Dualband / WiFi 6E / WiFi 7 Antennas
Directional and omnidirectional antennas compatible with the 802.11ac/ax and WiFi 6E standards. The ac/ax standards enable extremely high bandwidths. We offer different types of antennas with varying ranges for various deployment scenarios. We are happy to assist you in selecting the right 802.11ac/ax WiFi antenna.
802.11ac (WiFi 5): The 802.11ac standard, also known as WiFi 5, primarily operates in the 5 GHz band and provides higher bandwidth compared to its predecessors (802.11a/b/g/n). 802.11ac supports MIMO, improving data transmission by utilizing multiple antennas, contributing to better performance in environments with many wireless devices.
802.11ax (WiFi 6): The 802.11ax standard, also known as WiFi 6, also operates mainly in the 5 GHz band and offers higher theoretical data transfer rates compared to WiFi 5 (802.11ac). This allows for even faster wireless connections and improved performance, especially in environments with many concurrently connected devices.
WiFi 6E (E=Extended): Wi-Fi 6E extends the available frequency range of the 802.11ax standard to the 6 GHz band (5925 - 7125 MHz), resulting in more available channels and further increasing bandwidth.
The signal is evenly radiated in all directions due to the nearly spherical radiation pattern of the dipole element. Therefore, this WiFi antenna is also suitable for covering areas such as multiple floors.
The WiFi omnidirectional antenna is designed for indoor use, features an RP-SMA connector with a swivel joint, and can be directly screwed onto a router or access point. The casing of the WiFi antenna is made of black plastic.
- SKU:
- ART5527
- GTIN:
- 4251028600970
- Shipping weight:
- 0,06 kg
- Item weight:
- 0,01 kg
The signal is evenly radiated in all directions due to the nearly spherical radiation pattern of the dipole element. Therefore, this WiFi antenna is also suitable for covering areas such as multiple floors.
The WiFi omnidirectional antenna is designed for indoor use, features an RP-SMA connector with a swivel joint, and can be directly screwed onto a router or access point. The casing of the WiFi antenna is made of white plastic.
- SKU:
- ART7185
- GTIN:
- 4251028603735
- Shipping weight:
- 0,06 kg
- Item weight:
- 0,01 kg
The WiFi omnidirectional antenna is designed for indoor use, features an RP-SMA connector with a swivel joint, and can be directly screwed onto a router or access point. The casing of the WiFi antenna is made of black plastic.
- SKU:
- ART5616
- GTIN:
- 4251028601007
- Shipping weight:
- 0,07 kg
- Item weight:
- 0,02 kg
Omnidirectional WiFi Antennas in general are charcteristically constructed to cover large areas and to provide the WiFi Signal all-over into all directions. This WiFi Antenna has a horizontal beamwidth of 360° and a vertical beamwidth of 12° which allows to use this WiFi Omni Antenna in single-storey buildings.
The WiFi omnidirectional antenna is designed for indoor use, features an RP-SMA connector with a swivel joint, and can be directly screwed onto a router or access point. The casing of the WiFi antenna is made of black plastic.
- SKU:
- ART5555
- GTIN:
- 4251028600987
- Shipping weight:
- 0,10 kg
- Item weight:
- 0,05 kg
The WiFi omnidirectional antenna is designed for indoor use, features an RP-SMA connector with a swivel joint, and can be directly screwed onto a router or access point. The flat casing of the WiFi antenna is made of black plastic.
- SKU:
- ART7383
- GTIN:
- 4251028604275
- Shipping weight:
- 0,07 kg
- Item weight:
- 0,02 kg
The WiFi omnidirectional antenna is designed for indoor use, features an RP-SMA connector with a swivel joint, and can be directly screwed onto a router or access point. The flat casing of the WiFi antenna is made of black plastic.
- SKU:
- ART7385
- GTIN:
- 4251028604282
- Shipping weight:
- 0,07 kg
- Item weight:
- 0,02 kg
The AOA-2458-79AF is made of solid, weatherproof, and UV-resistant fiberglass and can be used outdoors. An additional sealing ring (O-ring) further protects the antenna connection from moisture.
The omnidirectional antenna is not designed for wall or mast mounting but explicitly for use with an ALFA Network WiFi adapter from the Tube series. The omnidirectional antenna is ideal for combination with an ALFA Tube-UAC2 WiFi USB adapter (N-male to N-male adapter required).
An additional sealing ring (O-ring) at the antenna connection reduces the ingress of moisture. As a result, this omnidirectional antenna is practically hermetically sealed and provides reliable long-term results as an outdoor WiFi antenna. The internal antenna element is additionally coated. This protects the WiFi omnidirectional antenna from weather influences and ensures the longevity and stability of the parameters during operation.
The UniEter WiFi omnidirectional antenna can be mounted on a mast or wall. Suitable mounting accessories are included. The antenna features an N-female connector. Suitable antenna cables are available under accessories.
- SKU:
- ART6440
- GTIN:
- 5902020968870
- Shipping weight:
- 0,45 kg
- Item weight:
- 0,37 kg
The Interline HORIZON LOGIS MINI dual-band Wi-Fi antenna is made of robust, weatherproof, and UV-resistant ABS, and is weatherproof according to IP67. Therefore, this compact antenna can be easily used outdoors as an external antenna.
The antenna is designed for mounting on a mast or a wall bracket. A corresponding mounting angle and a pipe clamp are included in the package. The antenna features an N-female connector and is connected to a router or access point via a coaxial antenna cable. Suitable cables can be found under accessories.
The Interline HORIZON LOGIS dual-band Wi-Fi antenna is made of robust, weatherproof, and UV-resistant ABS, and is weatherproof according to IP67. Therefore, this compact antenna can be easily used outdoors as an external antenna.
The antenna is designed for mounting on a mast or a wall bracket. A corresponding mounting angle and a pipe clamp are included in the package. The antenna features an N-female connector and is connected to a router or access point via a coaxial antenna cable. Suitable cables can be found under accessories.
Due to its moderate gain, the 2x2 MIMO directional antenna can be used for short or medium distances. This model is a future-proof solution with support for WiFi 6E and even WiFi 7.
The high-quality injection-molded enclosure with IP67 rating allows implementation both indoors and outdoors. The wide frequency range (2.4-2.5 GHz and 5-7 GHz) allows you to select the appropriate frequency for the most effective operation.
This version of the QuSector 9HV-65-2 has two 70cm long antenna cables of type LMR195 with RP-SMA connectors. This means you can connect this antenna directly to your WiFi router or access point and put it into operation.
The antenna is designed for mast or wall mounting. The appropriate mounting accessories are included in the delivery.
- SKU:
- ART7534
- GTIN:
- 5905868601664
- Shipping weight:
- 1,50 kg
- Item weight:
- 0,90 kg
Due to its moderate gain, the 4x4 MIMO directional antenna can be used for short or medium distances. This model is a future-proof solution with support for WiFi 6E and even WiFi 7.
The high-quality injection-molded enclosure with IP67 rating allows implementation both indoors and outdoors. The wide frequency range (2.4-2.5 GHz and 5-7 GHz) allows you to select the appropriate frequency for the most effective operation.
This version of the QuSector 9HV-65-4 has four 70cm long antenna cables of type LMR195 with RP-SMA connectors. This means you can connect this antenna directly to your WiFi router or access point and put it into operation.
The antenna is designed for mast or wall mounting. The appropriate mounting accessories are included in the delivery.
- SKU:
- ART7535
- GTIN:
- 5905868601107
- Shipping weight:
- 1,50 kg
- Item weight:
- 0,90 kg
The antenna, constructed from robust ABS plastic, is suitable for outdoor use and industrial environments. Its rear plate is powder-coated and hardened at high temperatures, ensuring durability. The IP-G10-F2458-HV-M is highly durable and finely tuned, delivering excellent performance.
The 4x4 MIMO WiFi directional antenna comes with four antenna cables, each 90cm long and fitted with an N male connector. Complementary antenna cables can be found in the accessories section. A pipe clamp for mast mounting is included in the package.
- SKU:
- ART6181
- GTIN:
- 5907758040669
- Shipping weight:
- 0,50 kg
- Item weight:
- 0,40 kg
This model impresses with its very good workmanship and compact design. With a gain of 4dBi in the 2.4 GHz band and 5dBi in the 5 GHz band, the omnidirectional antenna is well suited for covering small to medium areas. The antenna is made of robust, weatherproof, UV-resistant plastic, complies with IP67, and is suitable for both indoor and outdoor use.
The 4x4 MIMO omnidirectional antenna is designed for mounting on a mast or wall bracket. A corresponding mounting bracket and a pipe clamp are included. The connection is made via the four N-female connectors on the bottom of the 4x4 MIMO antenna. Suitable antenna cables can be found under accessories.
- SKU:
- ART6182
- GTIN:
- 5907758040768
- Shipping weight:
- 1,60 kg
- Item weight:
- 1,40 kg
This model impresses with its very good workmanship and compact design. With a gain of 6dBi in the 2.4 GHz band and 7dBi in the 5 GHz band, the omnidirectional antenna is well suited for covering medium sized areas. The antenna is made of robust, weatherproof, UV-resistant plastic, complies with IP67, and is suitable for both indoor and outdoor use.
The 4x4 MIMO omnidirectional antenna is designed for mounting on a mast or wall bracket. A corresponding mounting bracket and a pipe clamp are included. The connection is made via the four N-female connectors on the bottom of the 4x4 MIMO antenna. Suitable antenna cables can be found under accessories.
WiFi, also known as Wi-Fi, is ubiquitous nowadays – from computers and smartwatches to smartphones and tablets. However, not all wireless networks are the same. The various Wi-Fi standards, ranging from Wi-Fi n and ac to the latest developments such as Wi-Fi 6 (802.11ax) and Wi-Fi 6E, can be confusing. Here, we provide a comprehensive guide to understand everything about Wi-Fi, especially the 802.11ac WiFi antennas.
The development of WiFi began in the late '90s with the emergence of devices like the Apple AirPort in 1999. The term WiFi was later generalized for all 802.11 standards and certified by the WECA (now Wi-Fi Alliance). These standards, including 802.11a/b/g/n/ac/ad/ax, represent different generations and continuous improvements. Note that the throughput measured in practice is often significantly below the theoretical maximum, due to the operation of the 802.11 protocol and the influences of distance and obstacles.
An overview of WiFi standards:
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802.11a/b/g/n: Early generations, each with specific frequency bands and transmission technologies.
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802.11ac: Integrates the efficiency of Wi-Fi A and B, with higher speeds and improved range. MIMO technology allows for multiple simultaneous data streams.
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802.11ax (Wi-Fi 6): The latest development, with enhanced efficiency and performance features, especially in environments with many connected devices.
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802.11ad (WiGig): Complements Wi-Fi AC and operates in the 60 GHz band, offering very high data rates but limited to short ranges and direct line-of-sight.
Regarding Wi-Fi 6 (802.11ax) and the extension Wi-Fi 6E, these standards provide increased capacity and efficiency, especially in environments with many devices. Wi-Fi 6E extends the frequency bands to the 6 GHz range, allowing additional channels to minimize interference.
The benefits of Wi-Fi AC (802.11ac) include:
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Utilization of the 5 GHz band for higher speeds and reduced interference.
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Standardized beamforming for targeted signal steering.
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Increased modulation (from 64QAM to 256QAM) for more bandwidth.
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New channel widths of 80 MHz and 160 MHz, doubling and quadrupling the bandwidth compared to Wi-Fi N.
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Support for up to 8 streams in MIMO, further enhancing over Wi-Fi N.
The introduction of Wi-Fi 6 (802.11ax) brings additional improvements in efficiency, speed, and capacity. Multi-User MIMO (MU-MIMO) allows access points to effectively communicate with multiple devices simultaneously.
WiGig (802.11ad) specializes in extremely high speed over short distances and is mainly used for wireless docking stations in enterprises.
Interoperability issues may arise, especially with different frequency bands. However, most routers are dual-band, allowing the use of various Wi-Fi standards. Backward compatibility exists as long as devices operate on the same frequency band.
In practice, throughput is halved compared to theoretical speed, and the 2.4 GHz band may be congested in urban areas. For more demanding applications such as HD video streaming, 5 GHz WiFi is often recommended. When choosing WiFi for smartphones, tablets, and laptops, considering the supported antennas and streams is important to achieve maximum speed.