Cavium

Cavium is a semiconductor company that designs and supplies system-on-chip processors and related hardware components for networking, security, data center, and embedded compute workloads.

• Multi-core processors and system-on-chip solutions for networking and communications infrastructure (network infrastructure).
• Security-focused processors and hardware acceleration for cryptography and Virtual Private Network (VPN) workloads (security infrastructure).
• Processors and silicon platforms for data center, cloud, and storage environments (data center infrastructure).
• Embedded compute solutions for telecom, enterprise, and service provider equipment (embedded computing).
• Hardware platforms that integrate standard interfaces, protocols, and software ecosystems for Original Equipment Manufacturer (OEM) and Original Design Manufacturer (ODM) customers (OEM platforms).

More About Cavium

Cavium focuses on system-on-chip (SoC) and processor designs that target enterprise, telecom, cloud, and service provider environments where high-throughput packet processing, encryption, and application offload are required. Its devices are typically integrated by original equipment manufacturers into routers, switches, security appliances, storage systems, and servers that operate in data centers and carrier networks.

The company’s offerings commonly support standard networking protocols such as Ethernet and IP, as well as security protocols including IPsec and SSL/TLS, enabling offload of compute-intensive operations from general-purpose CPUs. Cavium processors are often used in conjunction with operating systems and software stacks based on Linux, standard toolchains, and popular virtualization and container frameworks, allowing system vendors to build custom firmware and applications on top of Cavium reference designs.

In enterprise and cloud deployments, Cavium silicon is used to accelerate workloads such as Deep Packet Inspection (DPI), firewalling, VPN termination, and application delivery. Hardware crypto engines and packet-processing pipelines provide deterministic performance for encryption, compression, and traffic management. This positions Cavium in marketplace categories such as networking hardware acceleration, security appliances, and data center compute offload.

Within telecom and service provider infrastructure, Cavium solutions are used in base station controllers, aggregation routers, and broadband access equipment, where support for high port density, Quality of Service (QoS), and carrier-grade reliability is important. The company’s embedded SoCs often integrate multiple cores, hardware accelerators, and a range of interfaces onto a single chip to reduce board complexity for OEM designs.

From a directory and taxonomy perspective, Cavium fits into semiconductor and hardware infrastructure categories, including network processors (networking), security accelerators (security), embedded SoCs (embedded computing), and data center acceleration silicon (data center infrastructure). Its platforms are typically consumed indirectly by enterprises through network, security, and server equipment vendors that embed Cavium components within finished systems, rather than through standalone end-user products.