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Intelbras Wi-Fi Router AP 3622

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Document DEVICE REPORTdatasheet-ap-3622-en
Intelbras Wi-Fi Router AP 3622

Intelbras AP 3622 Indoor 802.11ax Wireless Access Device
Intelbras AP 3622 Indoor (802.11ax) Wireless Access Device
Product description
Intelbras AP 3622 wireless product is a new generation of 802.11ax and adopts a dual-band two-stream 802.11ax design and can be widely used in enterprises, schools and medical scenarios. AP3000 series currently has a variety of products including AP 3622. AP 3622 has a built-in smart antenna with a small and beautiful appearance and flexible installation methods. It is suitable for various installation methods such as wall-mounted, ceiling-mounted and 86 boxes.
AP 3622 Indoor 802.11ax Wireless Access Device
Product features Industry-leading new generation 802.11ax technology design
The Intelbras AP 3622 product adopts the industry-leading new generation 802.11ax protocol, dual-frequency 4-stream design, the access rate of the whole machine can reach up to 1.775Gbps, and all radios support MUMIMO. Among them, the 5GHz radio adopts the design of 2 spatial streams, which supports a maximum access rate of 1.2Gbps, and the 2.4GHz radio adopts the design of 2 spatial streams, which supports a maximum access rate of 1.2Gbps. 0.575Gbps access rate, very suitable for indoor installation scenarios.

Intelbras AP 3622 Indoor 802.11ax Wireless Access Device
Realize multi-terminal simultaneous communication and break through the disadvantages of traditional wireless competition
Intelbras AP 3622 AP supports MU-MIMO technology. MU-MIMO is the most important feature of 802.11ax. Through MU-MIMO technology, AP can send multiple the terminal sends data, that is, AP 3622 can send data information for multiple terminals at the same time, depending on the number of terminal streams. AP 3622 can send up to 2 terminals at the same time the wireless message breaks through the traditional wireless network serial communication mechanism, the utilization rate of wireless spectrum resources is doubled, the number of access users is greatly increased, and the wireless network is effectively reduced. Deployment overhead to improve user experience in high-density user situations
Support OFDMA technology (Orthogonal Frequency Division Multiple Access)
AP3000 series wireless access point products support OFDMA technology, AP can further subdivide the wireless bandwidth, and use different subcarriers to transmit data to multiple terminals at the same time It can reduce the delay caused by multi-user air interface resource conflict and backoff in traditional protocols, and improve the user experience of low-latency applications such as voice and video in multi-user scenarios.
Support spatial multiplexing technology
The AP3000 series wireless access point products support spatial multiplexing technology, and the AP controls and adjusts the transmission power by identifying non-associated packets at the same time, so as to alleviate the problem of multiple users using the same channel. Interference problems, while greatly improving the utilization of spectrum resources.
Support TWT technology (Target Wake Time)
AP3000 series wireless access point products support TWT technology, which allows the AP to uniformly schedule the wake-up and sleep of the terminal, which can not only reduce the conflict between the terminals, but also reduce the number of unnecessary wake-ups of the terminal to achieve the purpose of energy saving.
Green and low-carbon design
AP3000 series AP adopts professional green and low-carbon design, supports dynamic MIMO power saving mode (DMPS) and enhanced automatic power saving transmission (E-APSD), intelligently identifies the actual performance requirements of the terminal, rationally allocates the terminal sleep queue, and dynamically adjusts the MIMO working mode.

Intelbras AP 3622 Indoor 802.11ax Wireless Access Device
AP3000 series APs support the Green AP mode to achieve single-antenna standby and more accurate energy saving.
AP3000 series APs use the innovative packet-by-packet power control (PPC) technology to dynamically adjust the direct bidirectional power between the AP device and the client under the premise of ensuring the successful transmission of packets, so as to reduce device energy consumption and prolong the standby time of mobile terminals role.
Provide local forwarding function
When the AP3000 series AP (Fit mode) is forwarded through the WAN, the wireless access device is deployed in the branch, and the wireless controller is deployed in the headquarters. All user data is sent by the wireless access device to the wireless controller, and then the wireless controller for centralized forwarding. AP3000 series APs can directly convert data packets into wired format packets on the wireless access device, so that the data packets are forwarded locally without passing through the wireless controller, which greatly saves wired bandwidth.
Support IPv4/IPv6 dual protocol stack (Native IPv6)
AP3000 series APs fully support IPv6 features, and the device implements IPv4/IPv6 dual protocol stack. Regardless of whether the original wired network is IPv4 or IPv6, it can automatically communicate with the WX the series controllers register to provide WLAN services and will not become information islands in the network.
Built-in Radio Frequency Optimization Engine (ROE)
The AP3000 series APs have a built-in RF Optimizing Engine (RF Optimizing Engine). Through feature and protocol-based RF optimization, it can effectively improve the application acceleration capability and quality assurance effect in scenarios such as wireless deployment with high-density access and streaming media transmission. These include: multi-user fair scheduling, hybrid access fairness, interference filtering, rate optimization, spectrum navigation, multicast enhancement (IPv4/IPv6), packet-by-packet power control, and intelligent bandwidth guarantee, etc.
Support intelligent load balancing
AP3000 series APs support a complex balancing method based on the number of access users and traffic. When the wireless controller finds that the load of the wireless access device exceeds the set threshold, it for a newly connected user, the wireless controller will automatically calculate whether there are wireless access devices with light loads around the user for user access, and if so, it will reject the user's association request however,

Intelbras AP 3622 Indoor 802.11ax Wireless Access Device

if the wireless user is not in the overlapping coverage area, the traditional load balancing method will often cause the connection to fail network, resulting in false balance. Intelbras innovatively supports intelligent load balancing technology to ensure that the load balancing function is enabled only for wireless users in overlapping coverage areas, effectively avoid false equalization, thereby maximizing the wireless network capacity.
Fully support intelligent wired and wireless integrated management
All Intelbras Future wireless products can implement WSM-based wired and wireless integrated management through open network management protocols. WSM is a wireless operation management component on the basis of the next-generation business software platform on-premise centralized software. Scalability, able to meet the ever-evolving needs of customer network management. The web-based management system provides a simple and friendly management platform for wireless business managers. Cooperating with on-premise centralized software platform and other components, wireless devices can also be realized panel management, fault management, performance monitoring, software version management, configuration file management, access user management and other functions, and can perform unified management on other devices in the network, realize intelligent wired and wireless integrated management.
Hardware specifications


AP 3620



Dimensions (not including antenna 150mm×150mm×31.5mm
interface and accessories)

Ethernet interface

3x 100/1000M electrical ports (one of which supports PoE out expansion)


Support 802.3at/af compatible power supply

local power supply

Support 54V DC

Console port built-in antenna Working frequency

Two built-in dual-band omni-directional antennas, which: 2x2 2.4GHz with 3dBi 2x2 5GHz with 5dBi
802.11ax/ac/n/a: 5.15GHz - 5.35GHz; 5.47GHz - 5.725GHz; 5.725GHz-5.850GHz 802.11ax/b/g/n: 2.4GHz-2.483GHz


Intelbras AP 3622 Indoor 802.11ax Wireless Access Device

Name Compatible bandwidth

AP 3620
2.4GHz: 20/40MHz 5GHz: 20/40/80MHz

modulation technique

11b: DSS: [email protected]/11Mbps, DQPSK@2Mbps, DBPSK@1Mbps 11a/g: OFDM: 64QAM@48/54Mbps, 16QAM@24Mbps, QPSK@12/18Mbps, BPSK@6/9Mbps 11n: MIMO-OFDM: BPSK, QPSK, 16QAM, 64QAM 11ac/ac wave2: MIMO-OFDM: BPSK, QPSK, 16QAM, 64QAM, 256QAM 11ax: MIMO-OFDM: BPSK, QPSK, 16QAM, 64QAM, 256QAM, 1024QAM

Transmitting power (combined 20dBm

Adjustable power granularity


Reset/restore factory configuration support

Status Indicator

Blink alternate blinking mode, orange, green and blue different working status blinking mode, terminal access breathing blinking mode



-10ºC a 55ºC/-40ºC a 70ºC


Working Humidity/Storage Humidity 5%~95%(non-condensing)

Overall power consumption

14W (excluding PSE)



Software specifications

Product Positioning

wall-mounted, ceiling-mounted and 86 boxes


Operating mode

Cloud (Fat) Mode switching

Managed by WC Control
It can be managed by the cloud-simplified network, or it can work independently
via command lines, WCs, Cloud, or reset button

Router (IPv4/IPv6)

via command lines or web interface

Cloud Centralized management

Management and maintenance

Local centralized management

WC centralized management

Support by INC Cloud Support by INC Fit mode: support


Intelbras AP 3622 Indoor 802.11ax Wireless Access Device

Product Positioning

wall-mounted, ceiling-mounted and 86 boxes Cloud mode: support version upgrade, switch mode

11ax support

Local web

Cloud mode support


Cloud mode support


Cloud mode support


Cloud mode support

Debug serial port




Working frequency

support and Fit/ Cloud mode support









Maximum Similarity Demodulation (MLD)


Maximum Combined Ratio Receive (MRC)


Space Time Block Code (STBC)


Low Density Parity Check Coding (LDPC)


Maximum client's connections

1024 (512 per frequency rate)

Virtual AP (in practice, it is recommended to set up to 5 per 32 radio frequency)




key support

Broadcast Probe request response control


WPA, WPA2, Pre-RSNA user mixed access







Intelbras AP 3622 Indoor 802.11ax Wireless Access Device

Product Positioning

wall-mounted, ceiling-mounted and 86 boxes




STA related

WLAN extension

Access user limit Link Integrity Detection

support Support STA abnormal offline detection, STA aging, STA-based statistics and status query, etc. support

Repeater mode


security strategy Operation mode


Support 64/128 bit WEP, dynamic WEP, TKIP, CCMP, WPA3 encryption
Support multiple key update trigger conditions to dynamically update unicast/broadcast keys



certified user isolation forward security SSID and VLAN binding

Support 802.1x authentication, MAC address authentication, PSK authentication.
support: 1. Layer 2 isolation of wireless users 2. SSID-based wireless user isolation Support packet filtering, MAC address filtering, broadcast storm suppression, etc.

Intelligent Wireless Awareness (wIAA)

Service support support

Management (802.11w)




Router (IPv4 and IPv6) and Bridge

IP address setting Native IPv6

Support: Static IP address (FAT) or DHCP to obtain IP address (optional option 60)

Layer 2 and Layer 3 functions

IPv6 Portal IPv6 SAVI

support support


Support (IPv4/IPv6)

local forwarding

Support: local forwarding based on SSID+VLAN


Intelbras AP 3622 Indoor 802.11ax Wireless Access Device

Product Positioning multicast

wall-mounted, ceiling-mounted and 86 boxes IGMP Snooping/MLD Snooping


Support WMM

service quality


Support Ethernet port 802.1p identification and marking Supports mapping from wireless priority to wired priority

QoS policy map

Support different SSID/VLAN mapping different QoS policies

Support L2~L4 packet filtering and traffic classification functions


CAR User Bandwidth Management load balancing

Available bandwidth can be allocated per STA, or all STAs can share the total bandwidth by SSID
Support: based on traffic, user, frequency band (dual frequency support)

Spectrum Navigation


Multicast Enhancement CAC (Call Admission Control)

Support: multicast to unicast (IPv4/IPv6) support: based on the number of users and based on channel utilization



SVP Phone


Packet-by-Packet (PPC)




Green AP mode


green technology

Dynamic MIMO Power Saving


Enhanced Auto Power Save Delivery (E-APSD)


WMM Power Save



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