HPE R9D18-61001 Aruba Instant On 10G SFP+ LC SR 300m OM3 MMF Transceiver
- Authenticity: Original Genuine OEM
- $88.40 In Stock - Ships Worldwide Order by 2:00 PM ET for Overnight Shipping
-
Warranty: 90-day return/replacement
Click here to read our Return Policy for returns/replacements.
R9D18-61001
Free ground shipping within the
United States
Government, Federal & Education Procurement
We support quotes, POs, stock docs, and compliance invoicing.
Email: support@buyrouterswitch.com
overview
specifications
faqs
reviews
R9D18-61001 Overview
HPE R9D18-61001 Aruba Instant On 10g Sfp+ Lc Sr 300m Om3 Mmf Transceiver. Main Specifications
Summary Description
HPE R9D18-61001 Aruba Instant On 10G SFP+ LC SR 300m OM3 MMF Transceiver
Need help with R9D18-61001?
Get pricing, availability, lead time, and compatible options from our team. Chat with us live or email support@buyrouterswitch.com
Specifications
Overview
| Condition | New |
|---|---|
| Brand | HPE |
| Stock | In Stock |
General
| Cabling Type | 10gbase-sr |
|---|---|
| Data Transfer Rate | 10 Gbps |
| Data Link Protocol | 10 Gige |
| Max Transfer Distance | 984 Ft |
| Dimensions (wxdxh) | 0.6 In X 2.2 In X 0.5 In |
| Weight | 0.71 Oz |
| Designed For | Aruba Instant On 1830 24g 12p Class4 Poe 2sfp 195w Switch, |
Frequently Asked Questions (FAQs)
What are the primary performance specifications for the HPE R9D18-61001 SFP+ module? +
The HPE R9D18-61001 is a high-performance SFP+ transceiver designed for 10GbE connectivity. It operates on standard wavelengths to ensure seamless data transmission over compatible fiber infrastructure. This module is optimized for low-latency networking, making it ideal for high-bandwidth environments where consistent throughput and reliable signal integrity are critical for maintaining enterprise-grade performance across your switching fabric.
Which HPE networking equipment is compatible with the R9D18-61001? +
This SFP+ module is engineered for integration with a wide range of HPE switches and storage controllers that support the SFP+ standard. It is primarily used within the HPE ecosystem to ensure verified hardware interoperability. We recommend checking your specific switch datasheet or the HPE compatibility matrix to confirm that your particular hardware model and firmware version support this specific transceiver part number.
Is the R9D18-61001 suitable for high-density data center deployments? +
Absolutely. The R9D18-61001 features a compact SFP+ form factor, which is the industry standard for high-density networking. Its design allows for a large number of ports to be populated within a single rack unit without overcrowding. This makes it an excellent choice for modern data center architectures requiring scalable 10 Gigabit Ethernet connectivity between aggregation switches and server racks.
How does the R9D18-61001 handle power consumption in a switch environment? +
The R9D18-61001 is designed for high energy efficiency, consuming minimal power per port. By maintaining a low thermal footprint, it helps reduce the overall cooling requirements within your server racks. This efficiency is vital for data centers focused on lowering operational costs while maintaining the high-speed data throughput necessary for heavy virtualized workloads and intensive storage traffic.
What is the typical use case for the R9D18-61001 SFP+ transceiver? +
This transceiver is typically utilized for short-reach and medium-reach fiber optic links within an enterprise network. It serves as the bridge between core, distribution, and access layers. Whether you are connecting top-of-rack switches to server NICs or extending your backbone network across a facility, this module provides the stability and speed required for mission-critical enterprise applications.
Does the R9D18-61001 support digital diagnostic monitoring (DOM)? +
Yes, this module supports digital optical monitoring features, which allow administrators to monitor real-time parameters such as optical output power, input power, temperature, and laser bias current. Accessing this data through your HPE switch management interface provides proactive insights into the health of your fiber links, allowing for faster troubleshooting and improved uptime for your network infrastructure.
How should I handle and install the R9D18-61001 to ensure longevity? +
Always maintain a clean fiber optic environment when installing the module. Ensure the transceiver is fully seated in the SFP+ port until it clicks, and always use protective dust covers when the module is not connected to a fiber cable. Following standard ESD (electrostatic discharge) safety procedures during installation is essential to prevent damage to the internal electronic components of the transceiver.
Can the R9D18-61001 be used for mixed-vendor switch environments? +
While the R9D18-61001 is built to HPE standards, its performance is optimized specifically for HPE networking hardware. Using this module in non-HPE equipment may result in compatibility errors or port-locking scenarios. For the best stability and to avoid potential interface issues, we suggest deploying this unit strictly within compatible HPE-branded switching and routing environments.
How can I obtain a bulk price quote for the R9D18-61001? +
If you are planning a large-scale infrastructure refresh or need to stock up on components, BuyRouterSwitch.com makes bulk procurement simple. You can reach out to our dedicated sales team through our website to request a formal quote for volume orders. We provide competitive pricing structures tailored to the needs of IT procurement departments and large-scale enterprise projects.
Why should I purchase the R9D18-61001 through BuyRouterSwitch.com? +
Purchasing from BuyRouterSwitch.com ensures you receive authentic enterprise hardware through a secure and transparent procurement process. We specialize in networking gear, providing our clients with reliable access to hard-to-find components and essential infrastructure upgrades. By choosing us, you benefit from our streamlined ordering system and our focus on supporting the specific needs of IT professionals and enterprise network managers.


































