HPE Aruba WiFi 6 to WiFi 7 Migration in Dubai, UAE
Moving from an established HPE Aruba WiFi 6 environment to WiFi 7 is a network-design project, not just a hardware refresh. The useful outcome is a staged plan that aligns RF coverage, 6 GHz operation, client readiness, security, PoE, cabling, switching, management and business change windows with the access points that are actually required.
WiFi 6 to WiFi 7 migration
Phased refresh or wider redesign
Clients, power, switching and RF
Assessment, BOM and quotation
Direct answer: what this migration involves
HPE Aruba WiFi 6 to WiFi 7 migration is the process of evaluating an existing Aruba wireless estate and introducing appropriate WiFi 7 access points, management changes and supporting infrastructure without creating unnecessary disruption. It is mainly used when an organisation needs greater wireless capacity, 6 GHz capability, newer security behaviour, higher uplink potential or a hardware lifecycle refresh. It should be considered by businesses that already depend heavily on wireless access and can identify a real operational or lifecycle reason to modernise. Before proceeding, confirm the current AP and switch inventory, client capability, RF conditions, management platform, software support, PoE and cabling, authentication design, required licences, regulatory domain and the rollout sequence for each building or floor.
What changes when you move from WiFi 6 to WiFi 7?
What it does
WiFi 7, based on IEEE 802.11be, adds capabilities beyond WiFi 6 and WiFi 6E, including Multi-Link Operation, wider channel options where spectrum and client support allow them, and 4096-QAM for higher peak data rates under suitable signal conditions. HPE Aruba Networking’s current WiFi 7 portfolio spans multiple access-point families for different capacity, form-factor and environmental needs. A migration project determines which of those capabilities can deliver useful value in the real site rather than assuming every feature should be enabled everywhere.
Who it suits
The project is most relevant to organisations with dense user areas, growing numbers of modern laptops and phones, real-time collaboration, high-bandwidth content, location and IoT requirements, or a scheduled access-point refresh. It can also suit businesses that want to move toward Aruba Central and AOS-10 while replacing older hardware in stages. A smaller office with stable WiFi 6 performance and mostly older clients may achieve more value from tuning, cabling or switching work first, so the decision should be driven by measurable requirements.
Business challenges a migration plan should solve
Congested wireless areas
Busy meeting floors, classrooms, hospitality zones and shared workspaces may need a capacity-based redesign rather than simply stronger transmit power.
Access-point lifecycle pressure
A planned refresh creates an opportunity to standardise radio design, software versions, mounting, licences and operational processes instead of replacing failed devices one by one.
6 GHz adoption questions
The 6 GHz band can add capacity, but channel availability, indoor rules, propagation, security and client support must be considered for the UAE regulatory domain.
Management transition
Teams may want new AP hardware now while keeping established AOS-8 operations temporarily, or may choose a broader move to Central and AOS-10. Both require version-specific planning.
Migration fit matrix
| Business situation | Relevant assistance | Scope dependency |
|---|---|---|
| WiFi 6 APs are due for refresh but service is currently stable | Lifecycle review, model mapping and staged replacement plan | Existing controller/Central architecture, licences and AP support |
| High-density areas experience contention or inconsistent performance | RF assessment, client analysis, capacity redesign and pilot | Floor plan, wall materials, interference, application demand and device mix |
| Business wants 6 GHz and newer WiFi 7 client capabilities | Regulatory-domain review, SSID/security planning and client validation | Country rules, WPA3 support, client drivers and chosen AP family |
| Existing access switches are mainly 1 GbE with limited PoE headroom | Switch, uplink, cabling and power-budget assessment | AP power profile, port speed, cable plant and redundancy requirements |
| IT wants a measured move from AOS-8 toward AOS-10/Central | Software compatibility review, migration sequencing and operational handover | Current software version, supported APs, gateway design and subscription plan |
Service information and planning boundaries
| Topic | HPE Aruba WiFi 6 to WiFi 7 Migration |
| Main purpose | Assess, design and coordinate a controlled wireless refresh based on capacity, lifecycle and operational requirements. |
| Suitable environments | Corporate offices, education, hospitality, healthcare, retail, warehouses, multi-site organisations and other enterprise WLAN environments, subject to site-specific design. |
| Assessment support | Inventory review, client and application discovery, RF assessment scope, switching and power review, and migration-risk identification. |
| Planning support | Model-family selection guidance, phased rollout design, SSID/security planning, management-path review and bill-of-material coordination. |
| Installation support | Scope dependent. AP mounting, switch changes, cabling and change-window work should be defined in the quotation. |
| Configuration support | Scope dependent. Includes agreed WLAN, security, RF, management and monitoring tasks where specified. |
| License guidance | Confirm exact management subscriptions, software entitlements and terms for the selected architecture. |
| UAE availability | Contact FourTeck to confirm current model, quantity, licence and lead-time options. |
| Important note | WiFi 7 capabilities depend on the AP family, client, software, radio configuration, power, regulatory domain and WLAN design. No single feature set should be assumed for every site. |
Dependencies that can change the project scope
A WiFi 7 access point can be backward compatible with older client generations, but backward compatibility does not mean the existing design is automatically suitable. HPE’s planning guidance for WiFi 7 builds on 6 GHz design principles, recommends client assessment and validation, and highlights security, PoE and cabling considerations. The precise implementation must also follow the UAE regulatory domain configured for the equipment. For that reason, FourTeck should confirm the design against current HPE documentation and the selected software release before configuration is finalised.
- AP family and radio capability are model dependent.
- Advanced WiFi 7 functions can be software and management-path dependent.
- 6 GHz channel use depends on country rules and the regulatory domain.
- Power features can change when an AP is supplied by different PoE classes.
- Client support, drivers and authentication behaviour can affect which SSID/security strategy is appropriate.
A practical migration journey
Discover the estate
Document APs, switches, controllers or gateways, software, licences, SSIDs, authentication, cabling, users, IoT endpoints and trouble areas.
Measure and design
Define coverage, capacity and roaming targets, then determine where a predictive or onsite RF survey is needed, especially for complex buildings.
Build the target architecture
Select suitable AP families, power and switching changes, management approach, licences, SSID/security design and a controlled coexistence strategy.
Pilot before scale
Test target clients, roaming, authentication, performance, voice or collaboration applications and operational monitoring in a representative area.
Roll out in waves
Use site, floor or RF-block change waves so rollback, issue isolation and user communication remain manageable.
Capability focus: 6 GHz without assuming a one-for-one swap
One of the strongest reasons organisations investigate WiFi 7 is access to the 6 GHz band. The UAE has made part of the 6 GHz range available for indoor Wi-Fi use, but the practical channels and radio behaviour are governed by the configured country code, current regulations and device certification. This matters because higher-frequency propagation differs from 2.4 GHz and may differ from a WiFi 6 design that was primarily built around 5 GHz coverage. HPE recommends wireless design and survey work when moving into 6 GHz, with the exact approach depending on building complexity.
A good migration therefore does not start with “replace every AP in the same place.” Existing locations can sometimes remain suitable, but walls, glazing, shelving, high ceilings, room density and client concentration may change the result. A corporate floor with light partitions may behave very differently from a hotel with many rooms, a clinic with specialised equipment or a warehouse with high metal racks. The target should be capacity and application performance, not merely a green coverage heat map.
Channel widths also need discipline. Wider channels can increase peak throughput when spectrum, signal quality and client support allow it, but wider is not automatically better in a dense multi-AP environment. Channel reuse, neighbouring WLANs and the available 6 GHz allocation must be considered. FourTeck can help translate the desire for “WiFi 7 speed” into an RF plan that is appropriate for the site instead of enabling the largest channel width everywhere.
Capability focus: management and software path
Many Aruba customers are not starting from the same software position. Some have Aruba Central and AOS-10, while others continue to operate controller-based or Instant environments on AOS-8. HPE documented support in July 2026 for select 7xx Series WiFi 7 access points on AOS-8.13.3 or later, giving certain organisations a way to refresh hardware while retaining an AOS-8 operating model for a period. That option should not be interpreted as feature parity with AOS-10. HPE specifically notes that advanced WiFi 7 capabilities such as Multi-Link Operation and 320 MHz channel width are not available through the AOS-8.13.3 path described in that guidance.
This creates a useful decision point. A business can choose to make the hardware refresh and management migration one coordinated project, or it can separate them where technical support, risk and budgeting allow. The second approach may reduce the number of simultaneous changes, but it can also postpone access to certain features and require additional validation later. The correct choice depends on the installed base, operational skills, change governance, support status, gateway design and the intended future state.
FourTeck can help document the “now”, “intermediate” and “target” states before equipment is ordered. That includes checking supported AP combinations, software versions, Central subscription requirements and the effect of the chosen architecture on WLAN configuration, monitoring and troubleshooting. Because vendor support matrices change, the final design should always be validated against current HPE release information at the time of purchase and deployment.
Capability focus: switching, PoE and cabling readiness
Wireless upgrades frequently expose wired-network limits. A high-capacity WiFi 7 AP connected to a congested 1 GbE access port cannot create additional upstream bandwidth by itself. Likewise, an AP that supports advanced radio and IoT features may operate differently when the switch cannot provide the recommended PoE class. HPE’s WiFi 7 planning guidance calls for verifying both PoE and cabling speed requirements and recommends 802.3bt/Class 6 PoE for new deployments, while Intelligent Power Monitoring can help manage feature availability on lower-power 802.3at/Class 4 sources for supported models.
A migration assessment should therefore identify the switch model, port speed, PoE standard, total switch power budget, uplink capacity, stacking or redundancy design and cable category for every target zone. That does not mean every switch needs replacement. Some sites may have multigigabit ports and sufficient power already; others may only need selective switch upgrades for high-demand areas. The bill of materials should separate mandatory changes from optional improvements.
Cabling condition matters as much as cable label. Older or poorly terminated copper runs can fail at higher Ethernet speeds or with higher power delivery even if they worked acceptably for the previous AP generation. Where the project relies on 2.5, 5 or 10 GbE links, the installed cable plant, path length, patching and test results should be reviewed. For difficult ceiling spaces or hospitality rooms, mounting hardware and patch-cord management should also be included in the implementation scope rather than discovered during the change window.
Where WiFi 7 migration can make business sense
Corporate collaboration floors
Meeting-heavy floors can contain many modern laptops and phones generating simultaneous voice, video, screen-sharing and cloud traffic. The design should prioritise capacity, roaming and application consistency rather than headline peak rate.
Hospitality properties
Guest rooms, ballrooms, conference spaces and operational areas create different RF patterns. A migration can combine room AP strategy, public-space density planning and management standardisation where the building and cabling allow it.
Education and training
Lecture rooms and labs can concentrate many devices in small areas. Device onboarding, WPA3 capability, application traffic and class-change movement should be tested before wide rollout.
Healthcare and specialist facilities
Clinical mobility and connected equipment can create strict availability and compatibility requirements. The client inventory and authentication design may be more important than the newest radio feature.
Warehouses and industrial sites
Height, racking, moving inventory and specialised handhelds require environment-specific RF design. Outdoor or hardened WiFi 7 AP families may be relevant in some zones, but model and antenna choice must follow survey findings.
Multi-site organisations
A staged programme can standardise templates and operational practices while allowing each site to retain its own AP count, switch changes, maintenance window and local constraints.
Integration and operational considerations
The WLAN touches far more than access points. Authentication may involve RADIUS, ClearPass or another identity platform. Guest access can depend on captive portals and internet breakout. Voice and collaboration depend on latency, roaming and QoS behaviour. IoT devices may use older security modes or 2.4 GHz only. Monitoring may depend on Central, SNMP, syslog or third-party systems. A migration plan should map these integrations so that a technically successful AP replacement does not create an operational problem elsewhere.
SSID strategy deserves particular attention. HPE’s current WiFi 7 planning guidance recommends a dedicated SSID approach for WiFi 7 features when appropriate so new capabilities can be introduced and tested without unexpectedly affecting legacy clients. That does not mean every customer should permanently add another SSID; the long-term design must balance testing needs, airtime overhead, user experience and security policy. Federated or externally governed SSIDs can require a different change path.
Security changes can also be significant. WiFi 7 builds on the WPA3 and Enhanced Open expectations introduced with 6 GHz and adds further cipher and beacon-protection requirements. Older scanners, printers, controllers or embedded devices may not support the same standards as new laptops and phones. Rather than weakening the entire WLAN, the project should identify these devices, decide where legacy support must remain, and isolate or replace them according to business risk and compatibility.
Finally, define ownership after handover. Someone must monitor client health, RF behaviour, switch power, authentication failures and application complaints during the stabilisation period. Configuration backups, device naming, floor plans, AP location data and change records should be updated so the modernised WLAN is easier to support than the one it replaced.
Questions to resolve before hardware is ordered
The reason for change determines whether the project can be selective or needs a broader RF and switching redesign.
A client inventory prevents overestimating near-term benefits and helps define pilot groups.
Software path affects feature availability, licences, architecture and the operational change plan.
Review per-port capability, total PoE budget, uplinks and cable health before committing to AP quantities.
Procurement checklist for an accurate migration quotation
How FourTeck can support the migration decision
FourTeck can assist at the point where technical design and procurement meet. That can begin with requirement clarification: why the organisation is upgrading, which areas matter most, what the current infrastructure can already support and what evidence is needed before the bill of materials is fixed. Where RF design is required, the scope can include floor-plan review, survey planning and AP-placement validation. Where the access layer is a constraint, switch port speed, PoE and uplink requirements can be assessed alongside the wireless design.
For customers with existing Aruba management, the software and licensing path can be documented separately from hardware selection. This is especially useful for organisations considering a phased approach between AOS-8 and AOS-10/Central. The selected APs, subscription terms, switch changes, mounting accessories and implementation tasks can then be assembled into a quotation-ready bill of materials instead of being treated as isolated purchases.
If your requirement is broader than wireless, review FourTeck’s technology services, browse network and security products, or contact the FourTeck team with the current WLAN inventory and target outcome. The exact scope of onsite work, configuration, documentation and post-change support should be agreed in the quotation.
UAE availability and support guidance
Contact FourTeck to confirm current UAE availability for the HPE Aruba WiFi 7 AP family, required licences, mounting options and any associated switching or power components. Availability can depend on the selected model, regional SKU, quantity, licence term and vendor lead time. A migration design should be completed far enough to establish a credible bill of materials before delivery dates are treated as project commitments.
The UAE’s 6 GHz Wi-Fi framework creates an important opportunity for modern WLAN designs, but deployment still needs the correct regulatory-domain configuration and current vendor support. Installation and configuration scope should be included in the quotation where required. FourTeck can coordinate requirements for Dubai projects and discuss wider UAE rollout needs after the site count, target model family, management design and implementation responsibilities are known.
Dubai, Abu Dhabi, Sharjah and Ajman project coordination
Organisations with offices or facilities across Dubai, Abu Dhabi, Sharjah and Ajman can plan a shared migration framework while allowing each site to keep its own RF design, AP quantity and rollout window. A useful programme approach is to standardise naming, management policy, security, approved AP families, switch requirements, documentation and testing criteria, then validate each location independently. This avoids assuming that a floor plan, density model or cabling condition from one site applies to another. FourTeck can help consolidate requirements for quotation and coordinate the scope for supply, installation, configuration or migration support where requested. Current availability, travel or onsite requirements, model choices and project dates should be confirmed against the final destination and statement of work.
GCC Availability
For GCC organisations considering an HPE Aruba WiFi 6 to WiFi 7 refresh, FourTeck can assist with requirement review, model-family selection, quotation coordination, delivery planning and the definition of configuration or installation scope. Projects in the United Arab Emirates, Saudi Arabia, Kuwait, Qatar, Bahrain or Oman may share a common architecture, but procurement and deployment details should still be validated for the destination country. Regulatory settings, supported regional SKUs, licensing, vendor lead times and onsite service arrangements can differ, particularly where 6 GHz operation is involved.
Before requesting a regional quotation, share the destination country, number of sites, existing Aruba AP and management environment, approximate quantities, required licence term, target deployment schedule and whether switching, cabling, installation or post-change support is included. For Kuwait-specific technology coordination, you can also review FourTeck Kuwait resources. Product availability, service visits and delivery schedules remain subject to the final model, quantity, region, project scope and vendor lead time rather than a fixed regional promise.
Africa Availability
FourTeck can also help organisations planning Aruba wireless modernisation for African offices, campuses and operational sites. The useful starting point is a technical requirement rather than a country list: identify the existing AP estate, management software, client population, switch capability, building type and the business reason for moving toward WiFi 7. From there, model and licence options, accessories, deployment requirements and support expectations can be reviewed for the destination. Conditions can vary substantially between an urban office, a hospitality site, a warehouse and a remote operational facility.
Availability and fulfilment can depend on destination, regional SKU, quantity, licence rules, power and regulatory requirements, shipping arrangements, vendor lead time and the practical scope of onsite work. Buyers should provide the destination country, exact requirement, quantities, preferred rollout schedule and any installation or support expectation before finalising a quotation. For regional planning, see FourTeck Africa, Kenya technology support or Uganda technology support. Local inventory, customs outcomes, onsite coverage and delivery dates should not be assumed until the project scope is confirmed.
What buyers are really trying to work out before upgrading
Most organisations do not begin by asking which WiFi 7 feature has the highest theoretical speed. They usually ask whether the upgrade will improve a real problem, whether existing switches can support the new access points, whether all APs must be replaced at once, whether current clients will benefit, and whether the Aruba management environment has to change at the same time. Those are the right questions because WiFi 7 value depends on the entire path from the client radio through the access point and Ethernet access layer to applications and services.
A business with hundreds of recent WiFi 7-capable laptops may have a stronger immediate case than a site dominated by barcode scanners and legacy IoT endpoints. Even then, client capability is only part of the picture. The RF design must provide suitable signal and channel reuse, and the wired infrastructure must supply the needed power and uplink capacity. If the present network already has unused airtime and the application bottleneck is elsewhere, replacing APs alone may not produce a noticeable user change.
Can WiFi 6 and WiFi 7 access points coexist?
Yes, coexistence can be part of a staged refresh, but it should be designed deliberately. HPE guidance recommends care when mixing AP models within a contiguous RF service area, and the software support matrix must be checked for the intended operating system. One practical approach is to migrate by floor, building or RF block so radio behaviour is easier to predict and troubleshoot. Coexistence decisions should also consider client roaming, security modes, channel plans and whether new 6 GHz coverage is expected in the migrated area.
Another common concern is whether 6 GHz means more access points. The answer is “sometimes, but not automatically.” Higher frequencies typically have different propagation characteristics, so a design created around older bands should be validated rather than copied. HPE notes that some brownfield WiFi 7 deployments may need modest AP increases in high-usage areas, while an existing well-designed 5 GHz network can in some cases support a close replacement pattern. The building materials, target signal, user density and application needs determine the result. A predictive design is useful for standard offices, while complex industrial or unusual environments may justify onsite measurements.
Buyers also ask whether 320 MHz channels should be enabled to “get WiFi 7.” That framing can lead to poor design. Wider channels consume more spectrum, and the UAE regulatory domain determines what is available. In dense enterprise networks, narrower channels can provide better reuse and more predictable capacity. The target should be user and application performance, not maximising a single speed-test result. Advanced capabilities such as MLO should also be enabled only when the chosen software path and client population support them and a pilot confirms expected behaviour.
Lifecycle refresh plus measurable capacity, device, application or 6 GHz requirements.
Replacing APs only because WiFi 7 is newer, without checking the existing bottleneck.
Procurement teams often want to know what belongs in the quote besides APs. For a brownfield migration, the bill of materials may need mounting kits, power or switch changes, Central subscriptions, cables or patching, gateway changes, survey services, installation labour and configuration or migration effort. The exact list depends on the existing estate. A quotation that includes only access points can look attractive but leave important implementation costs unresolved.
The final question is timing. There is no universal rule that every Aruba WiFi 6 network should move immediately. HPE’s current software support gives some AOS-8 customers a more gradual route with select 7xx APs, while organisations ready for AOS-10/Central can design around the newer management model and full supported WiFi 7 capabilities. The migration should align with device refresh cycles, site refurbishments, switch replacement, licence renewal and business change windows. Coordinating those events usually creates a cleaner project than treating wireless as an isolated purchase.
To prepare a useful conversation with FourTeck, send a concise inventory: AP models and counts, management platform and version, switch models, building or floor plans, approximate user and device counts, known pain points, key applications and the preferred completion period. That information is enough to determine what should be assessed next and whether the project needs a survey, pilot, switch refresh or management transition before the hardware order is finalised.
Buyer questions that shape the migration design
Do we have to replace every WiFi 6 AP?
Not necessarily. The refresh can be phased by site, floor or RF block when software support, roaming design and business requirements allow it. The best candidates for early migration are often areas with hardware lifecycle pressure, dense client use, modern devices or a specific 6 GHz requirement. Areas that already perform well may remain on WiFi 6 until their planned refresh date.
Will our existing switches work with WiFi 7 APs?
Possibly, but this must be checked per AP and switch. Review port speed, PoE standard, available power budget, uplink capacity and cabling. An AP may operate with a lower power source while restricting some functions, depending on model. The design should identify which switch changes are required and which are simply desirable for additional headroom.
Can we keep AOS-8 during the hardware refresh?
HPE has documented support for select 7xx WiFi 7 APs on AOS-8.13.3 or later, creating a phased option for some customers. However, feature support differs from AOS-10/Central; HPE notes that MLO and 320 MHz operation are not available through that AOS-8.13.3 path. Confirm the exact AP models, deployment mode and current software support before ordering.
How should we choose between 720, 730, 740 and 750 families?
Treat those as different capacity and feature positions, not a simple good-better-best ladder. The right family depends on radio requirements, density, Ethernet uplink needs, power, resilience, environmental conditions and budget. Hospitality, outdoor and rugged environments can also require different form factors. FourTeck can map site types to suitable families after the requirement is known.
What should be tested in the pilot?
Use representative clients and applications. Validate authentication, roaming, voice or video, 6 GHz association, performance at expected cell edges, switch power behaviour, monitoring, failover where relevant and support for legacy devices. The pilot should prove the operating model, not only demonstrate a fast local speed test next to an access point.
What information produces the most accurate quote?
Provide site count, floor plans, current AP and switch inventory, software version, Central or controller details, approximate users and device types, authentication method, problem areas, desired timeline and whether you require survey, installation, cabling, configuration, migration or post-change support. This reduces assumptions and helps separate mandatory infrastructure from optional improvements.
Related FourTeck options to consider
Wireless site survey
Useful where 6 GHz propagation, dense client areas, building materials or current WLAN problems make AP placement uncertain.
Access switching refresh
Consider when multigigabit ports, additional PoE capacity or resilient uplinks are required to support the target AP design.
Aruba Central planning
For organisations aligning hardware refresh with cloud management, subscriptions, templates and AOS-10 operations.
Network security integration
Review authentication, segmentation, guest access and identity dependencies when the wireless security architecture changes.
Explore broader FourTeck business technology solutions or share your requirements through the contact page for a combined assessment.
Why businesses contact FourTeck for this type of project
A WiFi 7 migration contains several decisions that are easy to separate on paper but closely connected in practice. Changing the AP can expose an old switch constraint. Enabling 6 GHz can expose a coverage assumption. Moving to newer security behaviour can expose a legacy client. Choosing AOS-10 can change the management and licensing model. FourTeck’s role is to help organise those dependencies into an implementable requirement and quotation rather than treating the new access point as the only decision.
Typical assistance can include requirement clarification, AP-family selection, bill-of-material guidance, compatibility review, survey and design scope, quotation coordination, switch and PoE assessment, installation planning, configuration scope, migration sequencing and support handover. The exact activities depend on the customer’s existing environment and statement of work. No specific project duration, performance outcome or availability should be assumed before the site data and target architecture are reviewed.
Frequently asked questions
1. What is the main benefit of migrating Aruba WiFi 6 to WiFi 7?
The benefit depends on the environment. WiFi 7 introduces new radio capabilities and can make greater use of 6 GHz, but the business value usually comes from improved capacity planning, newer client support, lifecycle refresh and a better-aligned management architecture. A site with limited client readiness or an unrelated wired bottleneck may see less immediate benefit, so the reason for upgrading should be defined before equipment is selected.
2. Do WiFi 7 access points require Aruba Central?
Not in every supported scenario. HPE has documented AOS-8.13.3 or later support for select 7xx WiFi 7 access points in certain AOS-8 environments. However, advanced features such as Multi-Link Operation and 320 MHz channel width are not available through that AOS-8.13.3 path. Organisations should confirm their exact models, deployment mode, software release and feature requirements before choosing between a phased AOS-8 refresh and AOS-10/Central migration.
3. Will older WiFi 6 clients still connect after the migration?
Older clients can remain part of the WLAN, but compatibility depends on SSID, security and radio design. WiFi 7 security requirements are stricter, and 6 GHz operation requires modern security modes. A client inventory should identify devices that need legacy support so the WLAN can be segmented or staged without weakening the intended design for newer devices.
4. Is a wireless site survey required?
A survey is strongly recommended when AP placement, 6 GHz coverage, density or interference is uncertain. Predictive design can be suitable for many offices, schools and hotels when accurate floor plans are available, while complex industrial or unusual environments may need onsite measurements. The survey scope should match the risk and complexity of the project rather than becoming an automatic fixed package.
5. Can we reuse the existing AP locations?
Some locations may remain suitable, especially in a well-designed 5 GHz network, but they should be validated. 6 GHz propagation, client density, room layout and application requirements can change the desired cell size. A brownfield project should use the existing design as input, not as proof that every location remains correct.
6. Do we need multigigabit switches?
It depends on the AP family, target traffic and existing access layer. Many WiFi 7 APs support Ethernet rates above 1 GbE, so multigigabit ports may be needed to avoid a wired bottleneck in higher-demand areas. The switch PoE budget is equally important. FourTeck can review port speed, power and uplink capacity before recommending switch changes.
7. Which HPE Aruba WiFi 7 AP series should we choose?
The current portfolio includes multiple 7xx families positioned for different capacity, port, form-factor and environmental needs. The correct series depends on user density, radio requirements, wired uplink, power, resilience, mounting environment and budget. Avoid selecting a model only from peak data-rate figures; map the model to each site type and operational requirement.
8. How is migration pricing determined?
The project price depends on AP models and quantities, management subscriptions, switch or cabling changes, survey requirements, installation effort, configuration scope, migration complexity, testing, documentation and support. FourTeck can provide a quotation after the current estate and target scope are defined. Visible stock, delivery and fixed implementation pricing should not be assumed before that assessment.
9. What should we send FourTeck to start?
Send the existing AP and switch list, current Aruba management model and software version, floor plans, approximate users and device types, authentication method, known Wi-Fi problem areas, site locations and the preferred deployment period. Also state whether you need survey, installation, cabling, configuration, migration and post-change support. This information allows the technical and commercial scope to be built with fewer assumptions.
Build a migration plan before you build the order
Share your current HPE Aruba APs, switches, management platform, floor plans, client mix and target timeline. FourTeck can help determine whether the right next step is an RF survey, pilot, phased WiFi 7 refresh, switching upgrade, Central migration or a combined programme.