The TK3723 is the industry’s first EPON Optical Line Terminal (OLT) System-on-Chip (SoC) with two dual-speed Turbo-EPON™ MACs and multi-service traffic management and shaping. Teknovus’ Turbo-EPON MACs support both 1.25Gbps and 2.5Gbps downstream data rates, enabling carriers to reduce costs by employing higher split ratios and/or increase ARPU through deployment of service models tailored for single-family and multiple-dwelling-unit (MDU) residential, and small/medium business and enterprise subscribers.
Designed for access networks serving both business and residential subscribers, the TK3723 provides all the built-in functionality and performance required for OLTs delivering triple-play services. The TK3723’s Turbo-EPON MAC features a configurable Dynamic Bandwidth Algorithm (DBA) that supports hierarchical fairness for guaranteed Service Level Agreement (SLA) contracts. Fully configurable L2/L3/L4 line rate packet processing allows for advanced classification, filtering, and application monitoring.
To meet the needs of subscribers and carrier business models, real-world triple-play networks face the challenge of continuously delivering an endlessly-varying combination of bursty MPEG-compressed video, latency-sensitive VoIP calls, and Internet traffic. High-capacity traffic management and shaping in the central office/head-end are required to satisfy these requirements – yet may add many thousands of dollars in CapEx. The TK3723 has more than 2,000 shapers and supports up to 512MB of packet buffering – enabling 2-5 seconds of buffering per IPTV channel, while grooming network traffic to optimize utilization while maintaining guaranteed service levels.
The TK3723 is compatible with all Teknovus CPE Optical Network Unit (ONU) chips. With its feature-rich architecture and cost-effective functionality, the TK3723 chip is the ideal solution for OLTs delivering cost-effective triple-play services over FTTB and FTTH access networks.
| Name | Type | Size | Date |
|---|---|---|---|
| Product Brief | 530.37 KB | March 5, 2009 |
