All articles tagged with #5g modem
Rumors from Digital Chat Station via Weibo say the iPhone Air 2 could switch to a 3,500mAh battery and a 6.55-inch LTPO OLED ProMotion display, powered by a 2nm A20 Pro SoC and a C2 5G modem, with iOS 27 optimizations expected to improve efficiency. However, even with a larger cell, real-world battery life gains may be modest since runtime also depends on software and other hardware factors.
Samsung's upcoming Exynos 2600 chipset may lose an efficiency advantage if it continues to use a separate 5G modem, as seen with competitors like Qualcomm and MediaTek, potentially leading to higher power consumption and space issues on smartphones. This unconfirmed rumor suggests Samsung might need to integrate the 5G modem into the SoC to stay competitive, especially given the benefits of their 2nm GAA process.
Apple's upcoming iPhone 17 Air has entered the new product introduction phase at Foxconn, moving from concept to mass production. The model is expected to replace the Plus version, featuring a slimmer design and a custom 5G modem chip. It will have a display size between the iPhone 17 Pro and Pro Max, and a centered rear camera with a 48-megapixel lens. The iPhone 17 Air is set to launch next year alongside other iPhone 17 models.
Apple's upcoming iPhone SE 4, expected to launch early next year, will feature significant upgrades including a 48MP rear camera and a 12MP TrueDepth front camera, aligning it with higher-end models. Priced between $400 and $500, it will be the most affordable iPhone with modern design and powerful internals, potentially featuring the A18 chip and 8GB of RAM. The device will also include Face ID and Apple's custom 5G modem, although its performance may not match Qualcomm's modems.
Apple is working to develop its own 5G modem to reduce reliance on Qualcomm, aiming to debut this technology in the iPhone SE 4. Despite Apple's efforts, its licensing agreement with Qualcomm extends until 2027, and Qualcomm holds significant leverage, potentially impacting Apple's stock if it cuts off modem supply. However, Qualcomm also benefits financially from its relationship with Apple, making an abrupt end to their partnership unlikely. Apple's long-term goal is to integrate its modems into future iPhones and possibly other devices like Macs.
Apple plans to launch the next-generation iPhone SE in early 2025, aiming to compete in the mid-range smartphone market against brands like Samsung and Google. The new iPhone SE will feature Apple's first in-house 5G modem, marking a shift from Qualcomm's technology, and will integrate Apple's generative AI suite, Apple Intelligence. This move is part of Apple's strategy to enhance its smartphone capabilities and test new technologies before implementing them in its flagship models.
Apple plans to release the iPhone 17 'Air' in 2025, which will be approximately 2mm thinner than the iPhone 16 Pro, making it the thinnest iPhone to date at around 6.25mm. This slim design is made possible by Apple's custom 5G modem chip, which integrates more efficiently with other components, allowing for space savings without compromising battery life or camera quality. The iPhone 17 Air will feature a 6.6-inch display and a single-lens rear camera, and it is part of Apple's strategy to phase out Qualcomm modems over three years.
Apple's long-awaited 5G modem is set to debut in the iPhone SE 4, iPhone 17 Air, and low-end iPads next year, marking a significant step in Apple's plan to reduce reliance on Qualcomm. The modem, developed over five years, will offer 5G speeds up to 4 Gbps but won't support mmWave. It's expected to be used in lower-end devices initially to mitigate risks, with advantages like lower power consumption and improved network scanning. Manufactured by TSMC, Apple's modem aims to surpass Qualcomm's technology by 2027.
Apple plans to launch the next-generation iPhone SE in early 2025, marking a significant move in the competitive mid-range smartphone market. The new iPhone SE will feature advanced specifications to compete with Android rivals and will introduce Apple's own 5G modem, reducing reliance on Qualcomm. Additionally, it will support Apple's updated generative AI suite, Apple Intelligence, requiring enhanced memory and processing power. This launch serves as a strategic testbed for new technologies before they are integrated into Apple's flagship models.
The upcoming 'iPhone 17 Air,' expected to launch in 2025, is rumored to be Apple's thinnest iPhone yet, with a thickness of 5-6mm. This ultra-thin design necessitates compromises, such as the absence of a physical SIM card tray, relying on eSIM technology, and having only a single speaker. It will feature an Apple-designed 5G modem, lacking mmWave support, and a single rear camera. The device is in early production trials, with challenges in fitting components into its slim chassis.
Apple is set to launch the iPhone SE 4 in March 2025, featuring a modern design, a 6.1-inch display, Face ID, 8GB RAM, and the A18 processor. Notably, it will include Apple's custom 5G modem, marking a shift away from reliance on Qualcomm. This budget-friendly model will also support AI features, making it a significant upgrade in Apple's lineup.
Apple is preparing to launch the new iPhone SE, which will feature its first in-house 5G modem and increased memory to support Apple Intelligence, positioning it as a key player in the mid-range smartphone market. The iPhone SE is expected to be released in March 2025, potentially challenging Samsung's dominance in AI-capable smartphones by offering a more affordable option with advanced features.
Apple is reportedly abandoning its efforts to develop an in-house 5G modem, as supply chain sources suggest the company is restructuring its investments in the modem development department. This comes after Apple extended its 5G modem deal with Qualcomm until 2026 and faced legal issues over modem patents held by Qualcomm, which are set to expire in 2030.
Apple is reportedly discontinuing its in-house development of a custom 5G modem chip after facing challenges and setbacks. Supply chain sources claim that Apple's attempts to develop its own modem have failed, leading to the winding down of the project. The company had previously acquired Intel's smartphone modem business and hired thousands of engineers for the endeavor. Reports suggest that the launch of the modem chip has been postponed until the end of 2025 or early 2026, with development lagging behind the competition. Apple's goal was to reduce reliance on Qualcomm and gain more control over component development.
Apple's efforts to develop its own 5G modem to replace Qualcomm's chips in the iPhone and other products have faced multiple setbacks, with the project now delayed until the end of 2025 or early 2026. Apple's in-house modem chip is still in the early stages of development and may lag behind competitors by years. The company is eager to end its expensive deal with Qualcomm and gain more control over component development.