Fortinet FortiAuthenticator 300G – Enterprise Identity, MFA and Access Authentication Appliance

Fortinet FortiAuthenticator 300G, model FAC-300G, is a dedicated enterprise identity and authentication appliance for organizations that need a controlled, auditable way to verify users before they reach network services, remote-access gateways, cloud applications, business systems and protected data. It consolidates functions that are often scattered across separate servers and point products: RADIUS authentication, multi-factor authentication, Fortinet Single Sign-On, SAML and OIDC federation, certificate services, guest access, directory integration and identity-aware policy support. In practical procurement terms, the appliance gives IT and security teams a purpose-built platform for linking user identity to access decisions without forcing every application or network device to maintain its own isolated authentication database.

The 300G is positioned for small-to-midsize enterprises and departmental or regional deployments that require appliance-grade resilience but do not need the much larger user scale of the 800G or 3000G. The base system supports up to 1,500 local and remote users and can be expanded to 3,500 users with the appropriate hardware user upgrade entitlement. It supports up to 3,000 FortiTokens, 500 base RADIUS clients with expansion capability, 300 user groups and 7,500 user certificates. Four Gigabit Ethernet copper interfaces provide network connectivity, while two 1 TB solid-state drives operate in RAID 1 for local storage resilience. A trusted platform module strengthens the hardware trust foundation, and the 1RU chassis is designed for standard enterprise rack environments.

For Ugandan buyers, the key decision is not simply whether the appliance can authenticate users; it is whether it can fit the organization’s directory structure, expected growth, remote-access design, token strategy, availability objectives and support lifecycle. FourTeck can help translate those requirements into a validated bill of materials covering the appliance, user expansion where required, FortiToken quantities, support services, redundant power planning, high-availability pairing and implementation dependencies. This approach helps avoid common procurement gaps such as under-counting remote users, omitting secondary-site requirements, overlooking token licensing, or purchasing hardware before directory and federation requirements have been confirmed.

Request FortiAuthenticator 300G Quote in Uganda

Instant Specifications and Procurement Fact Rail

The fact rail above is intended to speed early-stage qualification. It shows where the FAC-300G sits operationally: it is not a firewall and it is not merely a token server. It is an identity control platform that can serve network access devices, FortiGate deployments, applications, directories and certificate workflows from a dedicated appliance. Buyers should calculate capacity using the complete population of local and remote identities expected to authenticate through the platform, not only employees physically present at headquarters. Contractors, administrators, VPN users, branch personnel, privileged users and future expansion can all affect the final user count. Likewise, token quantity should be estimated from the number of people or accounts requiring multi-factor verification rather than assumed to match the base appliance user limit. For business-critical environments, procurement should also consider whether a second FAC-300G is required for high availability, whether dual power supplies are needed, and whether support coverage must align with internal response-time or replacement obligations.

Operational Product Architecture and Overview

FortiAuthenticator 300G is designed around a straightforward operational principle: identity information should be centralized, verified and made available to network and application controls in a consistent way. In many organizations, authentication develops organically. Active Directory handles domain users, VPN gateways keep another set of credentials, wireless access depends on a RADIUS server, administrators use local accounts, cloud applications rely on a federation service, and certificate issuance is handled separately. The result can be duplicated identities, uneven multi-factor coverage, inconsistent revocation procedures and weak visibility into who is authenticating to what. FAC-300G provides a dedicated platform that can sit between those identity sources and consuming systems, reducing fragmentation while preserving existing directory investments.

The appliance supports RADIUS for network access and authentication workflows, LDAP integration for directory lookups, certificate functions based on common x.509 standards, certificate status and revocation mechanisms, SCEP enrollment, SAML 2.0, OAuth and OIDC for modern federation scenarios. In a Fortinet-centered architecture it can also provide Fortinet Single Sign-On information so security policy can be mapped to known user identities instead of only IP addresses. This is particularly valuable in shared networks, branch environments and remote-access deployments where user identity may change even though network addressing is dynamic.

From the hardware perspective, the FAC-300G uses four Gigabit Ethernet copper interfaces and local redundant storage based on two 1 TB SSDs in RAID 1. This design is not intended to process production application traffic inline like a firewall; instead, the interfaces connect the authentication platform to trusted management, user, directory or service networks according to the organization’s segmentation model. Because authentication is a dependency for many other services, interface placement should be planned carefully. RADIUS clients, FortiGate appliances, LDAP or Active Directory servers, DNS, NTP, mail or messaging services used for token delivery, certificate enrollment clients and administrators may all need controlled communication paths to the system.

Storage resilience matters because the appliance maintains configuration, identity-related information, logs, certificates and system data. RAID 1 mirrors data across the two installed drives so a single-drive failure does not automatically become a complete appliance outage. It does not, however, replace backup, replication or an HA strategy. Organizations with strict recovery objectives should use the platform’s high-availability capabilities, maintain configuration backups and document certificate authority recovery procedures. A pair of appliances can be designed for active-passive HA or configuration synchronization depending on operational requirements.

The trusted platform module provides a hardware-backed trust component, helping the platform protect security-sensitive material and establish a stronger appliance integrity foundation. This is especially relevant where authentication infrastructure is itself considered critical security infrastructure. If an identity server is compromised, attackers may be able to impersonate users, issue unauthorized credentials or weaken access controls. Hardware trust, controlled administration, segregated management, current firmware and disciplined backup procedures are therefore part of the broader deployment architecture rather than optional housekeeping.

The main procurement pain point is sizing. A FAC-300G can be the right platform for 1,500 users today but become constrained if growth, mergers, new remote-access populations, student populations, guest services or external contractors rapidly increase the identity count. The upper limit of 3,500 users provides expansion headroom, but buyers expecting to move well beyond that should compare the 800G rather than purchasing the smaller appliance and planning around a short lifecycle. Similar analysis applies to RADIUS clients. The 300G provides a substantial base capacity, but a large distributed network containing hundreds or thousands of wireless controllers, switches, VPN gateways and other access devices should be counted explicitly.

Another recurring issue is confusing appliance capacity with token entitlement. FortiAuthenticator can manage FortiToken-based multi-factor authentication, but token requirements are a separate commercial and operational decision. A company may have 1,000 registered users while only 300 privileged or remote users receive tokens, or it may require multi-factor verification for nearly every user. Procurement should map authentication policy to token quantity, token type, enrollment workflow and replacement procedure before placing the order. The same principle applies to support services, user expansion licenses and any integration work.

Enterprise Business Outcomes and Value Analysis

Key Hardware and Software Highlights

These capabilities matter because identity infrastructure is rarely deployed for a single protocol. A company may start with RADIUS authentication for FortiGate VPN access, then extend the same platform to wireless access, administrator authentication, certificate enrollment and single sign-on. Selecting an appliance with sufficient protocol flexibility reduces the need to introduce additional authentication servers for each new project. At the same time, buyers should avoid assuming every feature is enabled without configuration, licensing or supporting infrastructure. Directory credentials, DNS and NTP reachability, mail or SMS delivery services, certificate policies, token activation procedures and federation metadata all need to be designed and tested as part of deployment.

Technical Specifications Ledger

Specification values should be read as platform limits and environmental design references rather than a substitute for solution sizing. A user limit does not describe authentication rate during exceptional peaks, and a maximum current figure does not replace site electrical engineering. Similarly, RAID 1 protects against a single disk fault but does not protect against chassis failure, administrator error or site loss. Procurement teams should use this ledger to confirm basic fit, then validate the complete solution against the intended authentication population, peak demand, rack environment, HA design, support coverage and growth horizon.

Configuration and Sizing Worksheet

Step 1: Estimate users and authentication workloads

Start with every identity that may depend on the appliance. Include permanent staff, remote users, administrators, contractors, service operators and any locally maintained accounts. Determine whether guest identities are transient and how they are managed. Compare the total with the 1,500-user base capacity and the 3,500-user upper limit. Then consider peak behavior. A company with 1,200 users may fit comfortably by count but still experience concentrated authentication demand during shift changes or after a WAN outage. Document critical authentication methods for each group: password, token, certificate, federation or combinations.

Step 2: Count RADIUS clients and integration endpoints

Create an inventory of every firewall, VPN gateway, wireless controller, switch, application or other NAS device expected to use RADIUS. The FAC-300G supports 500 RADIUS clients in the base configuration and can reach a higher upper limit with the appropriate expansion. For distributed enterprises, count per-device instances rather than per-site labels. A campus described as one site may contain dozens or hundreds of access devices. Also list LDAP directories, federation partners, certificate enrollment systems and Fortinet components that require connectivity.

Step 3: Verify rack, environment and power

Reserve one rack unit per appliance and allow approximately 420 mm chassis depth plus practical clearance for power and network cabling. Confirm front-to-back airflow is compatible with the rack cooling model. Operating temperature should remain within 0°C to 40°C. Average power consumption is approximately 101.5 W, with a published maximum of about 131.7 W, but UPS and PDU capacity should be designed with engineering margin. If dual power supplies are ordered, place them on independent power feeds where the facility supports this. A redundant PSU connected to the same failed power source does not provide full power-path resilience.

Step 4: Define licensing, tokens and support

Separate the platform capacity decision from the authentication-factor decision. Determine whether all users need FortiTokens or only defined groups such as remote workers, finance staff and privileged administrators. Identify whether mobile tokens, hardware tokens or other supported methods align with corporate policy. Confirm whether the project requires the user expansion entitlement above 1,500 users. Select a FortiCare support term appropriate to the organization’s operating model and procurement rules. Mission-critical sites should consider response and replacement expectations before choosing the support level, not after an incident occurs.

Step 5: Prepare the quotation request

For a precise Uganda quote, provide the expected user count today and in three years, number of RADIUS clients, quantity and type of tokens, whether active-passive HA is required, whether dual PSUs are needed, desired support term, preferred delivery city, target deployment date and any professional service requirements. If the appliance will integrate with FortiGate, Active Directory, Entra-based identity services, third-party LDAP, wireless infrastructure or business applications, include those details. This gives the engineering and commercial teams enough context to validate the bill of materials before purchase.

Deployment Scenarios and Industry Use Cases

Large enterprise and multi-site networks

A regional enterprise with headquarters in Kampala and branches in other Ugandan cities can use FAC-300G as the central authentication authority for VPN access, administrator login and selected network access services. Branch FortiGate appliances or other RADIUS-capable infrastructure can send authentication requests to the central system over secured WAN paths. Directory integration allows existing corporate identities to remain the source of record, while the authenticator adds policy, second-factor verification, certificate functions and user-to-network identity sharing. For resilience, a second appliance can be placed in an alternate data center or suitably connected facility, subject to supported HA design and latency considerations.

Financial and banking institutions

Banks, microfinance institutions, insurers and payment organizations often require stronger administrator authentication, controlled remote access and clear evidence of identity assurance. The appliance can centralize multi-factor verification for privileged users and remote-access populations while integrating with directory services. Certificate capabilities can support selected device or user authentication workflows. Financial organizations should pay particular attention to separation of duties, backup protection, administrative logging, token issuance controls, recovery procedures and secondary-site design. The FAC-300G is appropriate where the user population fits its capacity; larger banks or groups with extensive branch infrastructure should compare the 800G or 3000G based on scale.

Educational and campus networks

Universities, colleges and private education groups frequently manage diverse identity populations: staff, faculty, students, guests, contractors and administrators. Authentication demand can spike at predictable moments such as the start of terms, exam periods or registration windows. FAC-300G can provide RADIUS and identity services for wireless or remote-access systems while supporting guest and certificate workflows. Capacity planning is critical because student populations can exceed the appliance’s upper user limit even when active staff numbers are modest. Institutions should therefore count all identities expected to authenticate through the system and compare that total with future enrollment projections.

Government and defense procurement

Public-sector and defense-oriented environments often emphasize controlled access, local infrastructure, hardware trust, auditability and clear lifecycle management. A physical authenticator can be attractive where policy favors on-premises security services and tightly controlled administrative access. The TPM, RAID 1 storage, HA options and standards-based authentication protocols provide a foundation for robust deployment, but the final architecture must follow the agency’s security classification, cryptographic requirements, network segmentation and supply-chain rules. FourTeck can assist with model and bill-of-materials validation, while the customer’s security authority should approve the final design and configuration baseline.

Technical Deep Dive 1: Processing, Storage and Appliance Architecture

FortiAuthenticator should be understood as a control-plane identity service rather than an inline packet-forwarding appliance. Its job is to receive authentication and identity requests, consult local or external identity sources, enforce configured authentication logic, interact with tokens or certificates, and return the result to a consuming system. This distinction affects network design. Throughput figures commonly used to compare firewalls are not the primary sizing measure here. Instead, user count, RADIUS client count, certificate scale, token population, concurrent authentication behavior and integration complexity provide a more meaningful picture.

The four Gigabit Ethernet interfaces allow the appliance to participate in segmented network designs. Administrators can separate management access from client-facing authentication paths or connect the appliance to redundant switching infrastructure according to the deployment model. Because the unit does not need high-bandwidth inline interfaces, the absence of SFP ports on the 300G is generally not a limitation for ordinary identity service traffic. It can matter, however, in data centers where fiber-only server access networks are mandatory. In that case, buyers should confirm the switch-side copper presentation or compare a larger model with SFP interfaces.

The move to dual 1 TB SSD storage in the G generation improves the local storage platform while preserving RAID 1 mirroring. Authentication infrastructure can accumulate logs, certificates, configuration data and operational records over time, so storage health should be monitored just like any other critical appliance. Administrators should establish a backup schedule and, where appropriate, forward operational logs to centralized monitoring or security systems. RAID is an availability feature, not a backup strategy.

Technical Deep Dive 2: Software Ecosystem, Firmware Security and Operational Control

The value of FAC-300G lies heavily in protocol breadth and integration. RADIUS enables it to authenticate users for network access systems. LDAP allows it to work with directory repositories. SAML 2.0, OAuth and OIDC address modern federation requirements. x.509 certificate functions, revocation support, certificate status checking and SCEP help organizations build certificate-based authentication workflows. These capabilities allow the appliance to act as an identity bridge between legacy network protocols and modern applications without requiring an organization to replace its directory immediately.

Operational security depends on disciplined firmware management. Authentication infrastructure should be included in the same vulnerability, patching and maintenance process applied to firewalls, hypervisors and directory servers. Before upgrades, administrators should review release notes, confirm compatibility with integrated Fortinet products and third-party systems, back up configuration, validate HA behavior and schedule an approved maintenance window. In a redundant deployment, upgrades should follow the supported sequence so the organization maintains service continuity where possible.

Administrative control also deserves attention. Management access should be restricted to trusted networks and authorized personnel. Named administrator accounts, strong authentication, role separation and change logging help reduce operational risk. The HTTPS interface provides convenient administration, while CLI and direct console access support troubleshooting and recovery scenarios. Organizations should document break-glass procedures so emergency access is possible without creating permanently weak administrative credentials.

Technical Deep Dive 3: High Availability, Redundancy and Disaster Recovery

An authenticator can become a hidden single point of failure because so many downstream systems depend on it. A firewall may remain online, a wireless controller may be healthy and applications may be reachable, yet users can still be locked out when the identity service is unavailable. FAC-300G supports active-passive HA and configuration synchronization so organizations can reduce this risk. The correct design depends on whether the appliances are in the same rack, separate rooms, separate data centers or geographically distinct sites, and on the network connectivity between them.

Power redundancy should be treated separately from appliance redundancy. The chassis supports a redundant-capable 450 W design with an optional dual 1+1 arrangement. Two PSUs improve resilience only when the upstream electrical path is also diverse. Where facilities permit, each PSU should connect to a different PDU, UPS or protected power feed. Network interfaces should likewise terminate on resilient switching where the business impact justifies it.

Disaster recovery extends beyond keeping a second box online. Security teams should maintain recent configuration backups, document certificate authority recovery, retain necessary secrets securely, record token and directory dependencies, and test how network devices behave if the primary authenticator is unreachable. Some systems can reference multiple RADIUS servers, providing another layer of resilience. A written recovery runbook should identify the order in which identity services, DNS, NTP, directory services, messaging dependencies and consuming devices are restored. This is especially important because authentication systems often depend on several other infrastructure services that may also be affected during a major incident.

Pre-Purchase Buyer Gap Checklist

Is the base user entitlement enough? The appliance supports 1,500 users in its base configuration and can be expanded to 3,500. Count all local and remote users expected to depend on the system, not only office employees. If your three-year forecast is close to or above 3,500, compare a larger model now to avoid an early platform migration.

Are tokens included with the appliance? Do not assume the chassis purchase automatically supplies the exact token quantity required by your policy. Define how many users need a second factor, which token form is appropriate, how enrollment will work and whether spare or replacement tokens are required. Ask for the token line items to be shown separately on the quotation.

Does the 300G include redundant power supplies? The platform uses a 450 W redundant-capable architecture with optional dual 1+1. Confirm the precise PSU configuration in the bill of materials. For critical deployments, also verify PDU socket type, UPS capacity, power-cable standard and availability of separate protected power feeds.

Will it fit the rack? The chassis is 1RU and approximately 420 mm deep. Rack planning should include rail compatibility, rear cable bend space, front-to-back cooling clearance and access for PSU replacement. Short wall cabinets designed for switches may not provide sufficient practical depth even if the nominal chassis dimension appears acceptable.

Does it require fiber interfaces? FAC-300G provides four copper Gigabit Ethernet ports and no SFP interfaces. If the data center server access layer is fiber-only, identify how the appliance will connect before purchase. A nearby switch with copper server ports may solve the issue; otherwise a different model or network design may be preferable.

What happens if the appliance fails? RAID 1 protects against a single storage-drive failure, but it does not protect against motherboard, PSU, software or site failure. For authentication services that affect the whole organization, plan an HA pair and confirm how consuming RADIUS or federation clients fail over.

What support term should be ordered? Match support coverage to internal service-level requirements and procurement policy. Consider how quickly the organization needs vendor assistance or hardware replacement and whether coverage must extend for one, three or five years. Align the support expiration date with other Fortinet infrastructure where practical to simplify renewals.

Will it work with non-Fortinet systems? FortiAuthenticator supports standard protocols such as RADIUS, LDAP, SAML, OAuth, OIDC and certificate standards, so mixed-vendor deployments are possible. Compatibility should still be validated against the exact third-party product, version and authentication workflow. Standards support does not guarantee every vendor implements every option identically.

What is the hardware generation lifecycle? The 300G is part of Fortinet’s newer G-generation FortiAuthenticator line. Procurement teams planning a long operating period should still request current lifecycle and support information with the formal quote, particularly when purchasing for regulated or capital-budget environments.

Uganda Procurement and Delivery Logistics

FourTeck supports Ugandan organizations that require formal commercial documentation before purchasing enterprise security equipment. A typical procurement cycle begins with model validation and a requirement summary, followed by a quotation that identifies the appliance, support, license or user expansion components, token quantities and optional redundancy items. For projects governed by internal tender procedures, buyers should provide the required quotation format, delivery location, tax or registration information and any mandatory line-item structure at the start of the request.

Lead time can vary according to distributor stock, regional allocation, support registration requirements and shipment routing. For this reason, delivery dates should be treated as confirmed only when stated on the current quotation or order acknowledgment. Organizations working toward a fixed cutover should include adequate time for sourcing, import handling, inland transport, rack installation, firmware preparation, directory integration, token enrollment and user communication. The physical appliance arriving on site is only one milestone in a successful identity project.

Pre-configuration support can be coordinated where project scope requires it. Typical preparation may include checking the intended firmware level, validating the hardware bill of materials, confirming power and interface requirements, documenting management addressing and reviewing integration dependencies. Sensitive directory credentials and production secrets should be entered by authorized customer personnel or handled under an agreed secure procedure. For HA deployments, both appliances should be planned as a single solution so serial registration, support coverage, configuration synchronization and testing are aligned.

Uganda Local Coverage Matrix

Delivery feasibility, shipment method and exact lead time depend on the destination, available stock and project requirements. Buyers outside these hubs can also request supply and logistics planning for other districts. For remote sites, provide the final delivery location early so transport arrangements, receiving contacts and installation scheduling can be reflected in the proposal.

Cross-Border and Regional Supply Chains

Organizations with operations across several countries can coordinate Fortinet procurement through FourTeck’s regional web presence. Uganda requirements can begin at FourTeck Uganda, while Kenya projects can reference FourTeck Kenya. Multi-country African deployments can be discussed through FourTeck Africa. UAE requirements are supported through FourTeck UAE, and Kuwait projects through FourTeck Kuwait.

For cross-border projects, keep the technical bill of materials consistent but treat tax, import procedure, warranty routing, delivery terms and lead times as country-specific. A regional customer may standardize on the same FAC-300G design while sourcing individual units under local commercial entities. Where centralized staging is preferred, confirm whether devices should be configured before shipment or enrolled after they arrive in each country. Serial-number tracking and support registration should follow the final ownership and operating model.

Related Products and Internal Planning Paths

A FortiAuthenticator purchase is often part of a wider identity and secure-access design. Buyers evaluating FAC-300G should also compare larger FortiAuthenticator models where user count or RADIUS client growth may exceed the 300G envelope. FortiGate firewalls commonly consume authentication and identity information from FortiAuthenticator for remote access and identity-aware security policy. FortiToken options should be planned alongside the appliance where multi-factor authentication is required. FortiManager may be relevant in multi-firewall environments where centralized policy and device administration are part of the same project, while FortiAnalyzer can support centralized logging and security visibility.

Browse the Fortinet solutions category for related security platforms, or contact FourTeck for a comparison between FortiAuthenticator 300G and higher-capacity models. For remote-access projects, request a combined bill of materials covering the firewall platform, authentication appliance, support subscriptions and token requirements. Data-center deployments may also require suitable networking infrastructure, rack power and UPS capacity. Internal category structures can vary over time, so the contact team can provide current product links and model alternatives if a listed path changes.

FourTeck Technical Service Capabilities

Enterprise identity projects benefit from validation before hardware is ordered. FourTeck can help review the proposed bill of materials against user count, token population, HA objectives, power design, interface requirements and support term. This is particularly useful where tender documentation lists a model but does not specify user expansion, dual PSU requirements or token quantities. A line-by-line check reduces the risk that installation is delayed by a missing commercial component.

Staging activities can include physical inspection, serial and model verification, firmware-level review, basic system readiness checks and coordination of configuration prerequisites. Where a pre-shipment firmware update is requested, the target version should be agreed with the customer’s operational standard and compatibility requirements. Production directory credentials, private keys and privileged secrets should remain under customer control unless a formal secure-handling scope has been agreed.

Post-sales technical support can cover deployment guidance, integration troubleshooting and escalation coordination depending on the service scope purchased. Complex authentication problems often involve more than one system: the authenticator may be healthy while DNS, NTP, directory binding, RADIUS shared secrets, firewall policy or federation metadata is incorrect. Structured troubleshooting across these dependencies is therefore more effective than treating the appliance in isolation.

Extended Technical FAQ

1. What is the main purpose of FortiAuthenticator 300G?

FortiAuthenticator 300G centralizes identity and authentication services for enterprise networks and applications. It can provide RADIUS authentication, integrate with LDAP directories, support multi-factor verification through FortiToken, provide Fortinet Single Sign-On identity information, support SAML and OIDC federation, and manage certificate-related workflows. The practical benefit is that firewalls, VPN systems, network access devices and applications can rely on a dedicated identity platform instead of each maintaining separate authentication logic. This creates a clearer security control point and makes policy, troubleshooting and audit work easier to manage across multiple systems.

2. How many users can the FAC-300G support?

The base platform supports up to 1,500 local and remote users, and the published upper limit is 3,500 users with the appropriate hardware user upgrade entitlement. Procurement teams should calculate the user figure carefully. Include remote workers, administrators, contractors and other identities that will use authentication services, not just employees physically present at the main office. If projected demand is likely to exceed 3,500 during the expected hardware lifecycle, it is usually better to compare a larger FortiAuthenticator model during the initial design rather than plan for an early migration.

3. Does FortiAuthenticator 300G include multi-factor authentication?

The platform is designed to manage and participate in multi-factor authentication workflows and supports the FortiToken ecosystem. The appliance capacity is up to 3,000 FortiTokens, but the required token entitlements or devices should be confirmed separately in the quotation. Organizations should determine which user groups need multi-factor verification, how token enrollment will be performed, what happens when a phone or token is lost, and how emergency access is handled. A successful deployment combines the authenticator with a defined identity policy rather than treating token enrollment as an afterthought.

4. Can the FAC-300G work with Active Directory and third-party systems?

Yes, FortiAuthenticator supports directory integration through LDAP and supports widely used authentication and federation standards such as RADIUS, SAML 2.0, OAuth and OIDC. This allows it to operate in mixed-vendor environments and integrate with many enterprise directories, network devices and applications. Compatibility should still be checked against the exact product, version and authentication method because vendors can implement optional protocol behavior differently. Before purchase, list the systems that will authenticate through FAC-300G and validate each workflow, especially for federation, certificate authentication and network access control.

5. Does the appliance support high availability?

Yes. FortiAuthenticator supports active-passive high availability and configuration synchronization. For organizations where authentication is business-critical, a two-appliance design can reduce the risk of a single chassis outage preventing user access. High availability should be designed as an end-to-end service rather than simply purchasing two units. Consider independent power, resilient switching, secondary-site placement where appropriate, backup procedures, health monitoring and how RADIUS clients or applications reference the redundant service. Testing failover before production launch is strongly recommended.

6. What power and rack requirements should be planned?

FAC-300G is a 1RU rack-mount appliance measuring approximately 44 × 438 × 420 mm and weighing around 5.75 kg. It uses 100–240 V AC, 50/60 Hz input with a 450 W redundant-capable power architecture. Published consumption is approximately 101.5 W average and 131.7 W maximum. Airflow is front to back. Plan rack depth beyond the chassis dimension to allow cable clearance, and confirm that cooling direction matches the data-center layout. If dual power supplies are ordered, use separate protected power paths when possible to gain meaningful redundancy.

7. What happens if one storage drive fails?

The FAC-300G uses two 1 TB SSDs in RAID 1, which mirrors data so the appliance can tolerate a single-drive failure without immediately losing the entire local storage set. Administrators should monitor disk health and follow the supported replacement procedure promptly after a failure. RAID 1 should not be mistaken for a complete disaster-recovery solution. It does not protect against simultaneous failures, chassis loss, site disaster, configuration error or malicious changes. Maintain configuration backups and use HA when the business impact of authentication downtime is significant.

8. What licensing or hidden cost items should be checked before ordering?

The most common omissions are the user expansion entitlement above the 1,500-user base, the required FortiToken quantity, a second appliance for HA, optional dual power configuration, and the desired FortiCare support term. Implementation services may also be required if the customer needs directory integration, federation, certificate design, migration from an existing RADIUS server or production cutover assistance. Ask for every commercial component to appear as a separate line in the bill of materials so stakeholders can see exactly what is included and avoid discovering missing dependencies during deployment.

9. How is warranty or hardware replacement handled in Uganda?

Hardware support and replacement depend on the Fortinet support coverage attached to the appliance and the applicable service terms. When requesting a Uganda quote, specify the support duration and any internal response-time expectations so the appropriate service can be proposed. Keep the appliance serial number, support registration details and purchase documentation accessible to the support team. For critical environments, customers should also maintain HA or operational redundancy because even an expedited replacement service cannot guarantee zero downtime if the only authentication appliance fails.

10. Can FourTeck help with configuration and deployment planning?

Yes, FourTeck can assist with requirement review, model sizing, bill-of-materials validation, token planning, HA design, rack and power checks, firmware preparation and integration planning according to the agreed service scope. For an accurate proposal, provide the number of users, RADIUS clients, directory type, FortiGate or other consuming systems, token requirements, certificate use cases, HA requirement and target delivery location. This information allows technical and commercial teams to identify dependencies before equipment is shipped and gives the customer a clearer path from purchase order to production authentication service.

Request a FortiAuthenticator 300G Uganda Procurement Quote

For a complete commercial proposal, send FourTeck your expected user population, projected growth, number of RADIUS clients, token quantity, required support term, HA preference, dual-power requirement and delivery city. The team can validate whether FAC-300G is correctly sized, identify required user or token entitlements, confirm current sourcing and prepare a bill of materials suitable for enterprise procurement review. If your environment is close to the 3,500-user upper limit or requires fiber interfaces, include that information so a higher-capacity model can be compared before purchase.

A well-prepared quote should describe more than the chassis. It should reflect the actual authentication service your organization intends to operate, including resilience, support and expansion. That reduces change orders, avoids deployment delays and gives technical teams a clearer implementation baseline.

Contact FourTeck Uganda for Pricing and Availability