Lenovo
LENOVO DCG SERVER OPTIONS 5M QSFP+ TO 4XSFP+ ACTIVE OPTICAL CABLE
Out of Stock
Lenovo 5 m QSFP+ to 4xSFP+ AOC Cable | 40 GbE, Active Optical
Lenovo
MPN: 00YL673
$749.00
Free shipping on orders over $500
Authorized Dealer — Full manufacturer warranty
Key Features
- 5 m cable length
- QSFP+ to 4xSFP+ breakout configuration
- Active optical cable construction
- 40 GbE connectivity support
- Lenovo DCG server option
- Designed for dense rack deployments
- Bridge QSFP+ to 4xSFP+ endpoints using a 5 m active optical cable
- Extend 40 GbE connectivity across rack spans with optical transmission
Keep high-speed infrastructure connected across longer rack spans with the Lenovo DCG Server Options 5M QSFP+ to 4xSFP+ Active Optical Cable. This cable is designed for environments that need 40 GbE transport with a breakout path from one QSFP+ interface to four SFP+ endpoints, giving architects a practical way to connect mixed-port systems without adding unnecessary complexity.
At 5 m, the cable provides enough reach for rack-to-rack or across-row routing while staying far more manageable than a loose assembly of separate links. Active optical construction helps preserve signal quality over the run, which is important when the cable path must remain clean, serviceable, and predictable in production infrastructure.
For procurement teams, this is the kind of component that earns its place in a build: it solves a specific interconnect problem, supports dense port layouts, and reduces the friction of integrating heterogeneous hardware. Use it where a direct, high-speed breakout connection is required and where cable discipline is part of the operating standard.
Ideal For
- Rack-to-rack 40 GbE breakout connections in data centers
- Connecting a QSFP+ uplink to multiple SFP+ endpoints
- Structured cabling in mixed-port server and storage environments
- High-density deployments that require longer short-reach optical routing
Why This Product
- 1Breakout from one QSFP+ port to four SFP+ links
- 2Longer 5 m reach for rack-to-rack routing
- 3Active optical design for stable high-speed transport
- 4Cleaner than multiple separate patch cables