9/08•104624AEFlexWave™ nanoBTS™

FlexWave™ nanoBTS™ EDGE/AMR
GSM-over-IP picocell for in-building coverage and capacity
3
www.adc.com • +1-952-938-8080 • 1-800-366-3891
Specifications
Um RADIO INTERFACE
TRANsmIT FREqUENCIEs
Gsm 850 model: 869to894MHz
Gsm 900 model: 925to960MHz
Gsm 1800 model: 1805 to 1880MHz
Gsm 1900 model: 1930 to 1990MHz
Channel spacing: 200kHz
max. Output Power:
GmsK (Cs 1-4/mCs 1-4)
850 and 900: +20dBm
1800 and 1900: +23dBm
8PsK (mCs 5-9)
850 and 900: +20dBm
1800 and 1900: +13dBm
static Power Control: 6steps(2dBeach)
Dynamic Power Control: 6steps(2dBeach)
RECEIvE FREqUENCIEs
Gsm 850: 824 to 849MHz
Gsm 900: 880 to 915MHz
Gsm 1800: 1710 to 1785MHz
Gsm 1900: 1850 to 1910MHz
Channel spacing: 200kHz
Performance: GSM 05:05
Gain Control steps: 26
Antennas: Integral antennas for TX, RX and NetworkListen™
0dBi omni-directional (nominal)
Connectors for external antennas
Channel support: Each nanoBTS supports a single TRX and can act as a standalone BTS
Up to 4 nanoBTS can also be connected to act as a Multi-TRX BTS
single TRX or C0 of multiTRX: TS0 = full BCCH, Combined BCCH or Combined BCCH with CBCH
TS1-7 = TCH, PDCH or Dynamic PDCH/TCH
Additionally TS1 may be SDCCH/8 + SACCH/C8 (with optional CBCH)
multi TRX (non C0): TS0-7 = TCH
Additionally TS1 may be SDCCH/8 + SACCH/C8
Internal Clock Frequency: Better than 100ppb as per GSM 05.10 pico
UsER sERvICEs
Teleservices: Telephony
Short Message Service MT/PP
Short Message Service MO/PP
Short Message Service CB single message for user cell description
speech Format support: GSM FR and EFR
AMR (full and half-rate, all codecs)
security: Air Interface – A5/1, A5/2
Abis over IP interface
 •Signallingandmanagement–TLS/AES
 •Voice-secureRTP/AES
Circuit switched Data: Single slot BS20 at up to 14.4kb/s
 BS21-26,plusBS61,BS81
GPRs and EDGE support: GPRS Coding schemes – CS1-4
E-GPRS Modulation and coding schemes – MCS1-9
Multi-slot class 10
Dynamic PDCH for optimising mix of service for voice/data
Link adaptation
E-GPRS incremental redundancy and dynamic window size