OSN 1500 plate and the interface board

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1, PL1: can plug in OptiX OSN 1500 a or OptiX OSN 1500 b a frame:
When crossing capacity of 15 gbit/s, can plug in a child frame slot 6 ~ 8.
When crossing capacity of 20 gbit/s or 60 gbit/s, can plug in a child frame slot 6 ~ 9.
2, PD1: OptiX OSN 1500 a device, PD1 need veneer and L75S or L12S veneer collocation is used;In OptiX OSN 1500 b equipment, PD1 veneer needs and D75S or D12S/D12B veneer collocation is used.OptiX OSN 1500 a device does not support R3PD1 veneer, OptiX OSN 1500 b equipment only when the configuration R2 / Q5CXL support R3PD1 veneer.In OptiX OSN 1500 a device, PD1 slot after the splitting of veneer can be inserted in slot 2 and 12
In OptiX OSN 1500 b equipment, PD1 pluggable put slot is associated with the intersection capacity of equipment.
Intersection capacity of 15 gbit/s, after the splitting of PD1 veneer can be inserted in the slot slot 11 ~ 13, slot 6 ~ 8.
Intersection capacity of 20 gbit/s or 60 gbit/s, after the splitting of PD1 veneer can be inserted in the slot slot 1 ~ 3, 11 ~ 13, slot 6 ~ 8.

Other related questions:
OSN 1500 board and interface board can slot
1. PL1: can plug in OptiX OSN 1500 a or OptiX OSN 1500 b a frame: When crossing capacity of 15 gbit/s, can plug in a child frame slot 6 ~ 8. When crossing capacity of 20 gbit/s or 60 gbit/s, can plug in a child frame slot 6 ~ 9. 2. PD1: OptiX OSN 1500 a device, PD1 need veneer and L75S or L12S veneer collocation is used;In OptiX OSN 1500 b equipment, PD1 veneer needs and D75S or D12S/D12B veneer collocation is used.OptiX OSN 1500 a device does not support R3PD1 veneer, OptiX OSN 1500 b equipment only when the configuration R2 / Q5CXL support R3PD1 veneer.In OptiX OSN 1500 a device, PD1 slot after the splitting of veneer can be inserted in slot 2 and 12 In OptiX OSN 1500 b equipment, PD1 pluggable put slot is associated with the intersection capacity of equipment. Intersection capacity of 15 gbit/s, after the splitting of PD1 veneer can be inserted in the slot slot 11 ~ 13, slot 6 ~ 8. Intersection capacity of 20 gbit/s or 60 gbit/s, after the splitting of PD1 veneer can be inserted in the slot slot 1 ~ 3, 11 ~ 13, slot 6 ~ 8. 3. The PQ1: OptiX OSN 1500 a does not support PQ1 veneer.In OptiX OSN 1500 b equipment, PQ1 veneer can be inserted in the slot 11 ~ 13 slot.At the same time, the PQ1 veneer needs and D75S, D12S, D12B systems. 4. The PQM: OptiX OSN 1500 a PQM veneer is not supported.In OptiX OSN 1500 b, PQM veneer can be inserted in the slot slot 11 ~ 13 slot.

The cross capacity of OSN1500
1. Q2 / Q3CXL series single board: A. high order cross ability: 20 gbit/s (128 x 128 VC - 4) B. low cross ability: 20 gbit/s (VC (128 x 128-4), equivalent to (VC 384 x 384-3) or (8064 x 8064-12) of VC) C. list frame access ability: 15 gbit/s (96 x 96 VC - 4) 2. Q5CXL series single board: A. high order cross ability: the new back: 60 gbit/s (384 x 384 VC - 4) old back: 20 gbit/s (128 x 128 VC - 4) B. low cross ability: 20 gbit/s (128 x 128 VC - 4), equivalent to (VC 384 x 384-3) or (8064 x 8064 VC - 12) C. list frame access ability, the new back: 17.5 Gbit/s (112 x 112 VC - 4) old back: 15 Gbit/s (96 x 96 VC - 4) 3. R1 / R2CXL series single board: A. high order cross ability: 15 gbit/s (96 x 96 VC - 4) B. low cross capacity: 5 gbit/s (32 x 32 VC - 4), equivalent to (VC 96 x 96-3) or (2016 x 2016 VC - 12) C. list frame access ability: 10 gbit/s (64 x 64 VC - 4)

OSN3500 EFT8A veneer outlet plate of the equipment
Osn3500 equipment EFT8A veneer outlet board: using panel directly, 8 road access Ethernet signals.Do not support the interface board.

Interface boards that an EGS2 board on an OSN 3500 can work with
An EGS2 board on an OSN 3500 provides two GE service ports on its panel, and therefore cannot work with an interface board.

Interface boards that an EFT8 board on an OSN 3500 can work with
An EFT8 board on an OSN 3500 can work with the following types of interface boards: 1. Works with two ETF8 boards to receive and transmit Ethernet signals over 16 electrical ports. 2. Works with an EFF8 board to receive and transmit 8 channels of Ethernet optical signals and 8 channels of Ethernet electrical signals.

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