- 3rd Generation Partnership Project
- 4G
- 802.11
- AI Accelerator
- Application
- Bluetooth
- Carrier Networks
- Central Processing Unit
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- Components
- Computer Vision
- Connectivity
- Edge
- Enterprise
- Ethernet
- Front-End
- Graphics Processing Unit
- Industrial IoT
- Internet of Things
- Long Term Evolution
- Message Queuing Telemetry Transport
- Network Operator
- Processors
- Public Sector
- Router
- Satellite
- Services
- Software
- Standards
- Wide Area Network
- Wireless
1 Qualcomm appears across 1 article in the last 90 days, most recently in OpenCV Introduces OpenCV Enterprise Maintenance and Engineering Support (Sep 2026).
Who is Qualcomm?
Qualcomm Incorporated is a semiconductor and wireless technology company that develops system-on-chip platforms, connectivity solutions, and related software for mobile, edge, automotive, and Internet of Things (IoT) devices used in enterprise and carrier environments.
- Mobile and compute system-on-chip platforms for smartphones, laptops, XR devices, and other connected endpoints.
- Modem, RF, and connectivity solutions for 5G, 4G, Wi‑Fi, Bluetooth, and GNSS across carrier and enterprise deployments.
- Automotive platforms for in-vehicle infotainment, digital cockpit, connectivity, and driver-assistance workloads.
- IoT and edge-computing platforms for industrial, enterprise, and consumer devices with integrated connectivity and Artificial Intelligence (AI) capabilities.
- Licensing of cellular and wireless technology portfolios, including 5G and related standards-essential patents.
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More About Qualcomm
Qualcomm structures its business around developing and commercializing integrated platforms that combine Central Processing Unit (CPU), Graphics Processing Unit (GPU), Data Stewardship Program (DSP), AI accelerators, and connectivity components for use in mobile devices, laptops, extended reality headsets, vehicles, and a range of IoT and edge systems. For enterprise and institutional stakeholders, these platforms function as underlying silicon and connectivity building blocks that OEMs and solution providers embed into end products deployed in corporate, carrier, industrial, and public-sector environments.
The company is widely associated with mobile system-on-chip platforms (mobile computing category) that integrate application processors, graphics, signal processing, security engines, and 5G/4G modems on a single Decentralized Inference Engine (die) or package. These platforms are designed for smartphones and increasingly for laptops and other always-connected client devices. Architecturally, they support 3GPP-based cellular standards across multiple generations, along with Wi‑Fi and Bluetooth, enabling OEMs to build endpoints that connect to public carrier networks and enterprise Wi‑Fi infrastructures.
In connectivity and networking (cellular and wireless connectivity category), Qualcomm develops 5G and 4G modems, RF front-end solutions, Wi‑Fi and Bluetooth chipsets, and GNSS receivers. These components implement protocols such as 3rd Generation Partnership Project (3GPP) 5G 5G New Radio (NR), Long Term Evolution (LTE), IEEE 802.11 Wi‑Fi variants, Bluetooth specifications, and satellite positioning standards. Enterprise networking vendors, device makers, and carriers use these chipsets within smartphones, CPEs, routers, access points, industrial gateways, and IoT modules, aligning them with existing IP networks, Software-Defined Wide Area Network (SD-WAN) deployments, and security stacks.
In automotive (automotive compute and connectivity category), Qualcomm offers platforms that target the digital cockpit, infotainment, connectivity, and advanced driver-assistance functionality. These platforms typically integrate CPU/GPU resources, multimedia engines, and connectivity options including cellular and Wi‑Fi, which vehicle manufacturers and tier-1 suppliers incorporate into in-vehicle systems for navigation, telematics, and driver-display clusters. Integration patterns often involve linking these compute domains with vehicle networks such as CAN, Ethernet, and zonal architectures managed by automotive OEMs.
For IoT and edge deployments (IoT and edge-compute category), Qualcomm’s platforms address Industrial IoT (IIOT), smart city, enterprise equipment, and consumer devices. These chipsets commonly combine low-power compute, multimedia, and wireless connectivity, and many incorporate on-device AI processing for computer vision and sensor analytics. System integrators and OEMs deploy these solutions in gateways, cameras, handhelds, point-of-sale terminals, and embedded modules that connect to enterprise backends, cloud services, and device-management platforms via standard IP, Message Queuing Telemetry Transport (MQTT), and other IoT protocols implemented at higher layers.
Qualcomm also operates a licensing business for its cellular and wireless intellectual property (technology licensing category). This includes portfolios of patents supporting 3GPP and other wireless standards, which are licensed to device manufacturers and infrastructure vendors. For enterprise buyers, this activity is relevant insofar as it underpins the interoperability and standards conformance of devices deployed across corporate mobility programs, private 5G networks, and carrier-based services.
Our description of Qualcomm. Updated December 2025.
