Your Guide to eSIM Compatible Devices in 2025
Tired of fumbling with tiny physical SIM cards when switching carriers or traveling abroad? An eSIM compatible device eliminates this hassle by embedding a digital SIM directly into your phone, tablet, or smartwatch. Instead of inserting a plastic card, you simply download a carrier profile over a Wi-Fi or cellular connection to activate service instantly. This built-in technology allows you to store multiple carrier profiles on one device, letting you switch between plans without ever touching a physical slot.
Understanding Which Gadgets Work with Embedded SIM Technology
Understanding which gadgets work with embedded SIM technology is key to leveraging the flexibility of esim compatible devices. This hardware, soldered directly onto a device’s motherboard, eliminates the need for a physical SIM card. To identify compatible gadgets, look for flagship smartphones like the latest iPhone and Google Pixel models, as well as high-end Samsung Galaxy series. Beyond phones, savvy users should consider smartwatches (e.g., Apple Watch), tablets (iPad Pro), and even some eSIM compatible devices like laptops (Surface Pro) and standalone mobile hotspots. Check your device’s settings menu for “Add eSIM” or “Cellular Plan” to confirm compatibility, which often varies by region or carrier support.
The Shift from Physical SIM Cards to Digital Profiles
The shift from physical SIM cards to digital profiles fundamentally changes how you connect your gadgets. Instead of inserting a plastic chip, an eSIM compatible device downloads a carrier profile directly into its hardware, letting you activate service without ever touching a card. This transition follows a clear sequence: first, the device’s embedded chip holds your data; second, you scan a QR code or use an app to install a profile; third, you manage multiple profiles digitally without swapping trays. For smartwatches or tablets, this means instant setup and seamless switching between personal and work lines, all controlled from a settings menu.
Key Differences Between eSIM and Traditional SIM Cards
The biggest shift is physical: a traditional SIM is a swap-able plastic card, while an eSIM is a tiny, soldered chip built directly into your gadget. This means you can’t physically remove an eSIM to switch devices—instead, you download a new profile in settings. Traditional SIMs let you pop a card into any unlocked phone, but eSIMs are device-locked until you delete the profile. This makes testing a friend’s network on your phone more of a hassle with eSIMs since you’ll need their QR code, not just a card. For travelers, buying a local SIM abroad is instant with a physical card, but with an eSIM you can activate a plan before you even land.
eSIMs are fixed inside your device and managed digitally, while traditional SIMs are removable physical cards you swap between gadgets.
Cell Phones and Smartphones That Support Digital SIMs
Switching between carriers on an eSIM-compatible smartphone is instant, requiring no physical SIM swap. For users juggling work and personal lines, these phones allow storing multiple digital profiles simultaneously, enabling seamless toggling via settings. Travelers benefit enormously, as activating a local data plan abroad happens via a QR code scan, bypassing the hunt for a physical SIM vendor. Unlike older handsets, modern devices from Apple and Google natively support dual eSIMs, letting you maintain your home number while adding a temporary data-only profile. A common question: “Can I use two eSIMs at once on the same phone?” Yes—most recent flagship models allow two active eSIMs, though some still require one physical SIM slot as a fallback. This eliminates the hassle of carrying multiple devices or swapping tiny cards, putting full connectivity control in your software menu.
Flagship Android Models with Native eSIM Capabilities
Flagship Android models from Google, Samsung, and Motorola now offer native eSIM capabilities, allowing you to activate a digital SIM directly through the device settings without needing a physical card. The Google Pixel 8 Pro and Samsung Galaxy S24 Ultra let you store multiple eSIM profiles, switching between carriers for travel or work via a simple menu. Motorola’s Edge+ 2023 also supports dual eSIMs simultaneously. This built-in flexibility means you can instantly download a data plan from a local provider upon arrival abroad, bypassing the hunt for a physical SIM vendor.
Flagship Android models with native eSIM capabilities offer instant carrier switching and multi-profile storage directly from the phone’s interface, streamlining connectivity for frequent travelers and dual-line users.
Recent iPhone Generations Equipped for eSIM Activation
Starting with the iPhone XS, XS Max, and XR, Apple has included eSIM support across all recent generations. This means models like the iPhone 11, 12, 13, 14, 15, and the new 16 series all allow you to activate a cellular plan digitally without a physical SIM card. The iPhone 14 and later models sold in the US are fully eSIM-only, meaning they have no physical SIM slot at all. You can store multiple eSIMs on one device, switching between them easily in Settings.
Recent iPhone eSIM activations are straightforward: just scan a QR code from your carrier or use their app. Q: Can I use a physical SIM and eSIM together on the same iPhone? A: Yes, on all models from the XR to the 13 you can use one of each; on the US iPhone 14 and later, you can use two active eSIMs at once.
Mid-Range and Budget- Friendly Options with Embedded SIM
For users seeking affordable connectivity, mid-range and budget-friendly options with embedded SIM include models like the Google Pixel 6a, Samsung Galaxy A54, and various Motorola Moto G series devices. These phones allow you to activate a mobile plan without a physical card, often using budget-friendly eSIM activation through prepaid carriers like Visible or T-Mobile’s Connect plan. The Pixel 6a offers seamless dual-SIM functionality (physical nano-SIM plus eSIM), while the A54 supports North American eSIM profiles for travel. Most of these devices lack premium features like mmWave 5G, but they provide reliable eSIM support for daily use at a fraction of flagship prices.
Mid-range and budget phones with embedded SIM deliver reliable eSIM support, dual-SIM flexibility, and prepaid plan compatibility at accessible prices, making digital SIMs practical for cost-conscious users.
Wearables and Smartwatches Featuring Embedded Connectivity
Sliding the sleek watch onto your wrist, you leave your phone behind, yet remain fully tethered. Wearables and Smartwatches Featuring Embedded Connectivity transform an eSIM compatible device into a standalone hub. Jogging without a bulky phone, you stream a playlist directly to wireless earbuds, while the watch’s GPS logs your route. A call arrives from your partner—you answer with a tap, your voice clear through the built-in mic. Later, notifications buzz for messages and calendar alerts, all handled without a phone nearby.
This means you can leave your primary handset at home, yet still make calls, send texts, stream music, and track fitness, all from a small, always-connected device on your wrist.
The eSIM is provisioned instantly via a carrier app, freeing you from physical SIM swaps, so the watch adapts to your day, not the other way around.
Apple Watch Models with Standalone Cellular Support
Apple Watch models with standalone cellular support, like the Apple Watch Ultra and Series 9 or later, let you leave your iPhone behind because an embedded eSIM keeps you connected. To set it up, you simply activate the eSIM through your carrier, and you can call, text, and stream music directly from your wrist. Your cellular plan attaches to your watch as a separate line, often sharing your phone’s number for seamless use during a run or errand. The process involves a clear sequence:
- Open the Watch app on your paired iPhone
- Tap “Cellular” and follow prompts to add a plan
- Confirm activation with your carrier
Once done, a green dot appears on the watch face, confirming your eSIM is active.
Samsung Galaxy Watches Offering Built-In SIM Profiles
Samsung Galaxy Watches, including models like the Galaxy Watch6 and Watch5 Pro, feature built-in eSIM profiles that eliminate the need for a physical SIM card. This enables the watch to operate as a standalone device with its own mobile number, allowing users to make calls, send texts, and stream music directly from the wrist without a paired smartphone. The embedded SIM supports major carriers, and setup is completed through the Galaxy Wearable app by scanning a QR code or entering activation details. This Samsung eSIM integration provides true independence for cellular connectivity.
| Model | eSIM Support | Standalone Calling |
|---|---|---|
| Galaxy Watch6 | Yes | Yes |
| Galaxy Watch5 Pro | Yes | Yes |
| Galaxy Watch4 | Yes | Yes |
Fitness Trackers and Bands with No-Slot SIM Design
Fitness trackers and bands with no-slot SIM design rely entirely on an embedded eSIM for cellular connectivity, eliminating the physical SIM tray. This allows for a fully sealed, water-resistant chassis, ideal for swimming and high-sweat workouts. Users can make calls, stream music, and receive notifications directly on the device without needing a paired smartphone. The no-slot SIM design also enables slimmer profiles, making the band more comfortable for all-day and overnight wear, particularly during sleep tracking. Data plans are provisioned remotely through the device’s interface, simplifying initial setup.
Fitness trackers with no-slot SIM design offer a durable, waterproof body and standalone cellular functionality, relying exclusively on an embedded eSIM for connectivity without a physical card slot.
Laptops, Tablets, and Convertibles with Integrated Cellular
For a laptop, tablet, or convertible to be fully leveraged with integrated cellular, it must be an eSIM compatible device. This eliminates the need for a physical nano-SIM tray, allowing you to provision a data plan directly through the device’s settings interface. When selecting a laptop or tablet, ensure the eSIM profile is operator-agnostic for maximum flexibility, rather than locked to a single carrier. Activating a temporary data plan through an eSIM is faster than sourcing a physical SIM, especially when abroad. For convertibles that detach into a tablet, the integrated cellular antenna must be optimized for the chassis’s smaller form factor to maintain signal strength. A critical nuance is that many “always-connected” PCs still rely on a legacy M.2 module that may not support eSIM remote provisioning. Always verify the device specifications list “eSIM” separately from “4G LTE” or “5G”, as the latter can refer to a soldered physical SIM slot.
Microsoft Surface Models with Embedded SIM Slots
Microsoft’s Surface Pro 9, Surface Pro 10, and Surface Laptop 5 and newer models integrate a secure eSIM slot for integrated cellular, enabling instant connectivity without physical SIM swapping. For activation, users follow a clear sequence:
- Navigate to Settings > Network & Internet > Cellular.
- Select the eSIM option and scan the QR code provided by a carrier.
- Assign the eSIM profile as the primary data line within the mobile network settings.
These models support both eSIM and a physical SIM slot for dual-line usage, ensuring reliable LTE or 5G connections for remote work and travel without external hotspots.
High-End Tablets from Samsung and Apple Supporting eSIM
For users seeking premium mobile computing, high-end tablets from Samsung and Apple supporting eSIM eliminate the need for physical SIM cards. The iPad Pro (M4) and iPad Air (M5) allow seamless activation of a cellular data plan directly through settings, ideal for instant connectivity on the go. Similarly, the Samsung Galaxy Tab S9 Ultra and S10 series integrate eSIM support alongside a physical nano-SIM slot for dual-line flexibility. This setup lets professionals switch between work and personal networks without swapping cards. eSIM integration in premium tablets crucially enables global travelers to purchase local data plans remotely, bypassing roaming fees. Can I use both eSIM and physical SIM simultaneously on these tablets? Yes, both iPad Pro models and Galaxy Tab S9/S10 series support dual SIM operation with one eSIM and one nano-SIM active at the same time.
Chromebooks and Windows 2-in-1s with Always-Connected Capability
Chromebooks and Windows 2-in-1s with Always-Connected Capability leverage embedded eSIM profiles to maintain persistent LTE or 5G links without physical SIM swaps. These devices typically activate cellular service through a pre-installed carrier app or OS settings menu. For setup, users follow this sequence:
- Navigate to the network settings panel to scan for available eSIM profiles.
- Select a carrier and purchase a data plan directly through the device interface.
- Download and activate the profile to establish an Always-Connected Capability that preserves battery by switching between Wi-Fi and cellular seamlessly.
The integration allows real-time cloud access, automatic updates, and location services in transit, with the 2-in-1 form factor adding touch and keyboard flexibility for offline tasks before reconnecting.
Routers, Hotspots, and IoT Hardware Using Virtual SIMs
In a portable router or hotspot, swapping a physical card is obsolete when the device itself holds a virtual SIM. You tap a dashboard to switch carriers, bypassing delivery delays. UK eSIM For IoT hardware, this means a sensor in a remote field can toggle between providers automatically if the first fails.
The key insight: a virtual SIM turns a fixed device into a flexible traveler, adapting to signal strength without your intervention.
An eSIM-compatible rugged modem, for instance, might roam across three regional networks in a single day, keeping a camera feed alive. You never touch it—you just know it works.
Portable Wi-Fi Hotspots with No Physical Card Needed
Portable Wi-Fi hotspots with no physical card needed use embedded SIMs to establish cellular connectivity without requiring a user to insert a plastic chip. These devices leverage eSIM-enabled hotspot hardware to download carrier profiles via a QR code or app, enabling instant activation when traveling or in areas with no fixed broadband. You can switch between data plans from different providers by selecting a new profile stored on the device’s internal eSIM, rather than swapping physical cards. This eliminates the risk of losing a card and allows one compact unit to serve as a shared internet source for multiple gadgets, with data usage managed through the hotspot’s interface.
Portable Wi-Fi hotspots with no physical card needed rely on eSIM technology for carrier profile download and remote switching, removing the need to handle physical SIM cards while maintaining shared internet access for multiple devices.
Home Broadband Routers Pre-Configured with eSIM Profiles
Home broadband routers pre-configured with eSIM profiles eliminate the need for physical SIM cards or tedious manual setup, allowing instant connectivity upon powering the device. You simply plug in the router, and it auto-activates a data plan stored in its embedded chip. This design is ideal for users in rental properties or temporary living situations, where transferring a wired contract is impractical. Some models even let you switch between multiple pre-loaded carrier profiles through a companion app, offering flexibility without swapping hardware. The built-in eSIM simplifies managing backup connections during ISP outages. Pre-configured eSIM routers thus remove the common friction of sourcing and inserting a SIM for home internet.
Home broadband routers with pre-configured eSIM profiles provide instant, contract-free internet by auto-activating an embedded profile, perfect for renters or temporary setups where traditional wired service is cumbersome.
Smart Home Devices and Sensors Leveraging Embedded SIM Tech
Embedded SIM tech lets smart home devices like doorbell cameras, smoke alarms, and leak sensors maintain a constant, independent cellular connection without needing your home Wi-Fi. This means your smart home sensor network stays active and sends you critical alerts even if your router goes down. A water leak detector can notify you remotely, a thermostat can adjust cooling based on outside weather data, and a smart lock can receive firmware updates or grant temporary access codes directly over the cellular network. The setup is as simple as a standard smart device, but with no reliance on a local network for core functionality.
- Always-on security: Sensors like motion detectors or glass-break alarms send push alerts even during a power outage.
- Remote control independence: Adjust a smart thermostat or unlock a door while you’re traveling, no Wi-Fi bridge needed.
- Zero pairing hassles: New sensors automatically connect to the cellular network out of the box, just like a phone.
Vehicles and Automotive Systems with Digital SIM Integration
Sarah’s sedan uses an embedded eSIM, not a physical card, to stay connected. This digital SIM integration turns her car into a roaming Wi-Fi hotspot for passengers, while simultaneously handling real-time traffic updates for the navigation system. When she starts the engine, the vehicle automatically authenticates with the cellular network, downloading new over-the-air software patches for the engine control unit.
Unlike a removable SIM, the eSIM allows her to switch data plans or carriers without visiting a garage, simply by activating a new profile via the touchscreen.
This seamless connectivity also enables remote commands—locking doors or pre-heating the cabin—from her smartphone, all relying on the car’s built-in eSIM module.
Electric Cars Offering Over-the-Air Connectivity via eSIM
Electric cars leverage eSIM technology to deliver continuous over-the-air connectivity without physical SIM swapping. This embedded SIM enables real-time EV performance updates, such as battery management system recalibrations and motor efficiency tweaks. Through this connection, drivers receive navigation enhancements tied to charging station availability. The process typically follows a clear sequence:
- The eSIM authenticates with the car’s telematics unit.
- It establishes a secure cellular link to the manufacturer’s cloud server.
- Firmware patches or new features download and install while the vehicle is parked.
This eliminates dealership visits for software-related improvements, keeping the electric car’s core systems current via the integrated digital SIM.
Advanced Infotainment Systems Relying on Embedded SIMs
Advanced infotainment systems leverage embedded SIMs to stream high-definition video, navigate with real-time traffic overlays, and receive over-the-air software updates without a physical card. These systems use the eSIM’s persistent connectivity to maintain a dedicated data pipeline for voice commands, music libraries, and app stores. A key advantage is the elimination of pairing delays for streaming services. This architecture relies on permanent carrier profiles that switch between providers for optimal bandwidth, ensuring uninterrupted media during cross-border travel. The embedded SIM directly handles the system’s authentication, so the driver never manages a separate data plan.
- Instant activation of premium audio streaming without tethering a phone.
- Automatic failover to alternate network bands for seamless video playback.
- Remote update of the infotainment OS without user intervention or physical SIM swaps.
Connected Fleet Management Hardware with Virtual SIMs
Connected fleet management hardware now integrates virtual SIMs to eliminate physical swapping across global fleets. These devices, from OBD-II dongles to telematics gateways, streamline multi-network connectivity by remotely switching carriers to avoid dead zones or roaming restrictions. A single eSIM profile allows a truck crossing borders to access local networks automatically, ensuring real-time GPS tracking, engine diagnostics, and driver behavior data flow without interruptions. Hardware stays locked to the vehicle, not a carrier, so operators control network policies from a dashboard, reducing downtime and manual SIM inventory management.
Connected fleet management hardware with virtual SIMs delivers seamless, multi-network connectivity for real-time vehicle tracking and diagnostics, entirely managed through remote carrier switching.
Specialized and Niche Devices with eSIM Functionality
Specialized and niche devices with eSIM functionality extend far beyond smartphones. For travelers, a global hotspot like the GlocalMe or a dedicated eSIM-only tablet such as the cellular iPad Pro allows instant carrier switching without swapping physical cards. Industrial IoT sensors, like those in fleet trackers or environmental monitors, leverage eSIMs for remote provisioning in harsh environments. eSIM compatible devices in this category include ruggedized cameras, smartwatches like the Huawei Watch GT, and single-board computers for edge computing. Always verify the device supports your target carrier’s specific eSIM profile before purchase, as niche hardware often locks to proprietary management platforms for security and power efficiency.
Digital Cameras with Built-In Cellular Sharing
Digital cameras with built-in cellular sharing let you upload photos directly from the field without hunting for Wi-Fi or tethering to a phone. These devices use an eSIM to connect to a mobile network, so you can send high-res images to the cloud or social media seconds after shooting. They eliminate the need for a physical SIM card and allow you to switch data plans via a simple app, which is perfect for travelers who jump between countries. Instant photo sharing from remote locations becomes seamless, especially for event photographers or hikers documenting landscapes. The eSIM slot is typically pre-configured but can be topped up with local data when roaming, making the camera a self-contained upload tool.
In short, these eSIM cameras act as standalone upload stations, cutting out the middleman (your phone) for direct, on-the-go image distribution.
Smart Glasses and AR Headsets Using eSIM for Data
Smart glasses and AR headsets now use eSIMs to cut the cord entirely, streaming live 3D maps or real-time translations directly from the lens instead of tethering to a phone. This lets you overlay navigation arrows while cycling, or pull up remote support hands-free on a worksite. eSIM-powered AR data plans mean you swap carriers for better coverage without swapping a tiny physical card. Always-on connectivity drains battery faster, but it eliminates needing a Wi-Fi hotspot nearby.
Q: Can I use my existing phone plan for smart glasses?
A: Often yes—just add an eSIM profile to the glasses, but check if your carrier supports a second data-only line without voice.
Medical Wearables and Remote Health Monitors
Medical wearables and remote health monitors leverage eSIM technology to maintain continuous, independent cellular connectivity for real-time patient data transmission. Unlike consumer fitness trackers, these devices—such as continuous glucose monitors, cardiac event recorders, and smart inhalers—transmit critical biometrics directly to healthcare providers without relying on a paired smartphone or Wi-Fi. This ensures uninterrupted monitoring during patient movement or network switching. The eSIM enables secure over-the-air provisioning for multiple carrier profiles, essential for remote patient monitoring compliance across varying clinical protocols.
- Automatically uploads vital signs (heart rate, blood glucose) to electronic health records
- Supports real-time alerts for arrhythmias or hypoglycemia to designated clinicians
- Operates across roaming networks without manual SIM swaps during patient travel
How to Verify if Your Current Device Has an Embedded SIM
To verify if your current device has an embedded SIM, start by checking the device’s settings menu. On an iPhone, navigate to **Settings > General > About** and look for “Digital SIM” or “eSIM” in the carrier details. For Android, go to **Settings > Connections > SIM Card Manager**; if you see an “eSIM” or “Embedded SIM” option listed alongside a physical SIM slot, your device supports it. Alternatively, enter your phone’s specific IMEI number on your manufacturer’s official support website. Many newer smartphones also display an eSIM ICCID in the settings, confirming the embedded SIM is active. For a quick hardware check, inspect the SIM tray—an eSIM-compatible device often has a seamless tray without a removable chip for the embedded SIM. This direct verification ensures you can activate a digital profile instantly.
Checking Device Settings for Cellular Profile Options
To confirm eSIM readiness, dive directly into your device’s settings. Navigate to the Cellular or Mobile Data menu—if you spot an option labeled “Add Cellular Plan” or “Add eSIM,” your gear supports embedded profiles. Tap it to see if the system prompts you to scan a QR code or enter an activation code. If missing, check under “Network & Internet” or “Connections.” On iPhones, look for “Cellular” then “Add eSIM”; on Androids, scan “Settings” > “Network” > “SIM card manager.”
- Open Settings and locate your network or connections tab.
- Search for a direct “Add eSIM” or “Add Cellular Plan” button.
- If absent, try “SIM card manager” or “Mobile network” for hidden profile options.
Identifying eSIM Compatibility on Manufacturer Websites
To confirm eSIM support, navigate directly to your device manufacturer’s official support or specifications page. For Apple devices, visit the “Cellular” section under technical specs; for Samsung, look under “Network” or “Connectivity” in the phone’s detailed product page. Identifying eSIM compatibility on manufacturer websites often requires checking the model number, as variants sold in different regions may vary. Follow this sequence:
- Find your exact model number in device settings (e.g., “About Phone”).
- Search the manufacturer’s site using that number.
- Locate the “SIM card” or eSIM section in specs.
- Look for phrases like “Dual SIM with eSIM” or “eSIM supported.”
If absent, the device likely lacks the feature.
Using Carrier Tools to Confirm Support for Digital SIMs
To verify eSIM compatibility using carrier tools, log into your mobile account portal or official app. Look for a dedicated device management section, often labeled “SIM” or “Line Settings.” Many carriers offer an eSIM compatibility checker tied to your current phone’s IMEI. Initiate a new eSIM activation process; the tool will automatically scan your device’s capabilities. Some carriers require logging out and back in to refresh the device profile before the check proceeds. If supported, you will see a confirmation or a prompt to download a digital SIM profile; otherwise, an error message will indicate incompatibility.
Carrier tools confirm digital SIM support by checking your device’s IMEI within your account portal or app, usually during an eSIM activation attempt.
Frequently Asked Questions About eSIM-Enabled Hardware
Users frequently ask whether their device supports eSIM. The primary method is checking the device’s specifications, often in the settings menu under “Cellular” or “Mobile Data.” A common question is, “Can I use both a physical SIM and an eSIM simultaneously?” This depends on the hardware; many recent flagship models support dual SIM usage, but mid-range devices may only allow one active data line. Another frequent query involves carrier locking an eSIM. Like a physical SIM, an eSIM can be carrier-locked, requiring an unlock code to switch providers. Finally, users ask about transferring an eSIM profile between devices. Some manufacturers support quick transfer via a cloud account, while others require manually deleting the old profile and re-downloading it on the new hardware.
Can I Use Two eSIM Profiles on One Device?
Yes, many modern eSIM-compatible devices support storing multiple eSIM profiles, but only one can be active for cellular data at a time. You can typically set one profile for data while another handles voice and SMS. Dual SIM functionality often combines one physical nano-SIM with one eSIM, or two eSIMs on newer models like the iPhone 14 (US) and Google Pixel 7 series. Active eSIM profile switching is done via the device’s settings menu. Question: Can I use two eSIM profiles simultaneously for separate carriers?
Answer: Yes, but only one profile can connect to cellular data at any given moment; both remain standby for calls and texts.
Do All Countries Support eSIM Technology?
Not all countries support eSIM technology in a way that is uniformly accessible to users of eSIM-compatible devices. Support varies by region; some nations have robust infrastructure with multiple local carriers offering eSIM activation, while others lack native support entirely. If your device relies on eSIM, you must verify compatibility with a specific country’s carriers before traveling. For practical assessment, follow this sequence:
- Check your device’s eSIM profile for supported country lists from your carrier.
- Confirm with a local provider’s website whether they activate eSIMs for your hardware.
- Test activation via a QR code or app before departing, as some regions may require physical SIM backup.
This ensures global eSIM coverage validation aligns with actual local support, not assumed universal availability.
What Happens If I Reset a Device with an Embedded SIM?
Resetting a device with an embedded SIM (eSIM) typically erases the eSIM profile from the device’s secure element. This action removes the associated mobile network subscription, making the device unable to connect to that carrier’s network until the profile is re-downloaded. Unlike a physical SIM, which you can physically reinsert, eSIM profiles must be reactivated via a carrier-provided QR code or activation code. On most devices, a factory reset will also wipe the eSIM configuration, while a network settings reset may only clear the eSIM but keep other data intact. Always check if the carrier supports profile recovery before performing a reset.
