Description

Explore our range of MSA Compliant Small Form-Factor Pluggable (SFP) modules, designed to provide both optical and electrical interfaces for use with managed switches, unmanaged switches, and media converters. These versatile SFP modules are compatible with copper media, multimode optical fiber, or single-mode optical fiber. The fiber optic SFP modules are available in Fast Ethernet and Gigabit Ethernet versions, supporting both single and dual fiber configurations. Choose from LC or SC optical connectors to suit your needs. Our SFP modules offer various wavelengths and optical power budgets, enabling transmission distances of up to 20 kilometers. They are engineered to operate reliably in challenging industrial environments.

**FEATURES**

– Interchangeable SFPs for different fiber types, distances, and connector options
– IEEE 802.3 compliance for industry standards
– Adheres to the Small Form-Factor Pluggable (SFP) Multi-Source Agreement (MSA)
– Suitable for a wide operating temperature range: -40°C to +75°C
– Storage temperature range: -40°C to +85°C
– No in-field adjustments necessary

Certifications
NDAA CompliantYes
TAA CompliantNo
 
Environmental Conditions
Operating Temperature (T-T)-207°F
Storage Temperature (T-T)-225
 
General Information
Brand NameHanwha Vision
ManufacturerHanwha Vision
Manufacturer Part NumberSFP-FLCM202
Product ModelSFP-FLCM202
Product NameFiber Optic for Fiber Media Converter, Managed Switch
Product TypeSFP Module
 
Interfaces/Ports
Connector TypeLC
Interfaces/Ports Details1 x LC Network
Total Number of Ports2
 
Media & Performance
Fiber Mode SupportedMulti Mode
Fiber Optic Cable Standard1310 nm
Twisted Pair Cable StandardMulti Mode
 
Miscellaneous
CompatibilityMSA Compliant
Environmental CertificationRoHS
Environmentally FriendlyYes
 
Network & Communication
Ethernet TechnologyFast Ethernet
 
Physical Characteristics
Application/UsageData Networking, Optical Network
 
Technical Information
Media Type SupportedOptical Fiber, Twisted Pair

Customer Reviews

No reviews yet.

Recently Viewed