PartsTable
Technical Data Sheet

XYD50 — Network Technical Data

✓ Verified by PartsTable
· TRANSCEIVER · SFP_10G
WHAT YOU NEED TO KNOW
SR = Short Range (multimode, 300m) | LR = Long Range (single-mode, 10km) DOM = Digital Optical Monitoring — most enterprise SFPs support it
MATCH ALL THREE: Speed + Wavelength + Brand compatibility
PRODUCT OVERVIEW

Intel SFP+ SR Optical Transceiver 10 Gb / 1 Gb. Available through authorized enterprise resellers and TPM (Third Party Maintenance) channels. Verify compatibility with your specific system configuration before ordering.

WHERE IT FITS
TRANSCEIVER SFP_10G XYD50
SPECIFICATIONS
Part NumberXYD50
Capacity10GB
COMPONENT DIAGRAM
BAIL LATCH 10G SFP+ 850nm · SR (MMF, 300m) DOM: Digital Optical Monitoring TX RX LC DUPLEX 20-PIN EDGE CONNECTOR ~56.5 mm ~13.4mm SFP+ TRANSCEIVER | 10G | 850nm | SR (MMF, 300m) Hot-swappable | LC duplex fiber | DDM/DOM supported TITLE SFP+ XCVR PN XYD50 MFR OEM Intel SFP+ SR Optical Transceiver 10 Gb
KEY FEATURES
10GB Capacity
TYPICAL APPLICATIONS
  • Data center switch-to-switch interconnects
  • Server-to-storage fabric connectivity
  • Long-distance fiber optic links
  • High-speed uplink connections (10G/25G/40G/100G)
VERIFIED SUBSTITUTES & CROSS-REFERENCES 1
0XYD50Primary
Dell 10GB SFP+ Sr 850NM Transceiver
primary
LIFECYCLE
StatusUNKNOWN
Availability
RoHS CompliantEAR99ESD SensitiveNot HAZMAT
Ready to buy XYD50?
Compare prices from verified sellers on eBay
Buy on eBay →
As an eBay Partner, PartsTable may earn a commission. Your price is not affected.
FREQUENTLY ASKED QUESTIONS
What is XYD50?
XYD50 is a Intel SFP+ SR Optical Transceiver 10 Gb / 1 Gb. It is classified as a TRANSCEIVER (SFP_10G).
What parts can replace XYD50?
There is 1 known substitute for XYD50: 0XYD50. Substitute compatibility should be verified for your specific system.
Is XYD50 still available?
XYD50 is currently Unknown.
Community Feedback
Leave a Comment
Comments are reviewed before appearing. You will receive an email to verify before your comment appears.

Request a Quote — XYD50