Detailed Specifications
A high-quality downstream transceiver for 10G Ethernet over 40km of single-mode fiber.
Overview :
The Axiom R9X54A-AX is a high-quality 10GBASE-BX40-DSFP+transceiver engineered for Aruba-compatible networking equipment. This downstream transceiver provides efficient 10 Gigabit Ethernet connectivity over single-mode fiber optic cables with a maximum reach of 40 kilometers, making it an ideal solution for extended enterprise and telecom fiber network applications. It is a reliable and cost-effective alternative to OEM modules for long-distance links.
Features :
Operating on single-mode fiber, the R9X54A-AX transceiver employs bi-directional transmission technology, using a 1330nm wavelength for transmitting data downstream and 1270nm for receiving upstream signals. This approach enables data transmission over a single fiber strand while minimizing fiber infrastructure requirements. The hot-swappable SFP+ module fits standard SFP+ slots, facilitating easy network equipment upgrades and maintenance without service interruption. Its simplex LC connector ensures compatibility with industry-standard fiber cabling systems used in metro and long-haul fiber optic networks. Designed to comply with IEEE 802.3ae standards and ArubaOEM-specific requirements, the transceiver guarantees reliable interoperability and uptime in fiber network backbones, campuses, and data center environments requiring stable long-distance links.
Product Key Features
Reliability & Performance :
Encased in a robust metal housing, the Axiom R9X54A-AX transceiver offers excellent mechanical durability and electromagnetic interference shielding. It draws low power from the 3.3V supply rail and utilizes a DFB laser transmitter with PIN photodiode receiver for consistent, sensitive optical performance. The transceiver supports typical operating temperature ranges found in enterprise fiber network environments and meets RoHS and MSA environmental standards. It undergoes stringent testing to ensure reliable high-speed data throughput, minimizing latency and bit error rates, which are critical for maintaining a stable and high-performing network over long distances.
Key Features :
Specifications :
