Qualcomm’s Snapdragon X75: Exclusive to iPhone 16 Pro Models

Delve into Apple's strategy for the upcoming iPhone 16 series, featuring Qualcomm's Snapdragon X75 modem exclusively in the Pro models. Discover the significance of this decision and what it means for the future of 5G technology.

The Latest 5G Development: A Strategic Choice by Apple


As we edge closer to the release of the iPhone 16 series, technology analyst Jeff Pu sheds light on Apple’s strategic decisions regarding its modem technology. According to Pu, the eagerly awaited iPhone 16 Pro models are set to feature Qualcomm’s latest Snapdragon X75 modem, marking a divergence from the standard iPhone 16 and iPhone 16 Plus variants, which will continue to employ the Snapdragon X70 modem, as seen in the iPhone 15 series.

This approach is not new for Apple, reflecting a long-standing trend of differentiating its standard and Pro models in terms of modem capabilities.

Anticipating the September Announcement

Qualcomm’s Snapdragon X75, announced in February 2023, stands as a significant advancement in cellular technology. This processor not only supports faster 5G download and upload speeds compared to its predecessor, the X70, but also boasts several innovative features. It incorporates enhanced carrier aggregation and a design that occupies 25% less circuit board space while consuming up to 20% less power.

Perhaps most notably, the Snapdragon X75 is at the forefront of the “5G Advanced” standard, often regarded as a critical stepping stone towards the evolution of 6G. This new standard is expected to integrate artificial intelligence and machine learning to elevate 5G performance, while also expanding its application across a wider range of devices and use cases.

Apple’s Marketing Strategy and Qualcomm’s Ongoing Efforts

With the introduction of 5G Advanced in the iPhone 16 Pro models, Apple is likely to replicate its successful marketing strategy used with LTE Advanced in the iPhone 6s back in 2015.

Meanwhile, Apple has been engaged in developing its in-house 5G modem since 2018. However, faced with various developmental challenges, the project’s completion is expected to extend beyond 2025. Consequently, Apple’s partnership with Qualcomm for 5G modems is anticipated to continue through 2026.

A Wait-and-Watch Approach

As the technology world eagerly anticipates these developments, all eyes are on Apple’s next move. With the iPhone 16 series launch around the corner, these strategic choices in modem technology are set to play a pivotal role in shaping the next generation of smartphones. Stay tuned for further updates on this evolving story.


Picture of News Feed

News Feed

All Posts

Recent Content

Verizon and Nokia Deploy Private 5G at Thames Freeport for Smart Trade Hub

Verizon and Nokia Deploy Private 5G at Thames Freeport for Smart Trade Hub
Verizon Business and Nokia will deploy six private 5G networks across Thames Freeport’s major logistics sites, including the Port of Tilbury, London Gateway, and Ford Dagenham to create a high-performance digital infrastructure supporting real-time logistics, AI automation, and edge computing. With plans to generate 5,000 skilled jobs and power sustainable trade, this initiative positions Thames Freeport as a next-gen smart trade corridor.

Hrvatski Telekom’s Private 5G Networks Transform Croatia’s Airports

Hrvatski Telekom’s Private 5G Networks Transform Croatia’s Airports
Hrvatski Telekom’s NextGen 5G Airports project will deploy Private 5G Networks at Zagreb, Zadar, and Pula Airports to boost safety, efficiency, and airport automation. By combining 5G Standalone, Edge Computing, AI, and IoT, the initiative enables drones, smart cameras, and AI tablets to digitize inspections, secure perimeters, and streamline operations, redefining aviation connectivity in Croatia.

Edge AI Boosts Broadband Customer Experience

Edge AI Boosts Broadband Customer Experience
Edge AI is reshaping broadband customer experience by powering smart routers, proactive troubleshooting, conversational AI, and personalized Wi-Fi management. Learn how leading ISPs like Comcast and Charter use edge computing to boost reliability, security, and customer satisfaction.

Harnessing the Power of AI for 6G: Pioneering a New Era in Wireless Networks

5G to 6G Transition: Key Strategies and Innovations
The emergence of 6G networks marks a paradigm shift in the way wireless systems are conceived and managed. Unlike its predecessors, 6G will embed Artificial Intelligence (AI) as a native capability across all network layers, enabling real-time adaptability, intelligent orchestration, and autonomous decision-making. This paper explores the symbiosis between AI and 6G, highlighting key applications such as predictive analytics, alarm correlation, and edge-native intelligence. Detailed insights into AI model selection and architecture are provided to bridge the current technical gap. Finally, the cultural and organizational changes required to realize AI-driven 6G networks are discussed. A graphical abstract is suggested to visually summarize the proposed architecture.

Reimagining the Radio Access Network: The Rise of AI-Native RAN

Reimagining the Radio Access Network: The Rise of AI-Native RAN
As the telecom world accelerates toward 5G-Advanced and sets its sights on 6G, artificial intelligence (AI) is no longer a peripheral technology — it is becoming the brain of the mobile network. AI-driven Radio Access Networks (RANs), and increasingly AI-native architectures, are reshaping how operators design, optimize, and monetize their networks. From zero-touch automation to intelligent spectrum management and edge AI services, the integration of AI and machine learning (ML) is unlocking both operational efficiencies and new business models.

This article explores the evolution of AI in the RAN, the architectural shifts needed to support it, the critical role of Open RAN, and the most promising AI use cases from the field. For telcos, this is not just a technical upgrade — it is a strategic inflection point.

Sponsored Content

VoLTE Roaming: The Vulnerabilities and the Essential Protection Measures

VoLTE Roaming: The Vulnerabilities and the Essential Protection Measures

Whitepaper
As VoLTE becomes the standard for voice communication, its rapid deployment exposes telecom networks to new security risks, especially in roaming scenarios. SecurityGen’s research uncovers key vulnerabilities like unauthorized access to IMS, SIP protocol threats, and lack of encryption. Learn how to strengthen VoLTE security with proactive measures such as...
Unveiling GTPu's Role in 5G Networks

Unveiling GTPu’s Role in 5G Networks

Whitepaper
Dive into the comprehensive analysis of GTPu within 5G networks in our whitepaper, offering insights into its operational mechanics, strategic importance, and adaptation to the evolving landscape of cellular technologies....

It seems we can't find what you're looking for.

Download Magazine

With Subscription
AI Pulse: Telecom's New Frontier - TeckNexus Magazine

AI Pulse: Telecom’s New Frontier

Subscribe To Our Newsletter

Executive Interviews

Private 5G in South Korea: Factory Deployment Insights and Use Cases

Private 5G in South Korea: Factory Deployment Insights and Use Cases

Private 5G Deployment at TV 2 Denmark: Transforming Media Production

Private 5G Deployment at TV 2 Denmark: Transforming Media Production

NTT DATA and Nokia Transform Brownsville into a Smart City with Private 5G

NTT Data and Nokia: Driving Private Networks for Smart Cities

Ericsson’s Private 5G Network Enhances Mining Safety and Efficiency

Private Networks for Mining: How Ericsson and Epiroc Lead the Way

Ericsson’s Private 5G Network Transforms Smart Manufacturing

How Ericsson’s Private 5G Transforms Smart Factory Operations

Scroll to Top

Private Network Readiness Assessment

Run your readiness check now — for enterprises, operators, OEMs & SIs planning and delivering Private 5G solutions with confidence.
Start Assessment - Try for Free
Check Readiness - Try Freemium Edition