Korean Carriers Reportedly Negotiating with Apple for 800/1800 MHz LTE Service on Next iPhone
Apple's next-generation iPhone is of course expected to support LTE connectivity in at least some markets, but given differences in LTE frequency bands around the world it is interesting to note that The Korea Times reports (via The Next Web) on comments from sources at current iPhone partners SK Telecom and KT claiming that they are currently in negotiations with Apple over LTE service for the forthcoming device.
"KT is in negotiation with Apple to persuade the latter to support KT’s 1.8-gigahertz frequency in Korea for the upcoming iPhone," said one senior KT executive, asking not to be identified. KT spokeswoman Kim Yoon-jeong declined to confirm.
The company, which joined the race for LTE-enabled smartphones later rivals SK and LG, is trying to persuade Apple to have its new iPhone support LTE connectivity, according to KT officials.
SK Telecom is also pushing for the same. Officials from the nation's biggest mobile carrier are currently in Apple headquarters in California to persuade Apple to support SK's LTE frequency for its local customers.
It is unclear, however, exactly what SK Telecom and KT are attempting to achieve in their efforts to "persuade" Apple to support their LTE frequencies on the next-generation iPhone, given that the hardware capabilities of the device have long been finalized. If the hardware does support the Korean carriers' frequencies and the negotiations are simply over contractual terms, it would suggest that there could be significant expansion of international LTE compatibility for the iPhone compared to the third-generation iPad.
The third-generation iPad supports LTE only over the 700 MHz and 2100 MHz frequency bands, with only a handful of carriers including AT&T and Verizon in the United States and Bell, Rogers, and Telus in Canada being supported for the device. With SK Telecom using the 800 MHz band as its primary LTE spectrum and 1800 MHz as a secondary band, and KT operating solely on 1800 MHz, the next-generation iPhone hardware would need to have new LTE frequency support for service on those carriers to even be possible. Notably, the 800 MHz and 1800 MHz bands are also the spectrum being used for LTE in Europe, Australia, and other markets, and thus hardware compatibility with those frequencies could significantly expand the number of countries and carriers on which the next iPhone could support LTE connectivity.
Popular Stories
The iPhone is Apple's top-selling product, and it gets an update every year. In 2024, we're expecting the iPhone 16 and iPhone 16 Pro lineup, with an arguably more interesting feature set than we got with the iPhone 15 and iPhone 15 Pro. Subscribe to the MacRumors YouTube channel for more videos. Capture Button All four iPhone 16 models are set to get a whole new button, which will be...
Apple is widely expected to release new iPad Air and OLED iPad Pro models in the next few weeks. According to new rumors coming out of Asia, the company will announce its new iPads on Tuesday, March 26. Chinese leaker Instant Digital on Weibo this morning 日发布%23">claimed that the date will see some sort of announcement from Apple related to new iPads, but stopped short of calling it an...
Apple suppliers will begin production of two new fourth-generation AirPods models in May, according to Bloomberg's Mark Gurman. Based on this production timeframe, he expects the headphones to be released in September or October. Gurman expects both fourth-generation AirPods models to feature a new design with better fit, improved sound quality, and an updated charging case with a USB-C...
Resale value trends suggest the iPhone SE 4 may not hold its value as well as Apple's flagship models, according to SellCell. According to the report, Apple's iPhone SE models have historically depreciated much more rapidly than the company's more premium offerings. The third-generation iPhone SE, which launched in March 2022, experienced a significant drop in resale value, losing 42.6%...
iOS 17.4.1 and iPadOS 17.4.1 should be released within the next few days, with a build number of 21E235, according to a source with a proven track record. MacRumors previously reported that Apple was internally testing iOS 17.4.1. As a minor update for the iPhone, it will likely address software bugs and/or security vulnerabilities. It is unclear if the update will include any other changes. ...
Apple's new iPad Pro models with OLED displays will likely begin shipping to customers in April, according to information shared today by Ross Young, CEO of display industry research firm Display Supply Chain Consultants. Bloomberg's Mark Gurman also said the new iPad Pro models might not ship until "deeper" into April in his Power On newsletter on Sunday:I've repeatedly said that new...
MacRumors was first to report that Apple was planning to rebrand "Apple ID" to "Apple Account" across its software platforms and websites like iCloud.com as early as this year, and now Bloomberg's Mark Gurman has corroborated this change. A mockup of the new Apple Account branding In his Power On newsletter today, Gurman said the new "Apple Account" branding will start to be used later this...
Top Rated Comments
I wish apple can create a chip that can:
Automatically change from 700 - 2300 mhz.
Support 2g/3g/4g/lte ...
Wifi 802.11ac
NFC / Bluetooth 4.0
This chip would change the world
That's not up to Apple. That's up to Qualcomm or whichever future baseband provider they want to use.
Being in the same band doesn't make compatibility easy - a lot of AT&T and Verizon's LTE bandwidth overlap in the 700Mhz band but they're not compatible because they're tuned to different frequencies in the band. You need to have a specific antenna that tuned to the frequency, which adds cost and complexity to the device. This issue is also a wrinkle in any move to require carrier interoperability on the LTE band - if the FCC ever issue such a rule, all current LTE phones won't interoperate because none of them contain all the necessary antennas.
LTE frequency support is especially troublesome for Apple because it tries to have a single device that can sell globally and avoid regional hardware customization. Other device makers have no problem introducing country-specific phones but Apple has tried to avoid that although obviously, if the market is big enough they will do it, e.g. AT&T LTE iPad and a Verizon LTE iPad. Software radio frequency tuners have been in the works for years but it's still not commercially deployed.