Speeds of up to 100Gbps
State-of-the-art OTN Technology
Flexible design options for resiliency
Low latency and virtually no jitter
Quickly move large volumes of data between sites with NISS’s Wavelength Services. This carrier-grade offering is based on state-of-the-art Optical Transport
Network technology – known to NISS as our Super Highway – and leverages best-of-breed infrastructure. Providing secure point-to-point transmission links
of up to 100Gbps, Wavelength Services are perfect for critical and latency sensitive applications such as disaster recovery, real time video, storage area
networking, data centre connectivity and high-frequency trading.
NISS offers 2 Wavelength Service solutions:
- DCWave – Supports connectivity between 2 sites that are located in any of NISS’s strategically positioned network Points of Presence (PoPs).
- OfficeWave – Supports connectivity between 2 sites when at least 1 of the sites is located at a customer premise. This solution leverages NISS’s upstream service providers national
fibrenetwork to extend service availability to virtually any location.
Choose from flexible design options to build a network that
aligns to your resiliency requirements; including Unprotected,
Core Protected and Access Protected designs.
Get high speeds, reliable throughput, very low latency and
virtually no jitter.
Leverage one of the largest fibre networks on the Eastern
Seaboard with strategic PoPs. Extended connectivity to locations
outside of the PoPs is enabled by a vast fibre optic network.
Complete bandwidth and network protocol flexibility – upgrade by changing your hardware and upstream configuration.
|Network Topology||DCWave – point-to-point connectivity between 2 NISS PoPs
OfficeWave – point-to-point connectivity between 2 customer sites (as least 1 site
is located in a customer premise)
|Access Technology||Fibre (DWDM) – Wavelength|
|Coverage||Metro and inter-capital|
Supported Network Interfaces
|Service Type||Speed||Client Protocol||Customer Interface Type||DCWave||OfficeWave|
|SDH||10Gbps||STM-64/OC-192||STM-64, I-64.1(1310nm, SMF, 10km)||X||X|
|STM-64, S-64.2b(1550nm, SMF, 40km)||X|
|Ethernet||10Gbps||10GBASE-xR||10GBASE-LW/LR (1310nm, SMF, 10km)||X||X|
|10GBase-EW/ER (1550nm, SMF, 40km)||X|
|100Gbps||100GBASE-R||103.1G-111.8G, 10x10G WDM, SMF, 1550nm, 2km||X|
|103.1G-111.8G, 10x10G WDM, SMF, 1550nm, 10km||x||x|
|Fibre Channel||Various||FC400||SM-M 1310nm, 10km||x||x|
|SM-L 1310nm, 10km||x||x|
|FC800||1310nm, SMF, 10km||x||x|
|FC1200||1310nm, SMF, 10km||x||x|
|OTN||10Gbps||OTU2/OTU2e||103.1G-111.8G, 10x10G WDM, SMF, 1550nm, 2km||x|
|100Gbps||OTU4||103.1G-111.8G, 10x10G WDM, SMF, 1550nm, 10km||x||x|
How it Works
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