HPE Aruba Discontinued Access Point Replacement in Dubai, UAE
Replacing an older Aruba access point is not simply a model-number swap. A dependable refresh starts by identifying what the existing AP is doing, checking its official lifecycle notice, and then selecting a current platform that fits radio capacity, management, PoE, uplink, mounting, regulatory and operational requirements.
Start with the old model
Send the Aruba AP model or SKU, quantity, site type, current management method and expected upgrade window. FourTeck can use that information to shape a more accurate replacement shortlist.
Confirm the exact legacy SKU and official end-of-sale guidance.
RF, ports, PoE, mounting and management can change between generations.
Wi-Fi 6, Wi-Fi 6E and Wi-Fi 7 options serve different environments.
Exact model, quantity, licenses, accessories and services must be confirmed.
Direct answer: what does Aruba AP replacement involve?
HPE Aruba discontinued access point replacement is the process of identifying an Aruba AP that has reached, or is approaching, a lifecycle milestone and moving the site to an appropriate currently orderable platform. It is mainly used to reduce lifecycle risk, maintain software and support options, improve wireless capacity, and align older sites with a sustainable management architecture. Buyers should consider it when legacy APs are no longer available for normal procurement, are tied to older software, or no longer match client and application demand. Before proceeding, confirm the exact old SKU, location type, radio and antenna requirements, switch and PoE capability, management platform, licensing, regional part code, mount compatibility and whether a fresh RF survey is needed.
What this replacement page does
It helps a buyer move from a legacy AP identity to a practical shortlist of current HPE Aruba Networking options. The work is not limited to radio specifications. A successful refresh considers the existing WLAN architecture, wired switching, power, cabling, brackets, ceilings, outdoor enclosures, antenna pattern, regulatory domain, client mix, SSIDs, authentication, roaming, IoT use and operational support model.
For lifecycle projects, FourTeck can help organise the requirement, compare suitable generations, prepare a bill of materials and define optional installation or configuration scope before a quotation is issued.
Who should use it
This type of planning is useful for IT managers dealing with an older Aruba estate, procurement teams unable to source a legacy SKU through normal channels, facilities teams modernising offices or hospitality sites, schools refreshing classroom Wi-Fi, warehouses replacing rugged or outdoor units, and organisations moving toward a newer Central-managed architecture.
It is also relevant to multi-site projects where different locations contain several AP generations. In those cases, a staged migration can be safer than treating every installed AP as identical.
Why discontinued APs create a wider network decision
Software and lifecycle pressure
An older AP can remain operational long after its original sale window, but lifecycle status matters when software support, bug fixes, replacement logistics and future feature compatibility become important. The correct decision is based on the official model-specific lifecycle notice, not on the age of the enclosure alone.
Changing client requirements
A site designed around older 802.11ac clients may now carry denser laptop fleets, voice, collaboration traffic, barcode devices, IoT sensors and newer 6 GHz-capable clients. Replacement should therefore be sized around current and expected use, rather than just matching the old radio count.
Wired infrastructure limits
Newer APs may make better use of multigigabit Ethernet and can have different PoE requirements. A wireless upgrade can expose switch-port, power-budget and cabling constraints that were not important when the legacy AP was installed.
Mounts, antennas and environment
A replacement may use a different bracket, housing, antenna connector or environmental rating. Outdoor, hospitality, remote and hazardous-location deployments need a model family designed for that role; a normal indoor campus AP should not be substituted simply because its radio specifications look attractive.
Replacement fit matrix
| Buyer need | Product direction to consider | Main selection factor |
|---|---|---|
| Lower or medium-density indoor refresh | Current Wi-Fi 6 or appropriately sized newer indoor campus AP | Client density, radio design, uplink, PoE and management compatibility |
| 6 GHz capacity requirement | Wi-Fi 6E or Wi-Fi 7 family where regional rules and clients support 6 GHz | Client capability, channel plan, regulatory domain and wired backhaul |
| High-density campus area | Higher-capacity current campus AP family | Concurrent devices, airtime use, channel width, RF design and multigigabit switching |
| Guest room or wall-plate style deployment | Current hospitality AP family | Wired ports, PoE pass-through needs, mounting and room layout |
| Outdoor or industrial coverage | Outdoor, hardened or hazardous-location family as required | Ingress protection, temperature, antenna pattern, surge, power and regulatory requirements |
| Remote or branch desktop replacement | Remote access point family or a redesigned branch WLAN | WAN dependency, management model, local ports, security policy and support workflow |
Buyer information for Aruba lifecycle replacement
| Topic | HPE Aruba Networking access point lifecycle replacement planning |
|---|---|
| Main purpose | Identify a suitable current AP or wireless design when an installed Aruba model has reached end-of-sale, end-of-support or a practical refresh point. |
| Current indoor families to evaluate | HPE’s UAE portfolio currently includes Wi-Fi 6, Wi-Fi 6E and Wi-Fi 7 campus families. Exact selection is requirement dependent and should not be inferred from family number alone. |
| Other deployment types | Hospitality, remote, outdoor, ruggedised and hazardous-location AP families are available for specialised environments. |
| Management review | Confirm whether the existing environment uses Aruba Central, controller-based management, Instant architecture, AOS 8, AOS 10 or another supported operating model. |
| Power and switching | PoE class, switch power budget, Ethernet speed, cable category and uplink design must match the proposed AP. |
| Mounting and antennas | Existing brackets and external antennas are not automatically reusable. Confirm approved mounts, connectors and antenna design for the exact replacement. |
| Regional SKU | Region and regulatory-domain variants apply. The quotation should identify the correct UAE-compatible ordering option. |
| Licensing | License and subscription requirements depend on the management architecture and chosen product. Do not assume legacy entitlement transfers automatically. |
| Installation and migration | Can be scoped separately for survey, staging, mounting, configuration, cutover, testing, documentation and handover. |
| Availability | Contact FourTeck for current UAE options. Availability varies by model, region code, quantity and vendor lead time. |
What official lifecycle notices tell a buyer
Aruba lifecycle notices are model and SKU specific. They normally identify the products reaching end-of-sale and, where applicable, recommended replacements available at the time of that announcement. Those historical replacement recommendations are useful evidence, but they should not be treated as a permanent 2026 buying list because replacement models can themselves age and newer generations can become more appropriate.
For example, official notices mapped the Aruba 300 Series to 500 Series AP-504 or AP-505 variants, the 310 Series to AP-514 or AP-515 variants, and several 320 and 340 Series SKUs to AP-534 or AP-535-era replacements. An outdoor AP-387 notice identified AP-577 variants as recommended replacements for its 2.4 GHz and 5 GHz use case. These mappings demonstrate why exact SKU matching matters: regional variants and antenna choices are explicitly part of the recommendation.
For a new project, FourTeck should therefore verify the old unit’s official notice first, then compare that historical recommendation with the current HPE Aruba Networking portfolio, the installed architecture and the customer’s forward-looking requirements. This avoids replacing a discontinued AP with another model that is technically compatible but no longer the best lifecycle choice.
Current Aruba generations: use capability, not age, to choose
HPE’s current UAE access point portfolio spans multiple generations and deployment types. For indoor campus use, buyers can evaluate Wi-Fi 6 families, Wi-Fi 6E families that add 6 GHz capability, and Wi-Fi 7 families designed for newer client and capacity requirements. HPE also lists separate hospitality, remote, outdoor and ruggedised ranges. That breadth is useful, but it makes direct model substitution less reliable because two APs from different generations may have very different uplink, radio, IoT, power and mounting characteristics.
Wi-Fi 6
Suitable where a proven 2.4/5 GHz design meets the client and capacity requirement. Current HPE portfolio examples include 500, 510, 530 and 550 class families, with different performance positions.
Wi-Fi 6E
Adds access to 6 GHz where local regulation and clients allow. Families such as 610, 630 and 650 target different capacity levels and should be matched to density and backhaul.
Wi-Fi 7
Current 720, 730, 740 and 750 family options extend tri-band design for newer high-capacity deployments. The choice should still be based on clients, switch uplink, PoE and RF design rather than generation alone.
Capability focus 1: management architecture and software path
A replacement AP has to belong in the management architecture, not merely fit the ceiling. Existing Aruba estates can include controller-managed campus APs, Instant deployments, Aruba Central, AOS 8 and newer AOS 10 approaches. The migration path can affect configuration workflows, licensing, monitoring, authentication, policy enforcement, templates and operational responsibility. A hardware shortlist should therefore be checked against the software release and management platform that the organisation intends to run after the refresh.
This is particularly important when a project uses lifecycle replacement as an opportunity to modernise management. Moving to a newer platform can improve consistency across branches and campuses, but it may also require new subscriptions, a different onboarding process, configuration conversion, site and group planning, and change-management work. It is unsafe to assume that all configuration from an old AP automatically appears on a new-generation unit. Some replacement workflows can transfer inventory or site associations, while actual configuration behaviour depends on platform and software version.
Before ordering, document the current controller or Central tenant, AOS version, AP group structure, SSID and VLAN design, identity services, certificates, RADIUS servers, captive portal, firewall roles, dynamic segmentation use, monitoring integrations and desired future operating model. FourTeck can use this information to include the right management and implementation dependencies in the quotation.
Capability focus 2: RF capacity, 6 GHz and client reality
Newer Wi-Fi standards create opportunities, but they do not remove the need for RF design. A legacy AP may have been installed when most clients used 2.4 GHz or 5 GHz. A replacement project can introduce Wi-Fi 6 efficiency, 6 GHz channels with Wi-Fi 6E, or Wi-Fi 7 features, but only compatible clients can use those capabilities. The site must still manage interference, channel reuse, transmit power, roaming boundaries and physical obstacles.
A 6 GHz plan deserves special attention. HPE’s current UAE portfolio includes Wi-Fi 6E and Wi-Fi 7 APs with 6 GHz support, but 6 GHz behaviour depends on regional regulation, client support and deployment class. The practical benefit can be significant where many capable clients compete for airtime, yet a site with mostly older endpoints may gain more from well-designed 5 GHz coverage, correct AP placement and improved switching than from adopting the highest Wi-Fi generation everywhere.
Use measured client counts, application mix, peak airtime demand, voice and roaming requirements, IoT density and expected device refresh cycles to decide where higher-tier APs are justified. For a large office, school, warehouse or hospitality site, a new RF survey or predictive design can be more valuable than a simplistic one-old-AP-for-one-new-AP count.
Capability focus 3: PoE, multigigabit uplinks and physical fit
Wireless performance is constrained by the infrastructure feeding the AP. Some older Aruba units operated comfortably on standard Gigabit Ethernet and lower PoE budgets. Current high-capacity APs can use faster Ethernet and may have different power requirements. If the switch cannot provide the required PoE class, the AP may operate with restrictions, fail to power, or require an approved injector or switch upgrade depending on the model.
The wired path should be reviewed end to end. Check switch model, port speed, PoE budget, uplink oversubscription, cable category, patch panels, link length, VLAN design and redundancy. A Wi-Fi 7 project can be undercut by 1 GbE switching where the design expected a multigigabit uplink, while replacing every switch can be unnecessary if actual WLAN demand remains modest. Sizing should be evidence driven.
Physical details matter as much as port speed. Confirm the ceiling or wall surface, available bracket, orientation, plenum requirements, access above ceilings, cable entry, external antenna need, outdoor surge protection and local power. Brackets from older Aruba generations should not be assumed compatible. Include mounting kits, injectors, antennas and cabling parts in the bill of materials only after the exact AP model and site conditions are known.
A practical Aruba AP replacement journey
Inventory
Capture model, SKU, serial references, location, quantity, AP role, software version and management platform.
Lifecycle check
Verify official end-of-sale and support notices and identify the historical recommended replacement where one exists.
Requirements
Measure users, devices, applications, RF conditions, PoE, switch speed, mounting, management and regional constraints.
Shortlist
Compare current product families and avoid selecting a replacement solely because its model number appears in an older notice.
Bill of materials
Confirm AP SKUs, mounts, antennas, injectors, subscriptions, support and any switching or cabling items.
Deployment plan
Stage, configure, replace, validate coverage and applications, document the new estate and define rollback where required.
Compatibility notice before ordering
Do not assume an old Aruba AP and a current replacement share the same mounting bracket, antenna, PoE requirement, Ethernet speed, management mode, license entitlement or software support. Confirm the exact proposed model against the target architecture. Where an estate contains older controllers, Instant clusters or mixed AP generations, validate the supported software path before hardware is purchased. Regional variants also matter; the correct Rest-of-World or other regulatory SKU must be confirmed for the deployment country.
Where lifecycle replacement is commonly needed
Corporate offices
Refresh older 802.11ac coverage as laptop density, video collaboration and cloud use increase. Review meeting rooms, open-plan areas and roaming paths rather than simply copying old AP positions.
Schools and training centres
Classrooms can create concentrated client loads and scheduled peaks. Confirm per-room density, device type, exam requirements, content filtering, authentication and switch capacity.
Retail and hospitality
Guest Wi-Fi, staff devices, POS, room systems and IoT can share the WLAN. Hospitality-style APs may be more suitable than ceiling APs where local wired ports or wall mounting are required.
Warehouses and logistics
RF design must account for racks, stock movement, scanners, vehicles and high ceilings. Hardened or directional options may be required, with careful antenna and mounting selection.
Outdoor and industrial sites
Use purpose-built outdoor or ruggedised APs. Ingress protection, temperature, hazardous-location certification where applicable, grounding, surge and antenna coverage must be part of the design.
Multi-site organisations
A refresh can standardise hardware and management across branches, but different site sizes may justify different AP tiers. Centralised templates should allow documented site-specific exceptions.
Integration and operational considerations
Wireless refresh projects touch identity, switching, addressing and security. Confirm how SSIDs map to VLANs or role-based policy, where DHCP and DNS are provided, whether 802.1X and RADIUS are used, and whether guest portals or certificate-based onboarding depend on external services. If the WLAN uses dynamic segmentation, gateways or firewall roles, the replacement design should preserve the intended policy model rather than recreating only the SSID names.
Operational monitoring also needs attention. Aruba Central can provide a common management and visibility layer for supported environments, but alerting, logging, administrator roles, API integrations and support workflows should be documented. Decide who will onboard new devices, assign sites and groups, manage licenses, review RF health, approve software updates and respond to wireless incidents after the project closes.
For cutover, test more than basic internet access. Validate corporate authentication, guest access, voice, roaming, printers, scanners, POS terminals, IoT devices, multicast where used, VPN reachability and any location-dependent applications. Retain a rollback plan for critical areas until the new AP and software design has passed practical acceptance checks.
Questions to resolve before requesting a replacement quote
A family name is not enough when antenna and region variants differ.
Lifecycle, capacity, software, support, coverage or architecture goals can lead to different shortlists.
Central, controller, Instant and software-version dependencies should be identified early.
Check PoE class, total switch budget, Ethernet speed and cable path.
Use client capability and density data rather than generation labels alone.
Reuse only when compatibility is confirmed for the exact replacement model.
Procurement checklist for an Aruba AP refresh
How FourTeck can assist with replacement planning
FourTeck can help turn a mixed list of old Aruba APs into a structured procurement requirement. The useful starting point is an inventory, not a generic request for “the latest Aruba AP.” For each site, the team can review legacy model references, deployment type, current management architecture, client density, switch and PoE environment, antenna needs, mounting constraints and target lifecycle. From there, a current product family can be shortlisted for further validation.
Quotation support can include model and region selection, quantity review, mounting and power accessories, license or subscription guidance, and optional services. Where a project requires survey, staging, installation, configuration, migration, testing or handover, those activities should be described explicitly so the commercial scope is clear. Buyers can review broader FourTeck technology services and enterprise product options while planning the refresh.
This approach reduces ambiguity in the bill of materials. It also helps procurement compare offers on the same technical basis instead of receiving different AP generations, region codes, mount assumptions or license inclusions from different suppliers.
UAE availability and support guidance
Contact FourTeck to confirm current UAE availability for the exact HPE Aruba Networking AP, region code, quantity, mounts, licenses and accessories required by the project. Availability may depend on model, regulatory variant, quantity, vendor lead time and whether the selected family is in a transition period. A generic lifecycle replacement page cannot confirm stock for every AP family.
For projects covering Dubai, Abu Dhabi, Sharjah and Ajman, FourTeck can coordinate the requirement as one UAE discussion and separate the bill of materials by site where necessary. Delivery planning, installation windows, configuration and support scope should be agreed only after the exact hardware and services are confirmed. Use the FourTeck UAE contact page to share the legacy model list and deployment locations.
GCC Availability
FourTeck can assist organisations planning Aruba access point lifecycle refreshes across Gulf locations by reviewing the legacy estate, identifying suitable current product families, preparing quotation requirements and defining optional deployment scope. Regional projects may include the United Arab Emirates, Saudi Arabia, Kuwait, Qatar, Bahrain and Oman, but each destination should be treated as a specific technical and commercial requirement. Regulatory-domain SKUs, 6 GHz rules, available models, license terms, project services and vendor lead times can vary by country and by the exact AP family.
For a GCC request, provide the destination country, old AP model and SKU, required quantity, site type, management platform, target replacement date and whether survey, configuration or installation assistance is expected. FourTeck can then coordinate a more consistent bill of materials and highlight country-specific items that need confirmation. Buyers with projects in Kuwait can also review FourTeck technology support in Kuwait. Product availability, service visits and delivery schedules must be confirmed in the quotation and should not be assumed from another country’s listing.
Africa Availability
For African wireless-refresh projects, FourTeck can help organisations evaluate legacy HPE Aruba access points, current replacement directions, management dependencies, mounting and power accessories, licensing, configuration scope and regional procurement requirements. The appropriate approach can differ between an office refresh in a capital city, a school campus, a hospitality rollout, a warehouse or an outdoor industrial site. Destination, regulatory requirements, power design, shipping arrangements, vendor lead time and local installation conditions all affect the final plan.
Buyers should share the destination country, exact old AP model, quantity, site environment, expected deployment schedule and any onsite or remote support expectations. FourTeck can use that information to prepare a relevant shortlist and quotation path without promising inventory or delivery outcomes before confirmation. Organisations planning East African projects can review FourTeck Africa technology coordination and FourTeck Kenya solutions as part of wider regional planning.
Related options to consider with an AP replacement
HPE Aruba Networking Central
Consider whether the refresh should standardise supported APs under Central. Licensing, architecture and migration effort should be reviewed separately.
CX switching and PoE review
New APs may justify a switch-port and power assessment. Replace switching only where capacity, PoE, uplink speed or lifecycle requirements support the case.
Wireless survey and design
A predictive or onsite RF survey can validate placement, channel planning and coverage rather than copying legacy AP locations without measurement.
Mounts, injectors and antennas
Include only exact compatible accessories after the proposed AP is selected. External antenna projects require separate pattern and connector validation.
Installation and migration
Scope staging, ceiling work, configuration, cutover, testing and documentation according to site access and change-control requirements.
Alternative AP tiers
A standard office may not need the same AP tier as an auditorium or dense training facility. Compare by workload and lifecycle rather than one universal replacement.
What buyers are really trying to solve when replacing older Aruba APs
Most buyers do not start with a Wi-Fi standard. They start with a practical problem: the old AP cannot be ordered through normal channels, a support team has flagged a lifecycle date, a controller or software upgrade no longer fits the installed hardware, or users are reporting inconsistent performance. The replacement decision becomes easier when the problem is translated into measurable requirements. If the main issue is lifecycle risk, prioritise a current family with a suitable support horizon and management path. If the issue is capacity, collect client counts, peak airtime use and application behaviour. If the issue is coverage, verify RF placement before assuming more powerful hardware will fix a physical design problem.
Historical Aruba notices provide specific replacement mappings for many older series, but those recommendations describe the portfolio available when the notice was issued. For a 2026 project, use that notice as the starting point, then revalidate against current Wi-Fi 6, 6E or 7 families, software support and site requirements.
Possibly, but only if the proposed AP and target software are supported by the existing management architecture. Controller model, AOS release, Instant cluster design or Central operating model must be checked before procurement. A hardware refresh is often the moment when older management dependencies become visible.
Not automatically. Wi-Fi 7 can be appropriate for newer high-capacity environments, but a well-sized Wi-Fi 6 or 6E design may be more suitable where client capability, wired backhaul, budget or lifecycle standardisation point in that direction. The correct generation is a design choice, not a status symbol.
Sometimes accessories span several generations, but compatibility must be confirmed for the exact replacement model. Ceiling rails, wall brackets, external antenna connectors and outdoor mounting hardware can differ. Include the approved mount in the bill of materials when there is any uncertainty.
Another common question is whether a newer AP will improve internet speed. The AP is only one part of the path. Client capability, RF conditions, channel width, switch port speed, PoE mode, WAN bandwidth, firewall policy and application servers can all limit user experience. A replacement project should therefore distinguish between wireless-airtime problems and end-to-end performance problems. If a 1 GbE switch port is already the bottleneck for a high-capacity area, installing a premium AP without reviewing the uplink may deliver less benefit than expected. Conversely, replacing every access switch can waste budget when actual traffic remains well below the existing wired capacity.
Buyers also search for direct “equivalent” models because they want a fast quotation. Equivalence is rarely complete. A new AP can have a different number of spatial streams, different Ethernet ports, 6 GHz radios, more demanding PoE, a different housing, different antenna behaviour or a new management baseline. The practical equivalent is therefore the model that meets the same business role while fitting the future architecture. That might be a lower-tier current AP in one location and a higher-tier AP in another, even if both sites used the same legacy model years ago.
Cost planning should separate hardware from the rest of the refresh. A quotation may need APs, mounting kits, injectors, antennas, subscription or Central licenses, support, switching upgrades, cabling, survey, installation, configuration and testing. Not every project needs every item. Providing the legacy SKU, quantity, current switch model, management method and site type allows FourTeck to avoid unnecessary components and identify missing dependencies earlier.
For Dubai and UAE buyers, the fastest path to a usable comparison is to send a site-by-site list. Include the old AP model and quantity, whether each unit is indoor, hospitality, remote or outdoor, the management platform, any external antennas, the switch or PoE source and the intended replacement window. FourTeck can then structure a shortlist and quotation around current regional options rather than relying on a generic online compatibility assumption.
Decision questions that prevent the wrong Aruba replacement
How do I know whether an old Aruba AP is actually discontinued?
Use the exact model or SKU in HPE Aruba Networking lifecycle documentation. Do not infer status from marketplace availability, an old reseller page or the fact that used units can still be purchased. End-of-sale, end-of-support and software support are separate considerations. FourTeck can use the exact part number to identify the relevant notice before recommending a replacement direction.
Should I follow the replacement SKU in an old end-of-sale notice?
Treat it as verified historical guidance, not an automatic current purchase recommendation. The replacement named years ago may now sit in an older generation itself. A sound 2026 decision compares the notice with the current HPE portfolio, required support horizon, WLAN software path and site performance needs.
Can I mix new APs with old Aruba APs during a phased migration?
Mixed-generation estates are common, but the supported combination depends on management architecture and software. Validate controller or Central support, minimum code versions, AP group behaviour and feature differences. A phased plan should define which areas migrate first and how user experience, policy and troubleshooting will remain consistent during the transition.
When does a switch upgrade become part of the AP project?
When the proposed AP requires more PoE than the switch can provide, when multigigabit uplinks are needed to meet the design target, when the existing switch is itself at a lifecycle risk, or when cabling and uplink capacity constrain the WLAN. Do not bundle a switch refresh by default; validate the actual bottleneck first.
What information makes a replacement quotation accurate?
Provide exact legacy AP SKUs, quantities, site locations, current controller or Central details, switch models, PoE capability, antenna type, ceiling or wall mount, required Wi-Fi generation, expected user density and any installation services. This information lets the quotation identify the right region code and accessory set instead of relying on assumptions.
Is replacing APs one-for-one always the safest approach?
No. A new AP generation can have different coverage characteristics and capacity, and the building may have changed since the original WLAN was designed. A one-for-one physical swap can be practical for a small, well-understood site, but larger refreshes should consider a new survey or predictive design before locking the AP count and placement.
Why businesses contact FourTeck for lifecycle refresh work
The value in a lifecycle project is clarity. A buyer often has old model numbers, several sites, a target date and a requirement to keep the WLAN stable. FourTeck can help organise those inputs into model selection, bill-of-material guidance, compatibility questions and a quotation request. The goal is to identify what must be confirmed before money is committed, not to force every project into the same AP generation.
Assistance can include reviewing regional SKUs, distinguishing indoor from hospitality or outdoor roles, checking switch and PoE dependencies, considering management and licensing, and defining services such as installation, configuration or migration. If broader infrastructure modernisation is involved, buyers can review FourTeck enterprise technology solutions and the company’s business technology profile.
No lifecycle page can confirm final compatibility, stock or delivery timing for every Aruba AP. The useful outcome is a requirement-specific shortlist that can be checked against current manufacturer documentation and regional availability at quotation time.
Frequently asked questions
Which HPE Aruba AP should replace my discontinued model?
There is no single replacement for every discontinued Aruba AP. Start with the exact old SKU and its official lifecycle notice, then compare the current portfolio against client density, deployment type, PoE, uplink, mounting, management and regulatory requirements. FourTeck can help build the shortlist.
Are Aruba AP-300, 310, 320 and 340 series replacement recommendations still current?
Their official notices remain useful historical guidance, but the named replacement models reflect the portfolio at the time of each announcement. A current project should revalidate those recommendations against today’s Wi-Fi 6, Wi-Fi 6E and Wi-Fi 7 options and the desired support horizon.
Can a new Aruba AP use my existing mounting bracket?
Possibly, but bracket compatibility must be confirmed for the exact AP model. Do not assume that mounts, ceiling adapters or outdoor hardware from an older generation will fit a current access point.
Will I need new Aruba Central licenses or subscriptions?
That depends on the current management architecture, the proposed AP and the licensing model in use. Confirm the Central, controller or Instant design and the desired subscription term before ordering. Legacy entitlements should not be assumed to transfer automatically.
Do I need to upgrade PoE switches when replacing Aruba APs?
Not always. Check the power requirement of the proposed AP, the per-port PoE capability and total switch budget, plus any multigigabit Ethernet need. Upgrade switching only when the current infrastructure cannot support the new design or has its own lifecycle requirement.
Should I choose Wi-Fi 6E or Wi-Fi 7 for the replacement?
Choose according to client capability, density, 6 GHz use, application demand, wired backhaul, budget and lifecycle goals. The newest standard is not automatically the best fit for every office, school, retail or warehouse environment.
Can I replace Aruba access points gradually instead of all at once?
A phased migration can be practical when software compatibility and management architecture allow mixed generations. Validate supported combinations, define migration groups, test policy and roaming behaviour, and plan how older APs will be retired.
Does FourTeck provide installation and configuration support in Dubai?
FourTeck can discuss survey, installation, configuration, migration, testing and documentation as part of a defined project scope. The exact services, locations and schedule should be confirmed in the quotation.
What should I send to get a Dubai replacement quote?
Send the existing Aruba AP model or SKU, quantity, site type, management platform, switch and PoE details, antenna or mounting information, target replacement date and any installation requirements. FourTeck can then check current UAE options and prepare a requirement-specific quotation.
Turn the old Aruba model list into a replacement plan
Share the exact AP models, quantities, site types and management platform. FourTeck can help review lifecycle status, shortlist current options, identify mounting, PoE, licensing and migration dependencies, and prepare a Dubai or UAE quotation.