What is the insertion loss and return loss budget of these shuffles?

Both 4x4 MPO08 and 8x8 MPO16 shuffles achieve a maximum end-to-end Insertion Loss (IL) of ≤ 0.35 dB (with typical connector loss around 0.18–0.20 dB using Elite low-loss ferrules). Return Loss (RL) is guaranteed ≥ 60 dB due to 8-degree Angled Physical Contact (APC) polishing.

What is an Optical Shuffle in an AI GPU tray?

An Optical Shuffle is a pre-terminated, passive fiber optic cross-connect matrix installed inside a GPU server tray. It maps fiber optic signals from multiple host transceiver modules (e.g., OSFP 800G/1.6T) directly across multiple independent network switch planes (rails) without manual cross-patching or loose fiber cable clutter.

FAQ

Q

What is the insertion loss and return loss budget of these shuffles?

A

Both 4x4 MPO08 and 8x8 MPO16 shuffles achieve a maximum end-to-end Insertion Loss (IL) of ≤ 0.35 dB (with typical connector loss around 0.18–0.20 dB using Elite low-loss ferrules). Return Loss (RL) is guaranteed ≥ 60 dB due to 8-degree Angled Physical Contact (APC) polishing.
Q

What is an Optical Shuffle in an AI GPU tray?

A

An Optical Shuffle is a pre-terminated, passive fiber optic cross-connect matrix installed inside a GPU server tray. It maps fiber optic signals from multiple host transceiver modules (e.g., OSFP 800G/1.6T) directly across multiple independent network switch planes (rails) without manual cross-patching or loose fiber cable clutter.