Mechanical Optical Switches
Mechanical optical switch modules and rack solutions.
1×2 Mechanical Optical Switch
1x2 Mechanical Optical Switch The 1x2 fiber optic switch connects optical channels by directing or blocking an incoming optical signal into the output fiber. This is achieved using a patent pending opto-mechanical configuration and activated via an electrical
1×4 Mechanical Optical Switch
1x4 Mechanical Optical Switch The Series 1x4 Mechanical Fiber Optical switch connects optical channels by directing or blocking an incoming optical signal into the output fiber. This is achieved using a patent pending opto-mechanical configuration and activate
1X4 Step-index multimode fiber Optical switch
1X4 Step-index multimode fiber Optical switch 405-640nm 50/125um (NA0.22) 0.9mm 0.5m fiber，FC/UPC, RS-232 Serial Port，135x60x35 module | FSW14M05F Features： Wide spectral compatibility Covers the complete visible light band from 405 nm (violet) to 640 nm (red)
1X8 400-2500nm 600um Mechanical Optical Switch 0.5m fiber, SMA905 connectors
OSW-1X8-600UM 1×8 Mechanical Optical Switch, 400-2500um, 600um 0.5m fiber, SMA905 connectors 1x8mechanical optical switch is designed and produced by Stellar Fusion, it is a kind of light path control equipment, witch is used 600um fiber, and work wave is 400~
1X8 900-1700nm 300um Optical Switch
OSW-1X8-300UM 1×8Mechanical Optical Switch，900-1700nm, 300um 0.5m fiber, COM FC/UPC, 2xoutput SMA905 connectors, 6xoutput FC/UPC connectors. 1x8 mechanical optical switch is a kind of light path control equipment. It can realize multi-channel fiber optic light
1X8 900-1700nm 600um Mechanical Optical Switch 0.5m fiber, SMA905 connectors
OSW-1X8-600UM 1×8 Mechanical Optical Switch, 900-1700um, 600um 0.5m fiber, SMA905 connectors 1x8 mechanical optical switch is designed and produced by Stellar Fusion, it is a kind of light path control equipment, which is used 600um fiber, and work wave is 900
1×8 Mechanical Optical Switch
1x8 Mechanical Optical Switch The Series 1x8 fiber optic switch connects optical channels by redirecting an in- coming optical signal into a selected output fiber. This is achieved by using a patent pending op to-mechanical configuration activated via an elect
1xN Mechanical Optical Switch
/ 1 X N Mechanical Optical Switch 1 x N（up to 1 x 64)multichannel optical switchis based on step motor drives designed, and it is widely used in OADM, OXC, system monitoring and so on. Based on the special optical design, it features excellent optical characte
2channels 2X2F Mechanical optical switch Module
FW22FL-2-5V-SM-0905-L/NL 2X2 Full Pass-through Type, Single Mode 1310/1550nm, Latching/Non-latching, 5V, 0.9MM 0.5M Fiber, RS485 communication interface，135×60×20mm Box Module FW22FL-2-SM-0905 is an optical path switching, conversion, and routing device that i
2×2 Bypass Mechanical Optical Switch
2x2 Bypass Mechanical Optical Switch The 2x2 bypass fiber optic switch connects optical channels by directing or blocking an incoming optical signal into the output fiber. This is achieved using a patent pending opto-mechanical configuration and activated via
2×4 Mechanical Optical Switch
2x4 Mechanical Optical Switch The 2X4 fiber optic switch connects optical channels by directing or blocking an incoming optical signal into the output fiber. This is achieved using a patent pen- ding op to-mechanical configuration and activated via an electric
4×4 Mechanical Optical Switch
4x4 Mechanical Optical Switch The 4x4 Mechanical Fiber Optical switch connects optical channels by directing or blocking an incoming optical signal into the output fiber. This is achieved using a patent pending opto-mechanical configuration and activated via a
4X4 Mechanical optical switch Module
4X4 Single Mode 1310/1550nm, Latching/Non-latching, 5V, 0.9MM 0.5M Fiber, RS485 communication interface，135×60×20mm Box Module FW44L-5V-SM-0905-L/NL The 4x4 mechanical optical switch is an optical path control device that serves to control and switch optical p
Dual 1×2 Mechanical Optical Switch
Dual 1x2 Mechanical Optical Switch The dual 1x2 fiber optic switch connects optical channels by directing or blocking an incoming optical signal into the output fiber. This is achieved using a patent pending opto-mechanical configuration and activated via an
Dual 2×2 Bypass Mechanical Optical Switch
Dual 2x2 Bypass Mechanical Optical Switch The Dual 2x2 Bypass Mechanical Fiber Optical switch connects optical channels by directing or blocking an incoming optical signal into the output fiber. This is achieved using a patent pending opto-mechanical configura
Full 2×2 Mechanical Optical Switch
Full 2x2 Mechanical Optical Switch The Full 2x2 fiber optic switch connects optical channels by directing or blocking an incoming optical signal into the output fiber. This is achieved using a patent pending opto-mechanical configuration and activated via an e
Mini Bypass Mechanical Optical Switch
Mini Bypass Mechanical Optical Switch TheMini bypass fiber optic switch,include 2x2, 1x2, 1x1 optical switch, connects optical channels by directing or blocking an incoming optical signal into the output fiber. This is achieved using a patent pending opto-mech
Magnet Optical Switches
Magnet optical switch modules for optical path control.
M1x1 Magnet Fiber Optical Switch
M1x1 Magnet Fiber Optical Switch The M1x1optical switchis connected to the optical path by connecting or blocking the optical signal. the switch has non-mechanical configurations and activated via an electrical control signal. the switch also has build-in circ
M1x16 Magnet Fiber Optical Switch
M1x16 Magnet Fiber Optical Switch Features Solid-state high speed High Stability, High Reliability Epoxy-free on Optical Path Fail-safe latching Applications Aerospace equipment Configurable Add/Drop System monitoring Sensing system Performance Specifications
M1x2 Magnet Fiber Optical Switch
M1x2 Magnet Fiber Optical Switch The M1x2optical switchis connected to the optical path by connecting or blocking the optical signal. the switch has non-mechanical configurations and activated via an electrical control signal. the switch also has build-in circ
M1x4 Magnet Fiber Optical Switch
M1x4 Magnet Fiber Optical Switch The M1x4 Magnet Fiber Optical Switch is connected to the optical path by connecting or blocking the optical signal. the switch has non-mechanical configurations and activated via an electrical control signal. the switch also ha
M1x8 Magnet Fiber Optical Switch
M1x8 Magnet Fiber Optical Switch TheM1x8 optical switchis connected to the optical path by connecting or blocking the optical signal. the switch has non-mechanical configurations and activated via an electrical control signal. the switch also has build-in circ
M2x2 Magnet Fiber Optical Switch
M2x2 Magnet Fiber Optical Switch TheM2x2 optical switchis connected to the optical path by connecting or blocking the optical signal. the switch has non-mechanical configurations and activated via an electrical control signal. the switch also has build-in circ
M2x2B Magnet Fiber Optical Switch
M2x2B Magnet Fiber Optical Switch TheM2x2B optical switchis connected to the optical path by connecting or blocking the optical signal. the switch has non-mechanical configurations and activated via an electrical control signal. the switch also has build-in ci
MEMS Optical Switches
MEMS optical switch products with compact optical path switching.
1X10 PM MEMS optical switch
PM (Polarization-maintaining) MOSW-1X10-15-PM-09-05-03A-M2 1X10 PM MEMS optical switch，module packaging，5V driving voltage，1550nm， Corning PM1550 fiber 0.9mm loose tube,0.5m length，input output FC/APC connector 120*85*19mm MEMS 1xN optical switch is based on m
1X4 PM MEMS Optical Switch
PM (Polarization-maintaining) MOSW-1X4-15-PM-09-05-03A-M1 1X4 PM MEMS optical switch，module packaging，5V driving voltage，1550nm， Corning PM1550 fiber 0.9mm loose tube,0.5m length，input output FC/APC connector 54.1*13.7*24.7mm MEMS 1xN optical switch is based o
1XN MEMS Optical Switch
1xN MEMS Optical Switch 1xN MEMS optical switchis based on micro-electro-mechanical system technology. It allows channel selection between one input fiber and N output fibers by rotating the mirror of MEMS chip. The switch is bi-directional and can also be use
Dual 1×2 MEMS Switch(Module)
Dual 1x2MEMS Switch(Module) RD-MS-Dual-1×2-PM-M-780-90-10-FA-TTL PM(Polarization-maintaining) Dual 1X2 MEMS Optical Swith,PM PM780，0.9mm loose tube Fiber, FC/APC,TTL Control connection, 90x55x12mm Applications Fiber Optic Sensing Systems: Optical path switchin
MEMS Variable Optical Attenuator VOA
MEMS Variable Optical Attenuator (Mems VOAs) Mirror MEMS attenuators (MEMS VOAs) are based on a micro-electro-mechanical system (MEMS) technology. The MEMS attenuators design achieves highly repeatable optical attenuation over C and/or L band through an electr
MXN MEMS Optical Switch
M x N MEMS Optical Switch OXC M x N MEMS Optical switch is used in optical cross-connect, OXC application. It’s also called Matric Optical Switch. It allows channel selections between M input fibers and N output fibers. Stellar Fusion’s MEMS Modular Single-Mod
PM (Polarization-maintaining) 1X12 MEMS Fiber Optical Switch 1550nm 0.9MM 0.5M PM Fiber FC/APC 158x150x29nm Module
PM (Polarization-maintaining) 1X12 MEMS Fiber Optical Switch 1550nm 0.9MM 0.5M PM Fiber FC/APC 158x150x29nm Module FW-MSX-1X12-15-PM-09-05-FC/APC-M3 MEMS 1xN optical switch is based on micro-electro-mechanical system technology. It allows channel selection bet
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