Core Functions
MME, SGW, PGW, HSS, and PCRF on one LTE core.
The EPC covers control, user plane, subscriber, and policy functions in one deployment scope.
Platform · Newland Core 4G
LTE core that stays useful.
Stable 4G anchor with NSA continuity and clean 5G convergence.
Function set
Full LTE core function set
Resilience
1+1 resilience + NSA continuity
Footprint
POP and data-center friendly
MMEMobility control
SGW/PGWUser plane
HSSSubscriber data
NSA5G bridge
01
Capabilities
Full LTE core functions, standards-based resilience, and scoped capacity.
High Availability
1+1 redundancy and load sharing for service continuity.
Built for operators that need standards-based uptime with limited integration headroom.
Scalable Fit
Flexible regional capacity bands.
Suitable for regional LTE cores, smaller national operators, and networks that need a stable 4G base before 5G expansion.
02
Interop & Migration
An LTE core that does not dead-end your 5G roadmap.
R15/R16-aligned EPC for stable LTE, 5G NSA, and later 5GC convergence.
Practical Interworking
- 5G NSA support preserves the LTE anchor while new radio is introduced.
- Converged operation with 5GC reduces dual-stack operational friction.
- Provisioning, policy, and charging stay closer to one operating model.
- Ideal for operators that need smooth migration more than greenfield reinvention.
03
Deployment Fit
Standalone LTE, POP footprint, or 5G-ready base.
Standalone LTE
A stable 4G core for regional and rural operators.
For LTE-first networks that value predictable behavior.
POP / DC Footprint
Compact deployment for smaller operational teams.
For POP or data-center deployment with clear failure domains.
5G-Ready Base
A controlled base for later converged rollout.
The EPC can remain the production anchor while 5GC is introduced as a staged overlay.
04
Related Proof
Where this core runs today.
Start a scoping request
Auckland-based engineering. Tell us the LTE footprint. We will frame the migration path.
Contact engineering