Part 1
1. What is the multiple access used in EDGE = WCDMA
2. change the temporary user is the function of = VLR
3. What is the maximum bitrate at HSUPA = 5.76 Mbps
4. What is the multiple access used in TACS= FDMA
5. Be a gateway of packet switch to the main network is function of = GGSN
6. What is the maximum bitrate of HSPA+ = 21 Mbps
7. What is the multiple access used in HSPA+ = WCDMA
8. Control the radio access network the function of = RNC
9.What is the maximum bitrate of GPRS = 174 kbps
1. What is the multiple access used in EDGE = WCDMA
2. change the temporary user is the function of = VLR
3. What is the maximum bitrate at HSUPA = 5.76 Mbps
4. What is the multiple access used in TACS= FDMA
5. Be a gateway of packet switch to the main network is function of = GGSN
6. What is the maximum bitrate of HSPA+ = 21 Mbps
7. What is the multiple access used in HSPA+ = WCDMA
8. Control the radio access network the function of = RNC
9.What is the maximum bitrate of GPRS = 174 kbps
About true or false
1. In downlink , OVSF is used to distinguished sector = False
2. In WCDMA we can use 1 frequency to give coverage to user = True
3.In the uplink direction, OVSF is used to distinguished cell = False
4. In WCDMA we used frequency smaller than GSM =False
5.Spreading is done after ADC = False
6. In WCDMA the transmitter power is low but the bandwidth is wide = False
7. In the uplink direction, scrambling code is used to distinguished channel= False
8. In WCDMA ,OVSF is used as the code that make user can communicate at the same frequency and at the same time= True
1. In downlink , OVSF is used to distinguished sector = False
2. In WCDMA we can use 1 frequency to give coverage to user = True
3.In the uplink direction, OVSF is used to distinguished cell = False
4. In WCDMA we used frequency smaller than GSM =False
5.Spreading is done after ADC = False
6. In WCDMA the transmitter power is low but the bandwidth is wide = False
7. In the uplink direction, scrambling code is used to distinguished channel= False
8. In WCDMA ,OVSF is used as the code that make user can communicate at the same frequency and at the same time= True
Part 2
1. In 3G How many sector that are in S2/2/2 = 3
2. How many cell that are in S2/2/2 = 6
3. How many frequency /carriers that are needed = 2
4. How many OVSF code that are in SF= 32 , =32
5. What is the chip length of one code that are in SF =8, =8
6.Mention the code of CCH = 16,2
7. Is 200 kHz or 5 MHz the bandwidth one HRSTN= 200 kHz
8. Is this TDMA or CDMA the multiple method CDMA 2000 = CDMA
9. IS this OVSF or scrambling code, the code that have more among then the other code= scrambling code
10. Is this VLR or HLR the entity that is integrated to MSC= VLR
11. Is this 2G or 3G used 18 MHz= 2G
12.Is this 3GPP or 3GPP2 standard decision used by EVDO = 3GPP2
13. Is this Release 5 or Release 6 is standard of HSDPA= Release 5
14. Is this RNC or MGW there are connected MSC = MGW
15. Is this modulation or spreading the process of give a carrier = modulation
16. Is this 16 QAM or 64 QAM that used by HSDPA = 16 QAM
17. How many timeslot in one carrier of GSM = 8
18. If 2 watt is equal 3 dB convert 0.5 watt into dB = - 9 dB
19. Can one user occupied more than one code at the same time = can
20. How many slot of E1 are there in one E1 = 32
21. What is the ending frequency UMTS in downlink = 2170
22. What is the ending frequency UMTS in uplink = 1990
23. What is tehe downlink UARFCN of 12 band in UMTS = 1952.6
About true or false1. In 3G How many sector that are in S2/2/2 = 3
2. How many cell that are in S2/2/2 = 6
3. How many frequency /carriers that are needed = 2
4. How many OVSF code that are in SF= 32 , =32
5. What is the chip length of one code that are in SF =8, =8
6.Mention the code of CCH = 16,2
7. Is 200 kHz or 5 MHz the bandwidth one HRSTN= 200 kHz
8. Is this TDMA or CDMA the multiple method CDMA 2000 = CDMA
9. IS this OVSF or scrambling code, the code that have more among then the other code= scrambling code
10. Is this VLR or HLR the entity that is integrated to MSC= VLR
11. Is this 2G or 3G used 18 MHz= 2G
12.Is this 3GPP or 3GPP2 standard decision used by EVDO = 3GPP2
13. Is this Release 5 or Release 6 is standard of HSDPA= Release 5
14. Is this RNC or MGW there are connected MSC = MGW
15. Is this modulation or spreading the process of give a carrier = modulation
16. Is this 16 QAM or 64 QAM that used by HSDPA = 16 QAM
17. How many timeslot in one carrier of GSM = 8
18. If 2 watt is equal 3 dB convert 0.5 watt into dB = - 9 dB
19. Can one user occupied more than one code at the same time = can
20. How many slot of E1 are there in one E1 = 32
21. What is the ending frequency UMTS in downlink = 2170
22. What is the ending frequency UMTS in uplink = 1990
23. What is tehe downlink UARFCN of 12 band in UMTS = 1952.6
1. Chip rate of spreading code is same as scrambling code = True
2. If two code is orthogonal to each other correlation is 1 = False
3. Spreading code is the used multiple access = True
4. The transmitting power of 3G is larger than of 2G= True
5. Interleaving will not change the data rate = True
6. In channel encoding there will be redundant bit inserted the mix make bit rate higher = True
7. 16 QAM has higher bitrate than 64 QAM = False
8. The higher SF is the lower of bitrate = True
9. The higher bitrate is the lower power gain = True
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