FILTER PRODUCTS

to
to

FILTER PRODUCTS

to
to

Transmitters and Receivers

DTS-3G series analog photoelectric receiver has a wide band from 300Hz to 3GHz and flat photoelectric response characteristics, and also integrates digital communication function, automatic gain control, etc., which can not only carry out digital communication with the transmitter, but also automatically compensate for optical link ...

Specifications

Peak Emission Wavelength: 1650 nm
Transmission Speed: Not Specified
Conquer specializes in RF transmission field, the latest launch of a series of RF optical fiber transmission products. The RF fiber transmission module directly modulates the analog. RF signal to the optical transceiver, transmits it through the optical fiber to the receiving end, and then converts it into an RF signal after ...

Specifications

Peak Emission Wavelength: 1 nm
Transmission Speed: Not Specified
The Mini analog wideband transceiver module is a low-cost, high-performance analog wideband transceiver with a very wide dynamic range, designed specifically for optical fiber RF applications. A pair of transceivers will create two-way RF to optical and optical to RF conversion and transmission links that can provide high spurious ...

Specifications

Peak Emission Wavelength: 1310 nm
Transmission Speed: Not Specified
The POF Optical Toslink Transmitter Module-DLT1180 to replace Toshiba TORX transmitters is a standard-package product with connector and opto-electric component packaged with PD and I/V amplifier IC. The function of unit changes the light signal into electric signal. The unit is operated at +5V and the input signal is TTL ...

Specifications

Peak Emission Wavelength: 650 nm
Transmission Speed: 16 Mbps
Typical Dissipation Current: 6.5 mA
Working Voltage: 2.7~5.5 Volts
Fiber Coupling Light Output: -24~14.5 dB
The light receiving unit is a standard-package product with connector and opto-electric component packaged with PD and I/V amplifier IC. The function of unit changes the light signal into electric signal. The unit is operated at +5V and the input signal is TTL compatible. The DLR21E0 has a maximum operating speed of 25 Mbps.

Specifications

Peak Emission Wavelength: 700 nm
Transmission Speed: 25 Mbps
Working Voltage: 2.7~5.5 Volt
Typical Dissipation Current: 2.5 mA
Max. Dissipation Current: 10 mA
The DLR1160 optical audio toslink spdif light transmitting unit is a standard-package product with connector and opto-electric component packaged with LED and drive IC. The function of unit changes the electric signal into light signal and be transmitted by plastic fiber. The unit is operated at single+2.7V~ +5.5V and the input ...

Specifications

Peak Emission Wavelength: 650 nm
Transmission Speed: 16 Mbps
Working Voltage: 2.7~5.5 Volts
Fiber Coupling Light Output: -24~-14.5 dB
Typical Dissipation Current: 6.5 mA

High-Performance Fiber Optic Transmitters and Receivers

Fiber optic transmitters and receivers are the cornerstone of modern optical communication systems, enabling the conversion between electrical and optical signals for high-speed, long-distance data transmission. Found in a wide range of applications - from telecommunications and data centers to industrial automation and medical systems - these devices ensure reliable and efficient signal transfer across fiber optic networks.

A fiber optic transmitter converts electrical signals into optical signals using a light source such as a laser diode or LED. The optical signal is then sent through a fiber optic cable to the destination point. At the receiving end, a fiber optic receiver converts the incoming optical signal back into an electrical signal using a photodetector, typically a photodiode. Together, they form the foundation of a fiber optic communication link.

Transmitters and receivers are available in a variety of configurations, supporting single-mode or multimode fibers, different connector types (like LC, SC, ST), and a wide range of operating wavelengths - typically 850 nm, 1310 nm, or 1550 nm. Many are designed for compatibility with industry-standard communication protocols such as Ethernet, SONET, SDH, or Fibre Channel.

One of the key advantages of fiber optic transmitters and receivers is their ability to support high data rates over long distances without significant signal degradation. Compared to copper-based systems, fiber optics offer superior bandwidth, immunity to electromagnetic interference, and reduced signal loss, making them essential for mission-critical and high-throughput applications.

Modern transmitter and receiver modules come in various form factors, including pluggable transceivers (like SFP, SFP+, QSFP) and integrated OEM modules that can be directly embedded into custom systems. Some models also include built-in diagnostics, automatic gain control, and temperature compensation for enhanced performance and reliability in dynamic environments.

When selecting a transmitter or receiver, important specifications to consider include data rate, wavelength compatibility, link budget, operating temperature range, and compliance with communication standards. Ensuring proper alignment between transmitter and receiver specifications is crucial for maintaining signal integrity and network performance.

Explore FindLight’s selection of fiber optic transmitters and receivers to find reliable solutions for your optical communication needs. From compact modules for embedded systems to high-speed transceivers for data networks, we offer products from top-tier manufacturers engineered for performance, durability, and seamless integration.

Did You know?

Fiber optic transmitters and receivers are the unsung heroes behind high-speed internet, telecom networks, and data centers. Transmitters convert electrical signals into light, while receivers do the reverse - enabling seamless, low-loss data transmission over long distances. These components are optimized for bandwidth, speed, and minimal signal degradation, supporting protocols like Ethernet, SONET, and Fibre Channel. Modern versions are compact, pluggable, and support real-time diagnostics. Whether you’re building a network backbone or integrating fiber optics into a custom system, choosing the right transmitter/receiver combo ensures clean, efficient, and lightning-fast communication.