Unlock the full potential of the 5G, 4G and NB-loT technologies with Azcom’s highly optimized, flexible and scalable L2/L3 (Layer2/Layer3) Stack Software. lt is designed to use minimal physical resources, optimising the number of CPU cores required and provide superior performance with minimal to no hardware dependencies. The rich feature portfolio is continuously evolving based on 3GPP/O-RAN/SCF Standard evolution and Market/Customer requirements able so to guarantee an advanced State-of-Art Software that meet the several challenging deployment scenario and use case like Public Safety and NTN.

The software is scalable to cater to your next-generation wireless requirements from supporting a single compact small cell to solutions like NTN where large number of cells need to be deployed on a single satellite and is flexible enough to support both the basic network requirements and the challenging NTN network ones in terms of e.g. link characteristics management.

The L2/L3 Stack Software are available as a standalone package or pre-integrated with Azcom PHY Software and ported to a flexible hardware platform, accommodating both baseband and pluggable radio cards to support various frequency bands for a streamlined solution.

5G​

Key Features

  • 3GPP R15 Compliant
  • FDD, TDD
  • Software configurable deployment modes
    • CU, DU Split (F1 Interface)
    • CU, DU Integrated
  • All FR1 Operating Band & Bandwidths
  • 4x4 MIMO, DL/UL 256 QAM
  • IP Data, VoIP, eMBB
  • Rich Scheduler type portfolio (e.g. Buffer Aware Metric Based)
  • Intra and Inter-RAT Selection/Reselection
  • Intra-RAT Handover Mobility
  • All RACH & PUCCH formats
  • PUCCH & PUSCH Power Control
  • Open & Closed loop Link Adaptation
  • All RLC transmission modes
  • All Air interface encryption & integrity modes
  • SCF PHY/L2 Interface (FAPI/nFAPI)
L2/L3 Stack Software 5G

4G

Key Features

  • 3GPP R13 compliant
  • FDD, TDD
  • Up to 4×4 MIMO
  • All Bands and Bandwidths
  • VoLTE, IP Data, VoIP, Mission Critical
  • MOCN support
  • Rich Scheduler type portfolio (e.g. Buffer-Aware Adaptive Metric, Proportional Fair)
  • Intra and Inter-RAT Selection/Reselection
  • Intra and Inter-RAT Handover Mobility
  • PUCCH & PUSCH Power Control
  • Open & Closed loop Link Adaptation
  • All RLC transmission modes
  • All Air interface encryption and integrity modes
  • SNMP based remote management interface
  • SCF PHY/L2 interface (FAPI)
4G-L2/L3 (Layer2/Layer3) Stack Software

NB-IoT

Key Features

  • 3GPP R13 compliant
  • Dual Mode LTE + NB-IoT
  • All NB-IoT Bands
  • C-Plane CIoT EPS Optimisation
  • 15 kHz and 3.75 kHz Sub-Carrier Spacing
  • Single-tone and Multi-tone support
  • In-band and Guard Band allocation modes
  • All Coverage Enhancement Levels
  • NB-IoT Scheduler on top of LTE Scheduler
  • eDRX and PSM support
  • SCF PHY/L2 interface (FAPI)
NB-IoT-L2/L3 (Layer2/Layer3) Stack Software

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DOWNLOAD FORM

Please provide a valid email address, click the privacy statement, and optionally other contact details.
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DOWNLOAD FORM

Please provide a valid email address, click the privacy statement, and optionally other contact details.
A mail containing link for download will be sent to the provided email address.

DOWNLOAD FORM

Please provide a valid email address, click the privacy statement, and optionally other contact details.
A mail containing link for download will be sent to the provided email address.

DOWNLOAD FORM

Please provide a valid email address, click the privacy statement, and optionally other contact details.
A mail containing link for download will be sent to the provided email address.

DOWNLOAD FORM

Please provide a valid email address, click the privacy statement, and optionally other contact details.
A mail containing link for download will be sent to the provided email address.

DOWNLOAD FORM

Please provide a valid email address, click the privacy statement, and optionally other contact details.
A mail containing link for download will be sent to the provided email address.

DOWNLOAD FORM

Please provide a valid email address, click the privacy statement, and optionally other contact details.
A mail containing link for download will be sent to the provided email address.

DOWNLOAD FORM

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DOWNLOAD FORM

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