Optical Receivers

The NPRT 2200 performs Noise Power Ratio measurements to determine the dynamic range of optical transmitters, amplifiers and other active devices used in HFC networks. It has an internal broadband noise source, selectable filters and a measuring receiver. ...more

Instead of connecting your fibers to a patch panel (R&D) or clumsy opto-mechanical switch (manufacturing), connect them to a Glimmerglass intelligent optical switch. Then use point-and-click functionality to make and break connections without signal regeneration. Without physically touching a single fiber and without regard to other connections – s ...more

Connect the receiver to an oscilloscope via a BNC plug-and-socket connector for data acquisition. Attach the sensors to the EUT using microcleps. We recommend fixing the measuring set-up with a glued-on socket (which is glued to the base) to ensure reproducible measurements. Place this socket in the vicinity of the digital signal to be monitor ...more

A TR OTDR Test Receiver allows a single technician, equipped with an OTDR, to test multiple fibers terminating at a common location with only one visit to that location. Thus a TR unit can greatly reduce the time need to test and certify the connectivity of FTTH passive optical networks (PON) or high-fiber-count, point-to-point spans. ...more

The OST-SRS is ideally suited for IEEE standards compliance testing of 10 Gigabit Ethernet optical components and modules such as XFP, X2, or Xenpac transceivers, 300-pin transponders, ROSAs, eye-opening chips, TIAs, SERDES chips, PINs, APDs, and receivers. ...more

The front of the attenuator is a male plug connector style, allowing the attenuators to be plugged directly into receiver equipment or adaptors in patchpanels.The rear is a female socket adaptor allowing a patch cord to be mated into the back of the attenuator. The attenuators are available in SM/MM SC, FC or ST, LC & LC short body, MU wit ...more

The optical receivers convert digital light signals into electrical signals.  ...more

The EMC sensors convert the digital signals of an electronic module into light signals. They are connected to an optical receiver or the SGZ 21 pulse rate generator via optical fibre (plastic optical fibre with a diameter of 2.2 mm and a length of 20 m max.). The sensors are used to measure an EUT's signals without any interactions during burs ...more

The LRM standard was conceived to ensure a 10G optical plug-and-play architecture over a minimum of 220m of low grade multimode fiber. The standard defines both the transmitter and receiver performance requirements. Given the difficult dispersion characteristics of multimode fiber the standard’s body created three stressors to mimic the worst cas ...more

The A3318 850 nm/Electrical OST Interface operates in conjunction with the Circadiant family of OSTs. It enables the OST to make stressed eye measurements in accordance with the IEEE 802.3ae standard using multi-mode fiber at a wavelength near 850 nm. Included electrical TX and RX interfaces allow testing of the high-speed electrical inputs an ...more

Over the past 5 years, the trend in optical communications has seen a migration to hot pluggable transceiver modules. These modules are self-contained transmitters and receivers that offer significant advantages over discrete optics. These advantages (smaller footprints, added functionality and control firmware) have resulted in an increase in the ...more

We are pleased to announce the new DIGITAL EMC/EMI RECEIVER fully CISPR compliant, in the 30 MHz - 3 GHz range, that extends the PMM 9010 up to the field of radiated emissions frequency range. A fast and safe connection with PMM 9010 is guaranteed by a high speed optical link, providing a complete immunity of transferred data.  ...more

The OST-RW provides fast and accurate creation of different real-world optical impairments for testing performance of 10 Gb/s devices. The OST-RW tests components and systems for standards compliance to IEEE 802.3ae and INCITS 10GFC Stressed Receiver Sensitivity requirements ? the key to end-user plug & play performance.  ...more

The CPRX1315 customer premises optical receiver is designed to convert optical signals of wavelengths 1310?nm to cable television compatible forward path RF signals between 45?Hz. There is also a model for return path signals of 5?Hz.  ...more

The AMCP1315 optical receiver has been designed to receive and convert optical signals with wavelengths of either 1310...1550 nm to radio frequency (RF) signals of 45...862 MHz.  ...more

The Light Link Series 3 return path quad receiver module (RPQRM) is designed to plug into PBN's optical communications mainframe system (OCM). ...more

Dust Cover, Fiber Optics Module, Receiver ...more

The FPRM optical receiver module has been designed to receive optical wavelength of 1300 nm to 1610 nm and convert them to RF signals for MATV, CATV, and broadband applications ...more

The RPRXM optical return path receiver module is designed to plug in to the RCC16 return path communications chassis.  ...more

Fiber Optic Module, Receiver, 14 Position ...more

The FPR optical fibre CATV receiver has been designed to receive optical wavelengths of 1300 nm to 1610 nm and convert them to cable television signals with compatible RF output between 45?862 MHz. ...more

Pacific Broadband Networks (PBN) offers a comprehensive range of coaxial RF patch cords and accessories to compliment our well-known range of optical equipment including transmitters, receivers, repeaters, splitter networks and switches.  ...more

The Light Link Series 2 optical transmitter model LT1550 employs a high performance thermally stabilised, DFB, low-chirp, isolated laser to transmit CATV signals.  ...more

The Light Link Series 2 optical transmitters employ high performance thermally stabilised distributed feedback (DFB) lasers with integrated optical isolator, to transmit AM-VSB, CATV, CCTV, DVB and DOCSIS signals over a 1310 nm single mode optical fibre.  ...more

The DAM-4000 40 Channel, 24 Bit Audio Fiber Optic Transport offers state-of-the-art performance exceeding RS250C Short-haul and Broadcast Specifications. The system will support up to 40 audio and 3 data channels. The DAM-4000 supports 24 Bit Stereo Audio flat from 20 to 20K Hz with S/N greater than 90 dB and THD less than 0.05%. The Optical budget ...more