5G millimeter wave tutorial _ what is 5G millimeter wave.pdf - 5G millimeter wave tutorial | what is 5G millimeter wave RF Wireless World HOME ARTICLES

5G millimeter wave tutorial _ what is 5G millimeter...

This preview shows page 1 - 3 out of 7 pages.

4/5/2018 5G millimeter wave tutorial | what is 5G millimeter wave 1/7 RF Wireless World 5G millimeter wave tutorial | what is 5G millimeter wave This 5G millimeter wave tutorial covers basic features of 5G millimeter wave technology, 5G mm wave advantages and disadvantages and 5G millimeter wave frame structure. It mentions links to 5G mm wave frequency band and 5G channel sounding. About 5G : To achieve higher data rate requirement in the order of 10 Gbps, 5G technology has been developed. The specifications are published in the 3GPP Release 15 and beyond. 5G has different frequency ranges sub 6 GHz (5G macro optimized), 3-30 GHz (5G E small cells) and 30-100 GHz (5G Ultra Dense). About millimeter wave : The frequency bands which lies between 30 GHz to 300 GHz is known as millimeter wave. This is due to the fact that wavelength of electro-magnetic wave will be in millimeter range at these frequencies. There are many advantages and disadvantages of mm wave. RF WIRELESS TUTORIALS Zigbee | z-wave | Bluetooth | GSM | UMTS | LTE | WLAN | 802.11ac | IoT | RADAR | satellite | Waveguide | Home of RF and Wireless Vendors and Home of RF and Wireless Vendors and Resources Resources One Stop For Your RF and Wireless Need HOME ARTICLES TUTORIALS APP.NOTES VENDORS SOURCE TERMINOLOGY ACADEMIC T&M CALCULATORS NEWS GENERAL BOOKS DOWNLOADS CONTACT SITEMAP DSP and FPGA AMC cards Wireless and general purpose embedded signal processing for OEMs commagility.com
Image of page 1
4/5/2018 5G millimeter wave tutorial | what is 5G millimeter wave 2/7 Due to growth of large number of mobile data subscribers, need for larger bandwidth arises. The fact is bandwidth is limited in the available mobile frequency spectrum which is below the mm wave band. Due to this millimeter wave band has been explored as mobile frequency spectrum by operators due to its support for larger bandwidth. Though penetration loss is higher at these mm wave frequencies as these frequencies can not penetrate walls and certain objects in the buildings.
Image of page 2
Image of page 3

You've reached the end of your free preview.

Want to read all 7 pages?

  • Left Quote Icon

    Student Picture

  • Left Quote Icon

    Student Picture

  • Left Quote Icon

    Student Picture