D-Link, the end-to-end computer networking solutions provider for consumer and business, today announced that its xStack® DES-3200 Series was one of the first product lines to receive MEF 21 certification from Iometrix test laboratory, the MEF authorized certification test lab. The first group of certified telecom equipment vendors were publicly announced and awarded MEF 21 Certificates at Carrier Ethernet World Congress in Berlin on September 24, 2009.
MEF 21 certification is a program that provides telecom equipment vendors independent and globally recognized validation for their Link Operations, Administration and Maintenance (OAM), and provides a solid foundation for multi-vendor interoperability. Attaining this distinct certification demonstrates D-Link's commitment to providing comprehensive networking products for the Metro Ethernet market.
"The Metro Ethernet market has globally been a major focus for D-Link. As one of the first vendors in the industry to be MEF 21 certified, we significantly reduce our telecom customers' and service providers' OPEX by eliminating costly truck rolls, on-site diagnostics and troubleshooting," said AJ Wang, chief technology officer for D-Link.
"We have demonstrated a strong track record of providing innovative and robust technologies in the Metro Ethernet market and will continue to help our customers in delivering substantial economic and implementation benefits to their businesses," Wang added.
The DES-3200 series is the newest member of the xStack Managed Switch family, which is specifically designed for the large-capacity Metro ETTX and FTTX market.
This series offers desktop size 10- or 18-port options, suitable for deployment at buildings in an FTTX environment. The fanless design ensures quiet operation, reduces energy costs and contributes to a greener environment. The series also currently offers two 28-port models, each of which include 4 Gigabit/SFP Combo ports that provide up to 4Gbps of uplink bandwidth or dual Ethernet ring topology support. These switches support 100Base-X fiber cables, allowing service providers to maximize "last mile" access at a range of up to 20 kilometers.