Marvell Technology Group (MRVL)

Transceiver Products

        We have a line of low power, high-performance physical layer transceiver (PHYs) solutions for demanding networking applications. We provide these transceivers to the enterprise networking and storage networking markets.

        Alaska® Gigabit Ethernet Transceiver Family:    Our Alaska® family of GbE transceivers enables the development of enterprise networking systems where high performance and low power dissipation are absolutely necessary. Each member of the product family is based on our industry leading 1.25Gbps SERDES intellectual property, enabling seamless data transmission over either copper or fiber-optic cabling. The design of the Alaska® family of products incorporates sophisticated digital signal processing algorithms and power management techniques to achieve high data transmission quality and low power dissipation. The devices also support our VCT technology, which allow end-users to quickly and remotely analyze the signal quality and attributes of the data transmission cable, which can significantly reduce installation time and cable debug efforts. The advanced built-in diagnostic capability of our VCT technology help network operators pinpoint the cause of network malfunctions, thereby avoiding unnecessary equipment returns, on-site service calls by field support personnel or bringing down the network. Target applications include Network Interface Cards (NICs), LAN on Motherboard (LOMs), enterprise routers and next-generation switches.

        Alaska® X 10 Gigabit Ethernet Transceiver Family:    Our Alaska® X 10Gbps uplink and backplane transceiver products are the evolutionary extension of our FE and GbE transceiver technology. The family enables the accelerated deployment of 10GbE and Fibre Channel capable systems for the LAN, MAN and WAN markets. The Alaska® X transceiver family features low power consumption, high performance, and small form factor.

        Fast Ethernet Transceiver Family:    Our 100Mbps Fast Ethernet (FE) physical layer products offer low power dissipation, small form factor, high performance and advanced features. The latest members of the Fast Ethernet PHY family offer very low power consumption of just 130mWatts per port, enabling network

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systems manufacturers to decrease system cost by reducing both power supply and fan requirements. Additionally, the devices support value-add features such as VCT technology used to diagnose the attached cable plant.

Transceiver Products

        We have a line of low power, high-performance physical layer transceiver (PHYs) solutions for demanding networking applications. We provide these
transceivers to the enterprise networking and storage networking markets.

        Alaska® Gigabit Ethernet Transceiver Family:    Our Alaska® family of GbE transceivers enables the
development of enterprise networking systems where high performance and low power dissipation are absolutely necessary. Each member of the product family is based on our industry leading 1.25Gbps
SERDES intellectual property, enabling seamless data transmission over either copper or fiber-optic cabling. The design of the Alaska® family of products incorporates
sophisticated digital signal processing algorithms and power management techniques to achieve high data transmission quality and low power dissipation. The devices also support our VCT technology,
which allow end-users to quickly and remotely analyze the signal quality and attributes of the data transmission cable, which can significantly reduce installation time and cable debug
efforts. The advanced built-in diagnostic capability of our VCT technology help network operators pinpoint the cause of network malfunctions, thereby avoiding unnecessary equipment
returns, on-site service calls by field support personnel or bringing down the network. Target applications include Network Interface Cards (NICs), LAN on Motherboard (LOMs), enterprise
routers and next-generation switches.

        Alaska® X 10 Gigabit Ethernet Transceiver Family:    Our Alaska® X 10Gbps uplink and
backplane transceiver products are the evolutionary extension of our FE and GbE transceiver technology. The family enables the accelerated deployment of 10GbE and Fibre Channel capable systems for the
LAN, MAN and WAN markets. The Alaska® X transceiver family features low power consumption, high performance, and small form factor.

        Fast Ethernet Transceiver Family:    Our 100Mbps Fast Ethernet (FE) physical layer products offer low power dissipation, small
form factor, high performance and advanced features. The latest members of the Fast Ethernet PHY family offer very low power consumption of just 130mWatts per port, enabling network

9

systems
manufacturers to decrease system cost by reducing both power supply and fan requirements. Additionally, the devices support value-add features such as VCT technology used to
diagnose the attached cable plant.

Transceiver Products

We have a line of low power, high-performance physical layer transceiver solutions for demanding networking applications. We provide these transceivers to the enterprise networking and storage networking markets.

Alaska® Gigabit Ethernet Transceivers.   Our Alaska® family of Gigabit Ethernet transceivers are designed to be solutions for enterprise networking systems where high performance and low power dissipation are absolutely necessary. Each product contains built-in 1.25 Gigabit SERDES function, which allows the device to work seamlessly over either copper or fiber-optic cabling. The devices also support value-added features such as VCT technology, which is used to diagnose the attached cable plant. This technology can allow end-users to quickly and remotely analyze the quality and attributes of the cable, thereby avoiding unnecessary equipment returns and on-site service calls. The advanced built-in diagnostics help pinpoint the cause of network malfunctions without deploying field support personnel or bringing down the network, which can significantly reduce installation time and cable debug efforts and requirements. The design for these products incorporates sophisticated digital signal processing algorithms and power management techniques to achieve low power dissipation. Target applications include Network Interface Cards, LOMs, routers and next-generation switches.

Alaska® X 10 Gigabit Ethernet Transceivers.   Our Alaska® X 10 Gigabit Ethernet and backplane transceiver products are designed to accelerate the deployment of 10 Gigabit capable systems for the LAN, MAN and WAN markets. The Alaska® X transceiver family leverages four or eight generations of SERDES technology from our single, dual and quad-port Alaska Gigabit Ethernet products. The Alaska® X transceiver family’s features include low power consumption, high performance, and small form factor.

Fast Ethernet Transceivers.   We believe that our Fast Ethernet physical layer products offer low power dissipation, small form factor, high performance and advanced features. The latest members of the Fast Ethernet PHY family offer very low power consumption of just 130 mWatts per port, enabling network systems manufacturers to decrease system cost by reducing both power supply and fan requirements. Additionally, the devices support value-add features such as VCT technology used to diagnose the attached cable plant.

Transceiver Products

We have a line of low power, high-performance physical layer transceiver solutions for demanding networking applications. We provide these transceivers to the enterprise networking and storage networking markets.

Alaska® Gigabit Ethernet Transceivers.   Our Alaska® family of Gigabit Ethernet transceivers are designed to be solutions for enterprise networking systems where high performance and low power dissipation are absolutely necessary. Each product contains built-in 1.25 Gigabit SERDES function, which allows the device to work seamlessly over either copper or fiber-optic cabling. The devices also support value-added features such as VCT technology, which is used to diagnose the attached cable plant. This technology can allow end-users to quickly and remotely analyze the quality and attributes of the cable, thereby avoiding unnecessary equipment returns and on-site service calls. The advanced built-in diagnostics help pinpoint the cause of network malfunctions without deploying field support personnel or bringing down the network, which can significantly reduce installation time and cable debug efforts and requirements. The design for these products incorporates sophisticated digital signal processing algorithms and power management techniques to achieve low power dissipation. Target applications include Network Interface Cards, LOMs, routers and next-generation switches.

Alaska X 10 Gigabit Ethernet Transceivers.   Our Alaska X 10 Gigabit Ethernet and backplane transceiver products are designed to accelerate the deployment of 10 Gigabit capable systems for the LAN, MAN and WAN markets. The Alaska X transceiver family leverages four or eight generations of SERDES technology from our single, dual and quad-port Alaska Gigabit Ethernet products. The Alaska X transceiver family’s features include low power consumption, high performance, and small form factor.

Fast Ethernet Transceivers.   We believe that our physical layer products for the Fast Ethernet offers the industry’s lowest power dissipation, smallest form factor, highest performance and most advanced feature set. The latest members of the Fast Ethernet PHY family offer very low power consumption of just 130 mWatts per port, enabling network systems manufacturers to decrease system cost by reducing both power supply and fan requirements. Additionally, the devices support value-add features such as VCT technology used to diagnose the attached cable plant.

Transceiver Products

        We have a line of low power, high-performance physical layer transceiver solutions for demanding networking applications. We provide these transceivers to the enterprise networking and storage networking markets.

        Alaska® Gigabit Ethernet Transceivers.    We believe our Alaska® family of Gigabit Ethernet transceivers is the ideal solution for enterprise networking systems where high performance and low power dissipation are absolutely necessary. Each product contains optional built-in 1.25 Gigabit SERDES function, which allows the device to work seamlessly over either copper or fiber-optic cabling. The devices also support value-added features such as VCT technology, which is used to diagnose the attached cable plant. This technology can allow end-users to quickly and remotely analyze the quality and attributes of the cable, thereby avoiding unnecessary equipment returns and on-site service calls. The advanced built-in diagnostics help pinpoint the cause of network malfunctions without deploying field support personnel or bringing down the network, significantly reducing installation time and cable debug efforts and requirements. The design for these products incorporates sophisticated digital signal processing algorithms and power management techniques to achieve low power dissipation. Target applications include Network Interface Cards, LOMs, routers and next-generation switches.

        Alaska X 10 Gigabit Ethernet Transceivers.    Our Alaska X 10 Gigabit Ethernet and backplane transceiver products accelerate the deployment of 10 Gigabit capable systems for the LAN, MAN and WAN markets. The Alaska X transceiver family leverages four or eight generations of SERDES technology from our single, dual and quad-port Alaska Gigabit Ethernet products. The Alaska X transceiver family's features include low power consumption, high performance, and small form factor.

        Fast Ethernet Transceivers.    We believe that our physical layer products for the Fast Ethernet offers the industry's lowest power dissipation, smallest form factor, highest performance and most advanced feature set. The latest members of the Fast Ethernet PHY family offer very low power consumption of just 130 mWatts per port, enabling network systems manufacturers to decrease system cost by reducing both power supply and fan requirements. Additionally, the devices support unique value-add features such as VCT technology used to diagnose the attached cable plant.