Fortinet FortiExtender 101G in Dubai, UAE
Built for organizations that need an additional path to the internet, stronger cellular placement, or a manageable branch connectivity option, this compact indoor gateway combines LTE Cat 6 cellular access with wired WAN and LAN connectivity. It can support resilient branch designs, cellular backup, out-of-band access scenarios, and Fortinet network-extension architectures while giving IT teams more freedom to install the cellular device where radio conditions are better rather than keeping it beside the firewall.
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Quick Product Information
Fortinet
FortiExtender 101G / FEX-101G
Indoor broadband wireless WAN router / cellular gateway
Single LTE Cat 6 modem
Dual physical SIM plus reserved eSIM
1 × Gigabit WAN, 4 × Gigabit LAN
PoE 802.3af/at or compatible external DC adapter
Indoor desktop or wall mount
FortiGate, FortiEdge Cloud and supported Fortinet workflows
Contact FourTeck.com for current options
Confirm the applicable Fortinet/FortiCare support option at quotation
Share carrier, site, firewall, failover and quantity requirements
Fast Decision Snapshot for Business Buyers
This model is a practical fit when a business needs LTE-based WAN resilience or a cellular edge device that can be positioned independently from the main firewall. The key purchasing decision is not simply whether LTE is available at the site; buyers should check carrier support, signal quality, the role of the wired WAN connection, how failover will be controlled, and whether the unit will be managed directly, through a FortiGate, or through an approved Fortinet management workflow.
Branches, retail sites, kiosks, temporary locations and distributed operations requiring LTE connectivity or backup.
Flexible cellular placement and multiple wired interfaces help separate signal positioning from the firewall location.
Carrier certification, SIM format, coverage, required Fortinet integration mode and power method.
This is an LTE Cat 6 model. Projects requiring 5G performance should compare suitable 5G FortiExtender models.
Product Overview
A modern branch network often depends on more than one connection. Fixed fiber or broadband may be the primary link, but an outage, construction incident, local provider fault, or last-mile issue can leave a store, clinic, office, warehouse, kiosk or service location without access to business systems. The FortiExtender 101G addresses this challenge by adding an LTE Cat 6 path that can be used as a primary or secondary WAN connection according to the wider network design. Fortinet positions the platform for wireless WAN, network resilience, out-of-band connectivity and network extension use cases.
The hardware includes one internal LTE Cat 6 modem and supports two physical SIM cards together with a reserved eSIM capability for supported carrier arrangements. Fortinet specifies a maximum cellular data rate of up to 300 Mbps downlink and 50 Mbps uplink for the FEX-101G modem. Actual throughput depends on carrier conditions, radio bands, network congestion, signal quality, antenna placement, subscription limits and local operator support. This distinction is important for procurement teams: the 101G belongs to the FortiExtender 5G/LTE product family, but the specific modem inside this model is LTE Cat 6 rather than 5G.
On the wired side, the unit provides one Gigabit Ethernet WAN interface and four Gigabit Ethernet LAN interfaces. This makes it useful in deployments where the cellular gateway may connect to a firewall, switch or local devices while still retaining a separate wired WAN option. Fortinet also supports Power over Ethernet on one LAN port using IEEE 802.3at, allowing the device to be mounted away from the central network cabinet when a better radio position is available. A compatible external DC adapter can be used instead where required.
For UAE buyers, the most important planning step is to treat the gateway as part of a complete connectivity design rather than as a standalone box. Carrier compatibility in the region, SIM provisioning, signal conditions, FortiGate firmware compatibility, mounting location, power availability, management method and security policy should all be reviewed before rollout. FourTeck.com can help business customers turn those requirements into a clearer bill of materials and quotation request.
Key Business Benefits
◆ WAN Resilience
Cellular connectivity can provide an alternate path when a fixed connection fails. In a properly designed network, that can help maintain access to cloud applications, payment services, collaboration tools, monitoring systems and remote administration during certain last-mile outages. The real business value is reduced dependence on a single physical circuit, but failover behavior should be planned with the firewall and network policy rather than assumed automatically.
◆ Better Cellular Placement
Mobile signal can vary dramatically inside offices, shops and equipment rooms. Because the gateway can be powered by PoE and linked back over Ethernet, the cellular device can be placed closer to a window, higher on a wall or in another suitable indoor position while the FortiGate or core switch remains in the secure rack. This can reduce the need for long RF antenna runs that introduce signal loss.
◆ Dual-SIM Flexibility
Two physical SIM positions help organizations design around more than one cellular subscription where supported. This can be useful for operator diversity, data-plan planning or service continuity. The gateway also includes a reserved eSIM capability. Carrier support and activation processes vary, so procurement teams should confirm the intended SIM approach before the equipment is ordered for a multi-site deployment.
◆ Useful Wired Interface Mix
One dedicated Gigabit WAN port and four Gigabit LAN ports give network designers more options than a basic USB cellular modem. The unit can participate in branch designs that combine wired and wireless WAN connections, provide local Ethernet access, or connect with Fortinet security infrastructure. Buyers should map every port to the intended topology before installation to avoid cabling changes later.
◆ Centralized Management Fit
FortiExtender is designed to work within Fortinet management environments. Depending on the deployment, organizations can integrate it with FortiGate workflows or supported cloud management. This can make cellular connectivity easier to monitor across distributed sites than using unrelated consumer routers, especially when network teams need consistent configuration, visibility and operational ownership.
◆ Compact Indoor Deployment
At approximately 38 × 158 × 158 mm and 0.41 kg, the unit is compact enough for desks, wall positions and small branch spaces. That matters in locations where a full network rack is unavailable or where the radio device must sit outside the main communications cabinet. Wall and desktop mounting options also make site planning simpler for retail and remote-office environments.
Product Highlights
The strongest point of the FEX-101G is its balance of cellular connectivity, Ethernet flexibility and manageable indoor form factor. Fortinet specifies a single LTE Cat 6 modem with up to 300 Mbps downlink and 50 Mbps uplink at the modem layer, dual physical SIM support, a reserved eSIM, GPS/GNSS service, three external SMA antenna connections, Bluetooth Low Energy, USB 2.0 Type-A and an RJ45 console interface. These features give network teams several ways to deploy, provision and troubleshoot the unit without turning the branch edge into a collection of unrelated consumer devices.
Up to 300 Mbps downlink and 50 Mbps uplink at the modem specification level; real-world service is carrier and coverage dependent.
One WAN and four LAN interfaces provide useful flexibility for branch connectivity and integration.
Port 4 can receive IEEE 802.3at power, helping installers position the device where cellular reception is better.
Designed for FortiGate-managed and supported Fortinet management workflows, including branch extension scenarios.
Before purchase, buyers should check whether LTE Cat 6 is sufficient for the required traffic profile. A branch that only needs backup connectivity for essential applications may value simplicity and resilience more than peak cellular speed. A site expected to run heavy cloud workloads, large uploads, high-definition video or primary WAN traffic over cellular may need a higher-tier LTE or 5G model. The correct choice should be based on measured or expected bandwidth, carrier service, security design and failure-mode requirements rather than the model name alone.
Technical Specifications
| Specification | FortiExtender 101G |
|---|---|
| Brand / Model | Fortinet FortiExtender 101G (FEX-101G) |
| Product Type | Indoor broadband wireless WAN router / cellular gateway |
| Cellular Modem | 1 × internal LTE Cat 6 modem |
| Cellular Data Rate | Up to 300 Mbps downlink / 50 Mbps uplink at modem specification level |
| SIM | Dual physical SIM + reserved eSIM; carrier support dependent |
| Antennas | 3 × external SMA connections (2 × LTE + 1 × GNSS) |
| Ethernet Ports | 1 × 1GigE WAN + 4 × 1GigE LAN |
| PoE Powered | Port 4, IEEE 802.3at, 25.5 W |
| USB | 1 × USB 2.0 Type-A |
| Console | RJ45 console interface |
| Bluetooth | BLE 5.0+ |
| GPS / GNSS | Supported; dedicated GNSS antenna connection |
| Mounting | Desktop / wall mount |
| Dimensions | 38 × 158 × 158 mm, excluding antenna length |
| Weight | 0.41 kg |
| Power Requirement | PoE 802.3af/at or compatible 12V external adapter; accessory selection should be confirmed |
| Average / Maximum Power | Approximately 9.10 W average / 10.45 W maximum |
| Operating Temperature | 0°C to 45°C according to the current Fortinet series datasheet |
| Performance Examples | IPsec VPN wired up to 890 Mbps; IPsec VPN over LTE up to 160 Mbps; LAN-LAN Layer 2 up to 950 Mbps; LAN-WAN NAT Layer 3 up to 900 Mbps under vendor test conditions |
| Management / Compatibility | Fortinet-supported management modes; firmware compatibility should be checked against the intended FortiGate/FortiExtender OS environment |
Selecting the correct configuration means looking beyond the specification table. A project using the unit only as an emergency backup may prioritize carrier diversity and low ongoing data-plan cost. A location using it for daily traffic should consider actual cellular throughput, monthly data usage and whether LTE Cat 6 has enough headroom. The power method is also important: PoE is attractive when the best signal position is away from a mains outlet, while a DC adapter may suit a desktop installation. If the unit is to be integrated with a FortiGate, the firewall software release and FortiExtender compatibility matrix should be checked before mass deployment. For branch standardization, document the SIM provider, APN details, mounting method, antenna orientation, cabling route and fallback policy so each site can be installed consistently.
Configuration and Buyer Guidance
Business buyers should begin with the role the cellular link will play. Is it a backup for fixed broadband, the primary WAN at a temporary location, a path for out-of-band administration, or part of a LAN-extension design? That answer determines how much cellular bandwidth is required, what data plan is sensible, which security policies must remain active during failover and how the device should connect to the existing firewall.
What traffic must survive an outage?
Identify critical applications such as POS, cloud ERP, email, remote support, VoIP or monitoring. A backup design may intentionally carry only essential traffic to control cellular usage.
Which carrier and SIM plan will be used?
Confirm operator support, signal strength, SIM format, APN details, plan limits and whether the intended carrier accepts the modem in the deployment region.
Where will the gateway be mounted?
Plan an indoor location with suitable cellular reception, safe cabling and ventilation. PoE can simplify placement when the ideal radio position is distant from mains power.
How will it be managed?
Decide whether the project will use FortiGate-based management, FortiEdge Cloud or another supported deployment mode. Check software compatibility before standardizing an image or template.
Are accessories required?
Verify the power adapter or PoE source, Ethernet cabling, mounting hardware, antenna requirements and any support service needed for the project.
Is LTE Cat 6 enough for future demand?
If cellular will become a high-usage primary link or the site expects much higher bandwidth, compare the 101G with faster LTE or 5G FortiExtender models before locking the standard.
For a more accurate quotation, share the number of sites, intended carrier, existing FortiGate model and firmware, primary and backup WAN design, estimated traffic requirement, mounting location, power preference, quantity, delivery destination and any desired FortiCare or management service. These details allow FourTeck.com to review the request as a deployment requirement instead of quoting an isolated hardware SKU.
Ideal Business Use Cases
Branch Office Failover
A branch with fixed broadband can use cellular as an alternate connection so essential traffic has another path when the primary line is interrupted. The firewall policy should define which applications continue, how sessions fail over and how cellular data is controlled.
Retail and POS Connectivity
Retail locations may need connectivity for payment systems, cloud applications, inventory lookups and remote management. An LTE path can reduce reliance on one local circuit, provided the business validates payment, security and carrier requirements.
Temporary Sites and Pop-Up Operations
Project offices, exhibitions, temporary counters or newly opened branches may need network access before a fixed circuit is active. LTE connectivity can accelerate initial operation when coverage and subscription capacity are suitable.
Remote Administration Path
Out-of-band designs can provide a secondary route for administrators when the primary network path is unavailable. The exact topology, security controls and management reachability should be designed carefully rather than treating cellular as an unrestricted backdoor.
Microbranch Network Extension
Fortinet supports LAN-extension approaches that can connect remote edge locations into a broader Fortinet architecture. This can suit small sites where centralized policy and simpler edge hardware are desirable, subject to the selected Fortinet design and software support.
Distributed IoT and Service Locations
Kiosks, monitoring sites, service counters and other distributed endpoints may benefit from a compact cellular gateway with wired ports. The application should be checked for bandwidth, security, temperature and indoor placement needs.
The gateway is not automatically the right answer for every mobile or remote environment. It is an indoor model, so outdoor, vehicle or harsh industrial deployments should be matched to products designed for those conditions. Likewise, organizations that require high-throughput 5G should consider the appropriate 5G model. The value of the 101G is strongest where a controlled LTE Cat 6 link, multiple Gigabit Ethernet ports and Fortinet integration align with the actual business requirement.
FortiExtender 101G Cellular Resilience and Failover Planning
Cellular resilience is most useful when it is designed around specific failure scenarios. A branch may lose its fiber handoff while the local switch and firewall continue to operate, or an ISP routing problem may affect the fixed service even though the premises still have power. In these cases, an LTE path can give the network another route. The FEX-101G provides a dedicated cellular modem together with wired WAN connectivity, allowing a network architect to build policies around multiple available transports.
The dual-SIM design adds another layer of flexibility. Two SIMs can support different subscriptions where the carrier and configuration allow it, helping reduce dependence on one mobile operator. This does not mean both SIMs automatically provide simultaneous bandwidth; the behavior depends on the model, management mode and configuration. Buyers should define whether the objective is carrier failover, data-plan control or simpler operational replacement and then confirm the supported setup.
From a business continuity perspective, bandwidth policy matters as much as hardware. During a primary outage, it may be unwise to send every software update, backup job or large media transfer over a metered LTE plan. Critical applications can be prioritized while nonessential traffic is restricted. This approach helps protect both performance and operating cost. It also makes the cellular link more predictable during an incident, when users may already be experiencing disruption.
FortiExtender 101G Flexible Placement and PoE Deployment
One of the practical problems with cellular gateways is that the best place for network equipment is often a poor place for radio reception. Firewalls and switches may sit in an enclosed communications room, metal rack or interior cabinet where LTE signal is weaker. Running long coaxial antenna cables to a window or roof area can introduce loss and installation complexity. FortiExtender approaches the problem differently by allowing the cellular gateway itself to be positioned away from the firewall and connected over Ethernet.
The 101G can receive power through its fourth LAN port using IEEE 802.3at, so a suitable PoE source can carry both power and data over the Ethernet cabling plan. Fortinet’s platform guidance highlights the ability to place compatible extenders up to standard Ethernet distances from the network device, making it easier to search for a stronger indoor signal position. For a UAE office or retail environment, that might mean an upper wall, a room with clearer exposure, or another secure indoor location with better mobile coverage.
PoE does not remove the need for site planning. Installers should check cable category and length, the PoE standard and power budget of the source, physical security, airflow, antenna orientation and access for maintenance. The product is specified for indoor use, and the operating environment must remain within vendor limits. If a site requires outdoor mounting, heat exposure beyond the rated range or vehicle use, a different FortiExtender form factor should be selected.
FortiExtender 101G Fortinet Management and Network Integration
A cellular gateway becomes more valuable to an IT department when it fits the way the rest of the network is operated. FortiExtender is designed to integrate with Fortinet infrastructure rather than functioning only as an isolated router. When connected in supported configurations, administrators can incorporate wireless WAN into FortiGate management and security workflows. Fortinet also provides cloud-based management options for larger distributed deployments.
This matters for organizations with many branches because cellular hardware introduces operational tasks: SIM status, signal monitoring, firmware updates, link health, configuration consistency and incident troubleshooting. A centralized model can reduce the need to treat every site as a one-off installation. At the same time, management architecture should be selected before procurement. An organization using FortiGate at each site may have different needs from a microbranch design using LAN extension or a centrally managed cellular estate.
Firmware compatibility is a key purchase consideration. Fortinet publishes compatibility matrices that map FortiExtender models to supported FortiExtender OS versions and FortiGate-related workflows. A product being technically current does not guarantee every software combination is appropriate. Before replacing an older extender or standardizing the 101G across many sites, the network team should verify the intended firmware path and test the deployment method in a pilot location.
What Should You Know Before Choosing This Cellular Gateway?
The questions below reflect how network managers, project engineers and procurement teams usually evaluate a cellular edge device. They focus on deployment fit, carrier readiness, bandwidth, integration and rollout details rather than only the hardware model number.
Is this suitable as a primary internet connection?
It can provide LTE-based WAN connectivity, but suitability as a primary link depends on real cellular coverage, data-plan limits, application traffic and the expected service level. The modem is LTE Cat 6 with a vendor-rated maximum of 300 Mbps down and 50 Mbps up. Buyers relying on cellular every day should test the intended operator at the exact site and compare expected usage with the plan.
Can it be used only for failover?
Yes, cellular backup is a common FortiExtender use case when the wider network is designed for it. The firewall or management configuration should decide when traffic moves to LTE and which applications are allowed during an outage. This is especially useful when the business wants an independent last-mile path rather than a second fixed circuit entering through the same local infrastructure.
Does the 101G provide 5G connectivity?
No. The specific FEX-101G hardware uses an LTE Cat 6 modem. Fortinet groups it within the broader FortiExtender 5G/LTE family, which can cause confusion when buyers see the family name. Organizations that specifically require 5G radio performance should select an appropriate 5G FortiExtender model rather than assuming the 101G modem is 5G.
What should be checked with the mobile carrier?
Confirm the operator supports the modem and relevant LTE bands in the intended country, that the SIM and APN can be provisioned for the service, and that the data plan matches the traffic requirement. Fortinet notes that carrier certification can vary by region, so UAE projects should validate the chosen operator before a large rollout instead of relying only on general LTE compatibility.
Can it work with an existing FortiGate?
The product is designed for Fortinet integration, including FortiGate-managed use cases, but the exact compatibility depends on software versions and the intended extension mode. Before replacing an older extender or adding the unit to a current firewall, check the FortiGate model, FortiOS release and FortiExtender OS compatibility matrix. A pilot deployment is recommended for multi-site standards.
What power accessories might be required?
The gateway can be powered over Ethernet or by a compatible external DC adapter. Buyers should confirm whether the chosen switch, injector or Fortinet device provides the required PoE standard and power budget. If DC power is preferred, confirm the correct regional adapter because Fortinet lists power adapters as accessories. This avoids discovering during installation that the planned power source is missing.
How should the installation location be chosen?
Choose a secure indoor position with reliable LTE signal, acceptable temperature, suitable antenna orientation and access for Ethernet cabling. Because the device supports PoE, it can often be placed away from the main rack. Test signal quality at several candidate locations before fixing the wall mount, especially in buildings with coated glass, dense concrete or enclosed service rooms.
What should be reviewed when replacing an older FortiExtender?
Compare SIM type, modem capability, port layout, PoE method, management mode, firmware support and any existing templates or scripts. Fortinet has documented 101G as a replacement path in certain older FortiExtender scenarios, but migration should still be planned. Do not assume an old configuration can be moved unchanged without checking firmware and extension-mode requirements.
What information helps FourTeck quote the correct solution?
Provide the number of sites, intended carrier, expected use of cellular as primary or backup WAN, existing FortiGate model, firmware version, power preference, mounting environment, estimated bandwidth, quantity and destination. If the project requires support or management subscriptions, include the desired term. These details help separate a basic hardware request from a complete and deployable branch connectivity requirement.
Business Requirements to Match Before You Buy
For a branch that needs backup internet
This model fits projects that need LTE as an alternate WAN path. Buyers should define which traffic must continue during an outage and confirm the cellular plan can support that reduced but critical workload.
For sites with weak signal near the firewall
PoE-powered placement can move the gateway closer to a better indoor radio location while leaving the FortiGate in the communications rack. Test coverage before final wall mounting.
For multi-site Fortinet standardization
Organizations can use Fortinet management workflows to reduce configuration variation, but firmware compatibility, SIM provisioning and rollout templates should be validated before ordering large quantities.
For buyers moving from an older cellular gateway
Check the old unit’s port use, SIM arrangement, power source and management mode. A model replacement should be treated as a small migration rather than a simple box swap.
For locations using LTE as the daily WAN
Estimate actual monthly traffic, peak upload demand and application sensitivity. LTE Cat 6 may suit many moderate workloads, but higher-demand sites should compare faster models.
For a quote that includes deployment readiness
Include PoE source, power adapter needs, Ethernet cabling, SIM carrier, support term, mounting environment and existing FortiGate details so the bill of materials is complete.
What Buyers Should Check Before Purchase
A cellular gateway can be technically compatible and still be the wrong purchase if the radio service, management method or site conditions are overlooked. The safest approach is to build the quote around the intended network outcome. Start with the carrier and location, then confirm the Fortinet integration, power source and operating model. This reduces the chance of receiving the correct SKU but discovering later that an accessory, software alignment or carrier approval is missing.
Model and Bandwidth Fit
The 101G is LTE Cat 6, not 5G. Confirm that its expected cellular performance and upload capability are appropriate for backup, primary WAN or remote-access traffic.
Carrier and SIM Compatibility
Verify the chosen mobile operator, supported bands, SIM provisioning, APN and regional certification. Do this before a multi-unit purchase, especially if several sites use different operators.
Power and Cabling
Check whether Port 4 will receive compliant PoE or whether an external adapter is needed. Include cable length, PoE budget and mounting location in the site survey.
Firmware and Management
Review FortiOS and FortiExtender OS compatibility with the intended FortiGate or management platform. Multi-site projects should test the configuration before broad rollout.
Support terms should also be considered as part of lifecycle cost. Hardware procurement may be only one component if the organization requires FortiCare coverage, centralized management or ongoing subscription services. Ask what support duration is needed, who will own configuration and troubleshooting, and how replacement handling should work. For large projects, include delivery sequencing and site quantities so the supply plan can be coordinated. FourTeck.com can use this information to help buyers compare the 101G with related FortiExtender options when the current model does not fully match the bandwidth, environment or future-growth requirement.
UAE Availability and Service Support
FourTeck.com supports business technology inquiries across Dubai and the UAE with assistance for product selection, configuration review, quotation, delivery coordination and warranty guidance. Availability can change according to supplier status, order quantity, requested support term and accessory requirements, so the page does not imply ready stock or guaranteed delivery timing.
For this cellular gateway, the most useful pre-sales information includes the intended telecom operator, whether LTE is the primary or secondary WAN, the existing FortiGate environment, the number of branches, the preferred power method and any management or support requirement. FourTeck can then help determine whether the requested hardware is appropriate or whether another FortiExtender model should be considered for higher cellular performance or a different deployment environment.
Delivery planning should also account for SIM activation, site readiness, cabling and installation sequencing. Hardware arriving before carrier service or PoE preparation can delay deployment even when the correct device has been sourced. A coordinated quote therefore helps procurement teams align the product, accessories and project schedule.
UAE Business Coverage
Businesses in Dubai, Abu Dhabi, Sharjah, Ajman and other UAE locations can contact FourTeck.com for current sourcing guidance, project quotation and configuration review. For branch rollouts, buyers can provide a site list, quantity by location, preferred carrier and deployment schedule so the request can be reviewed as a coordinated project. Delivery options, support handling and lead times depend on the selected configuration and supplier availability.
Regional GCC and Africa Availability
FourTeck.com also supports business technology inquiries across selected GCC and Africa markets through regional inquiry channels. Customers planning deployments in Saudi Arabia, Qatar, Oman, Kuwait, Bahrain, Kenya, Uganda or other supported locations should confirm country-specific carrier compatibility, power accessories, warranty handling and delivery arrangements before placing a multi-country order.
Cellular products require more regional checking than a standard Ethernet switch because the radio module must work with the operator, supported bands and local network policies. A model that is technically suitable in one market may still need carrier validation in another. Multi-country projects should therefore standardize the network design while leaving room for country-specific SIMs, data plans and support processes.
Regional visitors can use FourTeck.com for the main inquiry route, or the relevant regional sites such as FourTeck Kenya, FourTeck Uganda, FourTeck Africa and FourTeck Kuwait. Country availability and commercial terms vary.
Other Fortinet Options Buyers May Consider
The correct cellular gateway depends on radio performance, site type, interface requirements and whether the device will be used mainly for backup or as an everyday WAN. Buyers who are still defining the standard can compare related Fortinet options before finalizing the quotation.
FortiExtender 211G
Suitable for buyers who want a higher LTE category and greater cellular bandwidth while retaining a similar indoor branch-gateway role.
FortiExtender 511G
A 5G indoor option for projects requiring significantly higher cellular performance and a more advanced WAN platform.
Fortinet Networking Portfolio
Review related firewalls, switches, wireless products and edge solutions when the cellular gateway is part of a wider branch project.
Business Networking Products
Compare network infrastructure options for branches, retail sites and distributed offices when more than one component is being refreshed.
The 101G should generally be selected when LTE Cat 6 meets the workload and the project values a compact indoor design with dual SIM flexibility, Fortinet integration and multiple Gigabit Ethernet ports. If the requirement is explicitly 5G, rugged outdoor use, vehicle mounting or significantly higher cellular throughput, another model family is likely to be a better match.
Why Business Buyers Contact FourTeck.com
Business technology procurement often fails at the small details: the right appliance is ordered with the wrong power accessory, a cellular modem is selected before the carrier is confirmed, or a replacement unit arrives before software compatibility is checked. FourTeck.com focuses on helping buyers surface those details early so the quotation reflects the real deployment rather than only a model number.
Help structuring requests for single units, branch standards and project quantities.
Assistance reviewing model fit, deployment role, connectivity and accessories before quotation.
Commercial requests can include hardware quantity, support term, delivery destination and related infrastructure.
Delivery planning can be aligned to business locations and project schedules, subject to availability.
Buyers can ask for the applicable support or warranty option instead of assuming the base hardware includes every service.
If LTE Cat 6, indoor mounting or the available interfaces do not fit, related Fortinet options can be considered.
For procurement teams, the most useful outcome is a quote that can move through technical review and finance approval with fewer unanswered questions. Sharing the business purpose, environment and dependency on existing Fortinet infrastructure gives the sales process enough context to identify configuration gaps early. FourTeck.com does not need a long design document to start; even a short note covering site count, carrier, FortiGate model, failover objective and quantity can materially improve the first response.
Frequently Asked Questions
What is the FortiExtender 101G used for?
It is an indoor LTE cellular gateway used for wireless WAN connectivity, backup internet, branch resilience, supported out-of-band access scenarios and Fortinet network-extension deployments. It combines LTE Cat 6 cellular connectivity with one Gigabit WAN port and four Gigabit LAN ports. The most appropriate use depends on whether the organization needs primary cellular access, backup service or integration with an existing Fortinet branch design.
Is the FEX-101G a 5G gateway?
No. The FEX-101G uses a single LTE Cat 6 modem. Fortinet markets FortiExtender as a broader 5G/LTE gateway family, but the individual 101G specification is LTE Cat 6. Buyers who require 5G should compare an appropriate FortiExtender 5G model instead of assuming the family name means every model contains a 5G modem.
What Ethernet ports are available?
Fortinet specifies one 1 Gigabit Ethernet WAN port and four 1 Gigabit Ethernet LAN ports. This gives the gateway useful flexibility for connecting a wired WAN source, FortiGate or other branch equipment. The exact port role should be planned as part of the network topology, particularly when cellular failover and local LAN connectivity are both required.
Can the gateway be powered with PoE?
Yes. Port 4 supports PoE-powered operation using IEEE 802.3at with a specified 25.5 W power level. The device can also use a compatible external DC adapter. Buyers should check the PoE source, power budget and regional power-accessory requirement before installation, especially when the unit will be mounted away from the network rack for better LTE signal.
Does it support two SIM cards?
Yes. The hardware supports dual physical SIMs and includes a reserved eSIM capability. How those SIMs are used depends on configuration and carrier support. A business considering two operators should validate both carriers, APN settings and subscription terms before rollout. Dual SIM is useful for resilience planning, but it should not be interpreted as dual active cellular modems.
Can FourTeck.com help with UAE availability and quotation?
Yes. FourTeck.com can assist business buyers with current sourcing guidance, configuration review, quotation and delivery coordination across the UAE. Availability is not guaranteed and may vary with supplier status, quantity, accessories and support requirements. For a more accurate response, share the required quantity, carrier, deployment purpose, delivery location and existing Fortinet environment.
What should I check before integrating it with a FortiGate?
Check the FortiGate model, FortiOS version, intended FortiExtender management or extension mode, addressing design and failover policy. Fortinet publishes compatibility information for supported hardware and software releases, so that matrix should be reviewed before migration or a multi-site purchase. Testing one representative site first can reduce configuration surprises during wider deployment.
What information should be included in a bulk order request?
Include quantity by site, preferred delivery schedule, intended carrier, SIM or eSIM plan, FortiGate model, firmware level, power method, mounting environment and any FortiCare or management requirement. If the project uses the gateway for failover, state the expected critical applications and approximate bandwidth. This information helps the supplier review the order as a branch connectivity project instead of only a hardware purchase.
How do I request a quote from FourTeck?
Use the FourTeck.com contact page and provide the product model FEX-101G together with quantity, delivery location and the key technical requirements. Adding the carrier, FortiGate model and power preference will help the team respond with more relevant guidance. Quotes can also include related Fortinet products or accessories when the gateway is part of a larger branch network refresh.
Need Help Planning Your Cellular WAN Deployment?
FourTeck.com can help review LTE requirements, carrier considerations, Fortinet compatibility, power accessories, support options and delivery needs before you request a final business quotation.
