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Base Station Modules for 2/3/4G & Cat-M1

Highly integrated, frequency agile 2/3/4G and Cat-M1 IoT base station modules

The EXSINE range of GSM, UMTS, LTE and Cat-M1 Internet-of-Things base station modules are designed for integration into third-party products and systems including managed access and security solutions, test equipment, production line testing, military communications and conventional 3GPP-compliant cells.

All modules support rapid switching between radio-access technologies and multiple 3GPP frequency bands up to 6 GHz. Variants are available that support all bands and add multi-band filtering.

All signalling and user plane backhaul interfaces are standards-based (3GPP). Simple APIs are provided for management and fault reporting, allowing rapid and reliable integration. The modules may be supplied with on-board core network software for completely standalone operation.

In addition to operating as a base station, each module can run dedicated high- performance cellular network scanning software to provide rapid GSM, UMTS and LTE cell detection and system information decode of local cells. Please refer to the EXSINE Network Scanner Modules datasheet.

Key Features

  • Designed for integration into products by OEMs and system integrators
  • Rapid switching between 2G, 3G, 4G/IoT and scanning modes
  • All 3GPP bands up to 6 GHz
  • Region-specific band filtering options (custom banding available)
  • Lightweight management APIs for rapid and reliable integration
  • Linux kernel with support for running third-party software on-board
  • Custom form-factors and protocol modifications/impairments available
  • May be supplied with core network on-board for standalone operation
  • Compatible with Quortus, Druid, AttoCore and other standards-compliant core networks
  • Type-A USB for mass storage device or WiFi/cellular dongle for backhaul or remote management
  • On-board GPS receiver with external antenna (MMCX)
  • DC powered 6.5 – 16v

Applications

  • Managed access systems
  • Security and law enforcement
  • Cellular network and mobile phone test equipment
  • Production line testing
  • Military communications
  • Conventional cellular network base stations

Key Features — LTE

  • 3GPP release 8/9 FDD/TDD eNodeB
  • 2x2 MIMO, transmission modes 1 & 2
  • Bandwidths: 3, 5, 10 and 20 MHz (upgradeable to 1.4 MHz and 15 MHz)
  • Standard S1 backhaul interface
  • 15 km cell radius
  • 32 simultaneous users

Key Features — IoT

  • 3GPP release 13 IoT support
  • eMTC Cat-M1 for test and measurement applications (Q2 2018)
  • Software upgradeable to NB-IoT

Key Features — UMTS

  • 3GPP release 6 NodeB
  • Standard Iu or Iuh backhaul interface
  • 5 km cell radius
  • 16 simultaneous users
  • HSDPA 7.2 Mbps
  • HSUPA 1.46 Mbps

Key Features — GSM

  • Industry standard A-over-IP (BSS) or Abis-over-IP (BTS) backhaul interface
  • 7 simultaneous FR voice/GPRS users
  • 14 simultaneousa HR voice users
  • Multi-slot CS1-4 GPRS

For further information please contact sales on +44 (0) 1223 755115 or email sales@cellxica.net

SC5020

EXSINE SC5020 - Open RF Module

OPEN RF MODULE

  • Frequency agile: 70 MHz – 6 GHz
  • RF antennas: 2 x TX, 2 x RX external MMCX (MIMO)
  • RF output power: +15 dBm (GSM), +5 dBm (UMTS/LTE)
  • Dimensions: 120 mm x 75 mm x 19 mm

SC5124 / SC5135

EXSINE SC5124 / SC5135 — Multi-band Module

MULTI-BAND MODULE

  • Frequency agile: 70 MHz – 4 GHz
  • Plus filtered bands:
    • SC5124-EU: Bands 1, 3, 7, 8 and 20
    • SC5124-US: Bands 2, 4, 5, 7 and 12
    • SC5135 global GSM/UMTS: Bands 1, 2, 3, 5, 8, 10
  • RF antennas: 2 x TX, 2 x RX external MMCX (MIMO)
  • RF output power: +25 dBm (GSM), +15 dBm (UMTS/LTE)
  • Dimensions: 160 mm x 123 mm x 19 mm

Your IP address, 54.162.118.107 has been recorded and all activity on this system is actively monitored. Under US Federal Law (18 U.S.C. 1030), United Kingdom Law (Computer Misuse Act 1990) and other international law. It is a criminal offence to access or attempt to access this computer system without prior written authorisation from cellXica. Any unauthorised attempt to access this system will be reported to the appropriate authorities and prosecuted to the full extent of the law.

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