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The VSC8664 is the industry\u0027s first PHY with dual recovered clock outputs delivers carrier-quality Synchronous Ethernet (SyncE). Helping OEMs to capitalize on the cost reduction and optimization of SyncE, the VSC8664 addresses the challenges in providing fully traceable timing across TDM backhaul links, cellular base stations, and other SyncE applications. With dual recovered clock outputs, the VSC8664 meets and goes beyond the requirements of the ITU-T Recommendation G.8261/Y.1361. Supporting four copper/fiber ports and SGMII MAC interfaces, the VSC8664 includes a highly integrated feature set to ensure low-cost, rapid deployment.

The VSC8664 is the industry\u0027s first PHY with dual recovered clock outputs delivers carrier-quality Synchronous Ethernet (SyncE). Helping OEMs to capitalize on the cost reduction and optimization of SyncE, the VSC8664 addresses the challenges in providing fully traceable timing across TDM backhaul links, cellular base stations, and other SyncE applications. With dual recovered clock outputs, the VSC8664 meets and goes beyond the requirements of the ITU-T Recommendation G.8261/Y.1361. Supporting four copper/fiber ports and SGMII MAC interfaces, the VSC8664 includes a highly integrated feature set to ensure low-cost, rapid deployment.

Helping OEMs to capitalize on the cost reduction and optimization of Synchronous Ethernet (SyncE), the VSC8662 addresses the challenges in providing fully traceable timing across TDM backhaul links, cellular base stations, and other SyncE applications. With recovered clock outputs, the VSC8662 meets and goes beyond the requirements of the ITU-T recommendation G.8261/Y.1361. Supporting two copper/fiber ports and SGMII MAC interfaces, the VSC8662 includes a highly integrated feature set to ensure low-cost, rapid deployment.

Helping OEMs to capitalize on the cost reduction and optimization of Synchronous Ethernet (SyncE), the VSC8662 addresses the challenges in providing fully traceable timing across TDM backhaul links, cellular base stations, and other SyncE applications. With recovered clock outputs, the VSC8662 meets and goes beyond the requirements of the ITU-T recommendation G.8261/Y.1361. Supporting two copper/fiber ports and SGMII MAC interfaces, the VSC8662 includes a highly integrated feature set to ensure low-cost, rapid deployment.

The VSC8658 is a low-power octal Gigabit Ethernet (GE) transceiver with dual, fully integrated 1.25 G SerDes interfaces. It is designed for use in applications such as multiport switches and routers, where its compact ball grid array (BGA) packaging, low electromagnetic interference (EMI) line driver, and integrated line side termination resistors conserve both power and PC board space. Using the VSC8658 in your design makes it possible to lower the component count of your PB board, sub-assembly, or device without sacrificing chip-centric capabilities or utility. This feature can make it less expensive to produce and more cost-effective to deploy.

The quad port VSC8584 GbE PHY with Intellisec and VeriTime is ideal for securing cloud network applications including e-commerce, databases, smart grid, and enterprise or government communications.

The quad port VSC8584 GbE PHY with Intellisec and VeriTime is ideal for securing cloud network applications including e-commerce, databases, smart grid, and enterprise or government communications.

The dual port VSC8582 GbE PHY with Intellisec and VeriTime is ideal for securing cloud network applications including e-commerce, databases, smart grid, and enterprise or government communications.

The dual port VSC8582 GbE PHY with Intellisec and VeriTime is ideal for securing cloud network applications including e-commerce, databases, smart grid, and enterprise or government communications.

The quad port VSC8575 GbE PHY with VeriTime™ and Ring Resiliency™ is ideal for securing cloud network applications including e-commerce, databases, smart grid, video, and enterprise or government communications.

The quad port VSC8575 GbE PHY with VeriTime™ and Ring Resiliency™ is ideal for securing cloud network applications including e-commerce, databases, smart grid, video, and enterprise or government communications.

The VSC8574 4-port Gigabit Ethernet (GE) PHY transceiver with SGMII and QSGMII MAC interfaces features VeriTime™ IEEE 1588 and Ring Resiliency™.

The VSC8574 4-port Gigabit Ethernet (GE) PHY transceiver with SGMII and QSGMII MAC interfaces features VeriTime™ IEEE 1588 and Ring Resiliency™.

VSC8572 is a low-power, dual-port Gigabit Ethernet transceiver with two SerDes interfaces for dual-port dual media capability.

VSC8572 is a low-power, dual-port Gigabit Ethernet transceiver with two SerDes interfaces for dual-port dual media capability.

The quad port VSC8564 GbE PHY with Intellisec is ideal for securing cloud network applications such as e-commerce, databases, smart grid, and enterprise or government communications.

The quad port VSC8564 GbE PHY with Intellisec is ideal for securing cloud network applications such as e-commerce, databases, smart grid, and enterprise or government communications.

The dual port VSC8562 GbE PHY with Intellisec is ideal for securing cloud network applications such as e-commerce, databases, smart grid, and enterprise or government communications.

The dual port VSC8562 GbE PHY with Intellisec is ideal for securing cloud network applications such as e-commerce, databases, smart grid, and enterprise or government communications.

VSC8552 is a dual port Gigabit Ethernet PHY with EcoEthernet™ IEEE 802.3az EEE technology for optimizing power in Enterprise networks, data centers, and consumer electronics.

VSC8552 is a dual port Gigabit Ethernet PHY with EcoEthernet™ IEEE 802.3az EEE technology for optimizing power in Enterprise networks, data centers, and consumer electronics.

The VSC8541 device, a low-power, small form-factor Cu PHY with EEE, WoL and SyncE, is designed for space-constrained 10/100/1000BASE-T applications.

The VSC8541 device, a low-power, small form-factor Cu PHY with EEE, WoL and SyncE, is designed for space-constrained 10/100/1000BASE-T applications.

The VSC8540, a low-power, small form-factor Cu PHY with EEE, WoL, SyncE, and FLF2 indication, is designed for space-constrained 10BASE-TX and EtherCAT® applications.

The VSC8531 is a low-power, small form-factor single-port GbE Cu PHY with RGMII/RMII support designed for space-constrained 10/100/1000BASE-T applications.

The VSC8531 is a low-power, small form-factor single-port GbE Cu PHY with RGMII/RMII support designed for space-constrained 10/100/1000BASE-T applications.

The VSC8530, a low-power, small form-factor Cu PHY with Energy Efficient Ethernet and WoL , is designed for space-constrained 10BASE-T/10BASE-Te/100BASE-TX applications.

The VSC8522-02 and VSC8522-04 devices contain 12 integrated Gigabit Ethernet (GE) PHYs with a power efficient voltage-mode design, all within a single package. They leverage Microsemi\\u2019s 65 nm technology, resulting in one of the most cost-effective and lowest power consumption solutions in the industry. They include the most advanced EcoEthernet IEEE 802.3az Energy Efficient Ethernet features for bringing green technology solutions to market. The devices employ the latest QSGMII MAC interfaces to reduce PCB routing to a MAC, switch, or ASIC chip. Ideal for high-density switch and router applications, these devices enable Ethernet multiport systems to achieve very low system Bill of Material (BOM) costs, reducing overall production costs for more cost-effective deployments. The devices use field-proven, fully adaptive equalization and innovative timing recovery algorithms for unparalleled noise tolerance performance. In addition, they are based on patented, fully balanced voltage-mode line driver technology, which allows lower cost magnetics to be used.

VSC8514 is a quad port Gigabit Ethernet (GE) PHY with low-power operation for energy efficient broadband gateways, data centers, and Enterprise networks.

VSC8514 is a quad port Gigabit Ethernet (GE) PHY with low-power operation for energy efficient broadband gateways, data centers, and Enterprise networks.

VSC8514 is a quad port Gigabit Ethernet (GE) PHY with low-power operation for energy efficient broadband gateways, data centers, and Enterprise networks.

VSC8514 is a quad port Gigabit Ethernet (GE) PHY with low-power operation for energy efficient broadband gateways, data centers, and Enterprise networks.

The VSC8512 is a low power consumption 12-port Gigabit Ethernet copper PHY solution with a QSGMII MAC interface and EcoEthernet EEE features.

The VSC8512 is a low power consumption 12-port Gigabit Ethernet copper PHY solution with a QSGMII MAC interface and EcoEthernet EEE features.

VSC8504 is a quad port Gigabit Ethernet PHY with EcoEthernet™ and Energy Efficient Ethernet for optimizing power in Enterprise networks, data centers, and consumer electronics.

VSC8504 is a quad port Gigabit Ethernet PHY with EcoEthernet™ and Energy Efficient Ethernet for optimizing power in Enterprise networks, data centers, and consumer electronics.

The VSC8502 is a dual-port 10/100/1000BASE-T PHY with Synchronous Ethernet and RGMII/GMII/MII MAC Interface designed for space-constrained applications.

The VSC8502 is a dual-port 10/100/1000BASE-T PHY with Synchronous Ethernet and RGMII/GMII/MII MAC Interface designed for space-constrained applications.

The VSC8501 is a 10/100/1000BASE-T PHY with Synchronous Ethernet and RGMII/GMII/MII MAC Interface designed for space-constrained 10/100/1000BASE-T applications.

The VSC8501 is a 10/100/1000BASE-T PHY with Synchronous Ethernet and RGMII/GMII/MII MAC Interface designed for space-constrained 10/100/1000BASE-T applications.

The VSC8489 is a single-port 10G Ethernet transceiver provides a highly flexible solution ideal for electrical backplane and optical module host card applications.

The VSC8490 is a dual-port 10G Ethernet transceiver provides a highly flexible solution ideal for electrical backplane and optical module host card applications.

The VSC8489 is a dual-port 10G Ethernet transceiver provides a highly flexible solution ideal for electrical backplane and optical module host card applications.

The VSC8489 is a dual-port 10G Ethernet transceiver provides a highly flexible solution ideal for electrical backplane and optical module host card applications.

The VSC8489 is a dual-port 10G Ethernet transceiver provides a highly flexible solution ideal for electrical backplane and optical module host card applications.

XAUI-to-serial transceivers

The VSC8486 is a LAN/WAN XAUI or XGMII transceiver that converts 3G XAUI data to a 10G serial stream. At just 750 mW, the VSC8486 is ideal for applications requiring low power. The device is also equipped with an additional full-rate data port that can be utilized for bypass monitoring or channel monitoring applications. The device meets all specifications for 10 Gigabit Ethernet (GE) Layer-1 processing, as defined in IEEE 802.3AE. The VSC8486 offers exceptional 10G mixed-signal performance with a data output that features programmable pre-emphasis to enable longer traces of copper. The VSC8486 high-speed serial I/O supports 9.9G, 10.3G, and 10.5G, as defined by IEEE 802.3AE and T11 10GFC, and is fully compliant with the SONET jitter specification defined by Bellcore GR253.

The VSC8486 is a LAN/WAN XAUI or XGMII transceiver that converts 3G XAUI data to a 10G serial stream. At just 750 mW, the VSC8486 is ideal for applications requiring low power. The device is also equipped with an additional full-rate data port that can be utilized for bypass monitoring or channel monitoring applications. The device meets all specifications for 10 Gigabit Ethernet (GE) Layer-1 processing, as defined in IEEE 802.3AE. The VSC8486 offers exceptional 10G mixed-signal performance with a data output that features programmable pre-emphasis to enable longer traces of copper. The VSC8486 high-speed serial I/O supports 9.9G, 10.3G, and 10.5G, as defined by IEEE 802.3AE and T11 10GFC, and is fully compliant with the SONET jitter specification defined by Bellcore GR253.

VSC8484 is a\\xa0quad channel XAUI-to-serial transceiver that\\xa0delivers minimum cost per channel with maximum port densities at the lowest power. The device achieves an excellent 1 W per channel power dissipation while supporting the increased port densities required for next-generation 10G platforms. VSC8484 integrates Microsemi\u0027s world-class electronic dispersion compensation (EDC) performance across multiple data rates: 9.95G WAN, 10.3 Gigabit\\xa0Ethernet (GE), and 10.5G Fibre Channel. The device also meets the SFP+ SR/LR/LRM host requirements in accordance with the SFF-8431 and IEEE 802.3aq specifications. The EDC capabilities are optimized by the VScope\\u2122 input signal monitoring integrated circuit, which delivers more accurate, in-line views of the post-equalization waveform. VSC8484 compensates for optical impairments in SFP+ LRM applications, along with degradations of the PCB, while providing wide system margin for SR and LR applications. The transmit path incorporates a multi-tap output driver to provide the flexibility required to meet the demanding 10GBASE-KR IEEE 802.3ap standard.

The VSC8479 is a 1:16, 16:1 transceiver with integrated clock and data recovery unit (CDR) and clock multiplier unit (CMU) that provides the most comprehensive solution available in the industry. Continuous frequency of operation spans from 9.953 Gbps to 11.3 Gbps over full temperature range. Targeted for XFP Host ASIC SERDES, 300-pin module and DWDM line card applications, the VSC8479 provides industry leading optimization of power, performance, programmability, price and feature integration. The 1.15 W total power dissipation enables 300-pin MSA module vendors to provide performance and functionality advantages while dropping the overall power dissipation of their existing modules. The VSC8479 is a perfect choice for XFP motherboards with proven inter-operability with all major XFP module vendors.