Who is Qualcomm, and what do we do? We are engineers, scientists and business strategists. We are from many different countries and speak many different languages. We come from diverse cultures and have unique perspectives. Together, we focus on a single goal—we invent breakthrough technologies that transform how the world connects, computes, and communicates.
These compact devices and modules become final additions for RF radios handling voice, data, and video over a wide range of frequencies and bandwidths.
Adding RF/mmWave communications capabilities to overall system designs has become much easier and cost-effective with modular functional blocks in SiPs, SoCs, and SoMs.
This development enables Open RAN radio unit and gNodeB vendors to accelerate design and production of Qualcomm QRU100 5G RAN Platform devices, and expands the portfolio of validated...
Qualcomm’s Snapdragon 8 Gen 2 Mobile platform includes 50% more processing power, 40% power-efficiency gains, greater throughput with an integrated quad-core CPU, and up to 200...
The Snapdragon Ride Flex SoC, which is scheduled to start mass production in early 2024, is designed to support “mixed-criticality” workloads in the vehicle.
The growing need for semiconductors in defense and commercial systems is encouraging increased device fabrication of onshore U.S. semiconductor foundries to fabricate the devices...
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By building key components into design kits and application platforms, suppliers give circuit and system designers head starts in getting the most value and performance for their...
Designers of aerospace and defense electronic systems look to more efficient RFICs and MMICs with increased functionality to achieve solutions with ever-smaller SWaP.
In yet another example of IoT's burgeoning ubiquity, a quintet of companies is putting the technology to the test in the interest of improving safety on construction job sites...
The world's largest smartphone vendor is wrestling to win more market share in radio-frequency chips from rivals Qorvo, Skyworks, and Broadcom. These chips are invaluable to getting...
Small cells are crucial for mobile operator 5G network deployments, enabling increased coverage, high data rates, and low latencies. We talk with Rex Chen of LitePoint about some...
Upgradeable architecture means fast rollouts of new features for 5G in mobile broadband, computing, XR, industrial IoT, private networks, and fixed wireless access apps.
First industry-standard asymmetric long-reach physical layer interface enables ADAS, IVI, and other surround-sensor applications; A-PHY v1.0 forms foundation of comprehensive ...
Qualcomm said the integrated Wi-Fi and Bluetooth chip will offer data transfers of up to 1 Gb/s throughout the car and roll out to customers in 2020. Qualcomm said that today ...
Wireless carriers around the world are accelerating the buildup of 5G network infrastructure with major investments in spectrum, base stations, microcells, and hotspots.
As we plunge forward into the next generations of wireless—namely 5G and down the road, 6G—one hurdle stands in the way of progress: the very finite amount of spectrum.
