AddOn ADD-QAVQMU-PDAC5M
5M Avaya to SFP+ DAC 40G Passive Twinax Cable
High-speed 40G passive DAC solution.
Overview :
The AddOn ADD-QAVQMU-PDAC5M is a reliable 40G Direct Attach Copper (DAC) Passive Twinax Cable designed to connect Avaya equipment with standard SFP+ ports over a 5-meter distance. This high-performance cable enables seamless data transmission for data centers, enterprise networking, and high-capacity storage environments. The passive twinax design makes it an affordable, low-latency, and energy-efficient choice for short- and medium-range interconnects. With compatibility assured between AddOn and leading OEM devices, it offers cost-effective scalability for businesses.
Features :
The AddOn ADD-QAVQMU-PDAC5M delivers 40G throughput via a high-quality passive copper design that reduces power consumption while maintaining reliable connectivity. It is engineered for plug-and-play deployment, ensuring easy installation without the need for additional transceivers. Its hot-swappable compatibility enhances flexibility when managing network changes, while the durable twinax build ensures longevity. With OEM-level assurance, AddOn guarantees interoperability and performance, making it ideal for bandwidth-intensive data center applications.
Product Key Features
- 40G Passive Twinax Cable with AddOn assurance
- 5-meter length for medium-range interconnects
- Compatible with Avaya and SFP+ devices
- Energy-efficient, plug-and-play deployment
Reliability & Performance :
The AddOn ADD-QAVQMU-PDAC5M is built to provide consistent and stable 40G connectivity across enterprise and data center environments. Its passive twinax construction ensures minimal latency and high signal integrity, essential for performance-sensitive deployments. By reducing both power consumption and hardware costs, it provides a more sustainable alternative to active optical transceivers. This cable is rigorously tested for quality and reliability, ensuring long-term uptime. With the backing of AddOn’s quality standards, it guarantees enterprise-grade stability in demanding networking environments.
