5GBackbone | Technische Architektur für 5G Standalone, Open RAN & Network Slicing

Präzisions-Engineering für 5G-Standalone-Mobilfunknetze (5G SA) mit Service-Based-Architecture (SBA), Open-RAN-Disaggregation (O-RAN), deterministischem Network Slicing mit garantierter QoS und Smart-Grid-Schutz. (High-Capacity 5G Optical & Packet Transport Backbone, SRv6 & Deterministic Routing).

Operational Telecom Architectures & Network Slices

• 01. 5G SA Core & SBA Microservices: Stateless control plane network functions (AMF, SMF, NRF, PCF, UDM) communicating over HTTP/2 JSON REST service-based interfaces with externalized UDSF state. (Architecture Flow: UE Attach Request -> AMF (Rel 17) -> NRF Discovery -> SMF Session -> UPF Wire-Speed Ingress -> Data Network)
• 02. Open RAN & Converged Xhaul: Disaggregated radio access network: Radio Units (O-RU), Distributed Units (O-DU), and Central Units (O-CU) connected over time-sensitive eCPRI packet fronthaul. (Architecture Flow: Antenna Array (64T64R) -> O-RU -> eCPRI 100G Fronthaul (TSN) -> O-DU (Low-L2) -> F1-U Interface -> O-CU (PDCP/RRC))
• 03. End-to-End Deterministic Slicing: End-to-end resource partitioning from gNodeB radio physical resource blocks (PRBs) through FlexE transport channels to dedicated user-plane UPF instances. (Architecture Flow: S-NSSAI Request -> NSSF Selection -> PRB Dedicated Quota -> FlexE Layer-1 Slot -> Isolated UPF Instance)
• 04. Critical Smart Grid & IEC 61850: Mission-critical 5G slice for electrical power grid protection: sub-5ms GOOSE multicast packet delivery, IEEE C37.118 PMU telemetry, and IEEE 1588v2 PTP time synchronization. (Architecture Flow: Substation Sensor -> IEC 61850 GOOSE Frame -> 5G URLLC Dedicated Slice (5QI 82) -> Fast Breaker Tripping Relay)

Telecom Stack Infrastructure & Control Envelopes

• Layer 1: 5G Core Service-Based Architecture (SBA) Microservices: Cloud-native microservices mesh executing containerized 3GPP network functions. Features stateless compute logic, HTTP/2 JSON interfaces, mutual TLS encryption, and delegated discovery via Service Communication Proxies (SCP).
• Layer 2: Open RAN Disaggregation & Converged Xhaul Transport: Disaggregated radio access network adhering to O-RAN Alliance specifications. Connects O-RU and O-DU over packetized Ethernet fronthaul using eCPRI framing with Time-Sensitive Networking (TSN IEEE 802.1CM) deterministic timing.
• Layer 3: End-to-End 3GPP Slicing & Accelerated User Plane (UPF): Line-rate packet forwarding utilizing Vector Packet Processing (VPP) and DPDK kernel-bypass drivers. Guarantees deterministic Quality of Service (QoS) and strict physical resource block (PRB) isolation across multi-tenant slices.
• Layer 4: Mission-Critical Power Grid & Substation Automation: Deterministic ultra-reliable low-latency communication (URLLC) slice dedicated to electrical utilities. Complies with IEC 61850 GOOSE/SV messaging and IEEE C37.118 synchrophasor streaming for power grid fault isolation.

Carrier-Grade Telemetry Benchmarks: 0.85 ms (5G SA Core Latency) | 200 Gbps (User Plane Speed) | < 30 ns (Fronthaul Timing) | 99.9999% (Grid Reliability)

Core 5G Engineering & Standards Specifications

• Segment Routing over IPv6 (SRv6) in 5G Telecom Transport Backbones — Implementing source routing, network programming instructions, and End.DX4/End.DT6 encapsulation for end-to-end multi-domain traffic engineering across 5G backbones. Esta especificação define os parâmetros de engenharia de telecomunicações, interação de protocolos e normas implementadas em 5GBackbone.
• Flexible Ethernet (FlexE) Hardware Transport Slicing — Architectural specifications for time-division multiplexing (TDM) over Ethernet physical interfaces, guaranteeing deterministic bandwidth and zero packet contention. Esta especificação define os parâmetros de engenharia de telecomunicações, interação de protocolos e normas implementadas em 5GBackbone.
• Coherent DWDM Optical Mesh Topologies for Terabit 5G Aggregation Rings — High-density optical transport engineering: 400ZR/800G coherent optics, CDC-F ROADM nodes, and optical signal-to-noise ratio (OSNR) margins over long-haul fiber spans. Esta especificação define os parâmetros de engenharia de telecomunicações, interação de protocolos e normas implementadas em 5GBackbone.

Peer-Reviewed Technical Whitepapers & Specifications

• 5GBackbone — Evaluating SRv6 Segment Routing Encapsulation Overhead at 400 Gbps Line Rates
• 5GBackbone — Optical Protection Switching Speeds in Meshed 5G Optical Transport Rings

Related Cluster Architecture Specifications

• TelemetryMesh — Deterministic Sensor Telemetry Mesh & OPC UA over TSN • Human-Cobot Synergy, Ambient IoT & Real-Time TSN
• MeshHaul — Wireless Industrial Mesh Backhaul, 60 GHz WiGig & Ultra-Reliable Low-Latency URLLC • Human-Cobot Synergy, Ambient IoT & Real-Time TSN
• Grid5G — 5G Standalone Private Industrial Grids & Ultra-Reliable Low-Latency (URLLC) • Human-Cobot Synergy, Ambient IoT & Real-Time TSN
• 5GStack — Globale Technische Referenz für 5G Standalone (5G SA) Core, Open RAN (O-RAN), 3GPP Network Slicing und kritische Smart-Grid-Telekommunikation.