What is the maximum reach of the SFP-25G-SR-C transceiver over multimode fiber? +
The ATGBICS SFP-25G-SR-C transceiver is designed for short-reach applications, supporting data transmission distances of up to 100 meters when utilizing OM4 multimode fiber (MMF). For optimal performance, ensure your cabling infrastructure meets the required modal bandwidth specifications for 25G Ethernet standards.
Is the ATGBICS SFP-25G-SR-C compatible with my existing Cisco switches? +
Yes, this transceiver is specifically programmed to be 100% compatible with Cisco hardware that supports SFP28 interfaces. It utilizes the same MSA standards as original Cisco modules, ensuring seamless recognition by the switch firmware without triggering compatibility errors or port blocking.
Does this transceiver support Digital Optical Monitoring (DOM)? +
Absolutely. The SFP-25G-SR-C features built-in Digital Optical Monitoring (DOM) capabilities. This allows network administrators to monitor real-time parameters such as optical output power, input power, temperature, laser bias current, and transceiver supply voltage, which is essential for proactive maintenance and link troubleshooting.
Can I use this 25G module in a 10G SFP+ port? +
While the SFP28 form factor is physically backwards compatible with SFP+ ports, functionality depends on your specific switch configuration. Most enterprise-grade Cisco switches require the port to be specifically configured for 25G speeds. Please verify that your switch hardware supports 25GBASE-SR standards before installation.
What type of optical fiber and connector interface does this module use? +
This module operates at an 850nm wavelength and is designed for use with multimode fiber (MMF). It features a standard Duplex LC connector interface, making it easy to integrate into existing high-density fiber patch panels and structured cabling environments commonly found in modern data centers.
What are the primary use cases for the SFP-25G-SR-C in a data center? +
This transceiver is ideal for high-speed server-to-switch connections, Top-of-Rack (ToR) switching, and inter-rack connectivity within data centers. Its 25G throughput provides a cost-effective path to upgrade from 10G links, significantly increasing bandwidth efficiency for virtualization, cloud computing, and high-performance storage area networks.
How does the power consumption of this SFP28 module compare to 10G transceivers? +
The SFP-25G-SR-C is engineered for power efficiency, typically consuming less than 1.5W per module. This low power profile is critical for dense deployments, as it helps reduce total heat dissipation in the switch chassis, thereby lowering cooling costs and contributing to a more sustainable and reliable network environment.
Do I need to update my Cisco switch software to recognize this compatible transceiver? +
In most cases, no software update is required. Because the module is coded for full compatibility, it is recognized by Cisco IOS/NX-OS as a valid transceiver upon insertion. However, it is always a best practice to ensure your switch is running a recent firmware version to maintain optimal performance and support for new hardware features.
How can I obtain a bulk quote for a large-scale deployment of SFP-25G-SR-C modules? +
For organizations planning large-scale infrastructure upgrades, BuyRouterSwitch.com provides competitive volume pricing. Simply contact our sales team with your required SKU and quantities, and we will generate a personalized bulk quote tailored to your project budget and procurement needs, ensuring you get the best value for your networking hardware.
Why should I choose BuyRouterSwitch.com for my networking transceiver purchases? +
BuyRouterSwitch.com is a trusted source for high-quality compatible networking equipment. We prioritize supply chain transparency and professional service, ensuring you receive reliable hardware for your critical infrastructure. Our sales team is dedicated to helping you find the exact specifications you need to maintain network uptime while maximizing your capital expenditure efficiency.