The VLP4 antenna is a multiband transit antenna platform designed primarily for on-vehicle use. Based on a low profile footprint, the VLP4 can be developed to meet customer specifications for VHF, UHF, TETRA and multi-band frequency bands.
Examples of antenna configurations might be LTE450 + LTE 700-2700 MHz, 2 x LTE 450 MHz, TETRA + LTE or LTE450 + LTE 700-2700 + WiFi.
The antenna mounts directly onto a flat metal surface and requires a groundplane to operate correctly. The cable(s) exit underneath through a gland in the base plate.
Please feel free to contact us with your requirements for the VLP4 antenna. Some requirements may require additional chargeable development work depending on the parameters of the project.
You can also use our antenna configurator to help build your customised VLP4 multiband transit antenna platform solution.
EAD puck antennas IP67 rated. EAD is pleased to announce that it’s range of CPx puck antennas is now IP67 rated.
An IP (International Protection or also known as Ingress Protection) rating is a system of classifying the level to which a mechanical casing or electrical enclosure can withstand intrusion by dust and moisture/water. IP67 is a common requirement for outdoor antenna installations and means that it is totally protected against the ingress of dust and also protected against the effect of immersion between 15 cm and 1M.
The range of EAD puck antennas including the following models are all now confirmed to be IP67 compliant when correctly installed onto a flat enclosed mounting surface such as vehicle roof or watertight enclosure:
The WCO-450-WMB is a 450 MHz compact outdoor omni antenna designed for wall-mount applications for providing access to 450-470 MHz LTE or UHF networks.
Based on our WCO-XX-WMB platform, this antenna is comprised of a UV-resistant, flame retardant sheath and stainless steel L-bracket for wall-mounting. This antenna combined with low loss extension cables such as RF240 is an effective and discreet solution for installations where the antenna cannot be located close to the router or radio.
Other versions for the WCO-XX-WMB include 2.4 GHz and 433 MHz. 915 and 868 MHz versions are also available. For WCO-450-WMB pricing and lead times, please contact us.
We can supply other frequencies based on the WCO-XX-WMB platform from 150 MHz to 6 GHz. Please contact us for details.
The new CLW LTE WiFi puck antenna is designed to offer concurrent 4G/LTE and WiFi communications in a single low profile antenna enclosure. With one SMA cable for LTE and one RP-SMA for WiFi, the antenna connects to each port on a terminal or router offering multiband connectivity. Cable lengths and connectors are configurable.
The CLW antenna mounts via a robust threaded stub and locking nut from underneath and has a gasket providing a waterproof seal when correctly mounted to a flat surface.
Other products in the same stable are the CMO – 2 x LTE, CLWG – 1 x LTE, 1 x WiFi and 1 x GNSS and the CMG 2 x LTE and 1 x GNSS. For other combinations or variations on the theme, please contact us or use our Antenna Configurator.
The BKR915 is a 915 MHz half wave dipole antenna and groundplane independent, designed for ISM-Band terminals and devices that do not have a groundplane or metal surface on which to mount a 1/4 wave antenna.
Housed in a durable sheath, the BKR915 has a multi-position RP-SMA plug connector that allows the antenna to operate in a horizontal or vertical position. This makes it suitable for portable devices where the orientation of the product is subject to change or is not known.
With a VSWR of less than 2:1 and a gain of 2 dBi, the BKR915 is an effective antenna solution for a range of 915 MHz ISM band applications.
The formal part code for this antenna is FBKR35301-RS-KR.
The LPO Multiband MIMO antenna has been announced by EAD. Offering 2 x LTE, 2 x WiFi and one active GPS/GLONASS antenna element, the LPO is a robust and practical solution for bus, truck, transit and vehicle applications where 5 antennas for multiband communications need to be installed.
With excellent RF performance in an enclosure 140mm in diameter and 80mm in height, the LPO is permanently mounted via a threaded stud and locking nut underneath. Gain figures for LTE are 3-4 dBi and 5 dBi for both 2.4 and 5 GHz WiFi bands.
For more information and availability on the LPO antenna, please contact EAD or your local EAD representative.
The LPO is a 5 Element MIMO LTE WiFi GNSS antenna suitable for vehicle roof permanent mounting for multi-band tracking and telematics applications. Offering 2 x LTE antenna elements, 2 x dual band WiFi elements and 1 x GPS/GLONASS element, the LPO is a robust, permanent mount multiband antenna idea for telematics, transit and fleet applications where multiple antennas are required.
Mounting via one single point, the LPO does not compromise on performance with LTE elements offering 3-4 dBi gain and the WiFi elements offering 5 dBi gain on both bands.
The LPO is 140mm in diameter and 80mm in height with a threaded stud and locking nut underneath. The cables exit through the middle of the mounting stud.
For more information on the LPO, please contact us or your local EAD distributor.
European customers can purchase small quantities of the LPO antenna via the Connex webshop.
For a single LTE, single WiFi and GPS/GLONASS, why not take a look at the CLWG antenna.
The EAD FGO high gain LTE omni antenna has been relaunched. This second generation antenna has an improved mounting bracket for pole or wall-mounting. The fibreglass tube has been retained, although the tube is slimmer than the previous version. Gain figures remain the same at 4-5 dBi across the frequency bands from 690-2700 MHz.
The FGO antenna is terminated in a N-Female connector allowing the installation of low loss jumper cables alongside the FGO. Popular low loss cable choices include RF240 and RF400 cable.
For small volume requirements, you can purchase the FGO via the Connex webshop. For larger or ongoing requirements, please contact EAD or your local distributor.
The unique GPS-Stubby from EAD is the only active GPS stub antenna with either SMA-Male straight or SMA-Male right angle.
Some GPS-based terminal and devices are not suitable for straight GPS stub antennas. Our GPS-Stubby right angle version solves this problem.
The GPS-Stubby is an active antenna with an integrated LNA (low noise amplifier) to enhance signal reception. Housed in a robust, aesthetically attractive sheath, the antenna is ideal for systems where an embedded internal antenna or a magnetic mount antenna cannot be used.
For customers in Europe, you can purchase small quantities of the GPS-Stubby antenna via the Connex Webshop. For all other requests, please contact your local EAD distributor.
The EAD MIMO-Blade is a IP67 LTE MIMO blade antenna designed for fixed and mobile applications. Based on MIMO (2 x LTE element) technology, this antenna is a flat antenna with a variety of mounting options. Ideally suited to inside and outside vehicle, industrial and commercial LTE deployments, the MIMO-Blade is a robust and durable antenna solution.
It is encapsulated in black thermoplastic, fully sealed and waterproof. It has been passed as IP67 by an independent test house and with strain relief at the cable exits, it designed to survive harsher than normal environments.
Supplied as standard with 2 suction cups for mounting, the MIMO-Blade can also be mounted with plastic screws, cable ties, adhesive pads and velcro. The antenna is fed by 2 RG174 cables and a choice of connectors including SMA, TS9, FME and CRC9.
Typical installations cover automotive telematics, telemetry systems, kiosk and vending systems as well as wireless security, CCTV and alarm deployments.
The MIMO-Blade is available through all good EAD distributors and resellers and also available to European customers via the Connex webshop.
Roof and enclosure-mounted low profile 4G LTE antennas are in demand as the IoT bandwagon rolls on so here are 4 suggestions for permanent mount puck style antennas for your application:
This is a two element puck antenna, called the CMO, incorporating two antenna elements operating from 690-960/1710-2690 MHz for 4G LTE applications. Permanently mount by way of stud underneath and locking nut, this antenna has a gasket underneath that provides a waterproof seal once mounted. The antenna mounts onto a ground plane or metal surface and has one cable for each antenna element. Ideal for Wireless CCTV, security and broadband applications, the CMO offers robust RF performance in a compact package.
Based on the CMO antenna mechanical design, this antenna is called the CLW. It offers 1 x 4G LTE element and 1 x dual band WiFi element for permanent mounting onto a groundplane or metal surface. Suitable for applications where concurrent LTE and WiFi communications are required, the antenna lends itself well to fixed and/or mobile installations.
The CMG antenna is also very much based on the CMO antenna. It offers 2 x 4G LTE elements, but also with an added active GPS/GLONASS antenna element. This enables LTE communications concurrently with GPS/GLONASS positioning. Mounted on a metal vehicle roof, this antenna provides a watertight and robust solution for mobile IoT installations.
The CLWG antenna is based on the same blueprint as the CMG antenna, however we have replaced 1 x 4G LTE with a dual band WiFi element. This delivers 1 x 4G LTE, 1 x WiFi and 1 x GNSS in compact and robust package suitable for multiband telematics application where installing 2 or 3 antennas is undesirable.
All these low profile 4G LTE antennas are based on a proven common platform that can be customised if required. Please feel free to use our Antenna Configurator to request a solution that can be designed for your application.
For more information, please feel free to contact us.
The new W-Flex antenna from EAD is a dual band WLAN flexi antenna. Designed for building-in to WiFi devices and terminals often where flat surface for rigid PCB antennas is not available, the W-Flex is an innovative solution.
Based on compact dimensions and a range of cable/connector options, this new antenna is part of a new portfolio of flexible PCB antennas from EAD. Available connectors can include U.FL, RP-SMA and MMCX and can be customer specified to allow ease of compatibility with a variety of WiFi radio modules.
For more information on the W-Flex, please visit our product page. We also recently introduced the L-Flex antenna, a multi-band LTE flexible PCB antenna.
Today EAD introduces a new LTE WiFi GNSS puck antenna. We have designed it for vehicle roof or metal surface-mounting. Based on the versatile CPx antenna platform, the CLWG is a discreet and robust antenna. We believe it is ideal for multi-band telematics applications.
As a result of its dimensions, just 106 mm in diameter and 33.5mm in height, this antenna is compact without compromising on performance. As standard, we configure the antenna with three separate cables. One cable each for LTE, WiFI and GNSS. You can customise the cable lengths and connectors as you wish, however we offer 3M cable length and SMA-Male connectors as standard.
We draw your attention to the CLWG’s stable mate, the CMG antenna. The CMG is a 2 x LTE and GNSS puck antenna, part of the same range of robust puck antenna products.
The WS433 is a 433 MHz quarter wave stub antenna ST designed for ISM band terminals. Requiring a groundplane to operate a effectively, the WS433 is a based on a helical coil design and offers a compact solution for fixed and mobile terminals need 433 MHz connectivity. The antenna element is housed in a durable and robust black acetal sheath.
As standard supplied with a SMA-Male straight connector, a version with a straight RP-SMA plug is also available.
Also available is the WR433 which is a right angle SMA-Male version of this 433 MHz stub antenna.
In addition, across this line of products we have 868 MHz and quad band cellular models available.
The WS868 is a 868 MHz quarter wave stub antenna ST designed for ISM band terminals. Requiring a groundplane to operate a effectively, the WS868 is a based on a helical coil design and offers a compact solution for fixed and mobile terminals need 868 MHz connectivity. The antenna element is housed in a durable and robust black acetal sheath.
As standard supplied with a SMA-Male straight connector, a version with a straight RP-SMA plug is also available.
Also available is the WR868 which is a right angle SMA-Male version of this 868 MHz stub antenna.
In addition, across this line of products we have 433 MHz and quad band cellular models available.
EAD today introduces a LTE MIMO outdoor omni with GNSS capability called the LMO7270/G.
We have added an active GNSS element to our LMO7270 antenna as a result enabling positioning functionality alongside LTE connectivity. Housed in a durable radome, the LMO7270/G offers a flexible outdoor antenna solution. The antenna mounts on either a wall/pole bracket or a non-metal enclosure or surface.
Applications for the LMO7270/G include leisure marine vessels and wireless CCTV and security. Both of these deployments have a need for MIMO LTE communications and often require positioning information as well.
For more information and pricing on the LMO7270/G please contact your local EAD reseller or distributor.
The WR433is a 433 MHz 1/4 wave stub antenna RA designed for ISM band terminals. Requiring a groundplane to operate a effectively, the WR433 is a based on a helical coil design and offers a compact solution for fixed and mobile terminals need 433 MHz connectivity. The antenna element is housed in a durable and robust black acetal sheath.
As standard supplied with a SMA-Male right angle connector, a version with a right angle RP-SMA plug is also available.
Also available is the WS433 which is a straight SMA-Male version of this 433 MHz stub antenna.
In addition, across this line of products we have 868 MHz and quad band cellular models available.
The WR868 is a 868 MHz 1/4 wave stub antenna RA designed for ISM band terminals. Requiring a groundplane to operate a effectively, the WR868 is a based on a helical coil design and offers a compact solution for fixed and mobile terminals need 868 MHz connectivity. The antenna element is housed in a durable and robust black acetal sheath.
As standard supplied with a SMA-Male right angle connector, a version with a right angle RP-SMA plug is also available.
Also available is the WS868 which is a straight SMA-Male version of this 868 MHz stub antenna.
In addition, across this line of products we have 433 MHz and quad band cellular models available.
The SRW169 is a robust and flexible 169 MHz quarter wave whip antenna designed for the European licence-free ISM-band at 169 MHz.
Terminated in a SMA-Male connector, the SRW169 should be mounted onto a metal surface (groundplane) for optimal performance. A version of the SRW169 antenna terminated in a TNC-Male connector is also available.
This antenna is ideal for 169 MHz-based terminals requiring a flexible whip antenna directly mounted on the device itself.
For a wall mount omni-directional antenna operating at 169 MHz, you could consider the WMO-169-WMB antenna.
For a shorter 169 MHz 1/4 wave antenna, it might be worth considering the EAD H169-SMA antenna.
The W433-FLY is a 433 MHz captive mount whip antenna based on a 1/4 wave whip design requiring a groundplane operate optimally. Ideal for fixed and mobile 433 MHz ISM band terminals, the W433-FLY antenna is mounted via a threaded stud and held in place but a locking nut. This captive-mount mechanism ensures that the antenna cannot be easily detached from the terminal thereby discouraging wilful or accidental removal of the antenna from the application.
The W433-FLY is housed in a flexible injection-moulded sheath and typically is supplied with approximately 215mm RG174 cable and is not terminated with a connector. Connectors can be terminated if required, but ensuring that the connector is not larger in diameter than the mounting stud. Therefore connectors such as IPEX, U.FL, MMCX and MCX make good choices for this antenna.
A SMA-Male terminated version of this antenna is available, the MW433 antenna.
The W868-FLY is a 868 MHz captive mount whip antenna based on a 1/4 wave whip design requiring a groundplane operate optimally. Ideal for fixed and mobile 868 MHz ISM band terminals, the W868-FLY antenna is mounted via a threaded stud and held in place but a locking nut. This captive-mount mechanism ensures that the antenna cannot be easily detached from the terminal thereby discouraging wilful or accidental removal of the antenna from the application.
The W868-FLY is housed in a flexible injection-moulded sheath and typically is supplied with approximately 215mm RG174 cable and is not terminated with a connector. Connectors can be terminated if required, but ensuring that the connector is not larger in diameter than the mounting stud. Therefore connectors such as IPEX, U.FL, MMCX and MCX make good choices for this antenna.
For a SMA-Male based 1/4 wave 868 MHz whip antenna, you could consider the MW868 antenna.
A 915 MHz version is available subject to a minimum order quantity.
We are pleased to introduce its new L-Flex antenna, a flexible 4G LTE PCB antenna. Designed to be integrated into 4G LTE multiband terminals, devices and wireless products, the L-Flex is an innovative antenna solution for many applications. It can be deployed in such products as security and alarm panels, kiosks, wireless CCTV platforms and industrial telematics and monitoring where a groundplane independent antenna is required.
We are pleased to advise you that L-Flex has variety of coaxial cable and connector options which lend themselves to connect to variety of 4G and LTE modem, terminal and router platforms. The most common connectors are U.FL, TS9 and SMA connectors, but we can also offer FME, CRC9, TNC, MMCX, MCX and many more. If we have not listed your desired connector, please contact us for assistance.
If you require more information, we are happy to help. You can visit the product page for the specification sheet or you can contact us for pricing.
The MH433 is a 433 MHz quarter wave helical antenna based on an injection-moulded helical ¼ wave design and operates with a centre frequency of 433 MHz. Suitable for ISM-based terminals operating in the licence-free band, the MH433 is small enough to mount onto mobile or portable devices as well as fixed terminals.
It is approximately 75mm in length with a flexible sheath and has a SMA-Male connector as standard. Other connectors such as TNC or BNC can be supplied (minimum order quantities may apply) and also other frequencies are possible, typically from 150 MHz to 480 MHz. The length of the antenna will vary depending on the centre frequency specified.
The MH433 sits alongside the MW433 whip antenna in our portfolio of 433 MHz solutions.
The MW433 is a single band 433 MHz whip antenna operating at the 433 MHz frequency band based on a 1/4 wave groundplane dependent monopole design. Housed in a flexible and durable injection-moulded sheath, the MW433 is suitable for ISM-band terminals operating in the 433 MHz licence-free band.
It is approximately 170mm in length with a flexible sheath and has a SMA-Male connector. The part code for the SMA-Male model is FMW35075-SM-ST
Other connectors can be supplied (minimum order quantities may apply). These include TNC-Male and BNC-Male connectors. The MW antenna can also be tuned to other UHF frequencies. Please contact us for more information.
For an compact outdoor 433 MHz wall-mount antenna, do check out our WCO-433-WMB.
The MW868 is a single band 868 MHz whip antenna operating at the 868 MHz frequency band based on a 1/4 wave groundplane dependent monopole design. Housed in a flexible and durable injection-moulded sheath, the MW868 is suitable for ISM-band terminals operating in the 868 MHz licence-free band.
It is approximately 80mm in length with a flexible sheath and has a SMA-Male connector.
Other connectors can be supplied (minimum order quantities may apply). These include TNC-Male and BNC-Male connectors. The MW antenna can also be tuned to other UHF frequencies. Please contact us for more information.
The W915-RS is a 915 MHz version of the MW868, but with a centre frequency of 915 MHz and a RP-SMA connector.
The FEW433 is a groundplane independent ISM band flexible antenna based on a 5/8 wave element design operating at 433 MHz. Using a very flexible radiating element, the FEW433 is ideal for 433 MHx ISM band applications where a flexible antenna is required for either mobile or fixed radio terminals. The FEW433 is an efficient antenna with a VSWR of less than 1.5:1 and overall in length it measures approximately 338mm.
The FEW433 can be supplied with either SMA-Male or TNC-Male connectors as standard. Other connectors may be possible, but minimum order quantities may apply.
For a wall-mount 433 MHz antenna, you could consider our compact outdoor omni antenna, the WCO-433-WMB.
The WCO-433-WMB is a 433 MHz compact outdoor wall mount antenna based on a durable 1/4 Wave 433 MHz antenna designed for outdoor deployments. It is supplied as a wall-mount option and mounted on a sturdy L-Bracket which functions as the groundplane for the antenna. It is possible to use the WCO-433 antenna to mount directly onto an enclosure, please contact EAD for this type of application.
Housed in the robust, waterproof, UV-resistant and flame retardent WCO Sheath, the antenna mounts onto a the L-bracket by way of N-Female connector and is held in place with a nut and washer. The construction of this antenna is very durable and also very compact making it ideal for outdoor deployments for a variety of ISM-band applications including security and telemetry applications.
A jumper cable with N-Male should be used to connect the WCO-433 to the radio.
This antenna design can be customised to different frequencies in the 380-512 MHz band including TETRA 380-400 MHz, 410-430 MHz or 450 MHz.
The WCO-2400-WMB is a similar antenna but operating at 2.4 GHz.
The WCO-2400-WMB is a compact outdoor WLAN wall mount antenna designed for continuous outdoor deployment. Housed in a flame-retardant, UV-resistant sheath, the WCO antenna is mounted onto a stainless steel L-bracket for permanent outdoor mounting.
The WCO-2400-WMB antenna offers 2 dBi gain across the 2.4 GHz and 5 GHz bands, the WCO-2400-WMB is fed by a N-Female connector underneath and mates to custom jumper cables as the installation requires. The cables could be short extension cables or low loss jumper cables for longer cable runs.
Other frequencies are available in the same form factor – 433 MHz, 868 MHz and pentaband GSM/3G.
As an alternative, you could consider the CPW 2.4 / 5 GHz puck antenna on a wall-mount L-bracket.
The BT-Stubby is a cost-effective quarter wave WLAN stubby antenna operating in the 2.4 GHz WiFi frequency band and is used for wireless device applications including portable and fixed units. Requiring a suitable grounplane to operate efficiently, the BT-Stubby needs to be mounted onto a metal surface or enclosure.
As standard the BT-Stubby is offered with a SMA or RP-SMA connector. You can check our blog for the coaxial connector selection guide to help you determine the correct connector.
The BT-Stubby is available in straight or right-angle SMA or RP-SMA versions. It usually is panel mounted and mates to a pigtail or adapter cable terminated in a SMA-Female Bulkhead connector or a RP-SMA Bulkhead Jack connector.
The GPS3602 is a passive GPS internal ceramic patch antenna fed by a microcoax cable and IPEX-terminated (U.FL compatible) cable. The GPS3602 is designed to be integrated into GPS enabled devices and terminals where the GPS module can only accommodate passive GPS antennas (GPS antennas without a LNA Low Noise Amplifier).
The GPS3602 is nicely compact measuring just 20 x 20 x 6mm and offers 1.5 dB at centre frequency.
Other cable lengths and connector configurations are possible, please contact EAD for details.
For active GPS internal ceramic patch antennas, we have the GPS36xx range in which each antenna has a LNA with optional gain figures of 15, 20 and 26 dB.
The CLWG is a combined 4G WiFi GNSS low profile puck antenna with one feed for each antenna element i.e one 4G/LTE multiband element, one 2.4/5 GHz WiFi element and one GPS/GLONASS element.
Designed for permanent mounting via a mounting stud onto a metal surface, the CLWG is a compact antenna for multiband wireless deployments in either fixed or mobile applications. The CLWG is highly useful in environments where space is limited or three separate antennas are undesirable.
As standard, the cables are 3M long and each terminated with SMA-Male plug connector.
For simply 2 x LTE and GNSS, you could consider the CMG antenna.
The CLW antenna is a 4G LTE WiFi low profile puck antenna with one 4G/LTE multiband element and one WiFI element. Mounted via a stud underneath for permanent mounting, the CLW is designed for continuous outdoor use on vehicles, enclosures, cabinets and other devices for applications such as telematics, wireless CCTV, security and telemetry/remote monitoring.
Fed by one cable for the 4G/LTE multiband element and one cable for the WiFi, the CLW is a compact and robust antenna based on the proven CPO antenna platform.
The CMO is a dual 4G/LTE antenna in the same form factor.
A version with GPS/GLONASS called the CLWG is also available.
The BUF2400 is a WiFi captive mount terminal antenna based on a 2.4 GHz ½ wave dipole design for fixed and portable WiFi and WLAN wireless devices.
Supporting the 2.4 GHz frequency, the BUF2400 is mounted using a captive, multi-position snap-in part and connected to the radio using a U.FL compatible connector.
The BUF2400 is an ideal solution for applications where an external bulkhead (panel mount) antenna connector is not required or undesirable and/or detaching the antenna from the terminal during use is to be avoided.
The BUF2400 provides a neat WLAN and Bluetooth antenna solution. For 4G captive mount antennas, you could consider the LTF7270 antenna.
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 WB20 is a cost-effective low profile quad band puck antenna designed for permanent mounting on non-metal surfaces in cellular and GSM applications. Housed in a robust radome, the WB20 has a mounting stud underneath and locking nut to hold it in place.
Ideal for discreet kiosk, cabinet and terminal environments where a low height antenna is required, the cable length and connector exiting from the centre of the mounting stud are configurable. Common connectors include SMA, FME-Female and MMCX. TS9 and CR9 are also available.
This antenna is not designed to be mounted directly onto a metal surface.
The formal part code for this antenna is FWB235164-SM-2K.
For a higher gain solution, the CPO also offers 3G support and better performance in a slightly bigger form factor.
The GPS560 is a GPS GLONASS mobile magnetic antenna offering a cost-effective magnetic-mount solution for mobile GNSS applications. It is designed for fleet management, telematics and asset tracking deployments where the antenna should be roof mounted or mounted onto a metal surface or bracket.
Housed in an aesthetically pleasing enclosure, the GPS560 is supplied with 3M RG-174 and SMA-Male connector as standard, but other cable and connector configurations are possible.
The GPS560 antenna has dimensions of 45x45x14.6mm and has a LNA gain of 27 dB
For a GPS only version, we have the GPS460 available in magnetic mount and the GPS450 in adhesive mount options.
The PentaMag is a GSM 3G pentaband magnetic mount antenna covering the cellular, GSM and 3G frequency bands. The exact frequency support is 824-960 and 1710-2170 MHz. Designed for fixed and mobile applications, the PentaMag requires a groundplane to operate correctly, this can be a metal enclosure, bracket or vehicle roof.
Offering a gain of 2 dBi, the PentaMag is designed for M2M (Machine to Machine), Telemetry and Telematics applications requiring wireless connectivity to multiple cellular-based frequencies including GPRS and 3G networks. Applications include vending, kiosks, access points, telematics and telemetry deployments.
The antenna is available in fixed cable and connector configurations. As standard it is supplied with 3M RG174 and SMA-male connector.4
The formal part code for this antenna is FMAG35153-SM-3K.
For 4G magnetic antennas, the L-Mag is suitable alternative.
The Targan antenna is a quad band GSM stub antenna and the antennas in the Targan ranged are designed as cost-effective externally mounted stub antennas. There are two options a right-angle or straight antenna. The Targan is offered in either dual-band or quad band cellular and/or GSM models. Housed in a robust rigid sheath, the Targan is the most durable stub antenna available today.
Each Targan antenna has a SMA Male connector for attachment to the wireless device. The Targan is ideal in fixed telemetry devices using cellular and GSM frequencies where internal antennas are unsuitable. A FME-Female straight and right angle version of the Targan is also available.
The GPS450 is a mobile GPS window mount antenna. It is an attractive and cost-effective adhesive window-mount solution. It is designed for fleet management, telematics and asset tracking applications where the antenna should be installed within the confines of the vehicle.
As standard the GPS450 is supplied with 3M RG-174 and SMA-Male connector, but other cable length and connector configurations are possible. The antenna is also supplied with an adhesive mount for mounting.
The GPS450 has dimensions of 45x45x14.5mm and has a LNA gain of 25 dB.
The GPS460 is a magnetic mount version of the GPS450 designed for vehicle roof mount applications.
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 GPS460 is an attractive, cost-effective active GPS magnetic mount antenna antenna. It is designed for fleet management, telematics and asset tracking applications where the antenna should be roof-mounted onto a vehicle.
It is supplied as standard with a 3M RG-174 cable and SMA-Male connector. Other cable lengths and connectors are possible. Please contact us with your requirements.
The GPS460 has dimensions of 45x45x14.6mm and has a LNA gain of 25 dB.
The GPS460 does not support GLONASS functionality. For a GPS/GLONASS version, the GPS560 is a suitable alternative. For a window mount solution, please look at the GPS450 window mount GPS antenna.
The CMG antenna is an IP67 dual LTE GNSS puck antenna (2 x LTE + 1 x GPS/GLONASS) designed for mobile as well as fixed LTE applications.
Housed in a very robust package, the CMG is mounted by way of a threaded mounting stud with the 3 cables exiting through the mounting stud.
Once mounted via a 20mm hole, the CMG is sealed and waterproof and suitable for mounting onto vehicles, industrial machinery and enclosures. The recommended cable length is up to 3M. With two LTE elements, the CMG supports MIMO routers for LTE and offers GPS/GLONASS signal reception for positioning. It is recommended that the CMG is mounted onto a metal surface.
Our CLW and our CLWG platforms offer LTE with WiFI or LTE with WiFi and GNSS respectively.
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 CPO is a 3G GSM puck antenna with 2-3 dBi gain housed in a tough and durable enclosure. The antenna is a screw-mount antenna requiring a 20mm hole. The cable exit is on the underside of the antenna and once mounted is totally enclosed, watertight and secure.
This low profile antenna is secured in place by a nut that is tightened from underneath. The CPO is ideal for metering, telemetry and telematics applications where a discrete antenna is required, but performance cannot be compromised.
The formal part code for this antenna is FCPO35163-SM-3K.
A cellular version (CPT) and 2.4/5.8 GHz (CPW) version of this antenna are also available from EAD.
The GPS-Stubby antenna is an innovative GPS active stub antenna supplied in a robust sheath and terminated in either a SMA-Male Straight or SMA-Male Right Angle connector. Designed for applications where an internal GPS antenna is unsuitable and where a standard patch antenna with cable is not practical, the GPS-Stubby offers a compact and cost-effective stubby antenna solution.
The SMA-Male right angle version is a unique GPS Stub solution enabling applications where a straight SMA-Male connector would be cumbersome or awkward.
With an integrated LNA, the effective gain of the GPS-Stubby is 26 dB. The GPS-Subby is housed in compact dimensions of 67×18.5mm (dxh).
The GPS-Stubby antenna does not currently support GLONASS.
For low volume requirements, customers in Europe can source the GPS-Stubby from the Connex webshop.
The formal part codes are FGPS35216-SM-ST and FGPS35216-SM-RA.
The W915-RS is a 915 MHz whip antenna based on a moulded ¼ wave whip antenna design operating in the 902-928 MHz frequency band. Designed for ISM-Band applications centred on 915 MHz, the W915-RS should ideally be mounted onto a groundplane. This makes it ideal for small ISM-band terminals and devices either fixed or mobile. The MW868 is an 868 MHz version for European ISM band frequencies.
It is approximately 80mm in length with a durable, moulded, flexible sheath and has a RP-SMA connector. This 915 MHz Whip antenna can also be supplied with other connectors such as SMA, TNC or BNC (minimum order quantities may apply). Please contact us for further details.
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 CPW is a WLAN puck antenna and is a tough and durable dual band 2.4 and 4.9-6.0 GHz puck antenna with approx 3 dBi gain on the lower band and 5 dBi on the upper band.
The antenna is a low profile screw-mount antenna requiring a 20mm drill hole. The cable exit is on the underside of the antenna and once mounted is totally enclosed, secure and waterproof. The antenna is secured in place by a nut that is tightened from underneath. The CPW WLAN puck antenna is ideal for Wireless LAN and WiFi applications where a discrete antenna is required, but performance cannot be compromised.
The part number is FCPW35168-XX-XX where XX-XX refers to cable and length and connector type.
A cellular version (CPT) and GSM/3G (CPO) version of this antenna are also available.
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.
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