Apollo 9600 Series

Tailorable Optical Networking to Meet Your Unique Needs

Lottie file

Apollo 9600 series allows selecting from a rich set of transponder, muxponder, ROADM and amplifier line cards to tailor solutions to meet each operator’s unique optical networking needs.
All line cards can be used across any of three sizes of platforms without any engineering restriction, to create right-sized solutions in every location.

Continuous technology improvements ensure that all solutions are upgradeable and future-proof via pluggable or line card swaps.

Highly Tailorable

Any blade in any slot without engineering rules.

 

  Apollo 9603 Apollo 9608 Data Center
Platform

Apollo 9603

Apollo 9608

Apollo 9608D

Apollo 9624

Datasheet

Apollo 9600 Family Datasheet

Size

2RU

5RU

5RU

15RU

Line Capacity

2.4T

6.4T

6.4T

19.2T

Clients

1/10/100/400/800GbE, SAN to FC64, TDM, OTN

Line Rates

10G to 800G

Spectrum

C + L Bands

ROADMs

20+ degree CDC-F; Alien wavelengths; Shared spectrum

L1 Encryption

Service selectable with conventional and quantum key exchange

WSON

Wavelength restoration

Monitoring

Integrated optical and fiber health performance monitoring

Open Control

OpenROADM and OpenConfig

Related Topics

table_rows

Open

Apollo open optical line systems transports wavelengths from any 3rd party router, switch, or optical transport system.

table_rows

Optical Freedom

Dual-source supply for the majority of optical transceivers providing customers with supply chain resiliency.

table_rows

Self Service Automation

Network operators can automate any process themselves using no-code/low-code tools.

 

table_rows

Scalable

Leverage state-of-the-art 5nm-140Gbaud coherent optical transceivers to deliver 1.2T short haul wavelengths.

table_rows

Security

Apollo layer 1 optical encryption stops bad actors from intercepting information from optical networking systems via fiber tapping or hacking optical equipment.

table_rows

Expandable

Apollo’s C+L band solution expands fiber capacity from the C-band to the L-band efficiently and affordably, without service interruption.