sysmo NITB 2G starter kit

2G out of the box

(Download the Data Sheet)

sysmoNITB 2G starter kit

The sysmoNITB 2G starter kit is the combination of a sysmoNITB 2G and a sysmoBTS 1002 to provide a ready to run pre configured 2G network. Although the 2G NITB could even run directly on the sysmoBTS products, the usage of a dedicated NITB provides several advantages like

  • connection of more than one BTS
  • traffic monitoring on Abis interface
  • multiple Ethernet ports for the NITB
  • more computing power

The starter kit is suitable for a wide range of applications, including

  • IoT Testing for 2G based solutions

  • 2G related research and development

  • Production testing of 2G terminal equipment

  • Rapidly deployable 2G networks

  • Private 2G networks (PBX style use)

  • In-building coverage/capacity extension

  • Remote area 2G deployments, utilizing any IP-based satellite back-haul service

    Benefit from sysmocom's world-class experience in all areas of cellular networks from RAN to core network, permitting flexible integration of other network elements like BSC into the BTS itself.

Starter Kit for product evaluation

The sysmoNITB 2G starter kit enables you to get quickly started and run a completely autonomous GSM network without the need for any external components. All you need to do in order to make calls and send SMS between your phones n this private GSM network is to

  • unpack the starter kit

  • connect the power supply and the antennas,

  • connect the sysmoNITB 2G with the sysmoBTS 1002 and (if desired) the internet gateway

  • insert the SIM cards into the telephones

  • power on the phones

    The starter kit includes

  • One sysmoNITB 2G

  • One sysmoBTS 1002, indoor enclosure, 23 dBm transmit power (configurable down to 0 dBm)

  • Three compatible SMA rubber antennas

  • One international power supply (110 to 240 V AC, 50/60Hz, EU/US/UK plug)

  • 20 pre-provisioned SIM cards (10 3FF, 10 4FF)

  • Printed copy of the sysmoBTS Getting Started Guide

  • Fully installed + configured software image with OsmoBTS and OpenBSC / OsmoNITB Software

  • Customer-specific factory configuration of transmit band, ARFCN, transmit power, MCC, MNC and other parameters

  • 4 hours of remote support by sysmocom staff (e-mail based, remote login/configure)

  • USB-cable for access to serial console

Technical Data

Mechanical / Electrical specification sysmoNITB 2G

Dimensions of enclosure (W x H x D) 168 x 28 x 160 mm (excluding power supply)
Weight 450 g (excluding power supply)
Iuh Interface RJ45 Ethernet (1000-Base-Tx)
External Interface RJ45 Ethernet (1000-Base-Tx)
Management Interface RJ45 Ethernet (1000-Base-Tx), DB-9 RS-232
CPU / SoC 1 GHz dual-core 64bit AMD G series T40E
Input Voltage 12V DC, maximum 12W
Cooling Passive. Active cooling optionally available depending on customer-specific enclosure or environmental requirements
Internal Memory 2 GB RAM, 16 GB Flash (SSD)
Operational Temperature 0 to 50 °C

Mechanical / Electrical specification sysmoBTS 1002

Dimensions of enclosure (W x H x D) 165 x 125 x 59 mm (indoor / table-top enclosure)
Dimensions of PCB assembly 160 x 120 x 40 mm
Weight 650 g (with metal enclosure), < 200 g (PCB assembly)
RF Input (SMA)
GSM 850/900/1800/1900 quad-band uplink band
Sensitivity: -109 dBm (exceeding 3GPP TS 05.05 pico TS requirements)
RF Output (SMA)
GSM 850/900/1800/1900 downlink band
Max. output power:
(850/900): 23 dBm GMSK, 20 dBm 8PSK
(1800/1900): 23 dBm GMSK, 20 dBm 8PSK
CPU / SoC TI Davinci (ARM926 @ 405 MHz + DSP @ 804 MHz)
Input Voltage 5 V (DC), power consumtion: <= 10W (typ.), 13W (max.)
Cooling Passive. Active cooling optionally available depending on customer-specific enclosure or environmental requirements
Internal Memory 128 Mbyte SLC NAND Flash, 128 Mbyte DDR2 SDRAM, microSD socket
Communications Interface RJ45 Ethernet (100-Base-Tx)

Software / Logical specification

Number of Transceivers 1 TRX / 8 timeslots
Supported timeslot configurations CCCH, CCCH+SDCCH/4, SDCCH/8, TCH/F, TCH/H, PDCH
Back-haul (Signaling) A-bis according to TS 08.58 and TS 12.21, encapsulated over TCP/IP; Gb (NS/UDP/IP) for GPRS
Back-haul (voice) RTP/UDP/IP with FR/EFR/AMR payload according to IETF and ETSI specs
Ciphering A5/1, A5/2 and A5/3
GPRS/EDGE GPRS PCU with limited feature set. Initial EDGE implementation.
Max. concurrent calls 14 (TCH/H on 7 timeslots)
Max. simultaneous SMS 60 (7*SDCCH/8 + 1*SDCCH/4)
Operating System Embedded Linux (Poky based)