A network slicing is a logical network serving a defined business purpose or customer, consisting of all required network resources configured together. It is created, changed and removed by management functions.

The IPLOOK end-to-end MVNO solution is an all-in-a-box solution and supports 3G/4G/5G/NB-IoT access.

Private 5G can deliver ultra low latency and incredibly high bandwidth connections supporting artificial intelligence-driven applications serving an exploding number of sensors and endpoints. IPLOOK delivers a private 5G/LTE network solutions.

Recently, a new network N3IWF independently developed by IPLOOK has been released. The success of N3IWF represents that IPLOOK 5G Core Network(5GC) not only supports 3GPP access network, but also supports Non-3GPP access network.

According to the definition of 3GPP, 5G Standard is divided into two modes: Non Standalone Networking(NSA) and Standalone Networking (SA).

5G Network deployment, NFV, Cloud Native 5GC, NSA EPC. Here is the common deployment evolution of 5G network architecture.

IPLOOK has become a member of TIP Open Core Network. The TIP Open Core Network group is working to develop an open, cloud-native, and converged core that is a collection of microservices implementing various core network functions.

IPLOOK provides EPC for CBRS. The NFV core network software will be deployed on X86 COTS . It supports all eNodeB vendors openly . Meanwhile, the IPLOOK EPC enables APIs for provisioning and billing. That helps WISPs to enhance operation abilities.

Being a member of TIP, IPLOOK focuses on developing a cloud-native and converged core network, running on standardized software and supporting 3G, 4G, 5G technologies.

The User Plane Function(UPF) has a key role in an intergrate MEC deployment in a 5G network(5GC). UPFs can be seen as a distrubuted and configurable data plane from the MEC system perspective.