Axiom AA1404036-E6-AX
The Axiom AA1404036-E6-AX is a QSFP+ Direct Attach Copper (DAC) cable supporting 40GBASE‑CR4 Ethernet connectivity. With integrated QSFP+ connectors at both ends, it provides reliable, plug‑and‑play interconnects between servers, switches, and storage within Avaya‑based data centers. As a passive Twinax cable, it offers ultra‑low latency and power‑free operation, making it a cost‑effective alternative to optical modules for short‑distance deployments.
Designed as an Avaya OEM equivalent, the AA1404036-E6-AX ensures seamless integration with Avaya networking platforms while delivering enterprise‑class reliability. It is compliant with IEEE 802.3ba standards and QSFP+ MSA guidelines, guaranteeing full multi‑vendor interoperability.
Features :
Built with shielded Twinax copper conductors, this DAC cable minimizes signal loss and electromagnetic interference (EMI). Its hot‑swappable QSFP+ ends make installation simple and replacement quick, reducing downtime during upgrades. Perfect for short inter‑rack or intra‑rack links where optical transceivers are unnecessary.
Advanced Options :
Ideal for Top‑of‑Rack (ToR), Middle‑of‑Row (MoR), and End‑of‑Row (EoR) network designs, this cable keeps infrastructure costs low, reduces power draw, and simplifies cabling management in dense rack environments.
Product Key Features
- 40GbE QSFP+ to QSFP+ Direct Attach Copper cable
- Compliant with IEEE 802.3ba 40GBASE‑CR4
- Passive Twinax design – no external power required
- Ultra‑low latency, energy‑efficient operation
- Hot‑swappable plug‑and‑play deployment
- Durable EMI‑shielded copper construction
- OEM alternative – Avaya compatible
- Backed by Axiom quality assurance
Reliability & Performance :
The Axiom AA1404036-E6-AX provides dependable 40GbE connectivity with simple, energy‑efficient operation. Its passive copper design guarantees minimal signal delay, making it ideal for latency‑sensitive applications in modern Avaya data centers. Rugged Twinax construction ensures consistent signal integrity, even in high‑density rack environments.
