from the still-waiting-for-4G dept.
Intel last week announced that its first commercial 5G modem, the XMM 8060, is now under development and will ship in a couple of years. As part of the announcement, the company reiterated its plans to offer a top-to-bottom XMM 8000 family of 5G modems for various applications, including smartphones, PCs, buildings and vehicles. In addition, the company announced its XMM 7660 Cat-19 LTE modem that supports download speeds of up to 1.6 Gbps, which will be available in 2019.
At present, Intel's 5G Mobile Trial Platform is used to test 5G technologies in different locations around the world. For example, one of such devices installed aboard the Tallink Silja Europa cruise ship is used to enable Internet connectivity to passengers while in port in Tallinn, Estonia, (where another 5G MTP is installed) and the nearby area. Meanwhile, Intel's 5G Modem for client applications is evolving as well. Intel said that devices powered by the silicon can now make calls over the 28 GHz band. The 5G MTP will be used for its purposes for a while and will even gain new capabilities over time, but the company is working on a family of commercial modems that will be used for mass applications sometimes in 2019 and onwards. The Intel XMM 8000-series multi-mode modems will operate in both sub-6 GHz and millimeter wave global spectrum bands, combining support for existing and next-gen radios. Intel does detail the whole lineup two years before the launch but indicates that it will be able to address smartphones, PCs, vehicles, and fixed wireless consumer premise equipment (CPE).
Previously: ITU Defines "5G" as up to 20 Gbps, 2018 Olympics Demo Planned
5G Gets a Shot in the Arm From the FCC
3GPP Sets 2018 as Freeze Date for 5G Air Interfaces
5G Draft Technical Requirements Announced
The Ministry of Science, ICT and Future Planning said Thursday it sent a 12-member delegation to an ITU meeting in San Diego, and succeeded in reflecting the nation's suggestions on the international agreement. "The vision for the 5G network and its global standardization schedule has been agreed based on our suggestion. This has shown that Korea is leading the world's mobile communication technology and related policies," a ministry official said. "We will beef up international cooperation to have the agreement approved without any problems.
The ministry said the union has decided to define 5G as a network which is capable of transmitting data at up to 20 gigabits-per-second. This means that users can download one ultra high-definition movie in 10 seconds. The 5G network will also have a capacity to provide more than 100 megabits-per-second average data transmission to over one million Internet of Things devices within 1 square kilometer. Video content services, including ones that use holography technology, will also be available thanks to the expanded data transmit capacity, the ministry said.
The ITU has determined the name of the 5G network as IMT-2020, following the IMT-2000 for the third-generation network and the IMT-Advanced for the fourth-generation one. The official name will be finally approved at the ITU's Radio Assembly in Geneva in October, the ministry said.
The union also decided to target commercializing the 5G network worldwide by 2020. To do so, it will start receiving applications for technology which can be candidates to become the standard for the new network. Consequently, the 2018 PyeongChang Winter Olympic Games will be the world's first international event to showcase and demonstrate 5G technology.
FCC Chairman Tom Wheeler has a plan to free up spectrum for 5G wireless service.
The Federal Communications Commission next month will vote on a proposal to help identify and free up wireless spectrum at very high frequencies that could be used to power fifth-generation, or 5G, cellular networks. The agency will do as it did with the development of 4G LTE and stay out of the way of industry innovators as they define and develop 5G technology, FCC Chairman Tom Wheeler said in announcing the proposal Monday.
"Turning innovators loose is far preferable to expecting committees and regulators to define the future," he said. "Instead, we will make ample spectrum available and then rely on a private sector-led process for producing technical standards best suited for those frequencies and use cases."
[...] 5G speeds could be 10 to 100 times higher than those of today's 4G networks. Even though standards for 5G have yet to be developed, the technology is expected to enable everything from self-driving cars to remote surgeries done via robots to school field trips through the human body made possible by virtual reality gear.
The hype around 5G has been building over the past year, with wireless operators like AT&T and Verizon already demonstrating the technology and promising a limited service roll out as soon as this year.
The FCC's proposal to free up additional spectrum is the first step in a long process to make sure wireless operators get the airwaves they need to make these services a reality. The chairman's promise to take a hands-off approach in developing policy is a welcome signal to wireless operators that the government won't be a roadblock.
[...] Very high frequency spectrum known as millimeter waves are key to the development of 5G because these frequencies can carry large amounts of data and transfer signals with low latency -- that is, with minimal delay. But there are technical challenges in using this spectrum. Signals transmitted over very high frequencies can only travel short distances and have difficulty penetrating obstacles, which makes designing such networks tricky.
Some of the spectrum that could be used for 5G is currently used for satellite communications and for navigation services like GPS. As part of this proposal, the FCC will work with satellite providers to ensure the spectrum can be shared with wireless broadband companies that want to use it to build terrestrial 5G networks.
The 3GPP has told the industry to get cracking on standardising the air interface for 5G.
The standards body wants the “5G New Radio” (NR) to be frozen by June 2018, which should help vendors have devices ready for the planned 2020 date for 5G standards to be ready to fly.
Behind the radio, there will be two architectures: one, called standalone, will be all-5G with a new control plane; the other, non-standalone, will graft the new air interfaces onto the LTE control plane.
The air interfaces will have to support both sub-6 GHz frequency, and the emerging bands above 6 GHz.
The standardisation effort will target “enhanced mobile broadband (eMBB), and “ultra-reliable and low latency communications” (URLCC) applications. The latter, Vulture South believes, is a cumbersome way of describing the much-touted Internet of Things.
By September 2016, the 3GPP work plan stipulates that the requirements for the radio interfaces be completed. Layer 1 and Layer 2 specs would then be completed by December 2017, with an initial focus on licensed bands.
The 3GPP announcement stresses that both radio and protocol design be forward compatible, “as this will be key for phasing-in the necessary features, enabling all identified usecases, in subsequent releases of the 5G specification”. ®
The ITU has announced draft technical requirements for 5G mobile technology:
The total download capacity for a single 5G cell must be at least 20Gbps, the International Telcommunication Union (ITU) has decided. In contrast, the peak data rate for current LTE cells is about 1Gbps. The incoming 5G standard must also support up to 1 million connected devices per square kilometre, and the standard will require carriers to have at least 100MHz of free spectrum, scaling up to 1GHz where feasible.
These requirements come from the ITU's draft report on the technical requirements for IMT-2020 (aka 5G) radio interfaces, which was published Thursday. The document is technically just a draft at this point, but that's underselling its significance: it will likely be approved and finalised in November this year, at which point work begins in earnest on building 5G tech.
[...] Under ideal circumstances, 5G networks should offer users a maximum latency of just 4ms, down from about 20ms on LTE cells. The 5G spec also calls for a latency of just 1ms for ultra-reliable low latency communications (URLLC).
Verizon will launch "5G" wireless service in three to five cities by the end of next year, starting with Sacramento, California:
Verizon is getting closer to releasing its first commercial 5G network, with the company announcing today that it plans on launching 5G in three to five cities by the end of next year. The rollout starts with Sacramento, California sometime in the second half of 2018.
Announced earlier this week, HP's Spectre Folio convertible notebook already looks remarkable due to its leather exterior. As it appears, the system is as impressive inside as it is on the outside, as it incorporates a custom Intel's Amber Lake-Y multi-chip-module that features an LTE modem.
According to a report from PC World, the internal design of the Spectre Folio PC convertible notebook was co-developed by HP and Intel engineers under Intel's Innovation Excellence Program, which is aimed at enabling PC makers to bring state-of-the-art designs to the market. The product uses a tiny, jointly-designed motherboard that measures only 12,000 mm2 and is based around a unique multi-chip module that carries Intel's Amber Lake-Y SoC, a PCH (platform controller hub), and Intel's Intel XMM 7560 LTE Advanced Pro Cat16/Cat 13 modem.
[...] Intel is not new to selling complete platforms comprised of a CPU, a chipset, and a communication module. Back in 2000s the company made a fortune selling its Centrino-branded sets containing the aforementioned elements. By selling multiple chips at once, Intel naturally increases its revenue, whereas system vendors ensure compatibility. Therefore, platform-level integration is a win-win for all parties. With that said, this is the first time we've seen Intel put a CPU, a PCH, and a cellular modem onto one multi-chip-module in this fashion. So this may be the start of a trend for the company.
Related: Apple Could Switch From Qualcomm to Intel and MediaTek for Modems
Intel Announces Development of 5G Modems (Due in 2019)
AMD Creates Quad-Core Zen SoC for Chinese Console Maker
ARM Aims to Match Intel 15-Watt Laptop CPU Performance
2019 is shaping up to be a big year for 5G, and Intel — one of tech's biggest mobile players — has finally announced its plans for the next-generation network in the form of its new XMM 8160 5G modem. The XMM 8160 modem is set to be released to manufacturers sometime in the second half of 2019, with the first devices using the chip coming in early 2020.
Intel has big ambitions for the XMM 8160 5G. It envisions using it across phones, PCs, and broadband hubs, with peak speeds of up to 6 gigabits per second. The modem will support both the standalone and non-standalone specs for the 5G NR (New Radio) standard, as well as legacy support for 4G, 3G, and 2G networks all in one chipset. Additionally, Intel says that the modem will support both millimeter wave (mmWave) spectrum as well as lower-band parts of the spectrum.
Qualcomm's Snapdragon X50 5G NR modem will be available to device makers that want to introduce 5G support in 2019.
Huawei is "open" to selling high-speed 5G chips and other silicon to rival smartphone maker Apple, marking a significant shift in the Chinese tech giant's thinking toward its own intellectual property.
The world's largest networking equipment maker has been in the consumer market for a relatively short amount of time with its own-brand smartphones, but it has quickly risen to become the third-largest vendor by market share.
Huawei started by selling phones at low prices but in recent years has shifted focus to increase its market share in the high end of the market, battling Apple and Samsung. As part of that move, Huawei has developed its own chips, including a modem to give smartphones 5G connectivity, and a processor to power its devices. 5G is next-generation mobile internet, which delivers data at very high speeds.
So far, those pieces of technology have been used only in Huawei's devices. That could change. In an interview with CNBC that aired Monday, Huawei founder and CEO Ren Zhengfei said the company would consider selling its 5G chips to Apple. "We are open to Apple in this regard," Ren said. The CEO spoke in Mandarin, which was translated into English by an official translator.
Apple products (e.g. new iPhones) are likely to use 5G modems from Intel, although they won't be ready until 2020. Huawei has been shunned by U.S. companies due to warnings and pressure from the U.S. government claiming that Huawei products enable Chinese espionage. There has even been discussion of the U.S. government developing a 5G network free of Chinese influence. Given that there aren't many places in the country where you can get a "5G" connection yet, is there any point to this offer?
Intel Announces Development of 5G Modems (Due in 2019)
U.S. Intelligence Agency Heads Warn Against Using Huawei and ZTE Products
New Law Bans U.S. Government from Buying Equipment from Chinese Telecom Giants ZTE and Huawei
Australia Bans China's Huawei (and maybe ZTE) from 5G Mobile Network Project
Intel Speeds Up Rollout of 5G Modems
Washington Asks Allies to Drop Huawei
Australian Residents Reject Huawei Small Cell Boxes
Germany and the EU Likely to Embrace Huawei, Rebuff the U.S.
EU to Drop Threat of Huawei Ban but Wants 5G Risks Monitored
Huawei's Equipment Poses 'Significant' Security Risks, UK Says