HPE Aruba Cellular Bridge Solutions in Dubai, UAE
When a wired internet circuit is not available, takes time to install, or needs an independent backup path, HPE Aruba cellular bridge technology can give the network edge a managed cellular connection. The HPE Aruba Networking 100 Series Cellular Bridge, built around the BR-150 5G model, is designed to hand off 5G or LTE connectivity to HPE edge infrastructure while remaining visible through HPE Aruba Networking Central.
Plan the whole cellular path, not just the bridge
A useful quotation should account for the cellular bridge, the correct regional model, Central subscription, SIM or carrier plan, power choice, mounting protection, upstream HPE edge device, and configuration work. FourTeck can help turn those requirements into a practical bill of materials instead of treating the bridge as a standalone box.
Direct answer for buyers evaluating a cellular bridge
HPE Aruba Cellular Bridge solutions provide a managed way to connect an HPE Aruba network edge to cellular services for primary, secondary, or backup WAN use. The current 100 Series product is the BR-150 5G Cellular Bridge, a compact device that supports 5G and LTE and hands traffic to connected edge infrastructure over Ethernet. It is most relevant to distributed organisations, temporary sites, branches, and locations that need an additional carrier path. Before proceeding, confirm the exact regional model, carrier and radio-band suitability, Central license term, power source, installation location, environmental protection, SIM method, and the gateway or edge platform that will consume the cellular link.
What the HPE Aruba cellular bridge actually does
What it does
The bridge establishes a cellular WAN connection and presents that connectivity through Ethernet to compatible HPE edge devices. It can be designed as the main internet path at a site, as a secondary path alongside another circuit, or as a backup connection that helps maintain reachability when the preferred WAN path is unavailable. Management through HPE Aruba Networking Central allows the cellular bridge to sit within a broader network operations model rather than being managed as an unrelated consumer-grade modem.
What it does not do
The 100 Series Cellular Bridge does not create a private 5G network by itself. It interoperates with public or private cellular networks and bridges that service to HPE edge infrastructure. It is also not a substitute for deciding how routing, security policy, SD-WAN path selection, application priorities, and user access should work. Those functions depend on the connected edge architecture, licenses, configuration, and wider network design.
Who should consider this approach?
A cellular bridge is most useful when the business requirement is wider than simply getting a laptop online. It becomes relevant when IT wants cellular connectivity to feed an enterprise branch design, remain centrally visible, and be planned alongside routing, security, switching, wireless LAN, and SD-WAN operations.
Retail, services, finance, healthcare, education, or corporate locations that need an independent WAN option.
Pop-up offices, project sites, temporary counters, event operations, and fit-out locations where fixed circuits may not be practical yet.
Facilities that have cellular coverage but limited fixed-WAN choices, subject to local signal and carrier conditions.
Organisations already standardising on HPE Aruba Networking Central and HPE edge devices.
Business challenges a cellular bridge can help address
A branch has only one fixed WAN circuit
A separate cellular path can reduce dependence on a single local access circuit. The design still needs routing and failover policies so traffic moves in the intended way when WAN conditions change.
A new site must go live before fibre is ready
Cellular fixed wireless access may provide an interim primary WAN option where service and signal conditions are suitable. Capacity expectations should be based on actual carrier performance at the location rather than theoretical radio maximums.
IT wants one operational view
The BR-150 is designed to be managed through HPE Aruba Networking Central. That can align cellular edge visibility with a broader Aruba-managed environment, subject to the required per-device Central subscription.
The best radio position is not beside the gateway
An Ethernet-connected bridge can be placed where cellular conditions are more favourable while the gateway remains in the network cabinet, provided cabling, power, mounting, environmental exposure, and permitted distance are considered correctly.
Core capabilities that matter in a branch design
The BR-150 supports 5G standalone, 5G non-standalone, and LTE Cat 18 radio modes across a broad range of bands.
Two 2.5 GbE interfaces give the bridge a high-speed wired path to compatible HPE edge equipment.
802.3at PoE is supported. A DC option is available, but the DC adapter is ordered separately.
The bridge is managed through HPE Aruba Networking Central and requires an appropriate subscription on a per-device basis.
An installed Trusted Platform Module supports secure storage of credentials, keys, and boot code. A Kensington lock slot is also provided.
An optional BR-150 IP55 kit can add environmental protection where the placement requires it. The kit is not part of the base unit.
Product-fit matrix
| Requirement | Suitable when | Confirm before ordering |
|---|---|---|
| Backup WAN | The branch needs an independent cellular path that can feed an Aruba edge design. | Failover logic, carrier service, signal quality, and application behaviour during failover. |
| Primary fixed wireless access | A site has suitable 5G coverage and the expected workload fits the available cellular service. | Real-world throughput, data plan, public IP requirements, NAT behaviour, and usage policy. |
| Temporary branch | The business needs fast deployment while fixed connectivity is pending or unnecessary. | Mounting, power, physical security, duration, and transition plan when the permanent WAN arrives. |
| Outdoor-adjacent placement | Better signal is available near an exposed or semi-exposed location. | Whether the optional IP55 kit is sufficient for the actual site conditions and installation method. |
| Centralised operations | The organisation wants cellular connectivity managed within HPE Aruba Networking Central. | Correct Central subscription, software release, account readiness, and edge-device compatibility. |
Verified information for the current 100 Series / BR-150
The figures below describe the current HPE Aruba Networking 100 Series Cellular Bridge and BR-150 model as published by HPE. Radio rates are device capabilities, not a promise of site throughput. Real performance depends on carrier spectrum, signal conditions, network loading, plan policy, placement, and the connected network architecture.
| Brand / family | HPE Aruba Networking 100 Series Cellular Bridge |
| Current model | BR-150 5G Cellular Bridge |
| Standard model SKU | S0Q22A |
| TAA model SKU | S3M47A; suitability is procurement-policy dependent |
| 5G SA radio capability | Up to 2.4 Gbps download and 900 Mbps upload at device-specification level |
| 5G NSA radio capability | Up to 3.4 Gbps download and 500 Mbps upload at device-specification level |
| LTE | LTE Cat 18; up to 1.6 Gbps download and 200 Mbps upload at device-specification level |
| Ethernet interfaces | 2 x 2.5 Gbps Ethernet |
| Other ports | 1 x USB-A data port; 1 x USB-C console port |
| SIM | 1 x nano-SIM; eSIM is listed by HPE with a future-software-release dependency |
| Power | 802.3at PoE or DC power; DC adapter is not included and must be ordered separately when needed |
| Form factor | Compact fanless desktop unit with internal antennas; wall mounting requires the relevant kit |
| Dimensions | 51 mm x 223 mm x 145 mm (H x W x D) |
| Weight | 1.54 kg |
| Operating temperature | 0°C to +50°C |
| Environmental protection | IP55 supported with optional BR-150 IP55 Kit, SKU S3M48A |
| Minimum software | AOS 10.7.1 |
| Management license | HPE Aruba Networking Central subscription required per device; HPE lists 1-, 3-, 5-, 7-, and 10-year terms |
| Security hardware | Installed Trusted Platform Module and Kensington lock slot |
| Warranty guidance | HPE publishes a one-year hardware parts/labour warranty for the series; confirm regional entitlement and optional support contract before purchase |
| UAE availability | Contact FourTeck to confirm current model, license, quantity, and lead-time options |
Dependencies that can change the right bill of materials
The bridge hardware is only one part of the purchase. A production-ready design normally depends on several choices that must be confirmed for the actual site. HPE Aruba Networking Central licensing is not optional for normal cloud-managed operation, and the subscription term should be selected alongside the hardware so there is no licensing gap at deployment time. The cellular service itself is also separate: the business needs an appropriate carrier plan, SIM arrangement, addressing model, and adequate signal at the proposed installation point.
For power, PoE can simplify installation by carrying power and data over Ethernet when the connected infrastructure and cabling support 802.3at. The DC adapter is a separate item. For exposed placement, the optional IP55 kit can provide added protection, but an IP55 kit does not make every outdoor location automatically suitable; heat, direct sun, water exposure, enclosure design, cable entry, and local installation practices still matter. eSIM should not be treated as a guaranteed available feature unless the software release and regional service support are confirmed at the time of order.
From requirement to working cellular WAN: a practical purchase journey
Define the WAN role
Decide whether cellular will be primary, secondary, emergency backup, or an interim link. This changes traffic-policy, data-plan, and resilience expectations.
Validate cellular conditions
Confirm carrier coverage, bands, signal quality, expected data consumption, public or private addressing needs, and whether the intended location can deliver acceptable service.
Match the Aruba architecture
Identify the HPE edge device, Aruba Central environment, AOS release, subscription requirement, and routing or SD-WAN policy that will use the cellular connection.
Plan physical installation
Choose the placement, cabling, PoE or DC power, mounting approach, security, and any IP55 kit requirement. Signal quality and environmental conditions should influence placement.
Build and review the quotation
Check the exact SKU, quantity, subscription term, accessories, installation scope, configuration scope, delivery destination, and any support requirement before approval.
Deploy, test and document
Bring the device into Central, confirm connectivity, test path behaviour, verify failover where applicable, and record the SIM, carrier, licensing, configuration, and recovery process.
Capability focus: cellular resilience without treating 5G as magic
Cellular WAN can improve resilience because it can provide a path that is operationally different from the main fixed circuit. A fibre cut, local access failure, or last-mile problem that affects a wired ISP may not affect a cellular service in the same way. That independence is valuable, but it should not be interpreted as guaranteed continuity. A mobile carrier can have its own outage, congestion, radio interference, maintenance event, or power dependency. For a critical branch, the objective is therefore to diversify failure modes and define how the network should behave when paths change.
With the BR-150, the bridge provides the cellular transport while the connected network design determines failover policy, routing, application preference, security, and session behaviour. Businesses should test the applications that matter most. Voice, payment systems, VPN tunnels, cloud sessions, remote desktops, and real-time collaboration can react differently when public IP addresses or latency characteristics change. A good design includes not only a cellular link but also a practical validation plan.
Capability focus: cloud-managed visibility for distributed sites
One reason to choose an enterprise cellular bridge rather than an isolated modem is operational consistency. HPE positions the 100 Series Cellular Bridge for management through HPE Aruba Networking Central. For an IT team already operating Aruba infrastructure, this can reduce the number of separate management systems used to understand branch connectivity. The value is strongest when device onboarding, subscription assignment, naming standards, site groups, alerts, and support processes are planned before rollout.
Central management does not remove the need to understand the mobile service. The carrier remains responsible for the cellular network and plan, while the enterprise remains responsible for its network architecture and application requirements. IT should know which SIM belongs to which site, whether a plan has usage thresholds, what the carrier does with private or public addressing, and how support escalation works. The bridge gives the enterprise a managed network endpoint, but good operational documentation connects the endpoint to the carrier account and the branch topology.
Licensing is part of that operating model. HPE specifies per-device Central subscriptions for the 100 Series, with multiple term lengths. Procurement teams should treat the license term as a lifecycle decision rather than a small add-on. Aligning subscription dates with broader Aruba renewals can make estate administration easier, especially when dozens of branches are involved.
Capability focus: placement, power and physical deployment
Cellular performance is highly sensitive to where the radio is installed. The equipment rack may be convenient for cabling but poor for signal if it is deep inside a reinforced building, underground room, or metal enclosure. Because the BR-150 hands connectivity off by Ethernet and supports PoE, designers have more freedom to place the bridge where radio conditions are better while keeping the gateway in its normal network location. That flexibility can be more important than a theoretical peak throughput figure.
The standard BR-150 is a compact, fanless desktop device with internal antennas. HPE offers an optional IP55 kit, which can help where added environmental protection is required. Buyers should still assess the actual installation: ambient temperature, direct sunlight, water exposure, dust, mounting stability, physical access, cable routes, PoE distance, grounding practice, and local site rules. The published operating range is 0°C to +50°C, so harsh UAE placement should be evaluated carefully rather than assuming any outdoor location is acceptable.
Physical security also matters. The Kensington lock slot can help in exposed indoor locations such as retail counters or temporary sites, but it is only one control. Device placement should also consider tampering, SIM access, cable disconnection, and who can reach the unit. FourTeck can include mounting and installation requirements in the quotation scope when the project needs more than hardware supply.
Where HPE Aruba cellular bridge solutions can fit
Retail branches and service outlets
A cellular secondary path can support continuity planning for cloud applications, managed Wi-Fi, administration, and transaction connectivity. The exact failover policy and payment-system requirements must be reviewed with the application and carrier providers.
Construction and project offices
A project may need enterprise connectivity before a fixed line is delivered. Cellular can act as an interim WAN and later become a backup path if the business chooses to retain it.
Warehouses and logistics facilities
Facilities with important cloud, scanner, voice, or operations traffic may use cellular as a diverse WAN path, subject to indoor signal conditions and application bandwidth expectations.
Temporary or pop-up environments
Short-term sites can use fixed wireless access where cellular service is suitable, avoiding the assumption that every temporary deployment needs a long-term fixed circuit.
Remote business locations
If fibre, DSL, or leased connectivity is limited, 5G or LTE may be considered as a primary access method. A site survey or measured test is especially important in remote environments.
Branch modernisation projects
Organisations refreshing Aruba branch infrastructure can assess whether cellular should be designed into the standard branch bill of materials for selected locations rather than added only after a circuit problem occurs.
Integration and operational considerations
A cellular bridge belongs in the network design, not outside it. Start by identifying which HPE edge device will receive the Ethernet handoff and how that device will treat the link. In an SD-WAN design, policy may choose the path based on availability, application, performance, or business intent. In a simpler branch, cellular may be reserved for failover. Either way, the edge device, Central configuration, software support, and license entitlements should be checked together.
Addressing can have practical consequences. Mobile networks frequently use carrier-grade NAT or private addressing, and not every plan provides a public or static IP. If the branch hosts inbound services, depends on IP allow-lists, builds site-to-site tunnels, or must be reachable from a management platform in a particular way, confirm the carrier service before deployment. Avoid assuming that a SIM intended for phones will behave like a business WAN service.
Traffic consumption also deserves attention. When a backup link becomes active, software updates, cloud backups, CCTV uploads, guest Wi-Fi, or large file transfers may consume much more data than expected. Application policy, bandwidth controls, and alerting can help prevent a resilience link from turning into an uncontrolled data-cost path. For primary cellular use, data allowances and throttling policies become even more central to the commercial design.
Finally, document the operating procedure. The help desk should know how to recognise when a branch is on cellular, how to distinguish carrier failure from device failure, how to confirm a SIM is active, and when to escalate to the mobile operator versus the network team. This operational layer is often what determines whether a backup circuit is genuinely useful during an incident.
Questions to resolve before requesting a quotation
Primary WAN, secondary path, emergency failover, or temporary connectivity each lead to different plan and policy decisions.
Confirm coverage, frequency support, data allowance, roaming policy, addressing, and whether the service is approved for business use.
The gateway, SD-Branch design, software version, and intended Ethernet topology should be known before configuration is finalised.
Choose between 802.3at PoE and the separately ordered DC adapter, taking cable distance and switch power budget into account.
Signal strength, indoor or exposed placement, temperature, physical security, and whether the IP55 kit is needed all affect the deployment.
HPE lists several term lengths. Align the license duration with the organisation’s support and renewal policy.
Procurement checklist for the BR-150 cellular bridge
How FourTeck can assist with planning and quotation
FourTeck can help translate a cellular-connectivity requirement into a practical Aruba bill of materials and implementation scope. That can begin with a straightforward discussion: which site needs connectivity, what the current WAN looks like, whether cellular is intended as primary or backup, which Aruba gateway or edge platform is present, and whether the organisation already uses HPE Aruba Networking Central. From there, the hardware, subscription, accessories, and services can be reviewed together.
For multi-site projects, a standard design can be developed with site-specific exceptions. One branch may have strong indoor 5G and PoE available beside the rack, while another may need the bridge located closer to an exterior wall with additional mounting protection. Treating those differences explicitly is safer than assuming every location can use the same physical installation.
Buyers can also use FourTeck for configuration-scope discussions, rollout coordination, and compatibility review. Visit the FourTeck network services area to consider installation and support requirements, or browse the business technology product portfolio when the cellular bridge is part of a wider branch refresh.
UAE availability and support guidance
Contact FourTeck to confirm current UAE availability for the HPE Aruba Networking BR-150, its required Central subscription, and any accessories such as the DC power adapter or IP55 kit. Availability may depend on the exact model, quantity, licensing requirement, regional supply, and vendor lead time. A quotation should therefore identify the complete requirement rather than assuming the bridge hardware alone is sufficient.
Installation and configuration can also be discussed as part of the requirement. For cellular projects, useful inputs include the intended carrier, site type, edge-device model, Central environment, power method, mounting location, resilience policy, and expected go-live window. Delivery and project coordination can be planned after those details are confirmed. For a tailored request, use the FourTeck UAE contact page.
Dubai, Abu Dhabi, Sharjah and Ajman project coverage
Businesses planning HPE Aruba cellular connectivity in Dubai, Abu Dhabi, Sharjah, and Ajman can coordinate the requirement with FourTeck as one branch-network project rather than as separate hardware orders. The useful starting information is the site count, exact deployment locations, expected WAN role, intended mobile operator, installed HPE edge platform, Central licensing status, power and mounting conditions, and whether configuration or installation assistance is required. For organisations standardising across several emirates, the bill of materials can be structured around a common design while still recording site exceptions such as weaker signal, outdoor-adjacent mounting, different carrier plans, or a different failover requirement. Current supply, delivery coordination, and service scope should be confirmed for the actual quantity and schedule before purchase.
GCC Availability
For organisations extending Aruba-managed branch connectivity across the GCC, FourTeck can help review the BR-150 requirement at project level, including model selection, Central subscription term, accessories, configuration scope, and delivery planning. The same cellular design should not be assumed to work unchanged in every country. Mobile-network bands, carrier policies, SIM provisioning, data plans, public-address options, service contracts, and deployment conditions can differ between the United Arab Emirates, Saudi Arabia, Kuwait, Qatar, Bahrain, and Oman.
Before requesting a regional quotation, provide the destination country for each site, required quantity, intended cellular role, preferred or approved carrier, edge-device model, license duration, mounting environment, and target deployment period. Product availability, licensing, delivery schedules, service visits, project scope, and vendor lead times can vary by country and requirement. FourTeck can coordinate the commercial and technical review once those details are available. Organisations with Kuwait requirements can also review FourTeck Kuwait resources as part of regional planning.
Africa Availability
HPE Aruba cellular bridge requirements for African projects should be evaluated with the destination and carrier environment in mind. FourTeck can assist organisations considering the BR-150 for branch connectivity, backup WAN, remote facilities, or temporary deployments by reviewing the hardware model, Central subscription, accessories, power requirements, mounting conditions, connected HPE edge equipment, and configuration scope. The practical cellular design may differ across East Africa, West Africa, Southern Africa, or Central Africa because carrier spectrum, service plans, addressing models, regulatory requirements, and site conditions are not uniform.
Buyers should share the destination country, exact quantity, planned mobile operator if known, required deployment schedule, intended use of the cellular link, and any installation or support expectations. Availability and fulfilment can depend on model, license region, shipping arrangements, vendor lead time, power requirements, and local project conditions. FourTeck does not assume local inventory or fixed delivery timing without confirmation. For broader regional coordination, visit the FourTeck Africa technology portal or discuss the exact project before placing an order.
Related products and services to consider
HPE Aruba Networking Central subscription
Required for the 100 Series Cellular Bridge. Select the term and entitlement that match the device lifecycle and broader Aruba environment.
BR-150 IP55 Kit
An optional accessory for deployments needing added environmental protection. Suitability still depends on actual location and installation conditions.
HPE Aruba branch gateways
Where the project needs routing, security, or SD-Branch functions, the receiving gateway should be chosen separately according to branch size and architecture.
9004-LTE as an alternative architecture
The Aruba 9004-LTE is a branch gateway with integrated LTE. It differs from the BR-150 external 5G bridge approach and may suit a different design requirement.
Installation and failover testing
Deployment services can include physical placement, onboarding, interface configuration, failover validation, and documentation when agreed in the project scope.
Wider branch network refresh
Switching, Wi-Fi, gateway, and security requirements can be reviewed together through FourTeck business technology solutions.
What buyers usually need to understand before choosing cellular WAN
Start with the reason for cellular, not with the maximum 5G speed. The most useful question is whether the site needs a replacement for fixed internet, an independent backup path, a temporary connection, or a flexible link for a location where traditional access is difficult. That answer determines the data plan, failover policy, expected uptime, and amount of traffic that the cellular service must carry. A backup link used for a few critical applications can have very different commercial requirements from a primary link carrying cloud applications, software updates, voice, guest access, and large data transfers all day.
Real throughput is a site characteristic. The BR-150 supports modern 5G modes and has high device-level radio capabilities, but a buyer should not turn those values into a guaranteed branch bandwidth figure. Mobile performance changes with available spectrum, signal level, distance from the radio site, building materials, cell congestion, carrier policy, time of day, and placement of the bridge. For a critical deployment, measure or trial the cellular service at the actual site and, where practical, at the position where the bridge is expected to be installed.
Why two 2.5 GbE ports matter
The wired interface should not become an unnecessary bottleneck between the cellular radio and the HPE edge device. Two 2.5 GbE ports also give designers flexibility in how the bridge is physically connected, although the actual topology and supported use should be defined according to the Aruba deployment design rather than assumed from port count alone.
Placement often matters more than buyers expect. A mobile phone showing good 5G near a window does not prove that a bridge sitting in a comms room will see the same service. Reinforced concrete, metal racks, low floors, tinted glazing, and building geometry can change radio conditions. The BR-150’s Ethernet handoff and PoE capability can make it practical to position the cellular unit away from the gateway. That can be particularly useful in offices, warehouses, retail units, and project facilities where the network rack is not in a radio-friendly place.
Do not forget the carrier service design
The bridge supplies the enterprise networking endpoint; the mobile operator supplies the service. Ask about data allowance, fair-use rules, throttling, roaming, private APN options, public or static addressing, IPv6 behaviour, and support procedures when those factors matter to the application.
Cellular failover should be tested with real applications. A simple ping test proves very little. When the primary path fails, existing sessions may see a new public address or different latency. IPsec tunnels may renegotiate, voice calls may drop, payment terminals may retry, and cloud sessions may briefly reconnect. If the site has applications that cannot tolerate interruption, define the expected behaviour and test it under controlled conditions. The point of testing is not to prove that nothing can fail; it is to understand how the branch recovers and whether the result is acceptable.
Licensing belongs in the purchase decision. The 100 Series requires an HPE Aruba Networking Central subscription on a per-device basis. HPE publishes multiple term lengths, so procurement should decide whether the cellular bridge should align with one-year budgeting, a three- or five-year branch standard, or a longer infrastructure lifecycle. A technically correct hardware order can still be incomplete if the required management subscription is missing.
BR-150 or 9004-LTE?
The BR-150 is a separate 5G cellular bridge intended to feed HPE edge devices. The 9004-LTE is a branch gateway with integrated LTE. A buyer choosing between them should decide whether the project needs a modern external 5G bridge placed for radio performance or an integrated LTE gateway architecture. Existing Aruba hardware, branch size, required gateway functions, software strategy, and lifecycle plans should guide that choice.
For Dubai procurement, the most useful quotation request is specific. State how many sites are involved, whether cellular is primary or backup, the expected mobile operator, the existing HPE gateway or Aruba edge platform, the Central subscription status, the preferred license term, mounting conditions, PoE availability, and whether FourTeck should include installation and configuration. This gives the supplier enough context to verify the right BR-150 SKU and accessories without pretending that one generic bundle fits every branch.
Buyer questions that shape the final design
Can the BR-150 replace a fixed internet circuit?
It can be designed as a primary cellular WAN path, but suitability depends on the mobile service at the specific site. Compare measured bandwidth, latency, data allowance, carrier policy, addressing, and expected business traffic with the requirements of the fixed circuit it would replace. For a permanent primary-WAN design, include capacity headroom and a second resilience option where business impact justifies it.
Does a 5G bridge automatically make failover seamless?
No. The bridge provides an alternate transport path. How quickly traffic switches, whether sessions survive, and which applications are allowed on the backup link depend on the gateway and network configuration. Test the failover behaviour of important applications and decide whether some traffic should be restricted when the branch is running on cellular.
Should the bridge be mounted in the network rack?
Only if that location provides suitable cellular conditions. A central rack is convenient for power and cabling, but radio signal can be weaker there. Because the BR-150 connects over Ethernet and can use PoE, a different location may be better. Confirm cable routing, PoE budget, environmental conditions, physical security, and signal quality before finalising the mounting point.
Is eSIM available for every deployment?
Do not assume that it is. HPE lists nano-SIM and an eSIM option, while current published technical information marks eSIM with a future-software-release dependency. Regional carrier support can also differ. If eSIM is important to the rollout, make it an explicit requirement for FourTeck to verify before ordering.
What does procurement need from IT before asking for price?
At minimum: quantity, destination, target use, edge-device model, Central licensing status, preferred subscription term, power choice, mounting environment, carrier information if known, and service scope. Those inputs allow the quote to distinguish base hardware from licenses, power accessories, environmental kits, deployment work, and support.
How should a multi-site rollout be standardised?
Create a standard architecture and checklist, then record exceptions per site. Standardise naming, licensing, onboarding, routing policy, monitoring, and documentation. Allow installation location, carrier, SIM plan, signal conditions, and mounting protection to vary where needed. FourTeck can help structure the quotation around a common baseline with site-specific options.
Why businesses contact FourTeck for this type of project
The main value is requirement clarification. A cellular bridge order can fail commercially even when the selected hardware is genuine and capable, simply because the project overlooked the Central subscription, power adapter, mounting environment, carrier addressing, or the edge device that must use the link. FourTeck can review those dependencies before the quote is finalised.
For branch rollouts, FourTeck can also help separate what should be standard across all locations from what must be checked site by site. The result can be a cleaner bill of materials, a more realistic installation scope, and clearer responsibilities between the network team, mobile operator, site contractor, and support function. That is especially useful when cellular is being introduced as part of a broader Aruba refresh rather than as an isolated emergency purchase.
To understand the company and discuss a requirement without unsupported assumptions about stock or project timing, see about FourTeck in Dubai and then share the exact deployment details for a current quotation.
Frequently asked questions
What is the HPE Aruba Networking 100 Series Cellular Bridge?
It is a cloud-managed cellular bridge family designed to provide primary, secondary, or backup WAN connectivity by connecting HPE edge devices to public or private cellular services. The current BR-150 model supports 5G and LTE. It does not create a private cellular network by itself.
Which BR-150 SKU should a Dubai buyer request?
HPE lists S0Q22A as the standard BR-150 5G Cellular Bridge and S3M47A as a TAA variant. The appropriate regional and procurement choice should be confirmed for the specific UAE requirement before purchase.
Is HPE Aruba Networking Central required?
Yes. HPE specifies a Central subscription purchased per device for the 100 Series. Published options include 1-, 3-, 5-, 7-, and 10-year terms. The correct entitlement and term should be included in the bill of materials.
Can the BR-150 use PoE?
Yes. The BR-150 supports 802.3at PoE. It can also use DC power, but the matching DC adapter is a separately ordered accessory. Confirm the upstream PoE budget and cabling before installation.
Can it be installed outdoors?
HPE offers an optional IP55 kit for the BR-150. Buyers should still assess the real environmental conditions, temperature, direct weather exposure, mounting method, cabling, and site requirements. The kit should not be treated as permission for any outdoor location.
Does the bridge support both 5G and 4G LTE?
Yes. HPE publishes support for 5G standalone, 5G non-standalone, LTE Cat 18, and WCDMA. Actual service depends on the local mobile network, supported bands, plan, signal, and regional conditions.
Does the BR-150 include a DC power adapter?
No. HPE states that DC power is supported but the DC adapter is not included. If the site will not use PoE, the correct adapter should be included as a separate item in the quotation.
What information helps FourTeck quote accurately?
Provide quantity, deployment city or country, cellular role, preferred carrier if known, HPE edge device, Central environment, license term, power method, mounting conditions, required accessories, and whether installation, configuration, or failover testing should be included.
Is current UAE stock guaranteed?
No. Current availability can depend on model, quantity, regional supply, licensing, and vendor lead time. Contact FourTeck to confirm the current UAE option and expected coordination timeline for the exact requirement.
Build the cellular WAN requirement before you buy
Share the site count, desired WAN role, carrier information, Aruba edge platform, Central subscription status, power and mounting requirements, and service scope. FourTeck can use those details to review the appropriate BR-150 model, accessories, licensing, and implementation requirements for Dubai or a wider regional rollout.