Service providers face a variety of common problems in deploying higher-performance access network offerings to businesses, cell-tower backhaul, and residential subscribers that largely boil down to the need to be able to economically support communications over longer distances, to more customers, over a finite fiber plant. Traditional solutions to these problems include installation of new trunk/feeder fibers, optical amplifiers, remotely-locating central office equipment in the field, or the use of specialized optics. Teknovus’ Intelligent PON Node provides a comprehensive, cost-effective solution that leverages commonly-available components in a dense and low-power form factor that addresses all of these situations.
The TK3401 SOC (System-on-Chip) facilitates evolution of the PON network by extending central office (OLT) to subscriber (ONU) distances up to 100 km and by supporting connections to over 1,000 subscriber ONUs while supporting remote management, configuration and upgrade, protection switching, and low power operation. Teknovus’ TK3401 Intelligent EPON Node Controller enables service providers to meet the varying needs of network topologies and subscriber densities with all of the features, power and cost advantages of the Teknovus EPON solution.
With the rapid expansion of EPON-based access networks, service providers are choosing solutions that support network flexibility and extension to meet the diverse demands of residential, business and mobile backhaul applications. The TK3401 Intelligent EPON Node Controller enables:
Features |
Benefits |
|---|---|
| 20-100km distance from OLT to ONU | Enables economical support of subscribers who would otherwise be out of EPON service area |
| OLT may use continuous transceivers or PON transceivers on the trunk side | Use of standard PON transceivers allows operation as a conventional EPON OLT; continuous mode optics enables trunk fiber capacity expansion to >500 subcribers |
| Fully manageble, with support for multiple fibers between OLT and IPN for fast protection switching, remote diagnostics, loopback, and upgrade of PON Mux FPGA and controller | Integrates with provisioning and management systems, with resiliency and low MTTR |
| Supports TDM cisrcuit emulation, ITU-T G.8262 Synchronous Ethernet, 1PPS phase transport | Effcient deployment of 2G/3G/4G mobile backhaul, both TDD and FDD |
| Re-clocks EPON signaling on fiber | Robust communications independent of range |
| 20W total power consumption for 4 multiplexed EPONs | Low power consumption in field installation |
| Name | Type | Size | Date |
|---|---|---|---|
| Product Brief | 588.43 KB | December 22, 2009 | |
| White Paper | 1.41 MB | December 30, 2009 |
