encryptSIM

encryptSIM network operator guide

2degrees eSIM destinations

2degrees can be available through encryptSIM in 1 supported destinations, with listed service types 5G / LTE.

1supported destinations
5G / LTElisted radio types

5G LTE

Using encryptSIM with 2degrees

Use this page to see where encryptSIM can use 2degrees, then open each destination guide to compare the other supported networks available there.

2degrees supported destinations

These are the destinations where 2degrees can be one of the available mobile networks for encryptSIM data.

2degrees mobile coverage map

Explore operator coverage layers for the supported destinations where map data is available. The map is practical coverage context only; it does not guarantee indoor signal, speed, roaming availability, or service at every point.

2degrees network identifiers

These public MCC/MNC identifiers can help recognize local network names a device may show during manual network selection. They are technical network identifiers, not a speed or availability guarantee.

DestinationLocal networkPLMNListed bands
New Zealand 2degrees 530-24 MCC 530 · MNC 24 UMTS 900 / UMTS 2100 / LTE 700 / LTE 900 / LTE 1800

Practical checks before using 2degrees

Check your eSIM device

Before using encryptSIM on 2degrees or any listed destination, make sure your phone or tablet supports eSIM.

View 500+ eSIM supported devices

Network names you may see

2degrees

2degrees eSIM FAQ

Does encryptSIM work with 2degrees?

Yes, where 2degrees is available in the supported destinations listed on this page: New Zealand.

Do I need a local 2degrees account?

No. encryptSIM is a separate eSIM data product. You do not need to open a direct local 2degrees account for the data coverage listed here.

Can I force my phone to stay on 2degrees?

Network selection depends on device settings, roaming availability, signal, local coverage, congestion, and local radio conditions.

Does 5G or 4G guarantee performance?

No. 5G, 4G, LTE, and 3G describe listed radio access. Actual performance depends on device support, signal, congestion, and plan conditions.