HPE 1990-4175 Aruba 10G SFP+ LC SR 300M MMF XCVR New
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Warranty: 90-day return/replacement
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- Authenticity: Original Genuine OEM
1990-4175
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overview
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1990-4175 Overview
HPE 1990-4175 Aruba 10g Sfp+ Lc Sr 300m Om3 Mmf Transceiver
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Specifications
Overview
| Condition | New |
|---|---|
| Brand | HPE |
| Stock | In Stock |
Key Features
| Device Type | Sfp+ Transceiver Module |
|---|---|
| Form Factor | Plug-in Module |
Networking
| Connectivity Technology | Wired |
|---|---|
| Cabling Type | 10gbase-sr |
| Data Link Protocol | 10 Gige |
| Data Transfer Rate | 10 Gbps |
| Max Transfer Distance | 984 Ft |
Expansion / Connectivity
| Interfaces | 1 X Ethernet 10gbase-sr - Lc Multi-mode |
|---|
Frequently Asked Questions
What is the primary function of the HPE 1990-4175 SFP+ module? +
The HPE 1990-4175 is a high-performance SFP+ transceiver module designed to provide reliable 10Gbps connectivity for data center and enterprise network environments. It serves as a physical interface for fiber optic cabling, allowing your HPE switches and networking gear to transmit and receive high-speed data traffic over extended distances efficiently.
Is the 1990-4175 compatible with my existing HPE networking infrastructure? +
This module is engineered specifically for use with a wide range of HPE switching platforms that support SFP+ ports. It is designed to meet HPE's rigorous interoperability standards, ensuring seamless integration into your existing network fabric. We recommend verifying your specific switch model’s datasheet to ensure it lists 1990-4175 as a validated or supported transceiver module.
What type of cabling is required for the HPE 1990-4175? +
As an SFP+ module, the 1990-4175 is designed to interface with standard fiber optic cabling. Depending on your specific deployment needs, you should utilize the appropriate multi-mode or single-mode fiber patch cables with the matching connector type. Always ensure the fiber grade matches the required speed and distance parameters of your specific network architecture to maintain optimal signal integrity.
What are the performance advantages of using this HPE transceiver over third-party alternatives? +
Utilizing genuine HPE modules like the 1990-4175 ensures that your network hardware maintains peak performance and stability. These modules undergo extensive testing to minimize bit error rates and thermal inconsistencies. By sticking with official HPE hardware, you avoid potential firmware compatibility issues, port errors, or diagnostic alerts that can frequently occur when using unvalidated or off-brand transceiver modules.
Can I use the 1990-4175 for long-range data center interconnections? +
The 1990-4175 is optimized for high-speed performance within the constraints of SFP+ standards. It is ideal for linking core switches to distribution layers or server racks. While these modules are built for reliable data transmission, you should consult the specific distance ratings associated with the module’s optics type to ensure your cable run stays within the effective reach for 10G performance.
How should I handle and install the 1990-4175 module to prevent damage? +
When installing, ensure you are practicing proper ESD (electrostatic discharge) safety protocols. Insert the module firmly into an empty SFP+ slot until you hear or feel a mechanical click. Avoid touching the optical fiber surfaces or the transceiver's gold-plated pins, as dust or oil contamination can significantly degrade signal performance and result in intermittent connection issues.
Does the 1990-4175 support digital diagnostics monitoring? +
Yes, this transceiver supports industry-standard digital diagnostics monitoring features. This allows network administrators to monitor real-time parameters such as optical output power, input power, temperature, and supply voltage directly from the switch's command-line interface. These insights are invaluable for proactive maintenance, allowing you to troubleshoot potential fiber path degradation or hardware stress before an actual link failure occurs.
What is the typical power consumption profile of the HPE 1990-4175? +
The 1990-4175 is designed with low-power consumption as a priority, aligning with the power budgets of modern high-density HPE switches. Because SFP+ modules generate heat, ensure your switch chassis maintains adequate airflow and proper environmental cooling. Monitoring the power draw via your switch management software can help ensure your current power supply unit (PSU) capacity is sufficient for your port density requirements.
How can I obtain a bulk quote for multiple 1990-4175 units for my enterprise project? +
If you are planning a large-scale infrastructure upgrade and require multiple 1990-4175 modules, contact the BuyRouterSwitch.com sales team directly. We specialize in supporting enterprise-level procurement and can provide competitive bulk pricing tailored to your specific project requirements. Simply reach out via our quote request form, and our sales engineers will provide you with a comprehensive proposal and volume-based discounts.
Why should I purchase the 1990-4175 from BuyRouterSwitch.com instead of other vendors? +
BuyRouterSwitch.com is a trusted source for authentic enterprise-grade networking equipment. We focus on maintaining a streamlined procurement process for IT professionals, ensuring you receive genuine HPE hardware that is ready for deployment. Our deep expertise in networking products and commitment to secure, efficient order processing makes us the preferred partner for organizations looking to source high-quality components for their critical network infrastructure.


























