Which Devices Support eSIM in 2025

Embedded SIM (eSIM) deployment accelerated through the early 2020s and by 2025 has become pervasive across flagship smartphones, many mid-range models, a growing set of tablets and laptops, and a broad class of wearables and IoT devices. This paper reviews which device categories and specific device families support eSIM in 2025, summarizes regional and carrier constraints that remain, and discusses implications for device manufacturers, carriers and end users.

1. Introduction

The eSIM (embedded Subscriber Identity Module) replaces a removable SIM card with a programmable, hardware-protected profile—often implemented as an eUICC following GSMA specifications—that can be remotely provisioned. Since initial commercial deployments, eSIM has moved from niche to mainstream, affecting device design (fewer or no SIM trays), logistics (digital provisioning), and regulatory practices. This paper surveys device support in 2025 and highlights where adoption is complete, where partial, and which barriers remain.

2. Methodology / Sources

This review synthesizes manufacturer support pages, industry intelligence and curated compatibility lists (device vendors, eSIM resellers), and recent industry reports published through 2025. Key manufacturer documentation provides authoritative device compatibility; GSMA intelligence and industry surveys provide context for adoption rates and standards evolution. Manufacturer support pages and recent news reports were used to confirm major product launches and policy shifts.

3. Device categories with eSIM support (2025)

3.1 Smartphones — Apple (iPhone)

Apple has been a major driver of consumer eSIM adoption. By 2025, practically all recent iPhone generations—from the consumer-facing XR/XS era onward—feature eSIM capability, and Apple moved further by releasing multiple models that are eSIM-only in certain markets. Notably, Apple’s 2025 device introductions (e.g., iPhone 17 series and the iPhone Air) reflect a deliberate transition toward eSIM-only configurations in a growing set of countries. This shift both signals and accelerates global adoption because the iPhone remains a large share of the premium smartphone market. Reuters+1

3.2 Smartphones — Android ecosystem (Google, Samsung, and others)

The Android ecosystem shows heterogeneous but broad eSIM coverage:

• Google Pixel: Recent Pixel generations (Pixel 9, 10 and contemporaneous models) include eSIM support as standard on most SKUs, making Google a second major OEM to normalize eSIM across new devices. Airalo
• Samsung Galaxy: Samsung’s flagship lines (Galaxy S series from S20 onward, and the Z Fold/Flip foldables) and an increasing number of mid-range A-series models include eSIM in many regional SKUs; Samsung publishes an explicit compatibility list for Galaxy models supporting eSIM. Availability can depend on region and carrier activation policy. Samsung uk
• Other vendors (OnePlus, Xiaomi, OPPO, Vivo, Honor, etc.) have progressively added eSIM to selected flagship and upper-midrange models; coverage varies by model and market and is often dependent on carrier support.

3.3 Tablets and iPad family

Cellular versions of mainstream tablets (notably Apple iPad cellular models since the late 2010s) increasingly include eSIM capability or dual-SIM (nano-SIM + eSIM) configurations. By 2025 most modern cellular iPads and many Android-based tablets intended for mobile broadband list eSIM as supported or available. (Manufacturer product pages and reseller compatibility lists are used to confirm specific SKUs.)

3.4 Laptops and PCs with integrated cellular modems

A growing set of laptops, particularly business and premium ultrabooks with integrated LTE/5G modems, ship with eSIM support. Examples include Microsoft Surface devices with LTE/5G SKUs, various Lenovo ThinkPad X1 family models, HP EliteBook lines, and some models marketed explicitly as “LTE/5G” notebooks. eSIM support in laptops often targets enterprise users for ubiquitous connectivity and simplified provisioning. ByteSIM+1

3.5 Wearables and smartwatches

Cellular-enabled smartwatches from major vendors (Apple Watch LTE models, Samsung Galaxy Watch LTE variants, Google Pixel Watch series) offer eSIM capability to provide phone-independent voice and data. Wearable manufacturers typically integrate eSIM to save physical space and enable operator provisioning constrained by size. Holafly

3.6 IoT modules and specialized devices

Many IoT modules, industrial gateways, vehicle telematics units and M2M modules use eSIM/eUICC form factors and GSMA IoT specifications (SGP.32 and related) to enable scalable fleet management and multi-operator roaming. Adoption in IoT follows a different timetable and set of norms (e.g., remote profile management, durability) than consumer devices. Industry reports show active standard evolution for IoT eSIM profiles. 1Global

4. Regional and carrier constraints

Device capability does not guarantee service availability. Key constraints in 2025 include:

• Regional SKUs: Some manufacturers ship physical-SIM-only SKUs in certain markets while offering eSIM-capable SKUs elsewhere; purchasers must confirm SKU details.
• Carrier enablement: Even where hardware supports eSIM, operators must enable remote SIM provisioning and support eSIM profiles. Many carriers worldwide support eSIM, but gaps remain—particularly in markets with slower regulatory or operator rollout. GSMA intelligence reports show steady growth of operator support but also note uneven regional penetration. GSMA Intelligence
• Regulatory and market exceptions: Some markets have unique regulatory or licensing requirements that delay eSIM services (e.g., policies requiring physical SIM registration workflows, or temporary trial authorizations). That has impacted rollout timing in certain large markets.

5. Standards, interoperability and security considerations

The eSIM ecosystem relies on GSMA specifications for remote SIM provisioning (consumer and IoT profiles) and test specifications (SGP series) to ensure interoperability among devices, subscription managers, and operators. Security and interoperability testing remain crucial; GSMA and industry bodies continue to refine test specifications and guidance to reduce fragmentation and ensure secure remote provisioning. These standardization efforts underpin the broad device support noted above and address concerns about portability, profile management and lifecycle security. GSMA Intelligence+1

6. Implications

6.1 For device manufacturers

Adopting eSIM enables sleeker device designs (no SIM tray), reduces logistics (fewer physical variants), and positions manufacturers to offer digital-first provisioning. However, manufacturers must manage multiple SKUs and regional carrier policies during the transition.

6.2 For carriers and MVNOs

Operators gain flexibility (digital activation, easier roaming packages) but must invest in subscription management platforms and integration with GSMA profile providers. Smaller carriers face integration and certification costs.

6.3 For users and enterprises

Users benefit from simpler multi-line management, rapid roaming activations and potentially lower friction in switching operators. Enterprises benefit from simplified device fleet management for cellular connectivity but must plan for lifecycle management and security policies.

7. Limitations and areas for further research

This survey relies on manufacturer lists, reseller compatibility tables and industry reports current through 2025. Because manufacturer SKU policies and operator enablement change frequently, a precise per-SKU table should be maintained from authoritative manufacturer/carrier pages for operational use. Future work could quantify adoption by market and analyze user experience differences between physical-SIM and eSIM activation flows.

8. Conclusion

By 2025, eSIM is no longer experimental: it is widely supported across flagship smartphones (Apple and many Android vendors), an increasing share of mid-range phones, cellular tablets, many premium laptops and nearly all cellular smartwatches. The remaining friction is largely procedural (carrier enablement, regional SKUs and regulatory requirements) rather than technical. Continued standardization and operator rollout are likely to make eSIM the default form of subscription provisioning for an expanding set of device classes.