NetLogic Microsystems’ market-leading product portfolio includes high-performance Multi-Core Processors, Knowledge-based Processors, Content Processors, Network Search Engines, Digital Front-End PHYs, high-speed 10/40/100 Gigabit Ethernet PHY solutions, and Low-Power Embedded Processors.

Our Multi-Core, Multi-Threaded processor family offers best-in-class performance and power profile that enable the delivery of rich IP content and services, such as video, 3G/4G mobile services, voice-over-IP, and enhanced security. With industry-leading families of XLP™, XLR® and XLS® Multi-Core, Multi-Threaded Processors, this product line is well suited for next-generation 3G/4G mobile wireless infrastructure systems, high-performance switches and routers, security appliances, and storage appliances.  more »

Our industry-leading Alchemy® Processor family comprises a series of ultra low-power embedded processors that deliver the powerful processing performance, ultra low-power functionality and market specific integration required for next-generation products like enterprise thin clients, automotive infotainment, telematics, and other media rich embedded applications. more »

NetLogic Microsystems’ knowledge-based processing solutions employ an advanced, massively parallel processor architecture along with a large knowledge database containing information on the network, the applications and content that run on the network to make complex decisions about individual packets of information traveling through the network. 

Layer 7 Knowledge-based Processors
Our NETL7™ knowledge-based processor family enables content-awareness within the network by accelerating compute-intensive signature recognition tasks for application-based networking and network security applications. more »

Layers 2-4 Knowledge-based Processors
Our Layers 2-4 knowledge-based processor family enables high-performance decision-making for packet processing in a variety of advanced networking devices in the enterprise, metro, access, edge and core networking markets.  These processors are capable of processing speeds up to 1.5 billion decision per second, and incorporate a flexible knowledge database size of up to 1024k records. more »

Advanced Algorithmic Knowledge-based Processors
Our Sahasra™ family of knowledge-based processor family use advanced algorithms to enable network-aware routing and switching at rates of up to 250 million decisions per second on knowledge bases of up to 1.5 million records. more »

NetLogic Microsystems’ NETLite™ processor family is specifically designed for cost-sensitive, high volume applications such as entry level switches, routers and access equipment.

NETLite™ Processors
Our NETLite™ Layers 2-3 processor family leverages circuit techniques developed and refined during the design of our market proven knowledge-based processor families, and greatly benefits from die size optimization, low power dissipation and redundant computing techniques.  This product family is capable of processing speeds of up to 133 million decisions per second, and supports up to 512K IPv4 and up to 128K IPv6 routing entries. more »

Ayama™ NETLite™ Processors
Under the NETLite™ product family, our Ayama™ processor family is a high-performance, pipelined, synchronous device with densities ranging from 128K to 512K IPv4 entries, and include differentiated features such as Mini-Key™ power management and associated data management. more »

10/40/100G PHYs
Our high-performance, low-power Layer 1 PHY/SerDes technology powers our industry-leading 10 Gbps ethernet PHY product line. These products are key for enabling widespread deployment of 10GbE connectivity in the enterprise and datacenter. Additionally, our high-speed SerDes interface technology also enables us to offer next-generation, knowledge-based processors, with higher capacity interface connectivity. more »

Digital Front-End Processors
Our OP6000 Digital Front-End (DFE) processor family delivers unparalleled linearization performance for 2G, 3G and 4G protocols and advances the ability for base station design, deployment and management to meet Multi-Protocol demands. The Universal DFE™ OP6000 family of processors is able to process multiple protocols or mix of protocols. This enables the creation of flexible platforms that can adapt dynamically to future network requirements. more »