RF Site Survey
Model clutter, antenna height, n78 coverage, uplink noise, and interference sources before hardware lands on the roof. Outputs include annotated heat maps and recommended drive-test routes.
SVC-D / vision driven services
Services for carrier-ready wireless and edge AI programs
Qualcomm service conversations are framed around measurable deployment risk: RF site survey accuracy, PIM hunting, fiber splicing quality, ORAN integration lab evidence, spectrum compliance, and NOC readiness. The goal is not to sell a generic support package. It is to help product, network, and procurement teams turn 5G NR, IoT, and AI chip decisions into validated field behavior with the right data rate, reach, band plan, and integration sequence.
Service pillars
Horizontal workstreams built for RF, optical, and IoT teams
Each pillar can stand alone, but the strongest programs connect them into a practical engineering path from lab evidence to commercial launch.
PIM Hunting
Validate passive RF quality in feeders, jumpers, connectors, and rooftop assemblies so the team can resolve mechanical issues before commercial traffic magnifies them.
Fiber Splicing and Termination
Align backhaul and fronthaul reach budgets using OTDR traces, splice loss records, LC/MPO inspection evidence, and clean handoff documentation.
ORAN Integration Lab
Stage radio, DU, CU, timing, and transport assumptions in a repeatable lab environment before multi-vendor software behavior enters a live site.
24/7 NOC Monitoring
Watch link state, device telemetry, spectrum alarms, and edge gateway behavior with escalation rules that distinguish RF, packet, and power issues.
Impact stats
Metrics that matter to deployment owners
The SVC-D impact section keeps the page anchored to quantifiable communications outcomes instead of broad service promises.
12 min
Target NOC triage window for RF, optical, and core protocol incidents.
4.8 dB
Typical interference margin improvement found during structured rooftop audits.
80 km
DWDM and coherent reach planning range for aggregation and regional backhaul models.
3 labs
Parallel validation paths for spectrum, optical reach, and ORAN interop evidence.
Schedule an on-site RF survey or ORAN lab review
Send the deployment band, required throughput, reach, existing MPLS/SR/EVPN core, connector preference, and compliance region. The services response will outline a validation path and the evidence needed for your internal launch gate.