The WBTR3060 Wideband 3-6 GHz is a compact terminal antenna designed to complement UWB modules. Markets for UWB include ePOS and retail, automotive, agriculture, building control and automation, factory automation, healthcare, safety and security, warehousing and logistics. The WBTR3060 antenna can be terminal mounted via an SMA-Male connector to provide a flexible antenna solution.
With gain ranging from 2.3 dBi to 3.72 dBi across the 3.0 to 6.0 GHz bandwidth and VSWR of less than 2.5:1, the WBTR3060 Wideband 3-6 GHz antenna offers exceptional performance in a small package. Its hinged connector locks in the three positions allowing the radiating element to be vertically or horizontally positioned. It is also groundplane independent so a metal groundplane for mounting is not required.
For more information and pricing, please contact us or your local EAD distributor.
EAD has today introduced a Band 71 LTE antenna covering the 617 MHz to 3800 MHz frequencies. The WTR6138 is designed for mounting directly onto a router, modem or gateway.
As EAD’s first terminal antenna that covers Band 71 starting at 617 MHz, the WTR6138 is our widest bandwidth antenna covering the LTE frequencies across 700 to 2700 MHz. It also supports European 5G frequencies across the 3400-3800 MHz. With compact dimensions and a length of 171mm, this antenna offers consistent performance across the bands with a peak gain ranging from just under 1 dBi at the lowest band and 4 dBi in the higher bands.
The antenna is terminated in SMA-Male plug connector and is designed for direct mounting to a panel mounted SMA-Female connector.
For pricing and availability, please contact EAD or your local EAD distributor or reseller.
The M2MAC-UF-XX-SFP UFL SMA-Female panel mount adapter cable enables the connector of a SMA-Male terminated external antenna to an enclosure housing a U.FL radio module. Using a Hirose U.FL plug at one end to connect to the radio, the SMA-Female panel mount connector is mounted via a hole in the wall of the enclosure. A terminal antenna such as the WTR6138 or the BT-Stubby antenna will then mate directly to the SMA-Female connector.
The cable length is configurable so for example M2MAC-UF-10-SFP has a cable length of 100mm. The M2MAC-UF-20-SFP has a cable length of 200mm. However the M2MAC-UF-XX-SFP UFL SMA-Female can be customised with any required cable length.
The WTR6138 Wideband LTE 5G terminal omni antenna is a compact solution for routers, modems and gateways. With robust RF operation from 617 MHz to 3800 MHz, the WTR6138 is an effective antenna for 5G and LTE applications.
With a peak gain of approximately 1 dBi to 4 dBi across the frequency bands and an minimum efficiency of 50% on all bands, this antenna offers consistent performance across a wide bandwidth, despite measuring only 171mm in length. Terminated in a SMA-Male connector as standard, the WTR6138 is designed to mount directly onto the RF terminal, router or modem. Other connectors including RP-SMA, TNC-Male and FME-Female are also possible.
This antenna would be ideal for commercial and industrial applications including wireless security and CCTV, remote video applications, wireless kiosk and info terminals and for 5G/LTE access gateways.
For pricing and availability on the WTR6138 Wideband LTE 5G antenna, please contact your local distributor or EAD.
Use in conjunction with our RF adapters when connecting to a module inside an enclosure.
When selecting ISM-band and LoRa terminal antennas, there are many options for your application. Download our ISM band terminal antennas overview here:
If you are mounting antennas directly onto a terminal or enclosure using 169 MHz, 433 MHz, 868 MHz or 915 MHz, then the flyer has some suggestions for antenna choices. Our portfolio is not limited to these antennas and we have a full range for terminal antennas through to high gain omni antennas like the DMO8684 or the WMO8685.
The 169 MHz antennas are used for the European licence-free metering band at 169 MHz and we can offer terminal or wall-mount antennas at this frequency.
Focusing on 433 MHz frequencies, we present here four 433 MHz terminal antennas for ISM band applications. Many 433 MHz applications require a terminal mounted antenna, typically with a SMA-Male connector. EAD offers a number of interesting solutions for ISM licence-free frequencies and we summarise them here.
WR/WS433 – 433 MHz stub antenna
The WR433 and WS433 antennas are compact quarter wave, groundplane dependent stub antennas. Requiring a groundplane (metal mounting surface) to operate efficiently, the WR433 and WS433 are usually terminated in a SMA-Male connector. Containing a 1/4 wave coil, the antenna element is housed in robust and durable acetal sheath.
433 MHz captive mount antenna
The W433-FLY is a captive-mount 1/4 wave whip antenna with flying lead. The design enables the antenna to be integrated into the wall of an enclosure and the cable fed inside to the radio. As standard the cable is RG174 for a SMA, RP-SMA or MMCX connector, however it can be offered with a U.FL flying lead for radios mounted with U.FL receptacles. The W433-FLY does require a groundplane to operate effectively.
433 MHz quarter-wave helical antenna
The MH433 is a quarter-wave moulded helical antenna usually terminated in SMA-Male connector. Requiring a groundplane to operate effectively, the MH433 is compact whilst retaining some flexibility which is especially helpful in mobile applications. Other frequencies and connectors based on this design are possible, please contact us for more information.
433 MHz groundplane independent whip antenna
The FEW433 is a 433 MHz whip antenna that doesn’t require a groundplane to operate. Based around a moulded sheath, the FEW433 is flexible, however offers robust performance. It is available with the SMA-Male or TNC-Male connector as standard although a RP-SMA connector is also possible.
Four 433 MHz terminal antennas for ISM bands
These antennas are not the only 433 MHz antenna options available from EAD. We can also offer wall-mount or 1/4 wave whip antennas. If you do not see what you need, please use our antenna configurator to determine your requirement.
The WTR7270 4G LTE terminal antenna is an innovative solution for fixed and mobile applications requiring a blade-style antenna with a SMA-Male connector. Supporting worldwide 4G LTE bands from 700-2700 MHz, the WTR7270 offers a practical solution for mobile and fixed devices, routers and terminals whilst offering robust performance in a sleek black sheath.
Complementing many 4G and LTE routers and terminals, the WTR7270 is one of the most popular EAD antennas alongside the MIMO-Blade and the LMO7270 products. For further details on the WTR7270, please visit the product page.
For European customers, you can purchase small quantities online at www.connextech.co.uk or alternatively contact your local EAD distributor.
The PTF2100 is a pentaband GSM 3G captive mount terminal antenna that has an articulating connector for terminals, routers and devices that are running a radio module with U.FL connectors.
The PTF2100 offers a terminal mount antenna solution without the need to use a bulkhead (or panelmount) SMA connector on the enclosure. It has articulating base that locks in 3 positions, vertical, horizontal and at 45 degrees. The antennas mount by way of a threaded stud and are held in place by a locking nut. Through the middle of the stud a coaxial cable feeds the antennas via an IPEX (U.FL compatible) connector.
The PTF2100 is ideal for and for applications where users should be discouraged from removing the antenna from the terminal or device.
The LTF7270 antenna is a 4G/LTE version of the PTF2100.
The PTR2700 is a 4G multiband terminal antenna based on a ½ wave dipole blade antenna design covering 800/900/1800/1900/2100 and 2600 MHz for GSM and UMTS (3G) and 4G operation. This covers European 4G, 4G and GSM frequencies. It doesn’t support North American 700 MHz nor LTE 450.
It has a injection-moulded sheath and comes with SMA-Male swivel joint connector that can lock in three positions. the PTR2700 offers 1.5 dBi peak gain.
The PTR2700 is an ideal solution for 4G multiband cellular applications including wireless routers, telemetry and telematics application where 4G, GSM and 3G capability is required.
For 700-2700 MHz 4G LTE terminal antenna, the WTR7270 is an excellent and popular solution
The PTR2100 is a 3G GSM terminal blade antenna based on a ½ wave dipole blade antenna design covering 800/900/1800/1900 and 2100 MHz for GSM and UMTS (3G) operation.
It has a durable, injection-moulded cover and comes with SMA-Male swivel joint connector that can lock in three positions including vertical and horizontal and this allows flexibility of installation in fixed and mobile deployments. (Other connectors such as TNC are possible subject to MOQs). The PTR2100 offers 2 dBi peak gain.
The PTR2100 is an ideal solution for penta-band cellular applications including wireless routers, telemetry and telematics application where cellular, GSM and 3G capability is required.
The BTR2458 is a dual band WLAN terminal antenna operating at 2.4 – 2.5 GHz and 4.9-6.0 GHz. It is a compact, groundplane independent terminal antenna with a SMA-Male connector and is suitable for access points, gateways and terminals that require a dual band antenna for WLAN applications. For single band terminal antennas for WiFi, the BKR2400 might be a suitable option.
The BTR2458 has a gain of 2 dBi and a VSWR of less than 2:1 across the bands. When fully extended, the overall length of the antenna is less than 100mm. The compact design means that the antenna is a discreet solution for mobile applications where larger dual-band antennas could cause an obstruction or be cumbersome.
The two common part numbers are FBTR35160-SM-KR with SMA-Male connector and FBTR35160-RS-KR with RP-SMA connector.
The BKR2400 is a WLAN terminal antenna and is a 1/2 wave dipole antenna with a SMA-Male knuckle operating at 2.4 GHz. It has a rubberised moulded sheath for durability. The SMA connector locks in the vertical and horizontal positions for flexibility of installation. This is an ideal product for WLAN, Zigbee and Bluetooth applications where a groundplane or a proximity groundplane is not available. It is not recommended that the BKR2400 is mounted onto a metal enclosure.
The BKR2400 is often used on WLAN terminals, routers and access points and offers 2 dBi of gain. It is also available with a RP-SMA connector
The formal part code for this antenna is FBKR35068-SM-KR with SMA-Male or FBKR35068-RS-KR with RP-SMA.
The LTF7270 is a multiband multi-position, articulating, 4G LTE captive mount terminal antenna for modems, routers and devices that are running a radio module with U.FL connectors.
The LTF7270 offers a terminal mount antenna solution without the need to use a bulkhead (or panelmount) SMA connector on the enclosure. It has articulating base that locks in 3 positions, vertical, horizontal and at 45 degrees. The antennas mount by way of a threaded stud and are held in place by a locking nut. Through the middle of the stud a coaxial cable feeds the antennas via an IPEX (U.FL compatible) connector.
The LTF7270 is ideal for and for applications where users should be discouraged from removing the antenna from the terminal or device.
The WTR7270 is 4G LTE terminal antenna, a groundplane independent dipole, covering worldwide LTE, 4G, 3G and GSM bands including 700/800/900/1800/2100 and 2600 MHz for LTE, Cellular, GSM and UMTS (3G) operation. It has a robust and discreet injection-moulded cover and comes with SMA-Male swivel joint connector that can lock in three positions. The WTR7270 offers a gain of 1 dBi.
The WTR7270 4G LTE terminal antenna is an ideal solution for LTE and penta-band cellular applications including wireless routers, modems and access points and for telemetry and telematics where comprehensive LTE, cellular, GSM and 3G capability is required. Two WTR7270 antennas can be used together on terminals and routers requiring MIMO or diversity functionality.
The formal part number is FWTR35292-SM-KR. For customers in Europe requiring small quantities, you can purchase the WTR7270 via the Connex webshop.
For a LTE stubby antenna, check out the LTE-Stubby.
