NEO COM NEO-GSFP-MM-2KM – High-Efficiency 1.25G Multimode SFP Transceiver for Short-to-Medium Range Fiber Links
The NEO COM NEO-GSFP-MM-2KM 1.25G LC Multimode SFP Transceiver is engineered to deliver dependable, high-speed optical connectivity for short- and medium-distance fiber networks. Operating at 1.25Gbps over multimode fiber and supporting distances up to 2 kilometers, this module is ideal for enterprise LAN environments, campus infrastructures, and data center links that require stable, low-latency communication.
Built with an LC duplex multimode interface, the module ensures precise fiber alignment and clean, efficient optical transmission. Designed for seamless interoperability, it fully complies with SFP MSA and IEEE 802.3 standards, allowing smooth integration into switches, routers, and storage systems from leading global manufacturers.
With a hot-swappable, plug-and-play design, the NEO-GSFP-MM-2KM enables technicians to perform upgrades or replacements without impacting live network traffic. Its energy-efficient operation, strong signal integrity, and durable construction make it a cost-effective choice for organizations deploying high-performance multimode fiber links within buildings or across campus premises.
Key Benefits of the NEO-GSFP-MM-2KM
• 1.25Gbps High-Speed Data Transfer
Delivers consistent Ethernet performance for short- and mid-range optical networks.
• Up to 2km Multimode Fiber Reach
Optimized for MMF environments in enterprise, campus, and data center deployments.
• LC Duplex Connector
Ensures stable dual-fiber communication with accurate alignment.
• 850nm Optical Operation
Designed for multimode fiber to maintain strong signal propagation.
• SFP MSA + IEEE 802.3 Compliance
Guaranteed multi-vendor compatibility with major networking platforms.
• Hot-Swappable Design
Install or replace modules without interrupting active network services.
• Low Power Consumption
Reduces heat load and supports eco-friendly network operations.
• Robust & Long-Lasting Build
Maintains high signal quality even under continuous 24/7 operation.
• Ideal for Dense Fiber Environments
Suitable for LAN, data center, and campus optical networks requiring short-range connectivity.
• Low Latency & High Stability
Perfect for performance-sensitive applications and real-time communication.
Recommended Use Cases
- Enterprise LAN fiber uplinks and distribution points
- Data center multimode backbone and server rack connections
- Switch-to-switch optical links within buildings
- Fiber-to-fiber network expansion projects
- SAN & NAS storage connectivity
- HPC (High Performance Computing) clusters
- Inter-floor and intra-building fiber connections
- Campus fiber paths for short-range deployments
Professional Installation Guidelines
- Confirm SFP port compatibility before installation
- Insert the module carefully until the latch engages
- Use clean, high-quality LC multimode fiber cables
- Avoid exceeding the minimum bend radius of the fiber
- Clean connectors to maintain optimal signal quality
- Check link/activity LEDs after installation
- Update network firmware when recommended
- Keep dust caps on unused fiber interfaces
- Avoid extreme heat or humidity during installation
Environmental & Operational Reliability
- Reliable operation from 0°C to 70°C
- Safe storage from –40°C to 85°C
- Humidity tolerance: 5%–95% non-condensing
- Energy-efficient performance for long-term operation
- Stable multimode optical performance under 24/7 workloads
- Suitable for indoor network environments and structured cabling systems
Global Availability & Deployment
The NEO COM NEO-GSFP-MM-2KM SFP transceiver is distributed worldwide through official NEO COM resellers, online IT marketplaces, and enterprise networking partners. With broad compatibility across switches, routers, and storage platforms, it supports deployments in SMBs, enterprises, campuses, and data centers.
Organizations across Asia, Europe, North America, the Middle East, and other global regions trust this module for dependable, cost-efficient multimode fiber connectivity across short and medium distances.
