HUAWEI bts3900 & BSC 6000

:p huawei bts 3900 & bsc 6000.zip
this file contain new huawei bts & bsc

Does anyone has concurrently supported frequency bandwidth of Huawei GSM1800 single GRFU

For example can we hop frequencies of 512,515,700,739 etc in one GRFU module

Yes it is possible.
BR

it is possible only for Huawei GRFU V2
regarding GRFU V1 it is not possible

Thanks All,

What is the limitation in GRFU V1 bandwidth

Could you please tell me the GRFU V2 Bandwidth

GRFU V1 --> 15 MHz
GRFU V2 --> 20 MHz

Hi

Does the GSM1800 GRFU V2 support total GSM 1800 band (1710-1785MHz, 1805–1880MHz) or only part.

I heard that most of multi-carrier RF modules in other vendors support only 55MHz bandwidth.

for ex: one vendor has two module types

Type 1:UL: 1710~1765;DL: 1805~1860
Type 2:UL: 1730~1785;DL: 1825~1880

thanks

GRFU V1
Item Specification
Supported frequency band Frequency band RX frequency band (MHz) TX frequency band (MHz)
GSM 900 MHz 880–915 925–960
890–915 935–960
GSM 1,800 MHz 1,710–1,755 1,805–1,850
1,740–1,785 1,835–1,880
GSM 1,900 MHz 1,850–1,890 1,930–1,970
1,870–1,910 1,950–1,990
Capacity  A single cabinet supports a maximum of 36 carriers, and a single cell supports a maximum of 24 carriers.
 A single site supports a maximum of 72 carriers and a maximum configuration of S24/24/24.
Output power 900 MHz/1800 MHz/1900 MHz (GMSK/8PSK)
With power sharing:
 1 TRX: 60 W/40 W
 2 TRX: 40 W/26 W
 3 TRX: 31 W/20 W
 4 TRX: 27 W/17 W
 5 TRX: 20 W/13 W
 6 TRX: 16 W/10 W Without power sharing:
 1 TRX: 60 W/40 W
 2 TRX: 40 W/26 W
 3 TRX: 27 W/17 W
 4 TRX: 20 W/13 W
 5 TRX: 12 W/8 W
 6 TRX: 10 W/6.6 W
Receiver specification Receive independency Two-way receive diversity
–113 dBm –116 dBm
RF Standard 3GPP TS 45.005 V8.2.0 multicarrier BTS class 2 requirement

GRFU V

Item Specification
Supported frequency band Frequency band RX frequency band (MHz) TX frequency band (MHz)
GSM 900 MHz 880–915 925–960
890–915 935–960
GSM 1,800 MHz 1,710–1,770 1,805–1,865
1,725–1,785 1,820–1,880
GSM 1,900 MHz 1,850–1,890 1,930–1,970
1,870–1,910 1,950–1,990
Capacity  A single cabinet supports a maximum of 36 carriers, and a single cell supports a maximum of 24 carriers.
 A single site supports a maximum of 72 carriers and a maximum configuration of S24/24/24.
Output power 900 MHz/1800 MHz/1900 MHz (GMSK/8PSK)
With power sharing:
 1 TRX 60 W/40 W
 2 TRX 40 W/26 W
 3 TRX: 31 W/20 W
 4 TRX: 27 W/17 W
 5 TRX: 20 W/13 W
 6 TRX: 16 W/10 W Without power sharing:
 1 TRX 60 W/40 W
 2 TRX 40 W/26 W
 3 TRX: 27 W/17 W
 4 TRX: 20 W/13 W
 5 TRX: 12 W/8 W
 6 TRX: 10 W/6.6 W
Receiver specification Receive independency Two-way receive diversity
–113.5 dBm –116.5 dBm
RF Standard 3GPP TS 45.005 V8.2.0 multicarrier BTS class 2 requirement

Quote:

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Originally Posted by aygo

GRFU V1
Item Specification
Supported frequency band Frequency band RX frequency band (MHz) TX frequency band (MHz)
GSM 900 MHz 880–915 925–960
890–915 935–960
GSM 1,800 MHz 1,710–1,755 1,805–1,850
1,740–1,785 1,835–1,880
GSM 1,900 MHz 1,850–1,890 1,930–1,970
1,870–1,910 1,950–1,990
Capacity  A single cabinet supports a maximum of 36 carriers, and a single cell supports a maximum of 24 carriers.
 A single site supports a maximum of 72 carriers and a maximum configuration of S24/24/24.
Output power 900 MHz/1800 MHz/1900 MHz (GMSK/8PSK)
With power sharing:
 1 TRX: 60 W/40 W
 2 TRX: 40 W/26 W
 3 TRX: 31 W/20 W
 4 TRX: 27 W/17 W
 5 TRX: 20 W/13 W
 6 TRX: 16 W/10 W Without power sharing:
 1 TRX: 60 W/40 W
 2 TRX: 40 W/26 W
 3 TRX: 27 W/17 W
 4 TRX: 20 W/13 W
 5 TRX: 12 W/8 W
 6 TRX: 10 W/6.6 W
Receiver specification Receive independency Two-way receive diversity
–113 dBm –116 dBm
RF Standard 3GPP TS 45.005 V8.2.0 multicarrier BTS class 2 requirement

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Hi sir

May I have a copy of the document where you got this data? What is the power of the GRFU V1?

Thanks