Industry's
"Similar to Carrier networks, Enterprise networks are converging on Ethernet," said Uday Mudoi, director of product marketing at Vitesse. "This raises the importance of IEEE1588v2 network timing as the data center becomes packet-based. Our customers focused on Industrial Ethernet and Enterprise networking can now leverage Vitesse's highly accurate IEEE1588v2 VeriTime technology, already adopted by dozens of telecom customers for mobile backhaul applications."
Multiple analysts forecast IEEE1588v2 to be the dominant synchronization technology for mobile networks by 2015. This precise timing synchronization method is also finding use in electrical substations and power automation networks. Vitesse's sub-10 nanosecond-accurate VeriTime technology, combined with very low power consumption and industrial temperature range support, makes the VSC7414 ideal for such applications. The VSC7414's support of the nanosecond-accurate synchronization in IEEE1588v2 network timing also makes it ideal for utility/smart grid and emerging Audio Video Bridging (AVB) applications where precision timing is required.
The VSC7414 is the newest addition to the widely deployed SparX-III™ family of switches, leveraging Vitesse's field-proven SparX-III and E-StaX-III™ switch architectures. The VSC7414 also includes Vitesse's EcoEthernet™ v2.0 technology to meet green standards such as IEEE 802.3az and embedded MIPS processor from prior generation devices. Complementary products offerings include VSC7420, VSC7424 and VSC7428 for SME and mobile backhaul applications.
Product Details and Availability
The VSC7414 is available for sampling immediately. More device information is available at: www.vitesse.com/products/product.php?number=VSC7414.
Learn more about VeriTime at www.vitesse.com/VeriTime.
About Vitesse
Vitesse is a registered trademark and VeriTime, SparX, E-StaX and
EcoEthernet are trademarks of
VTSS-G
Company Contact:
Vitesse
+1.805.388.3700
pressrelations@vitesse.com
or
Agency
Contact:
+1.415.591.8456
VitessePR@shiftcomm.com
Source:
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