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AXIOM MEMORY J9153A-AX Axiom 10GBASE-ER SFP+ Transceiver for HP - Single-mode LC - 10GbE - MSA Compliant
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Product Features
Technical Overview
This SFP+ transceiver operates on the 10GBASE-ER standard, enabling 10 Gbps data transmission over single-mode optical fiber with extended reach capabilities. The module features a single LC port, optimized for precise fiber alignment and minimal signal loss, ensuring consistent performance in demanding network environments.
Designed for interoperability, it complies with Multi-Source Agreement (MSA) specifications, guaranteeing mechanical and electrical compatibility with HP and other MSA-compliant networking devices. The transceiver supports full-duplex communication, leveraging advanced optics to maintain signal quality over long distances typical of campus and metro network deployments.
Key Product Advantages
The Axiom J9153A-AX transceiver combines high-speed performance with robust compatibility, offering a cost-effective alternative to OEM modules without sacrificing reliability. Its design prioritizes seamless network integration and long-term stability in fiber optic infrastructures.
HP Compatibility
Engineered specifically for HP networking equipment, this transceiver ensures plug-and-play functionality, reducing deployment time and compatibility concerns in HP-dominated environments.
Extended Reach Support
Leveraging the 10GBASE-ER standard, it supports longer transmission distances over single-mode fiber, ideal for connecting network segments across buildings or campuses.
Environmental Responsibility
RoHS compliance minimizes the use of hazardous materials, aligning with corporate sustainability goals and regulatory requirements for electronic components.
Deployment / Use Cases
This transceiver is tailored for scenarios requiring high-bandwidth, low-latency connections over fiber optic cabling. It serves as a critical component in modern network architectures where speed and reliability are non-negotiable.
Common applications include uplinking switches in data centers, extending network backbones between floors or buildings, and upgrading existing HP network infrastructure to 10 Gigabit speeds. Its single-mode fiber support makes it suitable for long-haul connections where signal integrity over distance is essential, such as in educational campuses, healthcare networks, or financial data centers.
Data Center Interconnects
Use this transceiver to link core switches or servers within a data center, ensuring high-throughput connectivity for virtualization, storage networks, and cloud services.
Enterprise Network Upgrades
Deploy it in HP switch slots to modernize network edges or aggregation layers, enabling faster access to centralized resources and improving overall network performance.
Physical Profile
The transceiver features a compact SFP+ form factor with dimensions of 0.53" wide, 0.49" high, and 2.21" deep, allowing high-density installation in switch chassis without occupying excessive space. Its lightweight design at approximately 16.8 grams facilitates easy handling and installation, while the standard SFP+ interface ensures secure seating in compatible ports. The module's build supports passive cooling, making it suitable for environments with limited airflow, and its durable construction withstands typical rack-mount vibrations and thermal cycles.
- Width
- 0.53" (13.40 mm)
- Depth
- 2.21" (56.10 mm)
- Height
- 0.49" (12.50 mm)
- Weight
- 16.8 g
Highlights
- 10 Gigabit Ethernet SFP+ transceiver for HP networking equipment
- Single-mode LC fiber connectivity with 10GBASE-ER support
- MSA compliant for broad compatibility with HP and other brands
- RoHS certified, environmentally friendly design
- Compact form factor: 0.53" x 0.49" x 2.21", 16.8 g
- Ideal for data networking and optical network applications
- Single port with LC connector for precise fiber alignment
- Supports extended reach over single-mode fiber
Specifications
| Specifications | |
|---|---|
| Manufacturer | Axiom Memory Solutions |
| Manufacturer Part Number | J9153A-AX |
| Brand Name | Axiom |
| Product Model | J9153A-AX |
| Product Name | 10GBASE-ER SFP+ Transceiver for HP - J9153A |
| Product Type | SFP+ |
| Technical Information | |
| Application/Usage | Data Networking,Optical Network |
| Interfaces/Ports | |
| Total Number of Ports | 1 |
| Connector Type | LC |
| Interfaces/Ports Details | 1 x LC 10GBASE-ER Network |
| Media & Performance | |
| Media Type Supported | Optical Fiber |
| Fiber Mode Supported | Single-mode |
| Ethernet Technology | 10 Gigabit Ethernet |
| Network Technology | 10GBASE-ER |
| Physical Characteristics | |
| Height | 0.49" (12.50 mm) |
| Width | 0.53" (13.40 mm) |
| Depth | 2.21" (56.10 mm) |
| Weight (Approximate) | 16.8 g |
| Miscellaneous | |
| Compatibility | MSA Compliant |
| Environmentally Friendly | Yes |
| Environmental Compliance | Restriction of Hazardous Substances (RoHS) |
FAQ
What is the primary use of this SFP+ transceiver?
This Axiom J9153A-AX transceiver is designed for 10 Gigabit Ethernet connectivity over single-mode fiber in HP networking equipment. It supports data networking and optical network applications, such as connecting switches in data centers, extending network backbones, or upgrading enterprise networks to higher speeds, leveraging the 10GBASE-ER standard for reliable performance over extended distances.
Is this transceiver compatible with non-HP devices?
Yes, this transceiver is MSA compliant, meaning it adheres to industry-standard specifications for SFP+ modules. While engineered for HP equipment, its MSA compliance ensures mechanical and electrical compatibility with other brands that support MSA standards, though always verify specific device compatibility before deployment to avoid interoperability issues.
What type of fiber and connector does this transceiver require?
It requires single-mode optical fiber with LC connectors. The LC connector type provides a small form factor for high-density installations and ensures precise alignment for optimal signal transmission. Single-mode fiber is ideal for longer-distance applications, such as campus or metro networks, due to its lower signal attenuation compared to multimode fiber.