Welcome to WIFI Antennas

Register now to gain access to all of our features. Once registered and logged in, you will be able to contribute to this site by submitting your own content or replying to existing content. You'll be able to customize your profile, receive reputation points as a reward for submitting content, while also communicating with other members via your own private inbox, plus much more! This message will be removed once you have signed in.

Admin

Administrators
  • Content count

    4844
  • Joined

  • Last visited

Everything posted by Admin

  1. Thus, all of these programs can be used, the accuracy of determining the coordinates of BS(Base Station) is determined by the database used by the application. The best accuracy for particular location showed the app NetworkCellInfo. In your case it could be another application. It is necessary to try everything. https://antex-e.ru/poleznye_materialy/18652/page/1/#_Сравнение приложений и заключительные выводы
  2. Chipset Atheros AR9271 The interesting device is "full N 300 Mbps" how it is full I Hate, 2R2T . But the fact that he uses on the reception of both antennas it is a fact, try to put on the first antenna panel 18Dbi result is worse than with two pins. Very good sensitivity , compared with a whistle at the base of Ralink - no worse. Fully compatible with Commview. In BackTrack5 and WifiSlax driver are - app. From slightly altered device: standard broke off the antenna ,put the connectors and soldered the cable to the antennas. TP-link WN822N TP-link WN822ND TP-link WN822N
  3. Model #OLX19M-097130-A Frequency (MHz)5150-5825 Antenna 2 Peak Gain (dBi)13.81 VSWR2.0 : 12.0 : 1 Power (Watts) 55 Impedance (Ohms) 50 HPBW (Azimuth)30°28° HPBW (Elevation)28°34° Dimension (mm)129.5 x 120 x 5.3 Polarization Linear Connector IPEX Cable Length (mm) 160 (customized) 112 (customized) Operating Temp (C)-40~+85 Manufacturing 100% made in Taiwan
  4. Irradiator series BOF-2xxx is designed for use with standard metal, satellite parabolic offset mirror. The utilization of mirror surface is more than 0.7. The radiator is optimized for mirror with f/d=0.5÷0.7 and the angle of irradiation 75÷90 degrees. (The vast majority of satellite dishes on the market.) The plane of polarization of the antenna is changed by changing the position of the radiator to the mounting site. (Rotation, followed by fixing in position.) Polarization direction is indicated by an arrow (the arrow) on the casing of the irradiator. The direction of polarization of the radiator and antenna are the same, because after reflection from the reflector, the vector of linear polarization is not changed. With circular polarization, upon reflection from the mirror direction of rotation is reversed! ,,, this is a MiMo simulation irradiator, the antenna can be on different frequency range
  5. XW-24O-FP7, 7 dBi, 2.4 GHz Outdoor, Circular Polarized, Flat Panel Antenna, NF (includes outdoor mounting bracket) Antenna Physical Form Square Frequency Range 2.4 GHz Gain 7dBi Connector Gender Female Weight 127.6g Height 40.64 mm Width 107.95 mm
  6. The feed offset parabolic antenna KIP9-1700/2700DP MIMO 2x2 is designed for use with 3G/4G/WiFi modems and routers. The radiator supports standards LTE1800, UMTS2100, LTE2600 and WiFi(2.4 GHz) 802.11 b/g/PS 2x2 MIMO in the frequency range of 1700-2700 MHz. If you have a 4G modem, and Internet speed and signal strength are not satisfied, then the use of bundles 4G irradiator plate surely will boost the signal. Because of MIMO standard doubles the bandwidth of the channel. Amplification up to 35 dB. Antennas-characteristics : Operating frequency range, MHz 1700-2700 Antenna gain, dB 8-9 SWR in the operating frequency range, max. 1.5 Polarisation Linear Input impedance, Ohms 50 Maximum input power, W 10 Connector F- female N- female Permissible wind load, m / s 30 Operating temperature range, oC -40 … +50 Maximum permissible air humidity, % 100 Crosspolarization decoupling not less than, dB 30 Communication Standard WiFi 2400 LTE 2600 UMTS 2100 LTE 1800 Multi-band Mounting type on the pipe Execution type irradiator MIMO and inside...
  7. ,,,clanon,can you give more information about this antenna....????
  8. I don't think so, but you have to try it...!!!
  9. I think the antenna for this frequency will be a bit big.(270x750mm)
  10. We've shared tons of ways to boost your home Wi-Fi, but if you need something a bit more powerful, this DIY antenna can stretch your wireless network much further. Simply use this sardine cane box from which the cover is used for patch antenna... This box is ideal for the construction of antennas in the 5 GHz band and beyond...
  11. It would be good if the focal length(F/D) was also shown for each antenna grid...!!!
  12. yagi

    There are no differences, except that the feed must be performed differently, to ensure a good impedance match. One can even build rectangular plate Yagi-Uda"s, and make the elements slot antenna elements. Also, a different feed is required for that.
  13. Compact sector antenna WiFi Ubiquiti airMax Sector 5G 17-90 designed for installation where the placement of a full-sized devices is not possible or desirable. This WiFi antenna is almost twice shorter than the "large" Sector airMax and weighs just over 1 kg. Despite its modest dimensions, the device has retained all the key characteristics of the family of these WiFi antennas. Ubiquiti airMax Sector 5G 17-90 has the gain of 17 dBi and a wide sweep of 90°. WiFi antenna mounts to wall or post by means of special fastenings.
  14. The BAS-2346 FLAT MINI MIMO antenna is designed for equipment operating in the frequency range of 690-960 MHz / 1800-3600 MHz and having ports for connecting external antennas with MiMo support (Multi input multi output) The antenna is connected by two 5-meter-long RG-58A/U cables with SMA connectors. If necessary, the cable can be extended in the same way as the wave one with a resistance of 50 Ohms. You may need an SMA-CRC9 adapter (TS9, FME, etc.) to connect to the hardware.Adapters and an additional cable are purchased separately. The antenna can be mounted on a mast with a diameter of 20 mm to 50 mm or on a wall bracket. A distinctive feature is the extended frequency range, including 3.5 GHz. The location of the antenna:Outer Supported communication standards:GSM (GPRS/EDGE), 3G (HSPA/HSPA+/WCDMA), 4G (LTE800, LTE1800 LTE2700, WiMax) Operating frequencies, MHz:690-960 MHz / 1700-2700 MHz /3400-3600 MHz Gain factor, max., dBi:7dB / 12dB / 7dB The standing wave ratio on voltage not more than:1.5 Wave resistance, Ohms:50 Cable length, m:5 Connector type:2 x SMA Overall dimensions (without mounting unit), mm:160x170x75 Weight, not more than, kg:1 Package dimensions, mm:175x215x100 Package weight, kg:1.1
  15. Antennas are essential wherever wireless communication required. They are the indispensable link between the contained signal and the “ether”. CST provides a variety of tools for each stage of the antenna design flow to study and improve your design. Antennas are used in a vast variety of applications, and thus take come in a vast variety of form factors and radiation mechanisms. The range of simulation methods in CST MWS allows the engineer to choose the best technique for each application. The transient solver could be best for wideband or planar antennas, the frequency domain solver may be more suitable for electrically small antennas, while the integral equation solver can efficiently simulate electrically large or wire antennas. Antennas never operate in isolation, but are attached to a feed network. CST DESIGN STUDIO™ (CST DS) allows the hybrid co-simulation of the effect of an attached circuit on the antenna performance. Installation of an antenna in a device or on a platform makes its analysis even more complex. The System Assembly and Modelling framework in CST DS allows the user to set up coupled simulations which can combine different solvers automatically by making use of field sources. Finally, powerful automated post-processing allows you to extract every magnitude of interest for an antenna designer – nearfield plots, SAR, phase center, directivity or farfield gain for single antennas or arrays - and to process those data further for use in parameter sweeps or optimizations in order to improve the performance of your design. Few pictures started...
  16. ,,,what is the password...???
  17. I wonder why you make a radiator with a diameter of 537 mm, when you better use a parable from the trade....???!!! ,,, a lot of work for nothing....!!!
  18. ,,,a pretty good version with round patches... ,,,,by increasing the reflector we increase the antenna gain....
  19. For receiving, you can safely use either. Losses from using 75ohm would be negligible. Only for TX you want 50ohm.
  20. ,,,only on 50 Ohm impedance...!!!
  21. ,,,watch this...