Superior Connectivity for Enterprise Applications
The rapidly increasing numbers of home and mobile workers across the globe has driven requirements for symmetrical broadband services by placing a premium on high bandwidth, VPN access into business networks for file-sharing and office applications. With up to 22 Mbps symmetric bandwidth deliverable over existing public wiring via the 8-wire SHDSL standard and integrated IPSec VPN, the THOMSON TG628 offers telecom operators an alternative to deploying fiber connections to the business for high-bandwidth services. Further, the integration of remote management and quality of service standards means that operators running a networks operation centre for monitoring of gateways in the field can confidently offer Service Level Agreements (SLA) to their customers.
“The increasing adoption of telecommuting and Internet telephony by business is fuelling demand for high-bandwidth broadband services. Small businesses and branch offices now need broadband services that can deliver high-bandwidth not only into the business but out of the business, as mobile workers download files and access email and other office applications. Traditional ADSL services can’t deliver the up-stream bandwidth required, while deploying fibre in the last mile of the network is an expensive option for telecom operators. The high-bandwidth versions of SHDSL will provide telecom operators with an inexpensive option for meeting customer needs. “said Romain Waller, General Manager, IP Premises Systems at Thomson.
Pioneering Technical Prowess Behind the Gateway
A sophisticated fiber replacement product, the THOMSON TG628 also features a state-of-the-art, next-generation SHDSL.bis chipset and fully managed, VLAN-aware Ethernet switch functionality with single addressable ports. Rounding off this advanced platform for enterprise applications is hardware that manifests very high MTBF (Mean Time Between Failure), represents an extremely stable platform with no shared memory usage and comprises a high performance dedicated network processor.