Marvell Semiconductor, Inc. Alaska® series interface

Features and applications of Alaska® series interface

The Alaska® series of networking interface controllers (NICs) from Marvell Semiconductor is a family of NICs that supports a number of networking technologies, including Ethernet, Fibre Channel, and InfiniBand.

Applications

  • Aerospace & defense
Associated Products

Part NumberDescriptionStockRFQ
88E1512-A0-NNP2I000SING+D22LE-PORT EEE GE PHY WITH0RFQ
88X2222-B0-BKP2C00010 GIG LRM; DUAL0RFQ
88E1512-A0-NNP2C000SINGLE-PORT EEE GIGABIT ETHERNET0RFQ
88E3016-A2-NNC1C00010/100BASE-T FAST ETHERNET PHY (PLUG-COMP WITH 88E1116)0RFQ
88E2040LA1-BUT4I000QUAD PORT 2.5G/5G NBASE-T PHY0RFQ
88X5113-A1-BVW4C000INTEGRATED 40 GBPS TO 25 GBPS ET0RFQ
88E2040LA1-BUT4C000QUAD PORT 2.5G/5G NBASE-T PHY0RFQ
88E2010-A1-BUS4I000ONE PORT 2.5G/5G NBASE-T PHY0RFQ
88E3018-A2-NNC1I000PHY 1-CH 10Mbps/100Mbps 64-Pin QFN0RFQ
88E1510-A0-NNB2C000Integrated 10/100/1000 Mbps Energy Efficient Ethernet Transceivers, 48-Pin QFN0RFQ
88E1514-A0-NNP2C000SINGLE-PORT EEE GE PHY WITH SGMI0RFQ
88E3018-A2-NNC1C000PHY 1-CH 10Mbps/100Mbps 64-Pin QFN0RFQ
88E3015-A2-NNP1C000PHY 1-CH 10Mbps/100Mbps 56-Pin QFN0RFQ
88E3082-C1-BAR1C000OCTAL 10/100MBPS PHY, RMII, SMII0RFQ
88E1545-A1-LKJ2C000?QUAD-PORT EEE GE PHY WITH QSGMII IN 128-QFP0RFQ
88E3082-C1-BAR1I000OCTAL 10/100MBPS PHY, RMII, SMII0RFQ
88E1548-A1-BAM2C000QUAD-PORT EEE 10/100/1000MBPS P0RFQ
88E2010-A1-BUS4C000ONE PORT 2.5G/5G NBASE-T PHY0RFQ
88E3083-C1-LKJ1C000OCTAL 10/100MBPS PHY, SMII, SSSM0RFQ
88X2242-B0-BKP2C00010G LRM0RFQ
Technical Documents

The Alaska® series of networking interface controllers (NICs) from Marvell Semiconductor is a family of NICs that supports a number of networking technologies, including Ethernet, Fibre Channel, and InfiniBand.

 

Features


Performance at High Speeds: The Alaska® series interface allows data transfer rates at High Speeds, with certain devices having a 400 Gbps maximum speed.

Low Power Consumption: The Alaska® series interface is engineered to utilize the least amount of power possible, making it appropriate for usage in data centers and other locations that prioritize conserving energy.

Packet filtering, load balancing, and network virtualization are just a few of the advanced networking functions that the Alaska® series interface enables.

Scalability: The Alaska® series interface is created with scalability in mind, enabling it to support a variety of network configurations and sizes.

Simple Integration: The Alaska® series interface is supported by a number of operating systems and network protocols, making it simple to integrate into already-existing network infrastructure.

Strong Security: The Alaska® series interface has features that improve network security, including MAC address filtering, VLAN tagging, and support for IPsec and SSL encryption.

The Alaska® series interface is made to offer network administrators high-performance, low-power networking capabilities with cutting-edge features.

 


Applications

 

  • Telecommunications

  • Networking in data centers

  • Enterprise networking settings

  • Industrial networking applications

  • Military and aerospace applications

 

Generally, any application that demands high-speed networking, low-latency data transfer, and advanced networking features will perform well with the Alaska® series interface.


Frequently Asked Questions

What is the Alaska® series interface from Marvell Semiconductor, Inc.?

A range of Ethernet transceivers called the Marvell Semiconductor, Inc. Alaska® series interface enables high-speed data transmission via copper and optical fiber lines.

What characteristics does the Alaska® series interface have?

The Alaska® series interfaces have built-in testability, advanced cable diagnostics, auto-MDI/MDIX, energy-efficient Ethernet, and auto-negotiation capabilities.

What advantages come with using the Alaska® series interface?

The Alaska® series interface offers low power consumption and high-speed data transmission, lowering energy expenses and increasing the life of network devices. Also, thanks to its sophisticated cable diagnostics and built-in testability features, it makes installation and maintenance simple.