'high performance optical amplifier west bengal'

The Uniway WDM EDFA JDSU 19dBm x 32 Port is a high-performance optical fiber amplifier designed to support large-scale network infrastructures. Equipped with 32 output ports, it integrates WDM (Wavelength Division Multiplexing) and CATV transmission at 1550nm to enhance signal quality and reach. This unit offers a robust output optical power of ≥19dBm, supported by a 36dBm EDFA with 32x19 configuration, ensuring reliable amplification across all channels. Built for professional-grade deployment, it features dual power supply options—AC220V and DC48V—for continuous operation and redundancy. Ideal for telecom, ISP, and cable TV operators, the amplifier includes an intelligent management system for real-time monitoring and performance optimization, making it a dependable solution for high-bandwidth optical networks.

The Swift K11 Is An Advanced Core-to-core Alignment Splicer Ideal For Medium And Long Range Optical Circuit, Lan, Catv, Fttx. With A Compact, Light, Rugged Design And A Long Life Battery, The K11 Delivers High Precision Performance. Benefits And Feature. Wide 5.0-inch color LCD monitor with touch screen & bidirectional operation system Powerful lithium polymer battery with large capacity User friendly GUI Optical fiber recognition capability and LED lamp in heater Lowest splice loss ever in the industry Fiber Splicing Machine Specifications Category Description Fiber alignment IPAAS Core-to-Core Alignment (image pattern analysis alignment system) Applicable type of fibers 0.25mm, 0.9mm, 2.0mm, 3.0mm, 4.0mm, indoor cable Fiber count Single fiber Applicable fiber dimensions Cladding diameter: 80~150㎛, Coating diameter: 100㎛~4mm Fiber setting and cleaved length 0.28in ~ 0.63in Splicing modes Splice mode: 300, Heat mode: 100 Typical splice loss SM: 0.02dB, MM: 0.01dB, DS: 0.04dB, NZDS: 0.04dB Return loss > 60dB (typical) Splicing time Typical 6 sec. (quick mode) Sleeve heating time 9 sec (IS-45 Sleeve, IS-45 mode), 13 sec (IS-60 Sleeve, IS-60 mode) Applicable protection sleeve 1.5in, 2.4in, 1.3in or 1.1in for SOC Storage of splice result The last 10,000 results stored in internal memory (with images) Tension test 1.96N ~ 2.25N Operating condition Altitude: 5,000m, Temp: -14℉ to 122℉, Humidity: 0~95%, Wind: 15m/s, Dust/water/shock proof Storage condition Temp: -40℉ to 176℉, Humidity: 0~95% Dimensions 5.6(W) x 6.4(L) x 5.5(H) in (without bumper) Weight With battery: 5.0 lb Viewing method and display Two CMOS cameras and 5.0-inch color touch LCD Fiber view and magnification X/Y: 200X, Max: 400X Power supply DC Lithium polymer battery (14.8V, 4700/6000mAh option), 100~240V AC charger No. of splice cycles with battery Typical 250 cycles / More than 350 (K11-6000) Electrode life More than 3,500 times Terminals USB

An Optical Fiber Splitter Box is an essential component in fiber-optic networks, enabling the distribution of optical signals from a single input to multiple outputs. This functionality is crucial in Passive Optical Networks (PONs), where a single optical line terminal (OLT) at the service provider's central office connects to multiple optical network units (ONUs) at end-user locations. EN.WIKIPEDIA.ORG Key Features: Low Insertion Loss: Ensures minimal signal loss during transmission, maintaining the integrity of the optical signal. High Return Loss: Reduces signal reflection, which is vital for maintaining signal quality and preventing interference. Wide Wavelength Range: Supports a broad spectrum of wavelengths, enhancing compatibility with various transmission protocols. Excellent Channel-to-Channel Uniformity: Ensures consistent signal distribution across all output channels, maintaining uniform performance.

860 MHz Comtech Optical Receiver is a product which is a good quality and high performance.

Features: node+amplifier optical input + rf input with automatic switching optical wave length :1200- 1600 nm bandwidth :47-860 mhz. optical sensitivty : +2 to -12 dbm rf input : 75 db +/- 3 double output with test point powerpass /220v ac operated gain and slope controls tin coated metal housing with aluminium top & bottom variants available : ct20 na silver (t series ic), gold( oei ic ) , diamond(nxp ic )

Features: High performance DFB laser diode module with internal isolation . NXP IC IN advanced pre-distortion correction circuit (PDC) . With AGC/MGC switching button in the front panel; MPU provides real-time display of major parameter: Optical output power, operating current, internal temperature, modulation ratio, cooling / heating status; Double smps with automatic switching for redundancy . Adjustable attenuator (-20~0dB) in back panel can adjust input level of laser diode;

Features: Fiber to fiber transmitter. High performance dfb laser diode module with internal isolation. Dual ic (nxp) advanced pre-distortion correction circuit (pdc). With agc/mgc switching button in the front panel. VFD provides real-time display of major parameter: optical output power, operating current, internal temperature, modulation ratio, cooling/heating status. Double smps with automatic switching for redundancy. Adjustable attenuator (-20~0db) in back panel can adjust input level of laser diode. Excellent linearity

Features: High Performance Dfb Laser Diode Module With Internal Isolation. Dual Ic (Nxp ) Advanced Pre-distortion Correction Circuit (Pdc). With Agc/mgc Switching Button In The Front Panel. Vfd Provides Real-time Display Of Major Parameter: Optical Output Power, Operating Current, Internal Temperature, Modulation Ratio, Cooling/heating Status. Double Smps With Automatic Switching For Redundancy. Adjustable Attenuator (-20~0db) In Back Panel Can Adjust Input Level Of Laser Diode.

Features: High performance dfb laser diode module with internal isolation. Dual ic (nxp) advanced pre-distortion correction circuit (pdc). With agc/mgc switching button in the front panel. VFDprovides real-time display of major parameter: optical output power, operating current, internal temperature, modulation ratio, cooling/heating status. Double smps with automatic switching for redundancy. Adjustable attenuator (-20~0db) in back panel can adjust input level of laser diode.