Application: Packaging Efficiency

Description

Packaging efficiency covers a range of techniques, processes, and technologies aimed at optimizing the packaging process to reduce waste, enhance throughput, and improve overall productivity. Sensors are used to gain insights into the usage patterns and handling of product from multiple customers within the manufacturing plant.

Devices

  • Sensors in products and/or packaging

KPIs

KPI Value Notes
DL E2E Packet LatencyLow: < 10 ms—
UL E2E Packet LatencyLow: < 10 ms—
E2E Packet JitterSensitive (ms)—
DL User Experience Data Rate (Mbps)Very high data rate: 101 Mbps - 500 Mbps—
UL User Experience Data Rate (Mbps)Very high data rate : 101 - 1000 Mbps—
Communication Service AvailabilityBest effort—
Guaranteed Bit RateGBR—
CriticalityMission critical—
Priority Service (NS/EP)No—
Service ContinuityNot required—
MobilityPedestrian: > 0 km/h to 10 km/h—
Connection DensityMedium: 1000 -10000—
Communication DirectionOne-way—
Common Communication ModeUnicast—
Data Reporting ModeHybrid driven—
Device Type and Form FactorSmall non-display module—
Device Integration> 1 applicable device integration type—
Device LifespanMedium: 4 - 8 years—
Device Power ConstraintsConstrained: < 2 W—
DL E2E Packet ReliabilityModerate: < 10E-4—
UL E2E Packet ReliabilityModerate: < 10E-4—
Survival Time> 100 ms—
Connectivity Service AreaLocal Indoor venue—
Connectivity Type (BAN/PAN/WAN/LAN)LAN - WiFi—
Position AccuracyModerate (1 m - 3 m )—
Sensing Range ResolutionStringent (0.1 m - 10 m)—
Velocity Resolution< 1 m/s—
False Alarm (FA)< 1 %—
Missed Detection (MD)< 1 %—
Edge Computing ServiceCan be beneficial—
EC: Edge Compute OffloadDevice <--> Cloud—
EC: Edge Storage OffloadDevice <--> Cloud—
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