Network Speed Upgrades
As video and bandwidth-intensive applications continue to proliferate, today’s enterprise networks require upgrades to meet the rise in data traffic. At the same time, enterprises need to balance the cost of upgrading network access speeds from 1G to 2.5G and 5G. Marvell Ethernet transceivers are optimized to do this over existing Cat5e cabling, saving the cost of rewiring the installed base. To provide a seamless system solution, Marvell Ethernet transceivers can be kitted with the broad range of Marvell switches, which span the range from basic Layer 2 functionality to models containing full Enterprise Class Virtualization and Layer 3+ features. For networks upgrading to Wi-Fi 6, overall network capacity is improved, network congestion is reduced, and an increased number of users and devices can be served simultaneously. Marvell is dedicated to helping its customers with advanced wireless connectivity technologies to support this transition.
PHY Transceivers
From the network to the infrastructure that drives it, Marvell PHY transceivers enable optimized form factors as well as multiple port and cable options, efficient power consumption and simple plug-and-play functionality.
Data Processing Units (DPUs)
Marvell enables an array of highly flexible, and scalable DPUs for networking, storage, and high-performance computing applications.
Switching
With industry-leading performance and port density, Marvell Gigabit Ethernet (GbE) Prestera packet processors are key building blocks for new enterprise network architectures.
Ethernet Adapters and Controllers
Marvell Ethernet adapters and controllers are purpose built to accelerate and simplify data center networking. Our adapter family provides exceptional value features and performance enabling the most agile software-defined data centers (SDDNs).
Fibre Channel Adapters and Controllers
From power-efficient NVMe, SSD and HDD solutions to high-performance storage controllers and processors, Marvell has a full suite of flexible and unique storage solutions to target mission-critical applications, increase density and improve efficiency.
