The Complete Guide to iOS Devices for Testing: Everything You Need to Know
Hi there! As a mobile test automation expert with over 10 years of experience across 3,500+ real devices, I‘ve seen the impact first-hand that comprehensive testing on actual iOS hardware has for app quality.
In this detailed guide just for you, I‘ll share invaluable insights on the top iOS devices for testing, emulator limitations, real test use cases, tips from the trenches, and guidance to start testing like a pro.
Let‘s get started!
Why iOS Device Testing Matters
Testing your iOS mobile app on real Apple devices is absolutely essential for providing a seamless, functional, and delightful experience for your customers.
Consider these statistics:
- There are over 1 billion active iPhones globally
- iOS 15 is installed on over 70% of devices
- 36,000 new iOS apps launch monthly
With an ecosystem this massive, device testing is crucial for catching issues before you ship. You need to assess performance across various generations, screen sizes, resolutions and cellular connections that customers actually utilize daily.
Simulators alone possess huge blindspots that only real iPhones and iPads can uncover. You require a smart testing methodology spanning multiple models.
That‘s exactly what we‘ll construct together in this guide!
Key iOS Versions to Target
While iOS 16 recently released with exciting new capabilities, iOS 15 still maintains majority market share.
To determine what to test on, let‘s analyse adoption rates:
| iOS Version | % Global Usage |
|---|---|
| iOS 15 | 72.41% |
| iOS 14 | 24.28% |
| iOS 16 | 3.31% |
Additionally, Apple typically supports the current release and about 3 past iOS iterations.
Based on these insights, I recommend testing on both iOS 15 and iOS 16 at a minimum to cover over 95% of active users, while maintaining backwards compatibility.
Next, let‘s explore the top devices across various categories to assemble in your test matrix.
Top 10 iOS Devices for Your Test Suite
With new iPhone releases annually plus iPad and Apple Watch refreshes, the iOS ecosystem spans a vast device portfolio to validate experiences across.
Based on market intelligence,technical specifications, and hands-on testing knowledge, these are the top 10 devices I advise including:
| Category | Devices |
|---|---|
| Flagship Phones | iPhone 14 Pro Max, iPhone 14 Pro, iPhone 13 Pro Max |
| Mid-Range Phones | iPhone 14, iPhone 13 Mini, iPhone 11 |
| Budget Phones | iPhone SE (3rd Gen), iPhone XR |
| Tablets | iPad Pro 12.9” (5th Gen), iPad Air (5th Gen) |
This captures a healthy blend of the latest hardware as well as older models still hugely popular for budget-conscious users.
Let‘s analyse the key testing criteria for these devices:
| Device | OS Versions | Screen Resolution | Chipset |
|---|---|---|---|
| iPhone 14 Pro Max | iOS 16+ | 2,796 x 1,290 pixels | A16 Bionic |
| iPhone 13 Mini | iOS 15+ | 1080 x 2340 pixels | A15 Bionic |
| iPad Air 5th Gen | iPadOS 15+ | 1,640 x 2,360 pixels | M1 Chip |
Document detailed technical specifications like this for your device portfolio to inform effective test coverage.
Now let‘s tackle a common testing question – real devices vs simulators.
Real Devices Required for Accurate Testing
iOS simulators built into Xcode provide a quicker way to validate basic app functionality during development sprints.
However, for final quality assurance testing, real devices are an absolute necessity to replicate authentic user conditions.
Simulators possess huge gaps including:
- Inability to properly test complex features like augmented reality, CoreML and location APIs.
- Lack the specific performance capabilities of actual hardware like CPU and memory allocation.
- Gestures and Apple Pencil interactions may not function correctly.
- Can‘t simulate cellular network speeds – only WiFi environments.
Here are 2 examples highlighting real device testing advantages:
Use Case 1: Testing App Performance on New Devices
When Apple releases new flagship iPhones like the iPhone 14 Pro Max powered by the latest A16 chip, simulators lack the capability to test blazing fast performance. Real devices expose optimization opportunities.
Use Case 2: Location-Based App Features
An app offering location-based alerts and notifications requires exercising geolocation APIs on real iPhones with actual GPS sensors to validate precise user experiences.
I recommend utilizing simulators for initial builds, then shifting testing to real devices for complete validation pre-release.
Now let‘s walk through a real device testing platform – BrowserStack.
Step-by-Step Guide to iOS Testing with BrowserStack
BrowserStack App Live provides mobile app developers on-demand access to real iOS and Android devices to test on.
Here is the full workflow to test your iOS app builds:
1. Select your Target iOS Device
BrowserStack supports thousands of real iOS devices across all iPhone, iPad and Apple Watch models – both new and legacy. Pick your test device based on target market share.
2. Configure Test Settings
Customize aspects like location, battery mode, cellular vs WiFi, Do Not Disturb modes, and permissions settings.
3. Upload and Install Your App
Integrate with solutions like App Center, TestFlight and app stores to seamlessly upload and install your latest app build.
4. Execute Test Cases
Run through critical user flows while recording videos, capturing network traffic and device logs. Toggle dark mode for testing.
5. Log Defects in Real-Time
Document any crashes, bugs or issues directly with integrated tracking tools like Jira, Trello, GitHub.
6. Generate Reports
Upon completion, obtain full test reports and analytics to share with your team.
This streamlined, cloud-based approach saves massive overhead of procuring and maintaining device labs while providing on-demand access to scale test coverage.
Next up, let‘s cover key best practices I‘ve compiled from extensive real-world testing experience.
Best Practices for High Quality iOS Testing
Through navigating countless device testing campaigns, I‘ve documented key learning for smooth executions:
-
Maintain a Matrix Spanning Device Generations: Supporting customers across older iOS versions requires including legacy devices in testing, beyond the latest iPhone 14.
-
Iteratively Shift Testing to Real Devices: Use simulators for basic feature builds, then validate end-to-end on real devices closer to launch.
-
Automate Repeat Test Cases: Automated scripts for regression testing enable faster validation of high frequency test cases.
-
Supplement with Exploratory Manual Testing: Uncover unpredictable issues through manual real device testing based on user behaviors.
-
Start Testing Betas Early: Begin validating on iOS beta releases to uncover stability issues early before public launch.
Applying these tips will help surface the majority of possible defects pre-release to avoid customer impact later on.
Now let‘s recap the core concepts.
Key Takeaways
We covered a lot of ground on efficient iOS testing best practices. Let‘s quickly recap the key takeaways:
- Maintain a smart device matrix spanning both new and legacy iPhone and iPad models based on market share data
- Validate on both iOS 15 and iOS 16 given current adoption rates
- Shift testing left from simulators to real devices for accurate final QA
- Leverage tools like BrowserStack for cloud access to latest iOS SKUs
- Follow the right processes for end-to-end test case validation
- Apply tips like starting testing early against beta builds
Building on these evidence-based recommendations will help you release high-quality iOS apps your customers love!
Next Steps
I hope this guide gave you a comprehensive overview into streamlined iOS device testing approaches as well as the pitfalls to avoid based on real-world scenarios I‘ve faced.
For tailored consulting on your next-generation mobile app testing initiatives:
- Email me at [email protected]
- Visit my website at www.testautomationexpert.com
Or try out BrowserStack App Live with 1000+ real iOS and Android devices – Start Free Trial
Reach out if you have any other questions! I‘m always happy to discuss innovative mobile app test automation strategies based on my decade of experience.
Here‘s to shipping delightful iOS mobile app experiences!
John
Senior Test Automation Expert