This universal ITU-T XGS-PON or IEEE 10G EPON hot-pluggable SFP + Optical Transceiver provides a built-in 10G Ethernet-to-PON MAC bridge. It uses 10G CGS \/ EPON optics to enable 10G PON solutions at a fraction of the costs of fixed-format OLT chassis. This 10G OLT plugs into any commercially-available Ethernet port of any switch or networking equipment with SFP + sockets, enabling them to become part of any 10G PON network. The modularity and remote management capabilities of this SFP + OLT suits them ideally for virtualized PON solutions and Software Defined Network (SDN) implementations. This OLT enables service provider to quickly deploy high-bandwidth services in the most agile, elastic and scalable way. The space and power requirements are far less than any other OLT product on the market, including very high capacity deployments.
\nFeatures:
\nLO10 L 001C
\nHot-Pluggable SFP + footprint
\nSupports symmetric rates: 9.95G \/ 9.95G (XGS), 10.3G \/ 10.3G (10G EPON)
\nSupports 500 AllocIDs \/ T-CONTs (XGS)
\n1000 LLIDs (10G EPON)
\nCompliant with ITU-T G.9807.1 and G.988 specifications (XGS-PON)
\nCompliant with IEEE 802.3av, IEEE1904.1, and DPoE specifications (10G EPON)
\nIEEE AES encryption on PON side
\nSupports Phase \/ ToD transport: IEEE 1588v2 (XGS) IEEE 802.1as-to-IEEE 1588v2 (10G EPON)
\nSupports Synchronous Ethernet
\nJumbo frames: 9.6KB (XGS)
\n12.5KB (10G EPON)
\n8M Byte of internal packet buffermemory with configurable priority queues
\nClass N2 (XGS) \/ PR30 + (10G EPON) optical power budget: 1577nm cooled EML DFB laser, 1270nm APD \/ TIA burst receiver
\nIntegrated Digital Diagnostics and Monitoring (SFF-8472) over Two-Wire interface
\nDigital Receive Signal StrengthIndicator (RSSI)
\nSingle fiber SC \/ UPC receptacle
\nSFI local interface
\nEnhanced jitter performance
\nCommercial or Enhanced case temperature.
\nApplications:
\nPON OLT Connectivity for Ethernet switches
\nOutside Plant PON access bridge connectivity
\nWireless Backhaul
\nHigh \u2010 Bandwidth business PON connectivity
\nPort \u2010 by \u2010 port expansion of existing switches
\nMDU \u2010 located PON bridge
\nHigh \u2010 Density PON aggregation
\nData Center PON<\/p>\n