UTStarcom 5G Network Infrastructure Ready for 5G

UTStarcom presents infrastructure solutions for 5G, including SDN, Segment Routing, and Ethernet-based transport to meet bandwidth, latency, and…

Brand: UTStarcom
Document type: Product Leaflet
Language: English
Pages: 17
File format: PDF
File size: 2 MB
Published: 03 November, 2026
Updated: 03 November, 2026
MD5 checksum: 1A6E7EEE625E8F694E21215926E39F59
PDF: UTStarcom 5G Network Infrastructure Ready for 5G PDF

About this manual

UTStarcom offers network infrastructure prepared for 5G, supporting high bandwidth, low latency, and network slicing. Technologies like SDN, Segment Routing, and Ethernet-based transport are highlighted to meet 5G demands. The document outlines requirements for transport networks including synchronization, scalability, and performance metrics. Solutions such as SRv6 routers and timing over packet networks are presented for deployment readiness.

What's inside

5G Network Requirements
Transport Network for 5G
SDN and Segment Routing
Timing over Packet Networks
SRv6 Routers Family

Specifications

Bandwidth	10Gbit/s per user
Latency	4ms for eMBB, 1ms for URLLC
Density	1 000 000 devices per km2
Synchronization Accuracy	±10ns positioning, ±130ns CA, CoMP, ±390ns… ±1.5µs basic system

Frequently asked questions

What is the maximum data rate per user for 5G networks?

The document states that 5G provides high bandwidth of 10Gbit/s per user.

What is the required latency for ultra-reliable low-latency communications (URLLC)?

The document specifies a latency of 1ms for URLLC.

What is the maximum distance for a Fronthaul connection?

The document indicates that Fronthaul connections can go up to 20km.

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