ADTRAN Wireless Access Points

Shop ADTRAN wireless access points for secure, centrally managed business and enterprise WiFi. Hummingbird Networks offers ADTRAN Bluesocket access points for indoor and outdoor wireless deployments, including WiFi 6 models designed for offices, campuses, education, healthcare, hospitality, retail, branch locations, high-density environments, and outdoor coverage.

ADTRAN Bluesocket wireless access points combine business-class WiFi with centralized management, Power over Ethernet, enterprise security, RF management, and scalable deployment options. Current ADTRAN WiFi 6 options include the Bluesocket 6020 and 6040 indoor access points and the Bluesocket 6120 outdoor access point, while earlier Bluesocket models remain relevant for organizations maintaining existing ADTRAN wireless networks.

Choosing the right ADTRAN access point depends on the wireless standard, coverage requirements, client density, indoor or outdoor placement, radio configuration, PoE requirements, antenna design, wired network capacity, management platform, and security requirements.

Shop ADTRAN Bluesocket Wireless Access Points

ADTRAN Bluesocket access points are designed for managed business and enterprise wireless networks rather than standalone consumer WiFi.

Hummingbird Networks carries ADTRAN access-point families including:

  • ADTRAN Bluesocket 2020
  • ADTRAN Bluesocket 2135
  • ADTRAN Bluesocket 6020
  • ADTRAN Bluesocket 6040
  • ADTRAN Bluesocket 6120

These product families span multiple WiFi generations and deployment types, making it important to compare the exact model, wireless standard, radio configuration, antenna design, PoE requirement, and management compatibility before purchasing.

ADTRAN Bluesocket WiFi 6 Access Points

The Bluesocket 6000 Series brings WiFi 6 technology to ADTRAN business and enterprise wireless environments.

Current WiFi 6 access points available from Hummingbird Networks include:

  • ADTRAN Bluesocket 6020 indoor access point
  • ADTRAN Bluesocket 6040 indoor access point
  • ADTRAN Bluesocket 6120 outdoor access point

WiFi 6, also known as IEEE 802.11ax, introduces technologies designed to use available wireless spectrum more efficiently, particularly when many devices share the same wireless environment.

ADTRAN Bluesocket 6020

The ADTRAN Bluesocket 6020 is a dual-band WiFi 6 indoor access point designed for business and enterprise wireless networks.

The 6020 provides 2x2:2 wireless operation and supports aggregate wireless data rates up to approximately 1.7 Gbps across its 2.4 GHz and 5 GHz radios.

Important Bluesocket 6020 characteristics include:

  • WiFi 6 IEEE 802.11ax
  • Dual-band 2.4 GHz and 5 GHz wireless
  • 2x2:2 SU-MIMO and MU-MIMO
  • Up to 1.7 Gbps aggregate wireless data rate
  • OFDMA
  • BSS Coloring
  • 1024-QAM
  • Target Wake Time
  • Internal antennas
  • 802.3af PoE operation
  • WPA3 security
  • Wireless intrusion detection
  • Zero-touch deployment
  • Dynamic RF management

Where Does the ADTRAN 6020 Fit?

The Bluesocket 6020 is a strong option for organizations that need enterprise-class WiFi 6 without the higher radio capacity of the 6040.

Potential deployment environments include:

  • Business offices
  • Branch locations
  • Classrooms
  • Retail locations
  • Healthcare facilities
  • Hotels
  • Conference areas
  • Libraries
  • Other indoor business environments

ADTRAN Bluesocket 6040

The ADTRAN Bluesocket 6040 is a higher-capacity dual-band WiFi 6 indoor access point designed for demanding enterprise wireless environments.

The 6040 provides 4x4:4 wireless operation with aggregate wireless data rates up to approximately 3.5 Gbps across its radios.

Important Bluesocket 6040 characteristics include:

  • WiFi 6 IEEE 802.11ax
  • Dual-band 2.4 GHz and 5 GHz wireless
  • 4x4:4 SU-MIMO and MU-MIMO
  • Up to 3.5 Gbps aggregate wireless data rate
  • OFDMA
  • BSS Coloring
  • 1024-QAM
  • Target Wake Time
  • Internal antennas
  • 802.3at PoE+
  • WPA3 security
  • Wireless intrusion detection
  • Dynamic RF management
  • Zero-touch deployment

ADTRAN 6020 vs. 6040

The Bluesocket 6020 and 6040 are both indoor dual-band WiFi 6 access points, but they target different capacity requirements.

ADTRAN Bluesocket 6020: Uses a 2x2:2 radio architecture with aggregate wireless data rates up to approximately 1.7 Gbps and can operate with 802.3af PoE.

ADTRAN Bluesocket 6040: Uses a 4x4:4 radio architecture with aggregate wireless data rates up to approximately 3.5 Gbps and requires 802.3at PoE+ for full operation.

The 6020 can be appropriate for typical business wireless deployments, while the 6040 can provide additional radio capacity for environments with greater client density or wireless traffic requirements.

ADTRAN Bluesocket 6120 Outdoor Access Point

The ADTRAN Bluesocket 6120 is a dual-band WiFi 6 outdoor wireless access point designed to extend enterprise WiFi beyond conventional indoor spaces.

The 6120 provides 2x2:2 wireless operation with aggregate data rates up to approximately 1.7 Gbps.

Important Bluesocket 6120 characteristics include:

  • WiFi 6 IEEE 802.11ax
  • Outdoor access-point design
  • Dual-band 2.4 GHz and 5 GHz wireless
  • 2x2:2 SU-MIMO and MU-MIMO
  • Up to 1.7 Gbps aggregate wireless data rate
  • OFDMA
  • BSS Coloring
  • 1024-QAM
  • Target Wake Time
  • External antenna connections
  • 802.3at PoE+
  • WPA3 security
  • Wireless intrusion detection
  • IP67-rated enclosure

ADTRAN Outdoor WiFi

The Bluesocket 6120 allows organizations to extend managed ADTRAN wireless networking into compatible outdoor environments.

Potential applications include:

  • Campus outdoor areas
  • Courtyards
  • Hospitality properties
  • Outdoor retail areas
  • Warehouses and loading areas
  • Transportation facilities
  • Exterior business spaces
  • Other outdoor coverage areas

ADTRAN 6120 IP67 Outdoor Protection

The Bluesocket 6120 uses an IP67-rated enclosure designed for demanding outdoor environments.

Outdoor deployment still requires proper installation practices, including appropriate mounting, cabling, grounding, surge protection, antenna selection, and adherence to manufacturer installation requirements.

ADTRAN 6120 External Antennas

Unlike the indoor 6020 and 6040 models with integrated antennas, the Bluesocket 6120 is designed for external antennas.

This provides additional flexibility when designing outdoor RF coverage because antenna characteristics can be selected according to the intended application.

When choosing antennas for a 6120 deployment, verify:

  • ADTRAN compatibility
  • Frequency band
  • Connector type
  • Antenna gain
  • Coverage pattern
  • Polarization
  • Outdoor rating
  • Regulatory requirements

ADTRAN Bluesocket 2020

The ADTRAN Bluesocket 2020 is an earlier-generation dual-band business wireless access point based on IEEE 802.11ac WiFi technology.

The Bluesocket 2020 remains relevant for organizations maintaining existing ADTRAN wireless installations and for deployments where compatibility with an established Bluesocket environment is important.

When adding an older access point to an existing network, verify software, management, licensing, and feature compatibility before purchase.

ADTRAN Bluesocket 2135

The Bluesocket 2135 is another established ADTRAN access-point platform used in business and enterprise wireless environments.

Organizations maintaining Bluesocket 2135 deployments should consider the existing wireless architecture, management platform, antennas, mounting, software support, and surrounding access-point generation when sourcing replacement or expansion hardware.

Current vs. Installed-Base ADTRAN Access Points

Hummingbird Networks supports customers purchasing current ADTRAN WiFi 6 equipment as well as organizations maintaining established Bluesocket networks.

For a new deployment, current WiFi 6 platforms such as the 6020, 6040, and 6120 provide a logical starting point.

For an existing deployment, maintaining compatibility with installed access points and wireless-management infrastructure may be equally important.

Indoor ADTRAN Wireless Access Points

Indoor access points are designed for controlled interior environments such as offices, classrooms, hotels, clinics, retail locations, and other commercial buildings.

Current ADTRAN WiFi 6 indoor options include the Bluesocket 6020 and 6040.

Indoor AP selection should account for:

  • Floor plan
  • Wall construction
  • Ceiling height
  • Client density
  • Application requirements
  • RF interference
  • Mounting location
  • PoE availability
  • Switch port capacity

Outdoor ADTRAN Wireless Access Points

Outdoor access points are built for environmental conditions that conventional indoor APs are not designed to withstand.

The Bluesocket 6120 provides an outdoor WiFi 6 option with an IP67-rated enclosure and external antenna connectivity.

Indoor vs. Outdoor ADTRAN Access Points

The physical deployment environment should be one of the first considerations when choosing an access point.

Indoor access points: Designed for protected interior environments and commonly use integrated antennas for convenient ceiling or wall deployment.

Outdoor access points: Designed for more demanding environmental exposure and may provide external antenna options for specialized coverage.

An indoor access point should not be installed outdoors unless the manufacturer specifically approves the installation method.

ADTRAN Dual-Band Access Points

ADTRAN Bluesocket access points can provide simultaneous wireless operation across the 2.4 GHz and 5 GHz frequency bands, depending on model.

Dual-band networking allows administrators to balance client compatibility, coverage, available spectrum, and wireless capacity.

ADTRAN 2.4 GHz WiFi

The 2.4 GHz band remains important for many wireless networks because of its broad client compatibility and propagation characteristics.

Devices using 2.4 GHz can include:

  • Older mobile devices
  • IoT equipment
  • Scanners
  • Printers
  • Specialized business devices

However, 2.4 GHz has less available spectrum than 5 GHz and can experience significant interference.

ADTRAN 5 GHz WiFi

The 5 GHz band provides additional wireless spectrum and is commonly used for higher-performance business WiFi.

Modern client devices can benefit from greater channel availability and reduced congestion compared with crowded 2.4 GHz environments.

What Is WiFi 6?

WiFi 6 is the commercial name for IEEE 802.11ax wireless networking.

Rather than focusing only on increasing peak wireless speed, WiFi 6 introduces technologies designed to improve efficiency when many devices share the same RF environment.

ADTRAN WiFi 6 OFDMA

Orthogonal Frequency-Division Multiple Access allows available wireless channel resources to be divided so multiple clients can use portions of the channel more efficiently.

This can be particularly useful in networks containing many simultaneously active devices.

ADTRAN WiFi 6 MU-MIMO

Multi-User MIMO allows a compatible access point to communicate more efficiently with multiple compatible clients.

The radio configuration varies by model:

  • Bluesocket 6020: 2x2:2
  • Bluesocket 6040: 4x4:4
  • Bluesocket 6120: 2x2:2

ADTRAN WiFi 6 BSS Coloring

BSS Coloring helps WiFi 6 networks distinguish between overlapping wireless networks operating on shared frequencies.

This technology is intended to improve spectrum reuse and efficiency in environments containing multiple nearby access points.

ADTRAN WiFi 6 1024-QAM

1024-QAM allows compatible WiFi 6 devices to encode more information into each transmission under suitable RF conditions.

Actual wireless performance depends on signal quality, distance, interference, client capability, channel configuration, and network conditions.

ADTRAN Target Wake Time

Target Wake Time allows compatible WiFi 6 client devices to coordinate when they wake to transmit or receive data.

This can be useful for battery-powered and IoT devices designed to take advantage of the feature.

ADTRAN WiFi 5 Access Points

Earlier Bluesocket platforms use IEEE 802.11ac WiFi 5 technology.

These products can remain relevant when maintaining an existing ADTRAN wireless network, replacing a failed unit with a compatible model, or preserving consistency across an installed environment.

WiFi 5 vs. WiFi 6 ADTRAN Access Points

WiFi 6 introduces efficiency improvements beyond the capabilities available in earlier WiFi 5 networks.

Organizations may consider moving to WiFi 6 when:

  • Device counts are increasing
  • Wireless traffic has grown
  • Existing APs are approaching replacement age
  • High-density performance needs improvement
  • Newer client devices support WiFi 6
  • IoT deployments are expanding

ADTRAN Access Points for High-Density WiFi

High-density wireless design focuses on supporting many simultaneously active clients rather than simply maximizing coverage distance.

ADTRAN positions its WiFi 6 access points for business environments where many users and devices share available wireless resources.

High-density locations can include:

  • Conference areas
  • Classrooms
  • Libraries
  • Healthcare facilities
  • Hotels
  • Large offices
  • Public spaces

ADTRAN 6020 vs. 6040 for High-Density WiFi

Both models support WiFi 6 efficiency features, but the 6040 provides a higher-capacity 4x4:4 radio architecture compared with the 6020's 2x2:2 design.

The 6040 can therefore be appropriate when greater wireless capacity is required, while the 6020 can provide an efficient WiFi 6 platform for less demanding locations.

ADTRAN Access Points for Business WiFi

Business wireless networks often require capabilities beyond those of consumer WiFi equipment.

Requirements can include:

  • Centralized management
  • Multiple SSIDs
  • VLAN integration
  • Enterprise authentication
  • Guest access
  • RF optimization
  • Security policies
  • Monitoring
  • Scalability across multiple APs

ADTRAN Access Points for Enterprise WiFi

Enterprise environments can deploy multiple Bluesocket access points across a building, campus, or distributed organization while managing compatible APs through centralized wireless-management infrastructure.

ADTRAN Access Points for Branch Offices

Branch locations can use managed ADTRAN access points to provide business WiFi while maintaining standardized wireless policies across multiple sites.

Centralized management can reduce the need to configure each AP independently at the location.

ADTRAN Access Points for Education

Education wireless networks can contain large numbers of student, faculty, administrative, classroom, and IoT devices.

ADTRAN wireless access points can support environments such as:

  • Classrooms
  • Libraries
  • Administrative offices
  • Common areas
  • Campus outdoor spaces

ADTRAN Access Points for Healthcare

Healthcare wireless environments can require reliable connectivity for staff communications, mobile devices, applications, guest services, and compatible connected equipment.

Coverage planning should account for building construction, interference, mobility, security, and device density.

ADTRAN Access Points for Hospitality

Hotels and other hospitality properties can deploy managed access points throughout guest rooms, common areas, conference spaces, administrative areas, and compatible outdoor locations.

Wireless design should consider both guest experience and operational connectivity.

ADTRAN Access Points for Retail

Retail WiFi can support:

  • Employee devices
  • Mobile point-of-sale
  • Inventory systems
  • Scanners
  • Guest access
  • IoT equipment

ADTRAN Access Points for Warehouses

Warehouse WiFi presents special RF challenges because shelving, inventory, ceiling height, moving equipment, and changing stock levels can affect wireless propagation.

Warehouse deployments should be planned around the actual environment rather than simply estimating coverage from square footage.

ADTRAN Access Points for Campus Networks

Campus wireless networks can combine indoor and outdoor access points to provide connectivity across classrooms, offices, common areas, walkways, courtyards, and other spaces.

A campus deployment may combine indoor Bluesocket 6020 or 6040 access points with outdoor 6120 APs where appropriate.

ADTRAN Access Points and Power over Ethernet

Power over Ethernet allows compatible access points to receive network connectivity and electrical power over Ethernet cabling.

This eliminates the need for a conventional AC outlet directly beside many access-point mounting locations.

ADTRAN 6020 PoE Requirements

The Bluesocket 6020 is designed to be fully functional using IEEE 802.3af Power over Ethernet.

This can simplify deployment into existing business networks that already provide standards-based PoE.

ADTRAN 6040 PoE+ Requirements

The Bluesocket 6040 is designed for full operation with IEEE 802.3at PoE+.

Verify that the selected network switch has sufficient per-port power and aggregate PoE budget for the planned number of 6040 access points.

ADTRAN 6120 PoE+ Requirements

The outdoor Bluesocket 6120 is designed for full operation with IEEE 802.3at PoE+.

Outdoor deployments should also consider appropriate Ethernet surge protection and grounding according to manufacturer requirements and installation conditions.

ADTRAN Access Points and PoE Switches

A PoE-capable ADTRAN switch can provide both network connectivity and electrical power to compatible access points.

When choosing a switch for wireless infrastructure, calculate:

  • Number of APs
  • Required PoE standard
  • Per-port power
  • Total PoE budget
  • Ethernet port speed
  • Switch uplink capacity

Using a PoE Injector with an ADTRAN Access Point

A compatible PoE injector can be used when the existing network switch does not provide the power required by the access point.

The injector must support the required Ethernet speed and PoE standard for the exact AP.

ADTRAN Access Point Ethernet Connectivity

The wired network behind the AP plays an important role in wireless performance.

Wireless planning should therefore consider both the radio capabilities of the AP and the Ethernet infrastructure connecting it to the rest of the network.

Ethernet Cabling for ADTRAN Access Points

Structured Ethernet cabling connects Bluesocket access points to network switches and PoE infrastructure.

Verify the required cable category, link length, Ethernet speed, PoE capability, and installation environment before deployment.

ADTRAN Access Point Management

Centralized management allows administrators to configure and monitor multiple wireless access points from a common management environment.

Depending on AP generation and deployment architecture, ADTRAN Bluesocket environments can use compatible cloud or private management options.

ADTRAN vWLAN

ADTRAN vWLAN provides centralized wireless LAN management for supported Bluesocket access points.

Management capabilities can help administrators control:

  • Wireless configuration
  • SSIDs
  • Security policies
  • Client access
  • RF behavior
  • Firmware
  • Multiple access points

ADTRAN Zero-Touch Access Point Deployment

Current Bluesocket 6000 Series access points support zero-touch deployment through compatible ADTRAN wireless-management infrastructure.

This can allow an AP to discover its management environment and receive appropriate firmware and configuration without requiring extensive manual configuration at each installation location.

ADTRAN Dynamic RF

Dynamic RF capabilities help compatible Bluesocket environments manage radio settings such as channels and transmit power.

Automated RF management can become particularly valuable as the number of deployed access points increases.

ADTRAN Wireless Security

Business wireless security involves protecting both the radio network and access to internal resources.

Current Bluesocket WiFi 6 capabilities include features such as:

  • WPA3
  • Context-aware access control
  • Layer 7 device fingerprinting
  • Wireless intrusion detection
  • Stateful firewall functionality
  • Network segmentation

ADTRAN WPA3 Wireless Security

Current Bluesocket 6000 Series WiFi 6 access points support WPA3 encryption for compatible wireless environments and client devices.

ADTRAN Wireless Intrusion Detection

Wireless intrusion detection can help identify rogue access points and suspicious wireless activity within the RF environment.

ADTRAN Context-Aware Access Control

Context-aware policies can help organizations control network access based on factors such as user, device type, ownership, location, and schedule on compatible platforms.

ADTRAN Guest WiFi

Organizations can separate guest wireless traffic from business-sensitive resources using appropriate SSIDs, VLANs, access policies, and network security.

ADTRAN Access Points and VLANs

VLANs allow wireless traffic to be segmented according to users, devices, applications, or security requirements.

A wireless deployment might use separate VLANs for:

  • Employees
  • Guests
  • Voice
  • IoT
  • Operational devices
  • Management

ADTRAN Access Points for Voice and Video

Business WiFi increasingly carries real-time applications such as voice calls and video meetings.

Successful performance depends on:

  • RF coverage
  • Wireless capacity
  • Client signal quality
  • QoS
  • Ethernet infrastructure
  • Switch uplinks
  • WAN and internet capacity

ADTRAN Access Points for IoT

IoT devices can increase the number and diversity of clients connected to a wireless network.

WiFi 6 technologies such as OFDMA and Target Wake Time are designed in part to improve efficiency in environments containing many connected devices.

How Many ADTRAN Access Points Do I Need?

There is no universal number of square feet that every access point can reliably cover.

The correct AP count depends on:

  • Building layout
  • Wall materials
  • Ceiling height
  • Number of floors
  • Client count
  • Client activity
  • Applications
  • Interference
  • Frequency bands
  • Desired signal strength
  • Capacity requirements

WiFi Coverage vs. WiFi Capacity

Coverage and capacity are different design requirements.

Coverage: Determines whether clients receive a usable wireless signal throughout the desired area.

Capacity: Determines whether sufficient radio resources are available for the number of users, devices, and applications operating in that area.

A building can have adequate signal coverage and still suffer poor wireless performance if too many active clients share too few access points.

ADTRAN Wireless Site Planning

A wireless site survey or detailed RF assessment can help determine appropriate AP locations, radio settings, and antenna requirements.

Site planning becomes especially important for:

  • Large facilities
  • Warehouses
  • Hospitals
  • Schools
  • Hotels
  • High-density environments
  • Outdoor deployments

ADTRAN Access Point Placement

Access-point location can have as much influence on WiFi performance as the AP model itself.

Avoid selecting AP locations solely because they are convenient for cabling.

Placement should consider:

  • Desired coverage
  • User locations
  • Building materials
  • Interference
  • Antenna pattern
  • Mounting orientation
  • Client density

Ceiling-Mounted ADTRAN Access Points

Ceiling mounting is common for indoor enterprise wireless access points because it can provide useful RF distribution across offices, classrooms, conference areas, and other interior spaces.

Always follow the mounting orientation and hardware requirements specified for the exact Bluesocket model.

Wall-Mounted ADTRAN Access Points

Selected Bluesocket access points can support wall mounting where appropriate.

Because antenna patterns can change relative to mounting orientation, the RF design should account for how the access point will actually be installed.

ADTRAN Access Points with Internal Antennas

The current Bluesocket 6020 and 6040 use integrated antenna designs.

Integrated antennas simplify many indoor deployments because separate antennas and RF cables are not required.

ADTRAN Access Points with External Antennas

The Bluesocket 6120 uses external antennas, allowing greater flexibility for outdoor RF design.

External antennas should always be selected according to the exact AP model, frequency bands, connectors, gain requirements, and intended coverage pattern.

Replacing an Older ADTRAN Bluesocket Access Point

When replacing an older Bluesocket AP, do not select a replacement based solely on advertised wireless speed.

Document the existing environment, including:

  • Current AP model
  • WiFi generation
  • Management platform
  • Software version
  • Licensing
  • PoE standard
  • Switch port speed
  • Mounting
  • Internal or external antennas
  • Client-device requirements

Upgrading to ADTRAN WiFi 6

Moving from an older Bluesocket platform to a WiFi 6 model can provide access to newer radio technologies and security capabilities.

Before upgrading, also evaluate the wired network supporting the APs.

A wireless refresh may expose limitations in:

  • PoE capacity
  • Ethernet cabling
  • Switching
  • Uplink bandwidth
  • Internet connectivity
  • Wireless-management architecture

Maintaining an Existing ADTRAN Bluesocket Network

Organizations with established Bluesocket deployments may need replacement APs, compatible antennas, PoE equipment, mounting hardware, licensing, or other infrastructure to maintain the existing network.

Matching the exact model and management environment can be especially important when maintaining older wireless deployments.

How to Choose an ADTRAN Wireless Access Point

Choose the WiFi Generation

For new deployments, evaluate current WiFi 6 Bluesocket access points against the requirements of your users and client devices. Older platforms may remain appropriate when compatibility with an existing environment is the priority.

Choose Indoor or Outdoor

Use an indoor AP for protected interior installations and an outdoor-rated platform such as the 6120 when the equipment will be exposed to outdoor environmental conditions.

Estimate Client Density

Determine how many simultaneously active clients are expected in each coverage area rather than considering only the total number of registered devices.

Compare Radio Capacity

The 6020 and 6120 use 2x2:2 radio architectures, while the indoor 6040 provides 4x4:4 operation for greater wireless capacity.

Check PoE Requirements

The 6020 can operate using 802.3af PoE, while the 6040 and 6120 are designed for 802.3at PoE+ operation.

Determine Antenna Requirements

The 6020 and 6040 use internal antennas, while the outdoor 6120 provides external antenna connectivity.

Verify Management Compatibility

Confirm that the selected AP is supported by the wireless-management environment and software version you intend to use.

Evaluate the Wired Network

Verify Ethernet cabling, PoE, switch capacity, uplinks, and upstream bandwidth before deploying new access points.

ADTRAN Wireless Access Point Selection Checklist

Before purchasing an ADTRAN access point, verify:

  • Exact AP model
  • WiFi generation
  • Indoor or outdoor deployment
  • 2.4 GHz requirements
  • 5 GHz requirements
  • Radio configuration
  • Expected client count
  • Application requirements
  • Internal or external antennas
  • PoE standard
  • Switch PoE budget
  • Ethernet connectivity
  • Mounting requirements
  • Management compatibility
  • Licensing requirements
  • Security requirements
  • Existing Bluesocket compatibility
  • Future capacity requirements

Why Buy ADTRAN Wireless Access Points from Hummingbird Networks?

Selecting an enterprise wireless access point requires more than comparing maximum data rates. Coverage, capacity, radio design, PoE, management, antennas, security, client devices, cabling, switching, and deployment conditions all influence the correct choice.

Hummingbird Networks offers ADTRAN Bluesocket wireless access points and supporting network infrastructure for new deployments, wireless upgrades, and installed-base maintenance.

Customers can turn to our team for:

  • ADTRAN wireless access points
  • ADTRAN Bluesocket access points
  • ADTRAN WiFi 6 access points
  • Bluesocket 6020 access points
  • Bluesocket 6040 access points
  • Bluesocket 6120 outdoor access points
  • Installed-base Bluesocket models
  • Compatible wireless antennas
  • PoE infrastructure
  • Ethernet switching
  • Network cabling
  • Wireless product compatibility guidance

Whether you are replacing an existing Bluesocket access point, upgrading an older wireless network to WiFi 6, increasing capacity in a high-density building, or extending managed WiFi outdoors, Hummingbird Networks can help identify ADTRAN wireless equipment based on coverage, capacity, radio architecture, PoE, antenna requirements, and network infrastructure.

Frequently Asked Questions About ADTRAN Wireless Access Points

What are ADTRAN Bluesocket access points?

ADTRAN Bluesocket access points are managed business and enterprise WiFi devices designed to connect wireless clients to a wired network while supporting centralized management, security, RF management, and multi-AP deployments.

Which ADTRAN access points does Hummingbird Networks carry?

Hummingbird Networks currently organizes its ADTRAN wireless access-point catalog around Bluesocket 2020, 2135, 6020, 6040, and 6120 families, with availability varying by model.

Which ADTRAN access points support WiFi 6?

Current WiFi 6 options include the Bluesocket 6020, 6040, and 6120.

What is the ADTRAN Bluesocket 6020?

The Bluesocket 6020 is a dual-band 2x2:2 WiFi 6 indoor access point with aggregate wireless data rates up to approximately 1.7 Gbps.

What is the ADTRAN Bluesocket 6040?

The Bluesocket 6040 is a dual-band 4x4:4 WiFi 6 indoor access point with aggregate wireless data rates up to approximately 3.5 Gbps.

What is the ADTRAN Bluesocket 6120?

The Bluesocket 6120 is a dual-band 2x2:2 WiFi 6 outdoor access point with an IP67-rated enclosure and external antenna connectivity.

What is the difference between the ADTRAN 6020 and 6040?

The 6020 uses a 2x2:2 radio architecture and supports up to approximately 1.7 Gbps aggregate wireless data rates, while the 6040 uses a higher-capacity 4x4:4 architecture and supports up to approximately 3.5 Gbps aggregate wireless data rates.

What is the difference between the ADTRAN 6020 and 6120?

Both are 2x2:2 dual-band WiFi 6 access points with aggregate rates up to approximately 1.7 Gbps, but the 6020 is designed for indoor use with internal antennas while the 6120 is an IP67 outdoor model using external antennas.

Is the ADTRAN 6040 better than the 6020?

Neither model is universally better. The 6040 provides greater radio capacity with its 4x4:4 architecture, while the 6020 can be a better fit where 2x2:2 WiFi 6 performance meets the deployment requirements.

Does ADTRAN make an outdoor WiFi 6 access point?

Yes. The Bluesocket 6120 is designed for outdoor WiFi 6 deployments.

Does the ADTRAN 6020 use PoE?

Yes. The Bluesocket 6020 is fully functional using IEEE 802.3af PoE.

Does the ADTRAN 6040 use PoE?

Yes. The Bluesocket 6040 is designed for full functionality using IEEE 802.3at PoE+.

Does the ADTRAN 6120 use PoE?

Yes. The Bluesocket 6120 is designed for IEEE 802.3at PoE+ operation.

Can I power an ADTRAN access point from a PoE switch?

Yes, provided the switch supports the PoE standard required by the access point and has sufficient available power budget.

Do ADTRAN access points support 2.4 GHz and 5 GHz?

Current Bluesocket 6000 Series models are dual-band access points supporting 2.4 GHz and 5 GHz wireless.

Does the ADTRAN 6020 have internal antennas?

Yes. The 6020 uses integrated antennas.

Does the ADTRAN 6040 have internal antennas?

Yes. The 6040 uses integrated antennas.

Does the ADTRAN 6120 use external antennas?

Yes. The 6120 is designed with external antenna connections. Compatible antennas should be selected according to frequency, connector, gain, regulatory requirements, and desired coverage pattern.

Do ADTRAN access points support WPA3?

The current Bluesocket 6020, 6040, and 6120 WiFi 6 platforms support WPA3 security.

Can ADTRAN access points be centrally managed?

Yes. Bluesocket access points are designed for centralized wireless management using compatible ADTRAN management infrastructure.

What is ADTRAN vWLAN?

ADTRAN vWLAN is a centralized wireless LAN management platform used with supported Bluesocket access points.

Are older ADTRAN Bluesocket access points still useful?

Older models can remain relevant in installed networks where they continue to meet performance, management, software, and support requirements. Compatibility should be verified before adding or replacing hardware.

Should I replace older Bluesocket access points with WiFi 6?

An upgrade may make sense when an older network has capacity limitations, aging hardware, newer client devices, changing security requirements, or increasing wireless demand. Management and wired-infrastructure compatibility should also be evaluated.

How many ADTRAN access points do I need?

The required quantity depends on building construction, floor plan, client density, applications, interference, desired coverage, and capacity. A site survey is preferable to estimating AP quantity solely from square footage.

Which ADTRAN access point is best for a high-density indoor environment?

The 6040 provides a higher-capacity 4x4:4 WiFi 6 radio architecture than the 2x2:2 6020, but the correct access point and quantity should be determined from actual client density, applications, RF conditions, and coverage requirements.

Which ADTRAN access point should I use outdoors?

The Bluesocket 6120 is the current outdoor WiFi 6 model represented in Hummingbird Networks' ADTRAN wireless access-point catalog.

Can Hummingbird Networks help identify a replacement ADTRAN access point?

Yes. The existing Bluesocket model, management platform, software environment, PoE infrastructure, mounting, antenna configuration, client requirements, and deployment location can all help determine an appropriate replacement.

Shop ADTRAN Wireless Access Points

Build or upgrade business WiFi with ADTRAN Bluesocket wireless access points for indoor, outdoor, high-density, branch, campus, education, healthcare, hospitality, retail, and enterprise wireless environments.

From the efficient Bluesocket 6020 indoor WiFi 6 access point and higher-capacity 6040 to the IP67-rated outdoor 6120, Hummingbird Networks can help organizations select ADTRAN access points based on WiFi generation, radio capacity, coverage, PoE, antenna design, management, and the wired infrastructure supporting the wireless network.