ZTE launches i5GC to support private 5G networks for vertical industries

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The solution introduces 5G capabilities such as large bandwidth, low latency, high reliability and multiple connections into various industries, and integrates technologies such as AI, IoT, cloud computing, big data and MEC to enable the digitalisation of whole industries and build fully-connected intelligent private 5G networks for vertical industries.
At present, public 5GC is oriented to consumer applications, so it cannot meet industry users’ ultra-high requirements for security, latency, reliability, network control rights, energy consumption and usage environment. ZTE i5GC addresses this by deeply integrating and optimising 5GC functions. It uses 2U general servers to achieve the integration of multiple network functions (NF) and a plug-and-play one-stop deployment mode to achieve minimal space, minimal energy consumption and minimal operation and maintenance (O&M).
This solution provides non-professional industry users with rapid and accurate 5G network access deployment and excellent service experience. In addition, ZTE i5GC can be flexibly customised according to a user’s diversified requirements for security, traffic processing and autonomy, and provide different function combinations and deployment forms for different scenarios. For instance, the user plane function (UPF) is deployed to the edge, traffic is forwarded nearby, and user data is locally managed. In addition, ZTE i5GC employs a 3GPP service-based architecture (SBA) to seamlessly interconnect with a 5G public network. It can integrate third-party multi-access edge-computing (MEC) applications through open interfaces to achieve flexible expansion and rapid iteration of edge applications, so as to explore and breed 5G killer applications in the vertical field.
Towards the construction of business-grade 5G networks, ZTE has implemented in-depth 5G applications for use in vertical fields such as mines, medical treatments and ports. For example, for a 5G smart mine project, ZTE uses i5GC to deploy a complete set of 5G networks underground, meeting the mine’s compact space and explosion-proofing requirements, and achieving full coverage from key 5G networks. ZTE i5GC will continue to focus on industry projects, promote the understanding of industry requirements, work with enterprises and operators to build a 5G application ecosystem, help expand the ‘blue ocean market’ opportunity for 5G for business, and drive 5G large-scale commercial use and value monetisation.
Questions & Answers
Q.How does ZTE i5GC address the specific needs of industry users that public 5GC cannot meet?
How does ZTE i5GC address the specific needs of industry users that public 5GC cannot meet?
It addresses security, latency, reliability, network control, energy consumption, and usage environment requirements. This is achieved by deeply integrating and optimising 5GC functions and providing flexible customisation options for users' diverse needs.
Q.What technical specifications allow the ZTE i5GC solution to be deployed efficiently and with minimal impact?
What technical specifications allow the ZTE i5GC solution to be deployed efficiently and with minimal impact?
It uses 2U general servers to integrate multiple network functions and has a plug-and-play one-stop deployment mode. This achieves minimal space, minimal energy consumption, and minimal operation and maintenance for users.
Q.What examples are provided to illustrate ZTE's implementation of 5G applications in vertical industries using i5GC?
What examples are provided to illustrate ZTE's implementation of 5G applications in vertical industries using i5GC?
ZTE has implemented 5G applications in mines, medical treatments, and ports. For instance, in a smart mine project, i5GC deployed a full 5G network underground, meeting compact space and explosion-proofing needs.
Q.How does the ZTE i5GC solution support integration with existing 5G networks and third-party applications?
How does the ZTE i5GC solution support integration with existing 5G networks and third-party applications?
It employs a 3GPP service-based architecture to smoothly interconnect with a 5G public network. It can also integrate third-party multi-access edge-computing applications through open interfaces for flexible expansion.
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