HPE Aruba 5G Branch Connectivity in Dubai, UAE
Add a managed cellular path to branch and remote networks with HPE Aruba Networking 100 Series Cellular Bridge technology. The BR-150 can serve as a primary, secondary or backup cellular WAN connection and is designed to work with HPE edge infrastructure and cloud-based HPE Aruba Networking Central management.
Planning signal
Current branch product: HPE Aruba Networking BR-150 5G Cellular Bridge
Manufacturer part: S0Q22A
WAN role: Primary, secondary or backup cellular link
Management: HPE Aruba Networking Central subscription required
Supports 5G SA, 5G NSA and LTE cellular connectivity.
High-speed Ethernet interfaces connect the bridge to HPE edge devices.
Power design should be confirmed for the intended installation point.
Designed for unified operations through HPE Aruba Networking Central.
Direct answer for a branch-network buyer
HPE Aruba 5G Branch Connectivity is best understood as cellular WAN connectivity for business sites, with the HPE Aruba Networking 100 Series Cellular Bridge providing the current hardware path for connecting branch infrastructure to public or private 5G networks. It is mainly used where an organisation wants cellular service as the main WAN, an additional path beside fixed broadband, or a backup link for continuity. Branch IT teams, retailers, distributed enterprises, project offices and remote-site operators may consider it. Before proceeding, confirm carrier coverage and bands at the site, whether the BR-150 will connect to an HPE gateway or SD-Branch design, the required HPE Aruba Networking Central subscription, SIM strategy, power, environmental protection and installation location.
What this branch connectivity approach does
A cellular bridge gives the branch network an Ethernet handoff to a mobile network. In the HPE Aruba design, the 100 Series Cellular Bridge sits between the cellular service and compatible HPE edge infrastructure. This lets organisations use a public mobile operator or a suitable private cellular network as a WAN transport without making the cellular device a completely separate management problem.
The current BR-150 is positioned for fixed wireless access and can be designed as a primary, secondary or backup WAN path. That distinction matters: a branch with reliable fibre may use 5G for resilience, while a temporary location may use cellular first and add fixed connectivity later. A remote site may choose 5G where a practical fixed circuit is difficult to obtain. The right role depends on coverage, data plan, application behaviour and business tolerance for WAN interruption.
Who should consider it
The strongest fit is a distributed organisation that already values consistent branch operations and wants cellular connectivity incorporated into its wider network design. Retail stores, service locations, clinics, logistics depots, small offices, construction or project facilities, kiosks and pop-up locations can all have reasons to evaluate a cellular WAN path, although the final choice must be based on the actual site conditions.
It is also relevant to network teams standardising on HPE Aruba Networking Central and EdgeConnect SD-Branch, because management, visibility and WAN policy can be approached as part of the wider HPE branch environment. It is less suitable when the buyer is actually looking for a complete private 5G radio-and-core deployment; the BR-150 is a cellular bridge and does not itself create a private cellular network.
Branch problems the design can help address
Fixed-circuit dependency
A branch that relies on one wired circuit has a single WAN path. A separately sourced cellular service can provide another transport option when the network design and policy support failover.
Temporary-site connectivity
Projects and short-lived locations may need connectivity before a permanent circuit is available. 5G fixed wireless access can be evaluated where carrier coverage and data service are appropriate.
Operational fragmentation
Using an enterprise-managed bridge reduces the need to treat cellular connectivity as an unrelated consumer router. Centralised monitoring can fit cellular into a broader HPE network workflow.
Variable branch requirements
Some branches need cellular only for backup; others need it as an active transport. The design can be adapted around WAN role, operator service, site type and application priorities.
Product-fit matrix
| Requirement | Suitable when | Confirm before ordering |
|---|---|---|
| Backup WAN | A separate cellular path can reduce dependence on the main fixed circuit. | Carrier signal, failover policy, data plan and gateway design. |
| Primary cellular WAN | The mobile service has adequate coverage, capacity and commercial terms for normal branch traffic. | Usage limits, NAT behaviour, latency, operator policy and application needs. |
| SD-Branch integration | The site uses compatible HPE EdgeConnect gateway architecture. | Exact gateway, software versions, Central subscription and desired path steering. |
| Outdoor or exposed placement | A better cellular signal requires a suitable protected mounting location. | Optional IP55 kit, temperature range, power, cable route and site exposure. |
| Private cellular uplink | The organisation already has or is planning a compatible private cellular network. | Spectrum, radio/core design and whether a full private 5G solution is separately required. |
Verified BR-150 technical information
The following information is based on the current HPE Aruba Networking 100 Series Cellular Bridge QuickSpecs for the BR-150. Radio performance figures are device capabilities, not guaranteed real-world throughput. Actual results depend on operator network, spectrum, signal quality, network loading, subscription, placement and application conditions.
| Brand | HPE Aruba Networking |
|---|---|
| Product family | 100 Series Cellular Bridge |
| Model | BR-150 5G Cellular Bridge |
| Manufacturer SKU | S0Q22A; TAA variant S3M47A |
| Cellular modes | 5G SA, 5G NSA, LTE Cat 18 and WCDMA |
| Maximum stated 5G SA rates | Up to 2.4 Gbps download / 900 Mbps upload at the device capability level |
| Maximum stated 5G NSA rates | Up to 3.4 Gbps download / 500 Mbps upload at the device capability level |
| Ethernet interfaces | 2 × 2.5 Gbps |
| SIM | 1 × nano-SIM; HPE documentation also lists 1 × eSIM with a note that the feature is software-release dependent |
| Data / console | 1 × USB-A data port and 1 × USB-C console port |
| Power | PoE (802.3at) or DC adapter; DC adapter is ordered separately |
| Form factor | Desktop; wall mounting available with separately sold kit |
| Dimensions | 51 × 223 × 145 mm (H × W × D) |
| Weight | 1.54 kg |
| Operating temperature | 0°C to +50°C |
| Environmental option | IP55 supported with optional BR-150 IP55 Kit S3M48A |
| Management | HPE Aruba Networking Central; per-device subscription required |
| Central subscription terms | HPE lists 1-, 3-, 5-, 7- and 10-year increments |
| Minimum supported software | AOS 10.7.1 in the current QuickSpecs |
| Important note | The BR-150 connects to cellular networks; it is not itself a private 5G radio/core solution. Confirm regional band, operator, license and software support before purchase. |
Dependencies that should be resolved before a quotation
A 5G-capable bridge is only one part of a usable branch service. The network design also depends on the mobile operator, the service plan, the SIM profile, radio coverage at the mounting point, the HPE gateway or edge device, management licensing and the business policy that decides when traffic should use the cellular path. A buyer should therefore avoid comparing hardware in isolation. If the primary goal is continuity, the failure scenario and failback behaviour matter. If the primary goal is replacing a fixed circuit, the expected monthly usage, carrier NAT model, latency and application sensitivity matter.
HPE Aruba Networking Central licensing is a procurement dependency for the 100 Series Cellular Bridge, and the subscription term should align with the expected lifecycle and support plan. eSIM availability should also be confirmed against the current software release and operator support because the latest QuickSpecs still carries a software-release dependency note. For exposed mounting, the optional IP55 kit may be required; the standard device should not be assumed to have that environmental rating without the kit. If DC power is preferred, the adapter is a separate accessory. FourTeck can help translate these dependencies into a bill of materials and scope for quotation rather than treating the bridge as a stand-alone line item.
A practical purchase and deployment journey
Define the WAN role
Decide whether cellular is primary, secondary or emergency backup. This changes traffic policy, data-plan expectations and the importance of automatic failover.
Validate the site
Check carrier availability, indoor signal conditions, possible mounting points, power, cable path and whether an IP55-protected installation is required.
Confirm integration
Review the HPE gateway, SD-Branch design, software version, Central tenant and required subscription term before locking the hardware list.
Build the quotation
Include the correct BR-150 SKU, license, power accessory if needed, environmental kit where required, quantity and any configuration or installation scope.
Stage and test
Onboard the bridge, validate cellular connectivity, verify traffic steering or failover and document operating procedures before relying on the link in production.
Capability: cellular resilience without a consumer-router workaround
Many branches add backup connectivity by placing a standalone 4G or 5G router beside the existing network. That can work at a basic level, but it often creates a separate configuration, monitoring and support path. The BR-150 is designed as an enterprise cellular bridge that connects HPE edge devices to the mobile network. This makes the cellular transport easier to consider as part of a managed branch design rather than as an isolated emergency appliance.
For continuity, the important capability is not simply that the hardware can attach to 5G. The value comes from how the gateway reacts when a fixed path degrades, which applications move to the cellular link, what happens when the primary circuit returns, and whether the organisation can monitor the state of the transport. Those behaviours depend on the gateway and policy design. Buyers should define them before installation so that a backup link performs the intended role instead of merely existing on the rack.
Capability: flexible cellular standards and branch placement
The 100 Series supports 5G Standalone, 5G Non-Standalone and LTE, giving the device a broad technical basis for cellular access. The actual service available at a UAE site still depends on the operator network and supported bands at that location. Published modem rates should therefore be viewed as platform capabilities rather than a promise of application throughput.
Physical placement can be just as important as the radio standard. A bridge located in a poor-signal communications room may produce a different result from a device positioned where cellular reception is stronger. The BR-150 is fanless and compact, can use PoE or DC power and has an optional IP55 transformation kit. These characteristics create practical placement options, but site temperature, exposure, Ethernet distance, physical security and maintainability should all be considered. A short site assessment can prevent buying accessories after the fact.
Capability: management aligned with the wider branch network
HPE Aruba Networking Central is the management layer for the 100 Series Cellular Bridge. For organisations already managing HPE wired, wireless or SD-WAN infrastructure through Central, this can reduce operational fragmentation. The goal is not to make cellular behaviour identical to Ethernet or fibre; it is to give IT teams a consistent place to monitor and operate the branch environment.
This capability has a commercial dependency: the bridge requires a per-device Central subscription. HPE lists several subscription durations, so buyers should select the term as part of the original bill of materials instead of discovering the requirement after hardware delivery. The right term depends on procurement policy, planned lifecycle and support expectations. FourTeck can include subscription planning in the quotation and help identify whether an existing Central environment needs any preparation before onboarding the new branch devices.
Where 5G branch connectivity can make operational sense
Retail and customer-facing branches
A store may use cellular as a backup for payment, cloud applications or business communications when the primary circuit is unavailable. The design should prioritise essential traffic rather than assume the cellular plan can carry every workload indefinitely.
Temporary and project locations
A project office can sometimes be brought online using cellular before a fixed WAN is ready. Coverage, data allowance, public addressing and application requirements should be checked before making 5G the primary service.
Remote service sites
Locations where fibre is expensive or slow to provision may evaluate fixed wireless access. The buyer should compare total service cost, signal quality and operational support with available wired alternatives.
Distributed enterprise offices
Standardised cellular backup can be useful across many branches when IT wants repeatable architecture, common management and predictable failover policy. Site-by-site carrier validation is still necessary.
Business-continuity designs
A separate cellular transport can add path diversity when the main WAN uses fixed infrastructure. True resilience depends on power, carrier independence, gateway policy and the failure modes being addressed.
Private-cellular connected sites
The bridge can interoperate with suitable private cellular networks, but it should not be confused with the radio, mobile core, SIM lifecycle and spectrum components required to create a private 5G network.
Integration considerations for HPE branch environments
A cellular bridge becomes useful when it is connected to an edge device that can make informed WAN decisions. HPE positions the 100 Series alongside EdgeConnect gateways and SD-Branch, where cellular can be treated as another WAN transport. The physical Ethernet handoff is straightforward, but the network architecture should define routing, traffic preference, failover thresholds and application behaviour. For example, an organisation may want critical SaaS, voice or transaction traffic to remain available during a fixed-circuit outage while restricting non-essential software updates or bulk transfers over a metered cellular plan.
Management integration also needs preparation. Confirm that the Central tenant, subscription level and software versions support the intended devices. The current QuickSpecs list AOS 10.7.1 as the minimum supported software version for the bridge; later releases may change operational details, so the current compatibility information should be reviewed during procurement. If the branch uses a mixed-vendor routing environment, determine how the Ethernet handoff will be consumed and what monitoring will remain available. Do not assume that every feature described for an HPE EdgeConnect design automatically applies to a third-party gateway.
Carrier behaviour is another integration layer. Cellular networks often use address translation and may have restrictions that affect inbound services, VPN establishment or monitoring. Ask the operator how the business SIM is provisioned, whether a public or private APN is required and what addressing model is provided. When the branch connects to cloud security, VPN concentrators or private applications, these details can be as important as the radio signal itself. FourTeck can help identify the information needed for the network team, carrier and procurement team to work from the same design assumptions.
Questions to resolve before choosing the BR-150
What happens during a WAN outage?
Define which applications must continue, how quickly traffic should move, and whether cellular remains active only until the fixed circuit is healthy.
Which operator and SIM profile will be used?
Coverage, supported bands, APN design, data allowance, roaming terms and business-SIM policy can affect the outcome more than theoretical modem speed.
Where will the bridge be mounted?
Consider signal quality, temperature, exposure, physical security, PoE availability, cable distance and whether the optional IP55 kit is needed.
Which HPE gateway and Central license are required?
Confirm the exact gateway design, software release and subscription duration so the bill of materials is complete.
Procurement checklist for a branch 5G rollout
✓ Confirm BR-150 S0Q22A or required regional/TAA variant.
✓ State the number of branch or remote sites.
✓ Define primary, secondary or backup WAN role per site.
✓ Confirm the mobile operator and 5G/LTE coverage.
✓ Check required cellular bands and SIM provisioning method.
✓ Identify the HPE gateway or edge device receiving the Ethernet handoff.
✓ Select the HPE Aruba Networking Central subscription term.
✓ Confirm PoE availability or add the appropriate DC adapter.
✓ Review indoor, wall-mounted or protected placement requirements.
✓ Add the IP55 transformation kit where the environment requires it.
✓ Define configuration, onboarding, failover testing and documentation scope.
✓ Confirm delivery destination, requested timeline and support expectations.
How FourTeck can support planning and quotation
A useful quotation starts with the architecture rather than only a quantity. FourTeck can review the branch role for cellular, the expected number of sites, the intended HPE gateway environment, management requirements, power and mounting considerations, and any installation or configuration scope. That review helps determine whether the BR-150 is the appropriate item and what accessories or subscriptions should accompany it.
For buyers who already operate HPE Aruba Networking Central, the discussion can focus on subscription alignment, onboarding and branch policy. For a new HPE deployment, FourTeck can help separate the cellular bridge requirement from the broader gateway, switching, wireless and management bill of materials. Where the project includes implementation, define staging, configuration, site work, testing and handover as separate scope items so responsibilities are clear.
You can also review related FourTeck network services or browse enterprise technology products when the 5G requirement is part of a wider branch refresh.
Share these details for a cleaner quote
Number of sites and units
Deployment city or country
Preferred mobile operator
Primary or backup role
Existing HPE gateway model
Central subscription requirement
Power and mounting preference
Target deployment schedule
UAE availability and support guidance
For Dubai and wider UAE projects, contact FourTeck to confirm current availability for the HPE Aruba Networking BR-150, the required HPE Aruba Networking Central subscription and any accessories. Availability may depend on the exact SKU, quantity, regional model, subscription term and vendor lead time. Delivery and project coordination should be discussed after the requirement is confirmed. If the project needs installation, onboarding, SD-Branch configuration or failover testing, include those activities in the quotation instead of assuming they are part of the hardware purchase.
The UAE also has practical cellular-design questions that should be resolved site by site. Mobile coverage can differ between buildings and even between rooms in the same building, so indoor signal conditions matter. Corporate SIM plans, APN requirements, public-addressing needs and security policy should be reviewed with the chosen operator. FourTeck can help organise the technical questions and hardware scope, while the mobile carrier remains responsible for its cellular service. For broader technology enquiries, visit the FourTeck Firewall Dubai technology site.
Dubai, Abu Dhabi, Sharjah and Ajman project coordination
Businesses planning branch connectivity across Dubai, Abu Dhabi, Sharjah and Ajman can use one requirement template while still validating cellular conditions at each site. The hardware model may be standardised, but signal strength, operator choice, power availability, mounting location and WAN role can differ. A multi-site quotation should therefore identify each location, quantity, preferred carrier, intended gateway and whether the cellular path is primary or backup. Where a common HPE Aruba Networking Central environment is used, onboarding and policy can be planned consistently, but the actual site acceptance test should verify local connectivity and failover behaviour. FourTeck can coordinate the product, subscription and implementation scope based on the confirmed branch list and requested project sequence.
GCC Availability
FourTeck can assist organisations planning HPE Aruba 5G branch connectivity across GCC markets with requirement review, model and license selection, quotation coordination, deployment planning and related configuration scope. Projects in the United Arab Emirates, Saudi Arabia, Kuwait, Qatar, Bahrain or Oman should not assume that the same cellular bands, operator certification, SIM policy, service plan or product lead time applies in every country. The destination, BR-150 variant, quantity and HPE Aruba Networking Central subscription term should be confirmed before the bill of materials is finalised.
For regional rollouts, provide the destination country for each site, expected deployment schedule, preferred mobile operator, WAN role and any need for power accessories or protected mounting. Product availability, licensing, delivery schedules, service visits and vendor lead times can vary by country and requirement. FourTeck can help organise a consistent technical design while keeping country-specific dependencies visible. Customers with Kuwait requirements can also review FourTeck Kuwait technology support for regional coordination options.
Africa Availability
Organisations with branch networks in Africa can engage FourTeck for product evaluation, licensing guidance, accessory planning, support requirements and regional procurement coordination for HPE Aruba cellular connectivity. A multi-country project should be planned with particular attention to local operator bands, SIM provisioning, power standards, environmental conditions and the practical availability of 5G or LTE at each site. The same BR-150 hardware capability does not guarantee the same cellular experience in every market.
Availability and fulfilment may depend on destination, product quantity, license region, shipping arrangements, vendor lead time and local project conditions. Buyers should share the destination country, exact quantity, required Central term, deployment schedule and whether configuration or site support is expected. In East Africa, requirements for markets such as Kenya and Uganda can be assessed as part of a wider regional rollout rather than treated as identical locations. Visit FourTeck Africa for broader regional technology coordination.
Related options and services to consider
HPE EdgeConnect SD-Branch
Relevant where the cellular bridge is part of a managed branch WAN design that also includes wired, wireless and security policy. Exact gateway sizing should be based on site requirements.
HPE Aruba Networking Central
Required cloud management subscription for the 100 Series Cellular Bridge. Confirm subscription duration and tenant readiness as part of the order.
BR-150 IP55 Kit
Accessory S3M48A adds the supported IP55 environmental configuration. Confirm whether the intended mounting environment requires this option.
DC power adapter
The BR-150 can use PoE or DC power; the DC adapter is ordered separately. Choose the method based on the actual installation point and available infrastructure.
Private 5G planning
If the objective is to build a private cellular network rather than connect to one, evaluate the radio, mobile core, SIM/eSIM and spectrum components as a separate solution scope.
Branch implementation support
Staging, onboarding, policy configuration, failover testing and documentation can be scoped as services. Review FourTeck implementation services for related assistance.
Why businesses contact FourTeck for this requirement
The difficult part of cellular branch procurement is usually not identifying that 5G exists; it is turning a business objective into a complete, compatible requirement. FourTeck can help clarify whether the cellular link should be primary or backup, identify the correct BR-150 SKU and accessories, review the role of HPE Aruba Networking Central, and organise the questions that need answers from the mobile carrier. This reduces the risk of buying a bridge without the subscription, power accessory, mounting option or gateway integration needed for the planned deployment.
For multi-site projects, the discussion can also cover bill-of-material consistency, site exceptions, configuration scope, staged delivery and acceptance testing. FourTeck does not need to treat every branch as identical: the objective is to standardise where useful while documenting differences in operator coverage, power, environment and WAN role. Buyers can request hardware-only pricing or include installation and configuration as separately defined items. To understand the company and its wider technology focus, visit About FourTeck.
What branch buyers are trying to understand before choosing 5G
A common buying question is whether 5G can replace a fixed broadband or MPLS circuit at a branch. Technically, the BR-150 can be used as a primary cellular WAN path, but replacement should be a business and application decision rather than a speed comparison. A mobile connection is influenced by radio conditions, operator capacity, plan terms and network architecture. A branch that mostly uses cloud applications may have very different needs from a site transferring large files, hosting inbound services or depending on latency-sensitive voice. The right evaluation compares the real workload, not only the advertised 5G capability.
Is 5G backup truly independent?
It can provide a different access technology from fibre or copper, but resilience depends on the failure being protected against. If both services rely on the same building power or shared upstream infrastructure, a cellular link may not solve every outage scenario. Consider UPS coverage for the bridge and gateway, carrier diversity, physical placement and whether the mobile network remains usable during local disruption.
Does 5G speed equal branch throughput?
No. HPE publishes modem capability figures for 5G SA, 5G NSA and LTE, but application throughput depends on signal, spectrum, network load, operator configuration and traffic path. Treat those figures as technical limits of the platform, then test the actual service at the installation site. A well-placed device on a suitable business plan can be more useful than a theoretically faster link with weak indoor reception.
Why not use a normal 5G router?
A consumer or standalone 5G router may be adequate for simple internet access, but enterprises often need central visibility, consistent support processes and integration with branch routing policy. The BR-150 is designed as a bridge for HPE edge infrastructure and is managed through HPE Aruba Networking Central. The choice should be based on operational requirements, not on the assumption that every branch needs enterprise hardware.
Another frequent concern is whether a 5G bridge automatically provides private 5G. It does not. Private 5G is a network architecture involving radio access, mobile core functions, spectrum and subscriber identities. HPE offers a separate private 5G solution made up of indoor or outdoor small-cell radios, a 4G/5G mobile core, hardware, SIM/eSIM components and cloud management. The BR-150 can connect to public or private cellular networks, but buying the bridge alone does not create a private cellular service. This distinction is important when procurement teams receive a request simply labelled “private 5G for the branch.”
Buyers also ask whether nano-SIM or eSIM is preferable. A physical nano-SIM is straightforward when the carrier provides a business SIM and the device location is accessible. eSIM can simplify some lifecycle tasks, but support must be checked against the current software release and carrier provisioning model. HPE’s current documentation lists an eSIM interface while retaining a note that the feature is software-release dependent. For a live project, confirm the exact AOS release and operator support rather than assuming that eSIM activation is universally available.
Power and placement deserve more attention than they usually receive in early buying discussions. The BR-150 supports PoE, which can be convenient when the device is installed away from a local power outlet and the Ethernet path already comes from suitable PoE infrastructure. DC power is another option, but the adapter is sold separately. If the device needs a more exposed location to improve signal reception, the optional IP55 kit may become part of the bill of materials. The standard environmental limits, mounting method and cable path should be reviewed before the site is committed.
Quotation preparation is easiest when the buyer provides a short site profile: location, number of branches, current WAN, expected role for cellular, chosen mobile operator, gateway model, Central environment, preferred subscription term, power method and any installation support. This information helps separate mandatory components from optional ones and makes it possible to identify site exceptions early. A multi-site project can then use a standard configuration where appropriate while flagging locations that require different carriers, mounting or implementation work.
Decision questions that shape the final design
Can the BR-150 be used without an HPE Aruba Networking Central subscription?
For the supported HPE management model, plan for a Central subscription. HPE states that the 100 Series Cellular Bridge requires a per-device HPE Aruba Networking Central subscription and lists multiple term lengths. The commercial term should be selected with the hardware so support and management expectations are aligned from day one.
Should cellular be active all the time or only during failure?
That depends on the WAN policy and service plan. Some branches reserve cellular for backup, while others use it as an active secondary path or even as the primary connection. Decide how traffic should be steered, which applications are allowed over cellular and whether data-plan limits affect normal use. The gateway policy, not the bridge alone, determines the operational behaviour.
What should be tested before the branch goes live?
Test the service in the actual mounting location and test the failure scenario. Confirm cellular registration, expected routing, application access, monitoring and failover. If 5G is backup, deliberately remove or impair the primary WAN and confirm that essential traffic behaves as intended. Record the outcome so the support team knows what “normal” looks like.
How do we know whether the optional IP55 kit is needed?
Base the decision on the actual environment, not just the city. The optional kit is relevant where the device needs the supported IP55 configuration, potentially because a better radio location is more exposed. Review dust, moisture, temperature, installation method and physical access. The kit should be included only when the site design requires it.
What information should procurement request from the mobile operator?
Ask about coverage, supported bands, business SIM options, APN, addressing and data policy. If the branch needs VPNs, inbound reachability or cloud security, confirm whether carrier-grade NAT or other operator behaviour affects the design. A strong hardware specification cannot compensate for a service plan that does not match the application requirement.
When should we evaluate private 5G instead?
Consider private 5G when the organisation needs to operate its own cellular coverage and subscriber environment. That is a broader project involving radios, mobile core, spectrum and SIM lifecycle. The BR-150 may connect to such a network, but it is not a substitute for the private 5G infrastructure itself. FourTeck can help separate the branch WAN requirement from a private-cellular solution scope.
Support pathway from requirement to steady-state operation
Requirement review
Clarify use case, site count, gateway environment and cellular service assumptions.
Bill of materials
Confirm BR-150 SKU, Central subscription, power and environmental accessories.
Implementation scope
Define staging, onboarding, branch policy, testing and documentation where required.
Operational handover
Record monitoring, escalation and failover expectations so the support team can respond consistently.
Frequently asked questions
What is HPE Aruba 5G Branch Connectivity used for?
It is used to add cellular WAN connectivity to branch and remote sites. With the HPE Aruba Networking 100 Series Cellular Bridge, a site can use suitable public or private cellular service as a primary, secondary or backup WAN transport.
Which current HPE hardware is relevant to 5G branch connectivity?
The HPE Aruba Networking BR-150 5G Cellular Bridge, manufacturer SKU S0Q22A, is the current 100 Series Cellular Bridge model documented by HPE for this role. A TAA variant is also listed; confirm the required regional SKU before ordering.
Does the BR-150 create a private 5G network?
No. HPE states that the device acts as a cellular bridge for HPE edge devices and can interoperate with public or private cellular networks. A private 5G deployment requires separate radio, mobile core, spectrum and subscriber components.
Does the BR-150 require HPE Aruba Networking Central?
Yes. HPE documents a per-device HPE Aruba Networking Central subscription requirement for the 100 Series Cellular Bridge. Available term lengths should be confirmed and included in the quotation.
Can the BR-150 use both 5G and LTE?
Yes. HPE lists support for 5G Standalone, 5G Non-Standalone and LTE Cat 18, with WCDMA also documented. Actual network service depends on operator support, bands, coverage and the SIM plan.
Can it be powered by PoE?
Yes. The BR-150 supports 802.3at PoE and can alternatively use DC power. HPE notes that the DC adapter is not included and must be ordered separately when required.
Is an IP55 option available for the BR-150?
Yes. HPE lists the BR-150 IP55 Kit, SKU S3M48A, as an optional accessory. Confirm whether the mounting environment requires this configuration before adding it to the bill of materials.
Is eSIM supported?
HPE documentation lists an eSIM interface but also carries a note that the feature is dependent on a software release. Confirm the current AOS release and mobile-operator provisioning support for the deployment before relying on eSIM.
How can I request a Dubai or UAE quotation?
Send FourTeck the site count, intended WAN role, preferred operator, gateway model, Central subscription requirement, power and mounting needs, and requested timeline. FourTeck can then confirm current UAE availability and quotation options.
Build the branch requirement before you buy the bridge
Share the number of sites, cellular role, carrier preference, HPE gateway environment, Central subscription term and installation needs. FourTeck can help confirm the correct BR-150 configuration, accessories and current UAE quotation options without assuming stock, delivery time or compatibility before the requirement is checked.