The GE Security Interlogix S30-2SLC-30 SFP-Port Gigabit 2 Fiber Mini GBIC Module offers exceptional performance for integrated duplex data transmission over optical fiber. Designed to meet the SFP Multi-source Agreement (MSA) standard, this module features plug-and-play capability and is hot-swappable, ensuring seamless installation and operation without downtime. With options for various data rates and temperature ranges, it is an ideal choice for both standard and industrial applications.
GE Security Interlogix S30-2SLC-30 Key Features
- Plug-and-Play Capability: Enables easy installation without prior configuration, saving time and effort.
- Hot-swappable: Allows for replacement without interrupting the host equipment operation, enhancing system reliability.
- Low Power Dissipation: Reduces overall energy costs while maintaining high performance.
- Wide-temperature Versions Available: Suitable for harsh industrial environments, ensuring durability and functionality in extreme conditions.
- Data Rates of 100Mbps, 1.25Gbps, or 10Gbps: Versatile performance options to accommodate different network requirements.
- Single Mode Fiber: Supports long-distance transmission with minimal signal loss.
- 2 Fiber Configurations: Flexible installation options for various networking setups.
- RJ-45 1.25Gbps SFP Available: Provides additional connectivity options for diverse applications.
- Mini-GBIC Interface Compliant: Ensures compatibility with a wide range of Ethernet equipment.
- Multi-source Agreement (MSA) Compliant: Guarantees interoperability with other MSA-compliant devices.
- Class 1 Laser Safety Standard IEC 60825 Compliant: Meets safety regulations for user protection.
GE Security Interlogix S30-2SLC-30 Detailed Specifications
| Feature | Detail |
| Model | S30-2SLC-30 |
| Type | SFP-Port Gigabit 2 Fiber Mini GBIC Module |
| Data Rate | 100Mbps, 1.25Gbps, 10Gbps |
| Fiber Type | Single Mode |
| Temperature Range | Standard and Wide-temperature Versions |
| Interface | Mini-GBIC |
| Compliance | MSA, IEC 60825 |
| Power Consumption | Low Power Dissipation |



















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