Ruckus Networks
SUBJECT TO TARIFFS. RUCKUS E100G-QSFP-QSFP-P-0501 - WIRELESS DIRECT ATTACH CABLE
In Stock
Ruckus E100G-QSFP-QSFP-P-0501 — QSFP to QSFP Direct Attach Cable | QSFP DAC, Passive
Ruckus Networks
MPN: E100G-QSFP-QSFP-P-0501
$780.39$1,305.00
Free shipping on orders over $500
Authorized Dealer — Full manufacturer warranty
Key Features
- Cable type: Direct attach cable
- Connector (End 1): QSFP
- Connector (End 2): QSFP
- Form factor: Twinax direct attach assembly
- Intended use: Short-reach, in-rack/adjacent-rack interconnects
- Termination: Fixed QSFP plug assemblies
- Connect QSFP ports with predictable latency via QSFP-to-QSFP direct attach cable
- Reduce parts count with a passive copper link using QSFP connectors
Maintain predictable, low-latency links between QSFP-enabled switches and appliances with a direct attach cable engineered for short-reach, copper interconnects. This QSFP-to-QSFP assembly eliminates the need for separate optical transceivers and fibers in consolidated racks, reducing parts count and port-to-port complexity. It is intended for dense rack deployments where deterministic latency and straightforward cabling matter more than long reach. Installers will appreciate the compact twinax form that keeps cable management orderly while delivering stable electrical connectivity between QSFP ports. Use this cable when you need a dependable passive copper link for in-rack or adjacent-rack connections, and pair it with compatible QSFP ports on Ruckus or interoperable switches. For procurement teams, the direct-attach approach lowers per-port hardware cost and simplifies spare-parts inventories compared with pluggable optics.
Ideal For
- Interconnect top-of-rack switches to a spine switch via QSFP ports
- Link adjacent rack appliances with low-latency copper cabling
- Consolidate short-reach links where optical transceivers are unnecessary
- Standardize spare DACs for high-density QSFP deployments
Why This Product
- 1Lower per-port hardware count versus pluggable optics for short distances
- 2Simpler spare management compared with interchangeable transceivers
- 3Reduced latency risk compared with fiber transceivers and patching
- 4Compact twinax profile for denser cable routing in racks