@thesis{thesis,
		author={Dian  Kuncoro Jati},
		title ={Analisis perancangan jaringan indoor femtocell long term  evolution (lte) frekuensi 2300 mhz dan wi-fi 802.11n existing frekuensi 2400 mhz pada gedung hotel santika Purwokerto},
		year={2018},
		url={https://repository.ittelkom-pwt.ac.id/5282/},
		abstract={The use of voice and data services are not available on the area of the pool, but
also needed at indoor area such as hotels, offices, educational institutions etc., which
have interior design covered. Additionally in the indoor area also has a density high
data traffic.Hotel Santika hotel which is solid with visitors in the building has storied
Purwokerto daan there are various rooms and many rooms with different material
causing decreased signal quality on the capacity and coverage. It is certainly
disturbing communication networks, which resulted in users don't get the signal
properly. So to to realize and support the request for a communication service users
will have signal quality and network capacity is good indoors, required the design of
LTE networks 2300 MHz and 2400 MHz, Wi-Fi.The design of LTE networks and WiFi
was
done
to
get
the
number
of
FAP
(Femtocell
Access
Point)
LTE
and
AP
(Access

Point)

using the Wi-Fi coverage and capacity calculation. The parameters will be
analyzed i.e. receive signal level (RSL) and signal to interference ratio (SIR).In the
calculation of the propagation model used coverage Cost 231 Multiwall and for
simulation software using RPS (Radiowave Propagation Simulator) 5.4. This research
is compiled with some scenario i.e. model results the design of existing Wi-Fi 802 .11n,
LTE design and results of the model the model results the design of 802 .11n Wi-Fi
network with LTE networks. The parameters analyzed in this research is the result of
research with the most optimal performance is to use the results of the design of the
FAP 7 LTE each floor with 9 Wi-Fi Access Point for each floor with a result SIR 4.86
dB with RSL-35.91 
Keywords: FAP,Wi-Fi 802.11n, RSL, SIR,Cost 231 multiwall}
		}