1G Ethernet PHYs
Solve your 10/100/1000BASE-T Gigabit Ethernet connectivity needs with Microsemi. Microsemi offers a broad range of Gigabit Ethernet (GE) PHYs, including single, quad, and octal devices delivering a combination of low power, low cost, and a high level of integration. Microsemi's latest generation GE PHYs feature VeriTime™, Microsemi's patent pending timing technology delivering the industry's de facto highest accuracy IEEE 1588 timing for IP Edge networks.
The newest GE PHYs also enable 128-/256-bit AES encryption with Microsemi's Intellisec™ IEEE 802.1AE MACsec security encryption technology. This flow-based extension to IEEE 802.1AE MACsec offers three major unique market advantages:
- Tag-in-the-Clear transmission of MACsec-encrypted payload data across non-MACsec aware networks by bypassing encryption of MPLS headers or VLAN tags
- No Packet Delay Variation (PDV) impact to IEEE 1588 timing
- World's first and currently only FIPS 197-certified GCM-AES 256-bit strength flow-based MACsec, with legacy support for today's GCM-AES 128-bit strength field deployments.
Microsemi is the leading supplier of energy saving features for Ethernet switch and router platforms that meet the rising demands of eco-conscious businesses and consumers. The SimpliPHY™ and SynchroPHY™ PHY product families support IEEE 802.3az Energy Efficient Ethernet idle link standards, as well as Microsemi proprietary EEE modes through award-winning technologies such as EcoEthernet™, ActiPHY™ and PerfectReach™. These, combined with other energy-efficient features, such as the ability to control fan speed and LED brightness, result in power reduction of up to 90% when compared to other active 1000BASE-T devices.
Microsemi also offers PLLs for Synchronous Ethernet (SyncE) and for IEEE 1588. For more information about IEEE 1588, visit Microsemi's IEEE 1588 Technology page.
|Product Number||Cu/Fiber Ports||Min Temp|
|VSC8211||1/1||0 °C||100 °C||SGMII||GMII/MII||RGMII|
|VSC8221||1/1||0 °C||100 °C||SGMII|
|VSC8224||4/4||0 °C||100 °C||RGMII|
|VSC8244||4/-||0 °C||100 °C||RGMII|
|VSC8501||1/-||–40 °C||125 °C||GMII/MII||RGMII||✅|
|VSC8502||2/-||–40 °C||125 °C||GMII/MII||RGMII||✅|
|VSC8504||4/4||–40 °C||125 °C||QSGMII/SGMII||✅|
|VSC8512||12/4||–40 °C||125 °C||QSGMII/SGMII||✅|
|VSC8514||4/-||–40 °C||125 °C||QGMII||✅|
|VSC8522||12/-||–40 °C||125 °C||QGMII|
|VSC8531||1/-||–40 °C||125 °C||RGMII/RMII|
|VSC8541||1/-||–40 °C||125 °C||GMII/MII||RGMII/RMII||✅|
|VSC8552||2/2||–40 °C||125 °C||QSGMII/SGMII||RGMII||✅|
|VSC8562||2/2||–40 °C||125 °C||QSGMII/SGMII||✅||✅|
|VSC8564||4/4||–40 °C||125 °C||QSGMII/SGMII||✅||✅|
|VSC8572||2/2||–40 °C||125 °C||QSGMII/SGMII||RGMII||✅||✅|
|VSC8574||4/4||–40 °C||125 °C||QSGMII/SGMII||✅||✅|
|VSC8575||4/4||–40 °C||125 °C||QSGMII/SGMII||✅||✅|
|VSC8582||2/2||–40 °C||125 °C||QSGMII/SGMII||✅||✅||✅|
|VSC8584||4/4||–40 °C||125 °C||QSGMII/SGMII||✅||✅||✅|
|VSC8658||8/8||0 °C||90 °C||SGMII|
|VSC8662||2/2||–40 °C||100 °C||SGMII||✅|
|VSC8664||4/4||–40 °C||100 °C||SGMII||✅|