5G



5G Core SA

Cloud Native 5G Standalone (SA) Core is a service based architecture (SBA) based on 3GPP standards.

O-CU / O-DU

O-RAN central unit logical node hosts RRC, SDAP, PDCP. O-RAN Distributed Unit (O-DU) logical node hosts RLC, MAC , High-Phy layer.

O-RU

O-RU spilt 7-2 radio signal processing host lower PHY layer baseband processing. Digital Front End (DFE). RF front End (RF FE). Synchronization and Front haul Transport.

EMS

EMS framework with FCAPS features. Proven in global networks for over a decade.




Connectivity is a basic human necessity in today's world, and it's proven that economic growth flourishes when people and societies are connected.

With a strong focus on R&D, Resonous is building indigenous 4G/5G wireless network products with secure, reliable, and cost-effective solutions suitable for rural and urban environments.

Our 5G solution implements 3GPP architecture and can co-exist with 4G.







PRIVATE NETWORKS


5G Core SA
  • 5G Core SA Network Innovative Cloud Native Architecture.
  • Supports Flexible Deployment models including but not limited to.
  • On-premises (where data security is a primary focus).
  • Support for low and high carrier frequencies.
  • Suitable for Carrier and Enterprise Private Networks.
  • 5G core network architecture enables support for increased throughput demand, reduced latency, and increased reliability.
  • 5G core functions include authentication, security, session management and aggregation of traffic from end devices.
  • QOS (Quality of Service) Framework.
  • Mobility
  • Charging
  • Slicing
  • Policy control
  • Analytics
  • Roaming
  • UE Battery Life.
  • Flexible
  • Agile
  • Scalable
  • Tunable
  • Edge computing.
  • Data exposure.
  • Voice over NR.
  • IP Multimedia System (IMS).
  • Public cloud (ex: AWS/Azure).
O-CU
  • Handles Protocols RRC, SDAP, PDCP.
  • Comprises of O-CU-CP and O-CU-UP (Control Plane & User Plane).
  • Core network UPF sinking.
  • One O-CU can support multiple O-DUs.
  • O-CU/O-DU shared hardware platform.
  • Network Function Virtualization (NFV) integrated with O-CU.
  • The O-CU and O-DU are connected by F1 logical interface.
  • Performs Mobility control, Session management Cell Procedure management.
  • UE procedure management function.
O-DU
  • Built over off-the-shelf edge servers.
  • Can function as Baseband processing unit.
  • Handles High PHY layer, MAC, and RLC layer with Network Function Virtualisation (NFV).
  • O-DU will connect to multiple O-RUs in the south bound interface.
  • Support Synchronization with GPS/PTP (IEEE 1588V2).
  • Front Haul connectivity between O-RU and O-DU is eCPRI.
  • Supports different 3GPP specified functional 7-2 splits.
O-RU
  • Synchronization with Front Haul Transport.
  • Lower PHY Layer Processing.
  • Performs Digital Front End (DFE) functions.
  • Performs RF Front End (RF FE) functions
  • Digital beamforming functionality.
  • O-RU side synchronizing with the clock on the highperformance O-DU side.
  • Supports up to 4x4 MIMO configuration.
  • Duplexing Modes: FDD, TDD.
  • Throughput: Data rates of up to 20Gbps in the Downlink and 10Gbps uplink.
  • Channel Bandwidth: 50/100/200/400MHz.
  • IEEE1588, GPS, SYNCe.
  • Modulation: DL/UL:QAM-256/QAM- 64: 1.2Gbps/ 200Mbps.
  • Frequency: 700MHz (Band-28) 3.3GHz (N-78), Bandwidth:100MHz.
  • Volume (L x W x H): 450mm x 315mm x 170mm.
  • Environmental Specifications: Temperature: 0 to 55, Relative Humidity: 95%, IP67 compliant.
  • DC Power input connector: C10-694780-02S Amphenol.
  • Antenna connectors type: N type.
  • GPS connector type: SFP type.
  • Mounting Options: Wall mount, Pole Mount, Roof-Top mount.
  • Sector 1
  • Output power: 40W/port.
  • 3GPP: Release 16
  • Weight: 22Kg
EMS
  • Remote Configuration and Management of Network.
  • Version upgrade/ downgrade.
  • Configuration backup & restore.
  • SNMP/TR069 support.
  • IP connectivity.
  • Customized report generation.
  • Report download in standardized format.
  • Alarm rules and filtering; alarm forwarding Categorization of alarms based on severity.
  • Multiple levels of Password Protection Automation of device management tasks.
  • Visibility into the health and capability of the network.
  • Single EMS to provision, monitor, and manage with full network inventory data base.
  • Reduces network administration overhead.
  • Real-time and historical reporting.
  • Customizable real-time summary graphs and event lists.
  • Intuitive and secure navigation via element grouping and rolebased access control with audit trails.
  • Centralized fault and performance monitoring and diagnostics for rapid identification and resolution of network and service outages.