Overview
Hanwha TMC-FSCS1S-B 100M Media Converter
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Bundle Summary
Overview
Hanwha TMC-FSCS1S-B 100M Media Converter
The Hanwha TMC-FSCS1S-B is a compact, industrial-grade media converter engineered to extend Ethernet network connectivity over fiber optic cable while maintaining full duplex performance. This device seamlessly bridges 10/100 Mbps copper networks to single or dual-fiber optical links, making it essential for long-distance surveillance deployments, industrial automation, and security infrastructure requiring EMI immunity, extended range, and reliable signal transmission.
Key Features
- 10/100 Mbps IEEE 802.3 compliant copper-to-fiber conversion
- SFP optical interface with ST or SC connector options
- Single or dual-fiber operation for flexible network architecture
- Extended transmission distances up to 20 km
- Full duplex or half duplex electrical operation; full duplex optical
- Automatic resettable solid-state current protection
- Dual power inputs: AC (22–27 VAC) or DC (8–24 VDC)
- Optional PoE support (48–57 VDC @ 0.85A, 625 mA continuous)
- Real-time LED indicators for optical link, electrical link, and power status
- Wide operating temperature: −40°C to +75°C
Technical Specifications
- Data Rate: 10/100 Mbps IEEE 802.3 compliant, full or half duplex electrical; full duplex optical
- Optical Interface: 100 BASE-FX SFP; ST or SC connectors; single or dual-fiber support
- Electrical Interface: RJ-45 (10/100 BASE-T/TX)
- Power Consumption: 3W max (non-PoE); 33W (PoE models)
- Power Options: AC terminal block (22–27 VAC) or DC (8–24 VDC); PoE: 48–57 VDC @ 0.85A
- PoE Pin Assignment: IEEE 802.3af/802.3at compliant with flexible VCC+/VCC− and data pin configuration
- Current Protection: Automatic resettable solid-state limiters
- Physical: Standard 6.1 × 5.3 × 1.1 in or mini 3.3 × 2.5 × 1.1 in; under 2 lbs shipping weight
- Reliability: MTBF >100,000 hours; IPC standard circuit board construction
- Environmental: Operating −40°C to +75°C; storage −40°C to +85°C; 0–95% non-condensing humidity
Ideal Applications
The TMC-FSCS1S-B is designed for security and industrial environments where fiber connectivity overcomes copper distance limitations, electrical noise immunity, and physical security challenges. Common deployments include remote camera installations, long-range perimeter monitoring, industrial control networks, and distributed surveillance systems requiring galvanic isolation and EMI protection.

This media converter delivers critical value in hybrid surveillance and industrial networks. The flexible dual-fiber option supports redundancy without additional hardware, while single-fiber deployment reduces cable costs. Dual power inputs (AC and DC) accommodate diverse site power infrastructure, and optional PoE capability simplifies camera power delivery over long fiber runs.
The auto-resettable current protection safeguards against transient surges common in industrial environments, while the IPC-certified board ensures consistent performance across thermal extremes (−40°C to +75°C operating range). MTBF >100,000 hours indicates solid field reliability. Real-time LED diagnostics enable rapid troubleshooting without external monitoring tools, reducing maintenance overhead. This unit is ideal for integrators building resilient, long-distance surveillance or control networks where fiber's immunity to EMI and extended range justify the copper-to-optical conversion investment.
System Design, Deployment & Technical Support
Support services and planning resources for commercial surveillance, access control, and infrastructure deployments.
Fixed scope • Fixed price
System Design Assistance
- Get help validating product compatibility
- Coverage requirements
- Storage planning and deployment architecture before you buy.
Deployment & Configuration Support
- Access fixed-scope support for rollout planning
- User setup guidance
- Migration and system standardization across single-site or multi-site deployments
Guides, Tools & Calculators
- PoE requirements
- Storage retention
- Camera selection and deployment methodology