Super SIM is a global cellular connectivity platform to connect your IoT devices around the world. With a Super SIM in your device you’ll be able to connect to the most comprehensive list of Tier 1 global networks available via a single SIM. Powered by Twilio’s own cloud-scale mobile core, you have the freedom to choose your networks, so you can optimize for coverage, performance, and price. Use highly available APIs to program your connectivity operations, from changing SIM status and tracking data consumption, to sending machine-to-machine messages to devices.
Super SIM is now generally available. This applies to the API resources used for managing your Super SIM’s lifecycle (Sims, Fleets, Network Access Profiles, and Networks) and data connectivity using the
super APN, traffic from which breaks out to the Internet via the Twilio Mobile Core in Ashburn, USA.
All other resources within the Super SIM API, and Internet breakouts outside of the United States, such as Frankfurt, Germany, are still in Pilot or Beta. They are therefore not covered by a Twilio SLA. To learn more about pilot and beta product support, please see this Help Center page.
Super SIM gives your IoT devices access to nearly 400 cellular networks around the world. Check out Super SIM’s available networks.
Looking for specific networks to connect to? You’ll be able to control which networks you can connect to with Network Access Profiles.
To use Super SIM, there is a one-time fee for SIM hardware, a monthly subscription fee for active Super SIMs, and usage fees that are charged on a pay-as-you-go basis. Volume pricing is available if you talk to sales.
- One-time SIM fee — SIM hardware starts at $3. You can order multi-size (2FF/3FF/4FF) SIM cards or solderable embedded SIMs (MFF2) from the Console. If you need larger quantities than can be purchased in Console, talk to sales.
- Active SIM Subscription Fee — Starting at $2 per
activeSuper SIM per month. You can set a Super SIM to
inactiveat any time to stop this recurring fee if you don’t need to use that SIM. You can reactivate at it any time. Learn more about Super SIM states.
- Data Usage — Starting at $0.10 per MB. Data usage is billed on a pay-as-you-go basis. Data usage is billed per byte — no rounding or breakage.
- SMS Commands — Starting at $0.05 per SMS Command sent from your device and $0.01 per SMS Command sent to your device. Use SMS Commands to send machine-to-machine (M2M) SMS to and from your devices.
Each Super SIM has its own billing and data-usage cycle: the period is a full month beginning on the day the SIM becomes
active. So if a Super SIM is activated on February 14th, its first cycle completes on March 14th, the second on April 14th, and so on.
As each new period begins, payment of the active SIM subscription fee is triggered and the period’s count of bytes transferred starts at zero. If this count reaches the SIM’s applied data limit, data transfer is suspended until the start of the next period. The SIM’s data limit is set in the Fleet the SIM’s Sim resource has been assigend to
If the SIM is
inactive at the end of the current billing period, no subscription fee will be charged until the SIM is put back into the
active state, at which point a whole new monthly billing and data-usage period starts at the date of re-activation. You can check a SIM’s state by reading its Sim resource’s
You can follow this step-by-step guide to get started with Super SIM. You’ll learn how to:
- Order Super SIMs from the Console.
- Configure your Super SIMs using either the Console or via the API.
- Set up your device by configuring the APN and enabling roaming.
If you need a helping hand to begin working with Super SIM, why not try one or more of our brief tutorials?
- Get Started with Super SIM, the Raspberry Pi 4, and the Sixfab Base Hat.
- Get Started with Super SIM, the Raspberry Pi 4, and the Waveshare 4G Hat.
- Get Starter with Super SIM and the Raspberry Pi Pico.
- Get Started with Super SIM SMS Commands and the Raspberry Pi.
- Get Started with Super SIM SMS Commands and the Raspberry Pi Pico.
- Get Started with Super SIM IP Commands and the Raspberry Pi.
- Get Started with Super SIM IP Commands and the Raspberry Pi Pico.
- Get Started with Super SIM IP Commands and the Pycom GPy.
Whatever stage you’ve reached in your journey from IoT prototype to product, you must consider how to work with Super SIM at scale. We have resources to help you overcome to the obstacles that taking your IoT project to the next level will place before you.
Once you’ve mastered the basics, learn more about how Super SIM works, and take advantage of the advanced functionality offered by Super SIM.
To build with Super SIM you’ll use the following API resources.
- Sim — Digital representation of a physical Super SIM.
- Sim BillingPeriod sub-resource — The actions a Super SIM was billed for in a fixed period.
- UsageRecord — See how much data your Super SIMs used over time.
- eSimProfile — Access Super SIM functionality via eUICCs.
Learn more about eSIM profiles.
- Fleet — Control a group of Super SIMs. Use Fleets to control how hundreds or thousands or your Super SIMs connect.
- Network — Represents a cellular network to which a Super SIM can connect.
- NetworkAccessProfile — Each Fleet’s Network Access Profile specifies the Networks you want your Super SIMs to be able to connect to.
Learn more about Network Access Profiles.
- NetworkAccessProfile Network sub-resource — A cellular network as stored in a SIM’s Fleet’s Network Access Profile.
- SMSCommand — Send M2M SMS to and from your devices.
- IPCommand — Send UDP messages to and from your devices.
For guidance on specific topics, check out the Super SIM > Help and Support section in the navbar on the left.
If you have any questions, please contact email@example.com.