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Why is a rectifier needed for a GSM BTS?
This is bcoz we need -48V for Gsm BTS, -48 DC is used to control Fluctuation So the main function of this is 1) To convert AC to DC 2) To control overloading
How many type of nokia base transceiver station?
Nokia offers several types of Base Transceiver Stations (BTS), primarily categorized into two main groups: traditional BTS and modern, compact solutions like the AirScale BTS. Traditional BTS models include the Nokia Flexi Hybrid and Flexi Multiradio, while AirScale encompasses a range of solutions designed for diverse deployment scenarios, including outdoor and indoor environments. Additionally, Nokia's BTS solutions support various radio access technologies such as GSM, WCDMA, LTE, and 5G. The specific number of BTS types can vary based on regional offerings and technological advancements.
How many bts can be connected to a single bsc?
Up to hundreds (Wikipedia). There are technical limits, but the GSM standard doesn't say something about a maximum.
What is DAC value in gsm system?
BTS internal clock value is known as DAC value.
What are lapd and lapdm gsm?
link acess protocol for the D channel is used in the radio link between bts and ms
Which area number is this 00777777777786?
00 is a commonly used international access prefix 7 is the country code for Russia and Kazakhstan 777 is the code for a GSM mobile phone in Kazakhstan but you have too many digits It is not a valid number.
What is gsm or CDMA?
GSM = Global System for Mobile communications. CDMA = Code Division Multiple Access.
What is the use of bts in telecomm?
In telecommunications, a Base Transceiver Station (BTS) is a critical component of mobile networks, facilitating wireless communication between the mobile device and the network. It manages radio communications, handles signal processing, and enables connectivity to the core network. BTS units are typically deployed in clusters to ensure coverage and capacity in a given area, supporting various mobile technologies like GSM, UMTS, and LTE. Overall, the BTS plays a vital role in enabling mobile voice, data, and messaging services.
Full form of CDMA and GSM?
Full form of CDMA is code divison multiple access and full form of GSM is Global system for mobile communications.
GSM Network Elements?
GLOBAL FOR SPECIAL MOBILE COMMUNICATION SYSTEM GSM- IS DIGITAL TELEPHONY SYSTEM THAT SUPPORTS TIME DIVISION MULTIPLE ACCESS CODE AND FREQUENCY DIVISION MULTIPLE ACCESS CODE
Why is the gsm 900 better than gsm 1800 and gsm 1900?
As the frequency increase its penetration power decreases.The signal travels a lesser distance.Hence for a perticular area more no of towers need to be erected in 1800/1900 than in 900MHZ for full coverage...Hence vodafone( 1800MHZ) has more towers per unit area than Idea Cellular ( 1800+900) ..... Band of 900 is from 890-915( uplink) 935-960Mhz( downlink).... Band of 1800 is from 1710-1785(uplink) and 1805-1880MHZ(Downlink).... Same property is followed here.....The uplink is lower ( MOBILE -BTS) than the downlink frequency (BTS-MOBILE)...so that this may help the uplink signal to travel futher without consuming much power...BTS due to its increased power ,has higher frequency to tavel the same distance....
Why you use feeder between BTS to GSM Antennae?
There may be something to this question that we're missing, but here's the answer to the obvious interpretation: The BTS equipment is typically housed either in a shelter (building) or else in a ground-mounted equipment cabinet. On the other hand, in order to achieve the design area coverage, the GSM antenna is typically on the roof or wall of a building, on a monopole, or on a tower, located several tens of meters above the ground level. The fundamental design of the entire system requires that the transmit RF from the BTS output be guided to the antenna, and also that the RF received by the antenna be guided for processing to the BTS receiver, both with as little RF loss as possible. The "feeder" ... also called 'transmission line' and implemented in either coaxial cable or waveguide ... is the means to accomplish the transfer of RF energy in both directions with low loss.
