAC-CA-700C | Confirm exact SKU FNC-CA-700C. |
| Product Role | Ultra-high-performance control and application server | Combines control and application functions. |
| Capacity Guidance | Up to 25,000 ports in the network | Port count equals switch ports plus maximum concurrent wireless connections. |
| Processor | 2 × Intel Xeon Gold 6240, 2.6 GHz, 18 cores / 36 threads each | Deployment performance still depends on environment and policy design. |
| Memory | 96 GB total, 12 × 8 GB RDIMM | Factory hardware profile for the model. |
| Storage | 2 × 600 GB 15K RPM SAS, 12 Gbps, 2.5-inch hot-plug | Storage is used in a mirrored arrangement. |
| RAID | PERC H730P+ controller with 2 GB cache; RAID 1 | RAID improves resilience but does not replace backup planning. |
| Management Controller | Integrated iDRAC9 Express | Review out-of-band management and access policy. |
| Network Interfaces | 4 × 10/100/1000 Ethernet RJ45 | Confirm management, production, HA, and integration network design. |
| Form Factor | 1U rack mountable | Verify rack depth, rails, airflow, and service clearance. |
| Dimensions | 42.8 × 482.4 × 755.12 mm | Full-depth rack planning is important. |
| Weight | Approximately 19.76 kg | Use suitable lifting and rack-installation practice. |
| Power Supplies | Dual 550 W hot-plug redundant power supplies, 1+1 | Separate protected power feeds are recommended where available. |
| Input Power | 100–240 V AC autoranging; 6.25 A | Confirm PDU connectors, UPS capacity, and local electrical standard. |
| Cooling | Seven fans; stated heat dissipation 2559 BTU/hour | Include rack cooling and hot-aisle planning. |
| Operating Range | 10°C to 35°C; 10%–80% non-condensing humidity | Use a controlled data-room environment. |
| Software / License | Configuration dependent | Confirm supported release, endpoint license level, term, and migration path. |
| Warranty / Support | Based on selected FortiCare and supply route | Request written support and entitlement details in the quote. |
The specification table is a starting point for technical validation, not a complete deployment design. The final choice should be based on port totals, wireless concurrency, persistent-agent use, number of sites, profiling methods, policy complexity, security integrations, reporting demand, high-availability needs, and future growth. A network with 20,000 stable office devices may create a different workload from a network with fewer endpoints but high guest turnover, many IoT categories, extensive posture checks, or frequent automated actions.
Buyers should also verify the appliance lifecycle and the FortiNAC software release intended for use. A hardware model may remain supported while requiring a specific software path or migration procedure. FourTeck can help organize the commercial and compatibility questions, but final deployment approval should include current Fortinet documentation and qualified implementation review.
Configuration and Buyer Guidance
A successful NAC purchase begins with a clear picture of the environment. Start by counting physical switch ports and the maximum number of concurrent wireless connections. Do not use only the number of known devices in an asset register. Include unused ports that may become active, guest and contractor devices, wireless peaks, branch growth, seasonal users, and future infrastructure projects. This calculation determines whether the appliance sizing is comfortable or too close to the expected limit.
1. Define the Environment
List sites, switches, access points, firewalls, identity systems, endpoint types, and existing security tools.
2. Define the Policy Goal
Clarify whether the project focuses on visibility, guest onboarding, posture checks, segmentation, automated response, or all of these.
3. Select Licensing
Match the required endpoint quantity and feature level to the visibility, control, and response outcome.
4. Plan Resilience
Decide whether RAID and redundant power are enough or whether an HA pair and secondary site are required.
5. Check Infrastructure
Verify rack depth, rails, UPS capacity, PDU connections, cooling, VLANs, management addresses, DNS, NTP, and certificates.
6. Prepare Operations
Assign administrators, create change-control processes, document exceptions, and plan updates, backups, and incident workflows.
Compatibility is another major decision point. FortiNAC works by integrating with the network rather than replacing it. The project team should confirm support for the exact switch, wireless controller, access point, firewall, identity provider, endpoint platform, mobile-device management system, and security solution versions in use. A vendor family may be supported while a new or unusual model requires additional validation.
The buyer should also decide how much implementation support is required. A simple visibility deployment is different from a full policy-enforcement rollout across thousands of ports. Complex projects usually benefit from discovery workshops, staged deployment, test groups, exception handling, rollback planning, administrator training, and post-deployment tuning. FourTeck can include these requirements in the procurement discussion so the quotation reflects the actual project rather than only the hardware appliance.
Ideal Business Use Cases
The appliance is best suited to large organizations where network access decisions must remain consistent across many users, device types, and connection points. It is not intended as a replacement for firewalls, endpoint security, identity management, or switching. Its value comes from coordinating network visibility and access control with those systems.
Enterprise Campus Networks
Large headquarters and campuses can use FortiNAC to identify devices, organize access by role, support guest and contractor onboarding, and apply consistent control across wired and wireless connections.
Universities and Education Groups
Education networks combine student devices, staff systems, labs, libraries, cameras, research equipment, and guests. NAC can help separate these communities without treating every device as identical.
Healthcare Environments
Hospitals and health groups may need visibility across clinical devices, workstations, mobile carts, imaging systems, building systems, and guest access while limiting unnecessary pathways to sensitive services.
Financial and Government Networks
Organizations with strict access and audit requirements can use device classification, policy enforcement, segmentation, and event records to strengthen control around regulated systems and administrative areas.
Industrial and Operational Technology
Factories, utilities, mining operations, and logistics sites often include headless devices that cannot run conventional security agents. Network-based discovery and access policies can improve visibility around these systems.
Multi-Site Organizations
Retail groups, telecom operators, service providers, and distributed enterprises can standardize onboarding and response policies across branches while preserving central visibility and local enforcement.
A practical deployment usually begins with monitoring and discovery before enforcement is expanded. This allows the team to understand device behaviour, identify exceptions, and test policy effects. Moving too quickly into strict controls can interrupt essential devices that were not documented properly. A phased approach is particularly important for healthcare, industrial, education, and public-sector environments where some endpoints are difficult to update or replace.
The platform can also support network modernization projects. When an organization is replacing switches, redesigning VLANs, introducing zero-trust principles, consolidating identity systems, or improving incident response, FortiNAC can provide a control layer that connects device identity to the access network. The final design should be based on measurable objectives, such as reducing unknown devices, controlling contractor access, isolating vulnerable endpoints, or improving response time.
FortiNAC FNC-CA-700C Device Visibility and Profiling
Visibility is the first requirement for effective network access control. A policy cannot be applied intelligently when the organization does not know which assets are connected. FortiNAC uses multiple discovery and profiling techniques to collect information about devices and users. These methods can include network queries, traffic observations, DHCP information, authentication data, active scans, passive techniques, APIs, and integrations with security and infrastructure platforms.
This is particularly valuable for headless endpoints. A laptop or managed phone can often run security software and report its identity directly. A printer, camera, sensor, medical device, badge reader, industrial controller, or building system may not have that capability. FortiNAC can build a profile from network characteristics and observed behaviour so the device can be placed into a suitable category and access role.
For the buyer, the important question is not simply whether profiling exists. The project should define how accurate the classification must be, which device families matter most, how unknown devices will be handled, and who will review changes. Profiling databases and support services should remain current because new device models and operating patterns appear continuously.
A good visibility phase also improves project planning. It can reveal unmanaged switches, unauthorized access points, unsupported operating systems, duplicate addresses, dormant assets, and devices connected to the wrong network segment. This information helps the business prioritize remediation before strict enforcement begins. FourTeck recommends including discovery objectives, inventory ownership, reporting needs, and operational responsibilities in the project scope so visibility becomes an ongoing process rather than a one-time scan.
FortiNAC FNC-CA-700C Dynamic Access Control and Segmentation
Once devices and users are understood, FortiNAC can help translate identity and context into access decisions. Instead of treating every connection as trusted because it is physically inside the building, the organization can define roles for employees, guests, contractors, printers, cameras, operational systems, administrators, and other groups. The access policy can then determine the appropriate VLAN, network segment, authentication method, or restricted state.
Dynamic segmentation is useful because networks change constantly. A fixed port configuration may work when a desk always belongs to one employee and one computer. It becomes less effective when offices use shared workspaces, temporary contractors, mobile devices, wireless access, and rotating equipment. Role-based control can apply policy to the user or device rather than relying only on a permanent physical port assignment.
The business benefit is reduced exposure. A guest device should not have the same access as a finance workstation. A camera should not browse internal file shares. A contractor laptop may need one application but not the entire server network. An outdated device may need remediation access before normal service is restored. These decisions help reduce unnecessary pathways and support a more deliberate security architecture.
Policy design requires care. Overly broad rules provide little protection, while overly strict rules can interrupt legitimate work. The deployment team should map business roles, application dependencies, exception processes, and ownership before enforcement. Testing should include normal users, privileged administrators, unmanaged devices, dormant devices, failover events, and maintenance windows. FourTeck can help buyers describe the desired policy scope in the quotation request so licensing, professional services, and implementation timelines are easier to assess.
FortiNAC FNC-CA-700C Automated Response and Security Integration
A NAC platform becomes more valuable when it can respond to events rather than only display them. FortiNAC can receive signals from network and security systems and use policy-driven workflows to take action. An endpoint that fails a compliance check, appears in a security alert, changes identity unexpectedly, or shows suspicious behaviour can be restricted, moved to an isolation network, assigned a different role, or sent through a remediation process.
Automation can reduce response time, but it must be designed with safeguards. A false positive that isolates a business-critical device can create an outage. The project team should therefore define which events trigger automatic action, which require human approval, how exceptions are handled, and how the original access state is restored. High-risk devices may justify immediate containment, while lower-confidence events may only create an alert or limited restriction.
Integration is central to this process. FortiNAC can work with Fortinet products and third-party infrastructure through supported methods. The actual integration set depends on the appliance software, licensed capabilities, network-device database, and external systems. Buyers should prepare a list of firewalls, SIEM platforms, endpoint security products, identity sources, switches, wireless controllers, and ticketing systems that must participate in the workflow.
Operational ownership should also be clear. The network team controls switching and connectivity, while the security team manages incident priorities and endpoint risk. Automated response affects both groups. A shared process should define who approves policies, who investigates exceptions, who updates integrations, and who reviews action logs. FourTeck can help frame these requirements before quotation so the purchase includes the correct licenses, services, and implementation support for the intended response model.
What Buyers Should Check Before Purchase
Before requesting a quote, buyers should confirm the complete requirement rather than selecting the appliance only by model name. The first check is sizing. Calculate the total switch-port count and maximum concurrent wireless connections across the environment. Add expected growth, planned branches, and temporary peaks. Then document how many persistent agents, posture checks, profiling methods, integrations, and policy actions the platform will handle.
Configuration Fit
Confirm the port count, wireless concurrency, site count, agent use, endpoint mix, license quantity, required feature level, reporting scope, and HA requirement.
Compatibility Check
List every switch family, wireless controller, firewall, identity provider, endpoint platform, MDM system, SIEM, and security tool that must integrate.
Availability and Warranty
Ask for current hardware availability, lifecycle guidance, FortiCare entitlement, replacement process, delivery timeline, and software support path in writing.
Quote Preparation
Share quantity, delivery country, organization type, project date, license term, endpoint quantity, installation scope, training needs, and whether an HA pair is required.
Licensing should be reviewed separately from hardware. The quote must specify the feature tier, concurrent endpoint quantity, support term, and any FortiGuard or professional services. A hardware appliance without the correct entitlement may not deliver the required onboarding, posture, reporting, or automated-response capability. Renewal cost and entitlement transfer should be understood before purchase approval.
Infrastructure requirements are also easy to miss. The 1U appliance is approximately 755 mm deep and weighs almost 20 kg. The rack must have enough depth, suitable rails, front and rear service clearance, controlled airflow, and protected power. Both redundant power supplies should be connected to an appropriate PDU and UPS design. Network addresses, DNS, NTP, certificates, management access, backups, and monitoring should be prepared before installation.
Finally, ask whether this exact C-series model remains the best choice for a new deployment or whether a current F-series appliance, virtual platform, or replacement model is more suitable. A legacy model may still be supported but have different software, lifecycle, and migration considerations. FourTeck can help compare the commercial options without forcing the decision solely around an older model number or an attractive price.
Africa Availability and Service Support
FourTeck supports FortiNAC FNC-CA-700C Africa inquiries with product-selection guidance, configuration review, quotation assistance, delivery coordination, and warranty direction. Availability can vary because enterprise security appliances are affected by model lifecycle, distributor movement, order quantity, license selection, support term, and destination. Buyers should confirm the current option before fixing an implementation date or approving dependent project work.
A complete request should identify whether the requirement is for a new deployment, capacity expansion, replacement appliance, disaster-recovery unit, high-availability pair, or migration from an existing FortiNAC platform. This information helps determine whether the requested C-series appliance is appropriate or whether a newer hardware or virtual alternative should be evaluated.
FourTeck can also help organize related line items such as endpoint licenses, FortiCare, rack accessories, power requirements, implementation services, administrator training, and compatible Fortinet products. The final supply and service scope depends on the project location and selected commercial arrangement. Warranty and support should always be confirmed in the formal quotation rather than assumed from a general product description.
Africa Country and Regional Coverage
Businesses across Africa, including Kenya, Uganda, Nigeria, Ghana, Tanzania, Rwanda, Ethiopia, South Africa, Zambia, Botswana, Senegal, and other regional markets can contact FourTeck for product availability, license planning, configuration guidance, and quotation support. The team can assist enterprises, government organizations, educational institutions, healthcare groups, telecom operators, resellers, and system integrators that need a structured way to purchase network access control technology.
Regional supply planning should include the delivery country, city, consignee details, quantity, required date, import responsibilities, support expectations, and whether the project will be installed by the buyer, a local integrator, or a coordinated service team. Enterprise hardware can require more preparation than a standard parcel, particularly where racks, power feeds, support registration, licensing, and implementation schedules must be aligned.
Buyers can also use the regional FourTeck platforms for local inquiry routing. Visit FourTeck Kenya or FourTeck Uganda when the project requires market-specific communication. The primary Africa product and contact platform remains FourTeck Africa.
GCC, Middle East and Africa Availability
FourTeck Africa can support product inquiries for organizations whose technology procurement spans Africa, GCC, and Middle East markets. This is useful for holding companies, universities, healthcare networks, construction groups, hospitality operators, logistics businesses, financial institutions, and managed service providers that centralize purchasing in one country while deploying systems in another.
Regional buyers connected with the UAE, Saudi Arabia, Qatar, Oman, Bahrain, and other commercial hubs can coordinate requirements through the appropriate FourTeck platform. Availability, delivery route, warranty handling, license registration, support coverage, and service options may vary by country and supplier route. These details should be confirmed before the purchase order is issued.
Cross-region projects should also define who owns the Fortinet account, who receives license and support notifications, where the appliance will be installed, and which team will perform implementation. Clear ownership prevents delays when registering support, transferring entitlements, requesting replacement hardware, or renewing licenses. Buyers with GCC-linked procurement can visit FourTeck UAE for regional coordination while using the Africa platform for the final deployment discussion.
Other Fortinet Solutions Buyers May Consider
A NAC project is usually part of a wider secure-networking architecture. The products below do not replace FortiNAC, but they can support related requirements such as access switching, firewall enforcement, event logging, and centralized security operations. Final compatibility and sizing should be checked for the exact environment.
FortiSwitch FS-424E-POE
A managed PoE access switch for connecting users, phones, access points, cameras, and other edge devices in Fortinet-oriented networks.
FortiGate 3001G
A high-capacity firewall platform that can support enterprise segmentation, traffic inspection, VPN, and coordinated security policy.
FortiAnalyzer FAZ-1000G
A centralized logging and analytics appliance for organizations that need consolidated Fortinet telemetry, reporting, and investigation.
Fortinet Product Portfolio
Browse related Fortinet firewalls, switches, access points, analytics appliances, and security platforms available through FourTeck Africa.
Buyers should also compare the requested C-series appliance with current FortiNAC F-series hardware and virtual deployment options. A newer platform may offer a different endpoint capacity, operating system, lifecycle position, and migration path. The correct alternative depends on whether the project is a new installation, an expansion of an existing cluster, a replacement for failed hardware, or a standardized refresh across multiple sites.
Why Buyers Choose FourTeck
Enterprise security procurement often fails when the commercial request is separated from the technical design. A buyer may receive a price for the appliance but discover later that the endpoint license, support entitlement, HA unit, rack accessories, migration services, or compatible network upgrades were not included. FourTeck helps bring these questions into the buying discussion before the purchase order is finalized.
Configuration Guidance
License Planning
Quote Assistance
Africa Delivery Coordination
Warranty Direction
FourTeck can help customers prepare a better request by asking about network size, endpoint types, wireless concurrency, network vendors, identity services, required features, high availability, software release, support term, and deployment location. This process is useful for technical teams because it reduces ambiguity. It is useful for finance and procurement teams because it produces a quote that more closely reflects the complete requirement.
The team can also help buyers identify related products and practical alternatives. A customer requesting the FNC-CA-700C may need a current-generation replacement, a virtual deployment, a FortiNAC Manager for a multi-appliance environment, FortiSwitch access infrastructure, a FortiGate integration, or FortiAnalyzer reporting. The goal is not to add unnecessary items, but to avoid an incomplete design that requires urgent purchasing after the project has started.
FourTeck supports small and large organizations, resellers, system integrators, project contractors, and regional procurement teams. Availability, implementation scope, and warranty handling depend on the selected product and country. Buyers should use the formal quotation and project documentation as the final source for model, entitlement, delivery, and support commitments.
Frequently Asked Questions
What is the FortiNAC FNC-CA-700C used for?
It is a network control and application appliance for discovering connected devices, profiling endpoints, supporting role-based network access, applying segmentation, managing onboarding, and automating selected responses to security or compliance events. It is intended for large networks where manual device tracking and port-by-port control are no longer practical.
How large a network can the appliance support?
Fortinet sizing guidance places the FNC-CA-700C at up to 25,000 network ports for suitable large environments with relatively few persistent agents. The port total includes physical switch ports plus the maximum number of concurrent wireless connections. Final sizing must also consider policy complexity, endpoint churn, integrations, reporting, and growth.
Does the appliance include all FortiNAC licenses?
The hardware should not be assumed to include every endpoint license, feature tier, support service, or FortiGuard entitlement. The quotation needs to identify the license level, concurrent endpoint quantity, term, FortiCare coverage, and professional services separately. FourTeck can help buyers organize these line items before purchase approval.
Can FortiNAC work with third-party network equipment?
FortiNAC is designed for heterogeneous environments and supports many third-party switches, wireless systems, firewalls, identity platforms, and security tools. Compatibility should still be verified for the exact vendor, model, firmware, and integration method. Buyers should provide a complete infrastructure list during the design and quotation stage.
Is the FNC-CA-700C still supported?
Fortinet documentation continues to list the FNC-CA-700C among supported hardware models for FortiNAC F releases. However, buyers should confirm the current lifecycle, supported software version, migration path, and FortiCare eligibility for their intended deployment. A newer F-series or virtual alternative may be more suitable for a new project.
Does the appliance support high availability?
The hardware includes RAID 1 storage and dual redundant power supplies, which protect against selected component failures. FortiNAC also supports high-availability designs using active and passive instances. An HA project normally requires additional appliances, licenses, network planning, synchronization design, and tested failover procedures.
What information should I provide for a quote?
Provide the total switch-port count, peak wireless connections, number of sites, endpoint categories, existing FortiNAC version, network vendors, required license tier, endpoint quantity, HA requirement, support term, implementation scope, delivery country, and expected project date. This helps FourTeck prepare a more complete response.
Can FourTeck help with configuration and deployment planning?
FourTeck can help review the commercial and technical requirement, including model selection, licensing, compatibility questions, rack and power needs, high availability, delivery coordination, and implementation scope. The exact service availability depends on the project location, complexity, and agreed statement of work.
Can businesses request bulk or multi-site supply?
Yes. Enterprises, integrators, universities, healthcare groups, government organizations, telecom operators, and regional businesses can request project or multi-site quotation support. Share the quantity, deployment schedule, standard license requirement, support term, delivery sequence, and whether each site needs separate implementation or centralized management.
Need Help Planning Your Network Access Control Project?
FourTeck can help review appliance sizing, license quantity, software compatibility, high availability, network-vendor integration, rack requirements, warranty guidance, and delivery needs for your business location.
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