Qualcomm contributes five key inventions, consisting of mmWave expansion, NR-Light, device enhancements, non-terrestrial networks, and topology expansion, to advance 5G ecosystem adoption of the recently completed 3GGP Release 17 specification. Futurum’s Ron Westfall examines why the five inventions strengthen emerging 5G use cases, such as dedicated private networks, wearables, industrial sensors, video surveillance, global asset tracking, satellite communications, and public safety, and reinforces Qualcomm’s reputation for consistently delivering 5G ecosystem-wide innovation.
Why MediaTek’s New Dimensity 9000 May Not Be a Legitimate Premium Mobile Chipset After All
Futurum senior analyst Olivier Blanchard examines MediaTek’s claim that its new Dimensity 9000 mobile SOC can compete against Qualcomm’s Snapdragon 888 in the premium tier. In addition to outlining some of the key industry hurdles facing MediaTek in its efforts to finally break into the premium tier, Blanchard outlines critical areas in which Dimensity 9000 appears to fall short of delivering premium mobile experiences for OEMs and their customers, namely modem/connectivity, camera/computer vision, AI, and mobile gaming.
Qualcomm Breakthroughs on Path to Advanced 5G Include R&D Test Beds, 5G mmWave, XR, C-V2X, and More – Part Three
In the conclusion of this three-part series, Futurum Senior Analyst Olivier Blanchard dives deeper into more of Qualcomm’s latest research milestones and how they help expand 5G mmWave deployments, applications, and impact on wide area 5G foundations. Blanchard’s analysis outlines how these over-the-air (OTA) test networks, prototypes, and system simulations help advance 5G research and product development across a breadth of industries. These breakthrough snapshots are especially timely in the wake of the expansive technology roadmap outlined by Qualcomm during its Investor Day presentations just a few days ago and help shed more light on where Qualcomm is with regard to critical R&D milestones.
Qualcomm R&D Test Beds: a Closer Look at C-V2X, Smart Factories, XR, and Improved System Efficiencies – Part Two
In Part Two of this three-part series, Futurum Senior Analyst Olivier Blanchard dives deeper into four of Qualcomm’s latest research milestones: C-V2X sidelink, Industry 4.0, extended reality (XR), and green networks. Blanchard’s analysis outlines how these over-the-air (OTA) test networks, prototypes, and system simulations help advance 5G research and product development across a breadth of industries. These breakthrough snapshots are especially timely in the wake of the expansive technology roadmap outlined by Qualcomm during its Investor Day presentations recently and help shed more light on where Qualcomm is with regard to critical R&D milestones.
Qualcomm’s R&D Test Beds Showcase Exciting New Breakthroughs on the Path to 5G Advanced and Beyond in 5G mmWave, XR, C-V2X, and More – Part One
In Part One of this three-part series, Futurum senior analyst Olivier Blanchard highlights Qualcomm’s latest research milestones in six critical areas: 5G mmWave, wide-area 5G, C-V2X sidelink, Industry 4.0, extended reality (XR), and green networks. Blanchard’s overview explains how these over-the-air (OTA) test networks, prototypes, and system simulations, will help advance 5G research and product development across a breadth of industries. These breakthrough snapshots are especially timely in the wake of the expansive technology roadmap outlined by Qualcomm during its Investor Day 2021 presentations just a few days ago and help shed more light on where Qualcomm is with regard to critical R&D milestones.
Part Two of Series: More on 5G RFFE and Why It’s Part of the 5G Puzzle
What is RF Front End (RFFE), and what part does this critical mobile technology play in delivering advanced RF-Modem systems? These are just the first two answers that Futurum senior analyst Olivier Blanchard answers in this three-part series about how RFFE is already solving the growing engineering complexities of 5G, perhaps chief among them how to elegantly solve mmWave challenges, deliver high performance solutions like Qualcomm’s X65 modem-RF system, and provide high speed, low latency connectivity to mobile devices, vehicles, and IOT devices.
Meet RFFE – A Critical Piece in the 5G Puzzle
What is Radio frequency front end (RFFE), and what part does this critical mobile technology play in delivering advanced RF-Modem systems? These are just the first two answers that Futurum senior analyst Olivier Blanchard answers in this three-part series about how RFFE is already solving the growing engineering complexities of 5G, perhaps chief among them how to elegantly solve mmWave challenges, deliver high performance solutions like Qualcomm’s X65 modem-RF system, and provide high speed, low latency connectivity to mobile devices, vehicles, and IOT devices.
5G Summit News: Qualcomm Upgrades 10 Gigabit X65 5G Modem-RF System To Facilitate Global mmWave Expansion
The X65 5G Modem-RF system will now feature support for 200 MHz carrier bandwidth in the mmWave spectrum, as well as mmWave support in standalone (SA) mode. With mmWave commercial deployments currently underway around the world (over 150 global operators are already investing in these high-band frequencies), including all major operators in the U.S. and Japan, these new capabilities make sense as a next step to enable global mmWave deployments, particularly as China and other markets invested in 5G SA mode look to begin scaling their mmWave deployments.
Qualcomm’s new Fixed Wireless Access Platform to Bring mmWave 5G Performance to the Network Edge in 2022
Futurum’s Olivier Blanchard takes a dive into Qualcomm’s new Fixed Wireless Access platform, which is expected to bring mmWave 5G performance to the network edge in 2022. Until now, the prevailing expectation surrounding mmWave cell deployments was that network operators would focus mostly on high density markets like urban centers, stadiums, airports, highly industrialized areas, and so on, and that therefore, suburban and rural areas would mostly miss out on ultra-fast mmWave 5G performance. Qualcomm’s introduction of its new mmWave 5G FWA CPE platform changes things. By extending mmWave 5G performance to the network edge, many suburban and rural markets that until now fell just out of reach of the best that 5G has to offer will soon have access to mmWave 5G performance just like densely populated markets.
Qualcomm’s Upgradable New Snapdragon X65 Modem Promises to Bring 10gbs speeds to 5G phones as Early as this Year
Qualcomm’s upgradable new Snapdragon X65 modem promises to bring 10gbs speeds to 5G phones as early as this year. Next-gen 5G phones with 10 gigabit per second speeds, all-day battery life, and smart AI-optimized mmWave antennas are coming — and quickly. By delivering not only an upgradeable 10gbs 5G modem but complete RF/RFFE solutions optimized to support global sub-6GHz and mmWave bands, Qualcomm manages yet again to give major OEMs a compelling reason to build their premium and flagship 5G devices around Snapdragon modem-RF systems.
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