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

Multi power optical receiver node features high sensitivity. thus it can be used at the end of comparatively long optical links or with low-power transmitter

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: 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.

The N2801F XPON SFP ONT is a high performance module for single fiber communications using a 1310nm burst-mode transmitter and a 1490nm continuous-mode receiver. It is used in the optical network terminal (ONT) for GPONONU Class B+ applications with Mac inside. The SFP Stick ONT is based on the mature Gigabit GPON/EPON technology, highly reliable and easy to maintain. And it is fully compliant with technical regulations such as ITU-T G.984.x and IEEE802.3ah.

XLR Audio to Fiber Extenders support 2 + 2 Bidirectional Channels (2-Way Communication 2 Input + 2 Output ports) - 4 independent Balanced XLR audio ports of 16-bit digitally encoded broadcast quality audio over one Single Mode or Multimode (MM) optical fiber. These units are single direction - audio signal is transmitted from T (Transmitter) in the direction of R (Receiver). These professionally designed devices are typically used in applications for Staging, Parks, Broadcast, Studio Audio and professional AV applications, etc. Use SC UPC / PC connectors with SM and MM fiber optic cables. Plug and Play design ensures easy installation and operation, no configuration or driver installation are required.

This set of equipment includes a sender and a receiver, which can transmit HDMI signals to a remote location over single fiber cable, so that user can see the real-time picture image remotely. The product can be widely used in CCTV security, data center, industrial control, video education, bank, enterprises, etc. Product feature: 1. Full HD 1080P HDMI Optical Converter/Extender 2. Supports up to 1920×1080@60Hz 3. Pure hardware design, need not driver or software, plug and play Specifications: Signals Input - Sender: One way (1 x HDMI) Output - Receiver:One way (1 x HDMI) Distance - 20KM over Single Mode fiber Video and Audio Video Input Port - HDMI Video Output Port - HDMI HDCP Supported - Yes HDMI Resolution - Up to 1920x1080@60Hz Fiber Interface Connector & type - Single Mode FC port Wavelength - 1310nm/1550nm

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.