Fiber Optical Switch

4-Channel Optical Fiber Bypass Module Introduction to OLP OBP Optical Bypass Switch Olycom optical switch module supports 100G/40G/10G/1G and 100M fiber connections and offers SC/LC single mode&multi mode options. It can also be customized to meet the optical path needs of complex test systems and improve product test efficiency. It is an indispensable core product for the monitoring and protection of optical communication system, which can be connected to high-density

Optical fiber bypass switch LC/SC connector SM/MM for network traffic Key Features of Fiber bypass switch Low Insertion Loss Wide Wavelength Range Low Channel Crosstalk Operating environment temperature:-20° ~70 ° c Specification of Optical Bypass Switch Product Name D2*2B Bypass Switch Power Interface Standard industrial terminal block. Polarity Protection Support Optical Fiber Interface LC/SC Wavelength Range 850±40/1300±40nm; 1260~1650nm Test Wavelength 850/1300nm; 1310

Industrial gigabit 12 port din rial switch managed optical bypass ethernet switch POE switch Key Features of 10/100/1000mbps Fiber bypass managed switch 8 x 10/100/1000Mbps Auto-sensing RJ45 ports 2 x2.5G SFP fiber ports, 2 x Bypass ports 6KV Ethernet surge protection, adapt to a harsh outdoor environment Support Auto MDI/MDIX Flow control mode: full duplex with IEEE 802.3x standard, half-duplex with Back pressure standard IEEE 802.3 10Base-T and IEEE 802.3u 100Base-TX

4 Channel Industrial Optical Bypass Switch 2X2B Din Rail DC24V Input SM/MM Product Overview This 4-channel industrial optical bypass switch features 2X2B DIN rail mounting with DC24V input, supporting both singlemode and multimode fiber configurations for reliable network protection during power failures. Key Features Low Insertion Loss Wide Wavelength Range Low Channel Crosstalk Operating Environment Temperature: -20°C to 70°C Technical Specifications Product Name Fiber

D2*2B SM MM Industrial Fiber Bypass Switch SC Connector DC24v For Protection Key Features of Fiber bypass switch The Fiber Bypass has the characteristics of low loss, high stability and high reliability. For different optical path needs, optical switch modules can be customized to meet the optical path needs of complex test systems and improve product test efficiency. It is an indispensable core product for the monitoring and protection of optical communication system, which

24 port gigabit DC12V8A 10G SFP L3 Managed Ethernet Fiber Switch Introduction of 10/100/1000mbps managed switch 28 Port 10G Uplink 24* SFP Port Gigabit L3 Managed Ethernet Switch, support 24* 1000M SFP Ports, 8* 10/100/1000M adaptive Ethernet Ports(Combo), 4* 10G SFP Ports, 1* Console Port. Perfect security control strategy and CPU protect policy improve fault tolerance and ensure stable operation of the network and load balancing of the interconnection； The device supports

D2*2B Industrial Fiber Bypass Switch LC Connector Singlemode DC24v For Protection The D2*2B Industrial Fiber Bypass Switch with LC Connector and Singlemode DC24v provides reliable protection for optical communication systems with automatic switching capabilities during power outages or failures. Fiber Bypass Switch Introduction Features low loss, high stability, and high reliability performance Customizable optical switch modules to meet complex test system requirements Core

DC24V 1x2 2x2 4x4 MM fiber External Bypass switch Introduction of 8 channel Bypass Switch OM-FBS-44-MLC is an external fiber bypass unit for critical optical-nodes in optical network system. It supports 100G/40G/10G/1G and 100M fiber connections and offers LC multimode option. It is usually used in some major optical networks involving ring connection and multiple devices such as in railway communication systems, factory automation and important optical nodes where intended

Industrial Multimode Optical Fiber Bypass Unit Basic information of Bypass Module OM-FBS-22-MLC is an external fiber bypass switch for critical optical-nodes in optical network system. When intended or unexpected power loss occurs, it helps swiftly bypass the device it connects and avoids failure of the whole optical communication. Bypass switches are commonly used in some major optical networks involving ring connection and multiple devices such as in railway communication

8 Port Gigabit Optical Fiber Switch L2 Managed Desktop Ethernet Switch Key Features of 8 Port Ethernet Fiber Switch 8 x 10/100/1000Mbps auto-sensing Ports, 2x 1000Mbps SFP Ports, 1 x Console Port; Support IEEE802.3/IEEE802.3u/IEEE802.3ab/IEEE802.3z, store-and-forward; Flow control mode: full-duplex adopts IEEE 802.3x standard, half-duplex adopts Back pressure standard； Support port auto flip (Auto MDI/MDIX)； Panel indicator monitoring the status and help failure analysis;

10G SFP+ Fiber Switch 8*10G SFP+ Fiber Ports Support 1.25G/2.5G/10G Key Features of 8 Port 10G Fiber Switch 8*10G SFP+ ports. Support IEEE 802.3, IEEE802.3u, IEEE 802.3ab, IEEE802.3 bz, IEEE 802.3 ae, IEEE 802.3.x. SFP+ port support 1.25G/2.5G/10G . Support Port Auto MDI/MDIX. Panel Indicators monitor working conditions and assist in fault analysis. Flow Control Mode, IEEE802.3x standard for full duplex, and back pressure standard for half duplex. Supports one click code

12 Port 10G L3 managed desktop switch 12* SFP+ ports Fiber optic switch Introduction of 12 port managed switch 12 Port 10G L3 Management Ethernet Switch, support 12* SFP+ ports, 1* RJ45 console port. Perfect security control strategy and CPU protect policy, improve product fault tolerance, ensure stable network operation and link load balancing; the device supports automatic DoS attack prevention, SNMP, IEEE 802.1q, spanning tree, rapid generation tree protocol, link

Industrial Optical Bypass Switch D2*2B/D4*4B OEM/ODM DC24V input Introduction of bypass switch The Fiber Bypass has the characteristics of low loss, high stability and high reliability. For different optical path needs, optical switch modules can be customized to meet the optical path needs of complex test systems and improve product test efficiency. It is an indispensable core product for the monitoring and protection of optical communication system, which can be connected