Platform · Technical underlay

The technology behind the four solutions.

Newland Core, Voice, Messaging, and Edge sit underneath RAN/5G-in-Box, FWA, satellite backhaul, and WISP buildouts. Customers start with the scenario; this page explains the underlay.

Role
Underlay, not the sales lane
Standard
3GPP R15 / R16 compliant
Footprint
Scoped for regional operator networks

Four platform pieces, packaged behind the scenario the customer is buying.

Newland Core

Subscriber control, data service, and migration underlay.

Service-based 5G architecture with distributed UPF, plus a 4G anchor for migration and coverage. AMF, SMF, UPF, MME, HSS, SGW/PGW, and PCRF remain available when the project needs detail.

Newland Core
Newland Voice

Voice service for launches that cannot be data-only.

VoLTE, VoNR, video calling, and PBX interworking through standard SIP. Part of the planned launch stack.

Newland Voice
Newland Messaging

Messaging continuity for operator and enterprise service models.

International SMS routing over SMPP, with messaging continuity across legacy and IP-anchored access.

Newland Messaging
Newland Edge

5G-in-Box for site-local networks.

The same Newland underlay in an edge form factor for single-site deployments — mining, ports, utilities, campuses, and remote islands.

5G-in-Box solution

3GPP-compliant interfaces, no proprietary lock-in.

3GPP R15 / R16

Aligned to the same 3GPP releases the major operators run, with N-series interfaces for 5GC and standard reference points for EPC.

Open interconnect

SIP, SMPP, Diameter, GTP — standard protocols for voice, messaging, charging, and roaming.

Vendor-neutral RAN

Works with mainstream eNodeB and gNodeB vendors and Open RAN deployments. The platform does not require a paired RAN.

Customers should usually start here instead.

Match the underlay to the deployment

Auckland-based engineering. Bring the deployment shape. We will scope which platform components fit and how they land in your environment.

Contact engineering