TJ1600 is a top-of-the-line optical transport platform that consolidates multiple layers of networking functions and services that addresses a wide variety of network applications with the fewest possible nodes. The same platform supports wireless backhaul, data center connectivity or enterprise services. With DWDM provisioned for all high speed interfaces, the TJ1600 can optimize fiber utilization using the latest technology for reliable transport in metro, regional and long haul networks. TJ1600 implements an innovative architecture comprising of deep buffer packet fabric, SONET/SDH, optical transport network (OTN) cross connects and all DWDM optical transport on the same platform. This flexibility creates network designs that allow every service to be optimized based upon the service requirements, not the limitations of a particular transport technology. With the TJ1600, services can be matched to the best transport technology whether it is maximizing efficiency with statmuxing, reducing costs by using optical transport network (OTN) switching to by-pass routers, maximizing fiber utilization with DWDM or minimizing latency with optical/OTN switching.
TJ1600 platform also supports multi-terabit capacities upto 32T OTN/48T PTN capacity.
From Access to long haul
Versatile mix of services from DS1/E1, 10GE etc to OTUn
900G OTN cross connect
Packet, OTN, DWDM solutions in the same platform
96 Channels DWDM
Extended C-Band Support
Optimize bandwidth use with efficient sub-wavelength traffic grooming
ASON, WSON
Flex-Grid
L1 Encryption
10G - 600G per wave
Router bypass and capacity enhancement of router networks enabled by a compact 2RU OTN/DWDM chassis with sub lambda grooming
Multi-tera capacities for highest utilization of fiber plant capabilities
Upgrade existing 10G/100G DWDM Network to 100G/200G+
Deployment of high capacity DWDM optical transmission equipment, Optical LineAmplifiers (OLA) and associated auxiliary equipment
Alien Wave solution enables multiple providers to co-exist and utilize the common fiber and optical layer infrastructure in a viable and cost-effective way to scale-up network capacity through minimal capital and operational investments.
To read about the possibility of AW insertion with no impact to existing services:
