Calix E-Series (E7 OS R31 & R32) GPON ONT Upgrade Guide

housing 35 5 W is the maximum power consumption for one R‐OLT with two ARRIS R‐OLT qualified NSI port and two ARRIS R‐OLT qualified EPON port transceivers operating at 10/10 or 10/1 Gbps

EPON OLT WEB USER MANUAL - V-SOL

Aug 26, 2016 · 2 2 1 Device It's about the OLT basic information and the real-time information Click Status Device to get the information 2 2 1 1 Basic Info This part shows the OLT information such as system name, serial number, hardware version, firmware version, MAC address and system time The system name can be modified if need Figure 2-2: Device

GPON OLT Access Module

Class B+ compliant as specified in G 984 2 Amendment 1 30 km reach with 32x split 37 km reach with 16x split Ordering Information Equipment Part # Total Access 5000 GPON OLT 2-Port 1187501G1 SFP GPON 2 5G, 1 25G 30km 1442530G1 GPON OLT Access Module Total Access® 5000 2-port GPON OLT Access Module Total Access 5000 Splitter GPON

AT&T Open XGS‐PON - Tibit Communications Inc

From a functional point of view, the OLT has control software, Layer 2/3 switching, the PON MAC layer, and the PON Physical layer (optics) Behind the OLT, the network would normally contain Ethernet Switches for aggregation and a router to the internet Evolution of the OLT Architecture

E7-2 GPON-8 r2 Product Datasheet

2 AXOS GPON-8 r2 card is built on a core Layer 2 and Layer 3 switch capable of full-duplex, line rate forwarding at all frame sizes and traffic types across all interfaces Each GPON OLT port has a dedicated 2 5Gbps switch interface Industry standard pluggable modules are used for all interfaces, including ITU G 984 compliant

SD-Access PON OLTs

SDX 6320-16 FAN TRAY (Ships with OLT) 11971331F1 SDX 6320-16 23IN RACK KIT 11971337F1 SDX 6320-16 ETSI RACK KIT 11971338F1 SDX 6320-16 19IN RACK KIT (Ships with the OLT) 11971339F1 SDX 6320 OLT ETSI Front to Top Airflow Baffle Kit 11971386F2 Common Accessories SDX OLT GROUNDING CABLE 3M 11971501F03 SDX OLT DC PWR CABLE 3M 11971502F03 Equipment

Maintenance and Troubleshooting of a PON Network with an OTDR

ONT 2 Coaxial cable Final customer 2 ONT 1 Coaxial cable Final customer 1 OLT 2 3 1 Last Splitter ONT or ONU First Splitter ONT 3 Coaxial cable Final customer 3 ONT 2 Coaxial cable Final customer 2 ONT 1 Coaxial cable Final customer 1 OLT 1 Last Splitter 2 Figure 5 PON Case 2—Cascaded PON with Affected Subscribers Connected to Last Splitter

Business Class Services over a GPON Network

between the two splitters (F1 5 Facility) as shown in Figure 2 F1 Facility F2 Facility F1 5 Facility Passive Optical Splitters ONT Port OLT Port Figure 2: Protection Scheme Topology for Type D A fully protected network would have each element protected by a redundant element In most residential applications, none of the elements are protected