By Philip Sorrells, Vice President of Strategic Marketing, Wireless, CommScope

African operators who are exploring LTE
know that SNR has a significant impact in high data traffic areas. Improving
the SNR and reducing interference are critical for subscribers to realize
higher data rates. Finding and eliminating interference—whether within the
channel or across adjacent channels—involves avoiding passive intermodulation
(PIM). Often PIM components in band can be identified based on the frequencies
in use. CommScope offers PIM Band and Block Calculators that might be helpful, explained by Lou Meyer in
his blog post.
Proper antenna selection and tilting can
help reduce interference between cell sites, optimizing the network. LTE
networks require faster roll off between sectors to avoid interference issues,
a process we call sector
sculpting. Multibeam antennas can send out targeted signals that enable
sector sculpting. These antennas can also be a good co-siting solution that is
scalable, easy to maintain and upgrade. Supporting multiple bands can be
complicated; however, there are a variety of solutions and tools out there.
The Understanding
the RF Path e-book is a resource CommScope offers for free. It includes
nearly 200 pages of insight into installation techniques, network concepts, RF
fundamentals and more. You can access it as an app from our website (iTunes,
Google
play, Amazon).
I will be talking more about these topics
at the AfricaCom
2013 trade show in Cape Town, South Africa, running November 12-14. My
presentation “Tried and Tested Best Practices for the Implementation of LTE,” part
of the LTE@AfricaCom track, will be November 12 at 12:20 p.m. (UTC+02:00). Stop
in for a listen.
What other topics come to mind regarding
LTE implementation in African networks?
CommScope are a proud sponsor of AfricaCom 2013. Come and meet them in meeting room 6 by registering for your free ticket to AfricaCom Here
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