Optical Switch Equipment
Rack Mount Programmable Chassis 1x16 Benchtop Optical Switch
Benchtop / Rack Mount Programmable chassis 1x16 Optical Switch Equipment GEZHI Benchtop / Rack Mount Programmable chassis 1x16 Optical Switch Equipment up to 16port with Fast switching time, high quality and low insertion loss. This Benchtop / Rack Mount Programmable chassis 1x16 Optical Switch Equipment is a functional device which controlling and switching the optical Route. Its can controlled via RS232 port , Ethernet port and auto- scanned on certain frequency or manually
Fast Switching Desktop RS232 1x8 Optical Switch Equipment
Desktop 1×8 Optical Switch Equipment RS-232 control Easy Operation GEZHI's Desktop 1×8 Optical Switch Equipment RS-232 is the use of optical switch to realize optical path conversion products. Equipment each light path design a control button, Also can control the light path through the RS - 232 instructions, can be quickly switch button simple optical path and ultimately achieve 1 (input) * N (output) core optical fiber routing strictly non-blocking two-way cross connection,
D2x2 Optical Bypass Switch
D2x2 Optical Bypass Switch Equipment 4x4 OBS Opto-Mechanical Switch module GEZHI's D2x2 Optical Bypass Switch Equipment 4x4 OBS Opto-Mechanical Switch module is designed for use in measurement instruments and optical fiber communication networks. Its comes with 4 input and 4 output. This D2x2 Optical Bypass swtich equipment is metal case package with PCB mounted, The user can use with DC power directly. The Optical Bypass Switch Module with DIN rail for easy installation.
1x2 Mechanical Optical Switch Module
RS-232 control 1x2 Mechanical Optical Switch Module 850nm Latching Optic Switches GEZHI 1x2 mechanical optical switch Module is a kind of light path control equipment. It can realize multi-channel fiber optic light path switching. In the optical fiber transmission system, it is used for multi-channel fiber monitoring, multi light source/detector selection, and optical fiber path protection etc. Besides, it is also used in optical fiber test system for optical fiber and
4U Rackmount Dual 28 Pieaces 2x4 Opto Mechanical Switches
28*Dual 1x2 Optical Switch Equipment 28 pieaces 2x4 Opto-mechanical Switches GEZHI's GZ-28-D1X2-U consists of 28 pieaces of Dual 1x2 mechanical optical switches which synchronously switch the optical path. The optical switch is a light path control device that plays the role of controlling the optical path and converting the optical path. The control switching of Optical Switches light path can be 48 button on the panel control, also can through the short-range RS - 232
Matrix Remote Control 48pcs Duplex 1x2 Optical Switch Equipment
48pcs Duplex 1x2 Optical Switch Matrix Remote Control Programmable Optical Switches GEZHI's 48pcs Duplex 1x2 Optical Switch Matrix Remote Control Programmable Optical Switches is a kind of light path control device. plays a control light path and convert the light path. The FSW-48D1x2 consists of 48pcs of Duplex 1x2 synchronous switch light path combinations of mechanical optical switch, optical switch light path control switch can be 48 button on the panel control, also can
Benchtop Rack Mounted 16 Pairs 1x2 Optical Switch Equipment
Benchtop 16-1×2 Optical Switch equipment Rack Mounted 16 pairs of 1x2 Fiberoptic Switches GEZHI's Benchtop 16-1×2 Optical Switch equipment Rack Mounted 16 pairs of 1x2 Fiberoptic Switches is a kind of light path control device. plays a control light path and convert the light path. The 16-1X2-U benchtop Optical Switch equipment consists of 16 pairs of 1x2 synchronous switch light path combinations of mechanical optical switch, optical switch light path control switch can be
1550nm OLP Optical Line Protection Switch System
1:1 OLP equipment 1+1 Optical Line Protection Switch System 1310/1550nm GEZHI OLP(Optical Line Protection) equipment is a device used in pairs, one at each end of the optical signal to protect network transmission line. The OLP euipment uses vacant optical fiber from different route to build a backup path. It can realize optical power monitoring and automatic switching. By real-time monitoring the power status in working fiber. it can automatically switch from working fiber
1x32 Optical Switch Equipment
1x32 Rack Mount Fiber Optical Switch 19" 2U frame equipment GEZHI 1X32 Rack Mount Fiber Optical Switch allow the automated and repeatable connection of one common fiber to 32 number of output or input fibers. These 1x32 Rack Mount Fiber Optical switch are bi-directional and can be used in either the 1x32 or 32x1 direction. This 1x32 Rack Mount Fiber Optical Switch is a kind of functional device,with the ability of controlling and switching optical route. It can be manually
FC PC 1x32 Fiber Optic Switch 1550nm For Optical Network Transmission
1x32 Fiber Optic Switch Equipment for optical Network transmission GEZHI 1X32 Rack Mount Fiber Optical Switch allow the automated and repeatable connection of one common fiber to 32 number of output or input fibers. These 1x32 Rack Mount Fiber Optical switch are bi-directional and can be used in either the 1x32 or 32x1 direction. The Rack Mount 1X32 Optical Switches allow the automated and repeatable connection of one common fiber to 32 number of output or input fibers. These
SC/PC 5W 1550nm Optical Bypass Protection Switch For ADM
Optical Bypass Protection Switch in Optical fiber protection for ADM In some network topologies, failure of network equipment or power outages may have an impact not only on traffic that terminates at these nodes but also on the rest of the network. The most effective solution for such scenarios are Bypass systems that allow traffic to bypass failed nodes. Optical Bypass Protection is a kind of intelligent optical switch system which can bypass fault node in optical
Triple Channel 500mW 1650nm 1x4 Fiber Optical Switch
Triple channel 1x4 Fiber Optical Switch GEZHI Photonics Co.,Ltd 's three channel 1x4 Fiber optical switches are available for single-mode fiber test applications. The excellent repeatability, compact format and flexible control interfacing support high-performance setups. These instruments are used for routing of optical signals for testing devices like tranceivers, amplifiers, and passive components. This three channel 1x4 Optical switches optimize the investment in test
FC/UPC Connector 1064nm 1x8 Fiber Optical Switch Module
1064nm 1x8 Fiber Optical Switch Module Kits The multichannel of 1x8 Fiber Optical Switch module kits from GEZHI Photonics provides channel selection between a single input and N output fibers. The output channel number is customer specified and it can be 1x8, 1x16, 1x32 up to 1x64. It comes with a turn-key solution with USB interface and software controlled operation via computer. This 1x8 optical switch can be OEM or bench top model. Features Low insertion loss High
1100nm RS232 Controlled 1x8 Multimode Optical Switch Module in 19" Rackmount
1x8 multimode optical switch module for 800-1100nm. Features low insertion loss (
Non Latching Single Mode 1x2 Mechanical Optical Switch
Non-latching Singlemode 1x2 Mechanical Optical Switch GEZHI's Non-latching Singlemode 1x2 mechanical Optical switch is configurate by Three fibers with two states. Its control by RS232 interface with easy operation. Its connect with 5V DC power. The Non-lathing SM 1x2 mechanical optical module connects optical channel by redirecting an incoming optical signal into a selected output fiber. GEZHI 1x2 SM mechanical optical switch is application in optical network protection and
Low Insertion Loss Rack 1650nm 1X8 Optical Switch Equipment
Low Insertion Loss Rack 1×N(N≤16) Optical Switch Equipment FSW-1X8-U GEZHI's Low Insertion Loss Rack 1×N(N≤16) Optical Switch Equipment FSW-1X8-U is the use of optical switch to realize optical path conversion products. The Low Insertion Loss Rack 1×N(N≤16) Optical Switch Equipment FSW-1X8-U allow the automated and repeatable connection of one common fiber to 8 number of output or input fibers. These 1x8 Rack Mount Fiber Optical switch are bi-directional and can be used in
Rack Mounted Benchtop 48CH 1x1 Optical Switch Equipment
48CH-1×1 Rack-Mounted Optical Switch Equipment 48pcs 1x1 Fiberoptic Switches GEZHI's 48CH-1×1 Rack-Mounted Optical Switch Equipment 48pcs of 1x1 Fiberoptic Switches is a kind of light path control device. plays a control light path and convert the light path. This 48CH-1x1 rack-mounted optical switch is composed of 48 1x1 optical switch combinations,Controllable light path on / off,It can through RS232 serial port and Ethernet port (RJ45) control switch, In the optical fiber
FC Connector APC Desktop 1x18 Optical Switch Equipment
1x18 Optical Switch Equipment FSW-1x18 Desktop Fiber Optic Switches GEZHI 1x18 Optical Switch Equipment FSW-1x18 Desktop Fiber Optic Switches allow the automated and repeatable connection of one common fiber to 18 number of output or input fibers. These 1x18 Desktop optical Switch are bi-directional and can be used in either the 1x18 or 18x1 direction. This 1x18 Optical Switch Equipment FSW-1x18 Desktop Fiber Optic Switches is a kind of functional device,with the ability of
1U 19 Inch Rack Mount Multi Channel 1x16 Fiber Optical Switches
Multi-Channel 1x16 Fiber Optical Switches 1U 19" frame RackMount GEZHI Fiber Optical Switches offer multi Channel up to 16port with Fast switching time, high quality and low insertion loss. This multi-channel 1x16 Fiber Optical switches Rack Mount type is a functional device which controlling and switching the optical Route. Its can controlled via RS232 port , Ethernet port and auto- scanned on certain frequency or manually selected from front panel. The Multi-Channel 1x16
SC PC Connector 1550nm OBP Optical Bypass Protection Equipment
Optical Bypass Protection Equipment Optical Switch system Features Live Monitoring the optical power of "protection equipment" and "ODF optical line" Auto-switching without human intervention when the protection equipment encountering transmission obstacles. Special Power storage function, which guarantees the right switching action in case of OBP itself power off or both equipments power off 1 / 2 Reduce the loss caused by network nodes breaking down Dual 1+1 hot redundancy