Access points provide Wi-Fi connectivity at the edge, linking users, devices, scanners, cameras, IoT endpoints, and mobile workflows to the wider network across offices, campuses, warehouses, and public venues.
The platform you choose determines how well you can manage coverage, roaming, client density, authentication, guest access, and wireless performance, and whether a site change means a central update or hands-on rework.
As a partner to vendors including Cisco, Juniper, HPE, and Fortinet, we specify access points against your requirements, so you're not overbuying on throughput or management features, or short on PoE, security, and lifecycle support for the environments you need to serve.
Modern access points are built to handle the demands placed on today's wireless networks, from device density to security and Wi-Fi 7 readiness.
Wireless assurance in Catalyst Center, Aruba Central, Mist AI, and FortiAIOps helps identify client, RF, roaming, and application issues faster.
Cloud-managed WLAN software helps IT support changing office attendance, guest access, and collaboration traffic across distributed sites.
Client visibility and policy tools help wireless networks handle phones, laptops, IoT, scanners, and visitor devices without losing control.
Cisco ISE, ClearPass, and Fortinet access controls help authenticate users and devices before they reach sensitive network resources.
Marvis, Aruba Central, Meraki Dashboard, and FortiManager reduce manual troubleshooting by surfacing likely causes and recommended actions.
Wi-Fi 7 planning should consider client readiness, PoE budgets, RF design, backhaul capacity, and management support, not access points alone.
Access points adapt to different environments, each with distinct coverage demands, client density, security policies, and mobility requirements.
Secure wireless coverage for offices, lecture spaces, meeting rooms, and shared areas where roaming, density, and user experience matter.
Reliable Wi-Fi for guests, staff devices, conference spaces, and digital services where coverage quality directly affects satisfaction.
Dependable wireless for wards, clinical carts, handheld devices, voice, and medical IoT with reliable roaming and segmentation.
Centralised wireless for POS mobility, stock devices, customer Wi-Fi, and staff applications across securely segmented store networks.
Warehouse wireless for scanners, tablets, pick systems, and cameras across large spaces with constant movement and challenging coverage.
Carefully planned wireless for handheld terminals, tablets, sensors, and maintenance workflows in rugged sites with OT segmentation.
Getting these areas right will help your business avoid costly rework and gaps in coverage, performance, security or lifecycle support.
Match Wi-Fi Standards to device density, client capability, channel width and expected refresh cycles before selecting access points.
Use Outdoor Wireless Access Points where weather, temperature, mounting or external coverage requirements make indoor models unsuitable.
Plan Wireless Solutions around floorplans, roaming, interference and density so coverage does not rely on access point count alone.
Check whether Wireless LAN Controllers or cloud management will handle policies, firmware, roaming and troubleshooting across sites.
Confirm Zero Trust & Secure Access requirements for user authentication, guest access and device segmentation before deployment.
Factor Vendor Support & Lifecycle Services into warranty terms, firmware support windows, licensing and roadmap fit before committing.
Each wireless design supports a different environment. Knowing the difference helps you choose the right access point type for coverage, security and site conditions.
| Indoor Access Points | Outdoor Access Points | Industrial Access Points | |
|---|---|---|---|
| Deployment location | Offices, classrooms, hotels, healthcare spaces and general indoor areas with controlled conditions | External yards, public areas, campuses, hospitality spaces and covered outdoor environments | Warehouses, factories, energy sites and operational areas with harsher environmental conditions |
| Environmental design | Designed for indoor mounting, standard temperatures and predictable building coverage | Designed for weather exposure, wider coverage areas and outdoor mounting requirements | Designed for vibration, dust, temperature variation and more demanding physical conditions |
| Workload demand | Secure user access, roaming, collaboration tools, voice, video and guest wireless policy | Extended wireless coverage for users, devices, scanners, cameras and outdoor operations | Reliable wireless for equipment, handheld devices, sensors and operational systems where downtime affects production |
| Network dependency | Depends on switching, authentication, segmentation and central visibility for policy enforcement | Depends on suitable cabling, power, mounting, backhaul and weather-aware design | Depends on resilient design, secure segmentation and remote visibility for teams with limited on-site support |
| What it is not built for | Outdoor exposure or harsh operational environments | Heavy industrial conditions without the right rugged design | Standard office environments where industrial protection adds unnecessary cost and complexity |
| Explore Indoor Access Points | Explore Outdoor Access Points | Explore Industrial Access Points |
Fortinet, HPE Aruba, Juniper, and Cisco platforms each suit different wireless networks, operational models, and support requirements. Here's where each one fits best.
Best for: Teams wanting wireless integrated into the security fabric and managed from the firewall, rather than adding separate controllers and management layers.
Strengths
Best for: Teams wanting AI-assisted RF and unified wired-wireless policy from one cloud console, rather than managing separate tools across the estate.
Strengths
Best for: Teams wanting cloud-native, AI-driven Wi-Fi that pinpoints issues automatically and explains root cause instead of relying on manual troubleshooting.
Strengths
Best for: Multi-site and lean IT teams wanting cloud-managed Wi-Fi with central policy, assurance, and lifecycle control across distributed environments.
Strengths
Best for: Teams deploying enterprise Wi-Fi on Cisco Catalyst infrastructure with controller-based operations or Catalyst Center-led assurance, automation, and troubleshooting.
Strengths
Unsure which platform is the right fit? Our specialists can assess crucial factors such as workloads, compatibility, operational priorities and future growth to recommend the most suitable approach.
We’re trusted by IT teams in enterprise environments, campuses, branch locations and complex wireless estates. Our role is to help you make the right infrastructure decisions, with practical support across Cisco, Juniper, HPE Aruba and Fortinet.
Wireless Access Services
From architecture and deployment to optimisation and modernisation, we help you build secure, high-performance wireless networks with reliable coverage and capacity.
Design resilient wireless infrastructure with the right coverage, capacity, roaming, security and future growth in mind.
Learn more about Architecture & Design →Replace legacy access points, migrate configurations and deploy new wireless platforms with minimal disruption and seamless integration into your network.
Learn more about Migration & Deployment →Assess wireless coverage, capacity, firmware, interference and client experience to improve reliability, performance and operational efficiency.
Learn more about Assessment & Optimisation →Plan technology refreshes, replace end-of-life hardware and modernise wireless infrastructure with a structured roadmap for future growth.
Learn more about Lifecycle & Modernisation →We help you compare suitable wireless access platforms across Cisco, Juniper, HPE Aruba and Fortinet — balancing coverage, licensing, availability, lifecycle status and total cost.
Match coverage, capacity, radio design and performance to your requirements.
Get the right licensing and support for your environment.
Access competitive pricing and improved lead times.
Maximise value from existing equipment and refresh with ease.
Need help with access points?
Speak to our experts about design, deployment, optimisation or modernisation of your wireless network.
Access Points sit within a broader wireless, campus, and cloud-managed networking architecture.
The solutions below help connect Wi-Fi performance, security, and operational visibility across distributed environments.
Wired and wireless campus networks that support seamless mobility, coverage, and reliable access across sites.
Explore Campus Networking ›Cloud-managed platforms deliver centralised control, visibility, and simplified operations across distributed wireless estates.
Explore Cloud And Network Management ›Browse the full range available from each manufacturer we partner with.
Cisco Networking unifies switching, wireless, routing and security for resilient estates with simpler lifecycle planning.
View Cisco Networking ›
Juniper Networking combines Junos consistency with Mist AI to automate operations and accelerate issue resolution.
View Juniper Networking ›
HPE Aruba Networking simplifies wired, wireless and WAN management with AI insights and consistent security.
View HPE Aruba Networking ›
Fortinet Networking unifies switching, wireless, SD-WAN and firewall control within one security-led fabric.
View Fortinet Networking ›If you're specifying access points, these categories cover the controllers, cloud-managed platforms and site-networking portfolios that complete the wireless architecture.
Ruggedised network hardware for operational sites, factory floors, utilities, and harsh environments requiring reliable segmented connectivity.
Browse modelsCentrally managed switching and wireless with visibility and control across every site from a single console.
Browse modelsCentralised control for wireless access points, roaming, policy enforcement, guest access, and network visibility.
Browse modelsSecure wireless connectivity for offices, campuses, warehouses, and branches, supporting roaming, coverage, and user density.
Browse modelsChoose access points by matching coverage, client density, Wi-Fi standard, Power over Ethernet budget, security model, roaming needs, and central management at scale.
Also weigh the management model, as cloud-managed access points can simplify multi-site deployment and ongoing administration compared with controller-based on-premises management, particularly across distributed estates. The right choice improves coverage, reduces user issues, and helps apply wireless policy more consistently between sites. Use the platform comparison above to check which option aligns best with your estate, management model, and refresh plans.
Enterprise access point vendors differ in radio performance, AI-assisted operations, security integration, cloud management, location services, and troubleshooting visibility at scale.
Radio performance differences have narrowed across major vendors at similar price points, so software, management capability, and ecosystem fit are often more important for enterprise buyers. Choosing a platform that integrates closely with the switching estate can reduce operational complexity and improve visibility across wired and wireless networks. Use the platform comparison above to compare the main options against management model, security requirements, and site profile.
Access point choice affects wireless coverage, client capacity, roaming behaviour, application performance, security enforcement, and user experience across sites at scale.
Roaming usually improves where centralised management, whether controller-based or cloud-managed, coordinates handoff between access points intelligently rather than leaving standalone units to operate independently. Understanding that relationship helps teams improve visibility, simplify operations, and keep wireless decisions aligned with security, cloud, and user-experience goals.
Replace access points when coverage, client density, Wi-Fi standard, Power over Ethernet needs, support status, or management limitations restrict user experience at scale.
Replacement is typically justified when access points are nearing end of support, still limited to Wi-Fi 5 or earlier, cannot run at full capability because of PoE constraints, or continue to generate coverage and capacity complaints after optimisation. Making the right call avoids unnecessary spend while improving manageability, visibility, and support confidence across busy sites.
Yes, mixed-vendor access point environments can be supported when controllers, cloud platforms, SSIDs, security policies, and roaming behaviour are assessed.
A phased consolidation approach can prioritise the oldest hardware, weakest security posture, or highest-density areas without forcing full-estate replacement at once. Wireless site surveys should also be repeated during migration, because placement and coverage assumptions do not always transfer directly between vendors. For wireless refresh planning, access point selection, or mixed-vendor coverage reviews, speak to our wireless networking experts before committing to a design.
Specify new access points around Wi-Fi 6, 6E or 7 needs, Power over Ethernet budget, uplink speed, density, and security requirements at scale.
Standards should be selected around client density, application demand, lifecycle expectations, and device compatibility, with Wi-Fi 6E particularly useful where high density or legacy band interference is a concern. It is also important to confirm that switching infrastructure PoE budget can support all planned access point locations at full power, not just individual ports.
