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TRANSCEIVERS - Fiber Optic Transceiver-Wikipedia Most systems use a "transceiver" which includes both transmission and receiver in a single module. The transmitter takes an electrical input and converts it to an optical output from a laser diode or LED. A bi-directional Fiber Optic Node-Wikipedia is generally described in terms of the number of "homes passed" that are served by that specific fiber node. Nodes have the ability to deliver data over more efficient fiber optic lines, rather than other lines with greater speed restrictions. The remaining area from the node to an individual destination, often called "last mile" service, can be achieved with copper or other types of wire. AGC-Wikipedia Abbreviation for automatic gain control. A process or means by which gain is automatically adjusted in a specified manner as a function of input level or another specified parameter. We stock top quality fiber optics connectors: FCAPC (Round)  SCAPC (Square)  Single mode-Wikipedia or Multi Mode fiber-Wikipedia Simplex or Duplex and more. BROADBAND - FULL Frequency DC-95Ghz 

Transceiver - Node - AGC

Evertz Transceiver 

Evertz Microsystems Ltd., a manufacturer of high quality digital broadcast and film products distributed worldwide.

7708VB-4-IH-SE Single HD or Quad SD/ASI Transceiver with Ethernet

Description: The 7708VB-4-IH-SE is part of the Evertz FacilityLINK series of Multiservice fiber transport products. Common applications include bi-directional transport of video plus Ethernet for purposes as simple as bringing back M&C data to full file-transfer or LAN extension. The 7708VB-4-1H-SE combines these signal types and directions into a single product which utilizes a 1.485GB/s link rate. This allows the use of economical HD-SDI local loop transport links, and expands their capabilities and value by adding the ability to transport HD-SDI or multiple SD-ASI signals and up to 1GB/s Ethernet.

7708VB-4-IH-SE Data Sheet

7708VB-4-HSE Data Sheet

7708VB-8-HSE Data Sheet

7707ET Ethernet Transceiver

Description: The 7707ET is a VistaLINK capable Ethernet Fiber Transceiver that provides an economical method of transmitting two 10BaseT Ethernet channels or one 100Base-TX Ethernet channel over optical fiber. The transceiver is IEEE 802.3 10BASE-T and IEEE 802.3u 100BASE-TX compliant. It mediates between a 10/100BASE-TX segment and supports both full duplex and half-duplex operation. Monitoring of card status and parameters is provided locally at the card edge and remotely via VistaLINK. A pair of 7707ET transceivers permits full duplex communication over single or dual optical fibers. Diagnostic LEDs provide indication of power, link status and data reception.

7707ET Data Sheet

7707ET-4 Data Sheet

7707ET-TE1 Data Sheet

Fiber Optical Nodes/ Fibertronix

Fibertronix – a product division of North American Cable Equipment, Inc. (NACE) – specializes in the design, development, manufacturing and distribution of fiber optic products for the Cable TV, Direct Broadcast Satellite and CCTV Security industries. Product lines include fiber optic cable and jumpers, transmitters, receivers and baseband video transmission kits.

FT-HHRX-1000-SC-MINI 

Description: The FT-HHRX-1000-SC-MINI is a state of the art fiber node with a receive frequency range of 47 to 1000 MHz. These units offer flexibility in operation and maintenance with GaAs chip technology which provides low distortion and a flexible input level. Featuring low power consumption the FT-HHRX-1000-SC-MINI is perfect for commercial and residential applications. The unit provides a stable RF output level when fed with with input levels between -8dBm and +2dBm.

FT-HHRX-1000-SC-MINI Data Sheet

FT-HHRX-870-1-FCAPC 

Description: FTTH Mini optical node, 54-870 MHz receiver with 5-42 MHz reverse transmitter, -8dBm to +2dBm input range, pHEMT GaAs FET technology, forward and reverse RF test ports, FC/APC Connections

FT-HHRX-870-1-FCAPC Data Sheet

Multicom Optical Nodes-Wikipedia

Multicom stocks over 16,000 products from more than 270 of the world's major manufacturers. These products are used to acquire, process and distribute television, data, voice, security, and traffic control signals over fiber optic, copper, and coax cable.

MUL-OFN-V-M-FP-4-M

Description: Advanced optical AGC circuit design, with the input optical power range of up to -6 ~ +2dBm.RF operating bandwidth of 1GHz, with the highest output level of +48dBmV. The architecture uses an embedded modular design making it easy to maintain, replace, and upgrade. Replaces MUL-OFN-1000-4.

MUL-OFN-V-M-FP-4-M Data Sheet

MUL-MN-V-TR-HP

Description: Uses an advanced optical AGC circuit design, with an optical AGC control range of: +2dBm ~ -9/-8/-7/-6/-5/-4dBm adjustable. Forward operating frequency up to 1GHz, RF amplifier uses a high performance low power consumption GaAs amplifier, maximum output level up to 112dBμV (52dBmV).EQ and ATT both use an advanced electric control circuit for setting the operating parameters, making the settings more accurate and convenient. Replaces MUL-MN-HFC-1000R.

MUL-MN-V-TR-HP Data Sheet

MUL-MN-V-RFOG-ONU–RFOG

Description: The laser control circuit uses advanced circuit design, ensuring reliable and stable operation. Provides excellent AGC characteristics – when the input optical power range is within -7 ~ +2dBm, the RF output level remains unchanged. Optimized circuit design using the SMT production process optimizes the entire signal path, making the optical signal transmission more stable. Professional RF attenuator circuit ensures excellent linear attenuation. GaAs amplifier device provides low distortion and high reliability. Aluminum die casting for efficient cooling and stable performance.

MUL-MN-V-RFOG-ONU Data Sheet

MUL-MN-V-TR

Description: The laser control circuit uses advanced circuit design, insuring reliable and stable operation. Provides excellent AGC characteristics, when the input optical power range is within -7～+2dBm, the RF output level remains unchanged, CTB and CSO basically remain unchanged. Optimized circuit design, SMT production process, optimizing the entire signal path, makes the optical signal transmission more stable, RF linear indicators higher. Professional RF attenuator circuit, with good linear attenuation and high precision GaAs amplifier device, with good index, low distortion, and high reliability. Aluminum die casting for efficient cooling, and reliable, stable performance. Replaces MUL-MN-1000D-5/42

MUL-MN-V-TR Data Sheet

MUL-MN-V-R

Description: 12VDC power supplyMini size, easy to install. Operating frequency up to 1GHz.. RF amplifier uses a high performance low power consumption GaAs amplifier.

MUL-MN-V-R Data Sheet

MUL-OFN-V-M-FP-4-M

Description: Advanced optical AGC circuit design, with the input optical power range of up to -6 ~ +2dBm.RF operating bandwidth of 1GHz, with the highest output level of +48dBmV. The architecture uses an embedded modular design making it easy to maintain, replace, and upgrade. Replaces MUL-OFN-1000-4.

MUL-OFN-V-M-FP-4-M Data Sheet

Force 2792, 2792P-TP-1310SC, transport Emcore, 2792P-RB-SC, 2792P-TP-1310SC, 2792P-RB-SC, 2792P-RB-SC, BASEBAND Milltary10-18GHz 12-18GHz, 10-22GHz, 12-40Ghz BROADBAND - FULL Frequency DC-95Ghz SCAPC SIBT-S3A-210 Transmitter 5-250Mhz +3db  SIBR-S4A-210 Receiver 5-250 RMDA-860 Amp 15db 47-860 FIBT-S3A-814A 45-860Mhz +14dB - AL5T-11-1610-2 AL 1610nm - AL5R-1-0-0-5-N - Receiver MP 5L w/ cwdm SCAPC EMCORE – 950-2300MHZ, FORCE and Emcore, FORCE EMCORE, 1490,1510,1530 and 1550 4 colors of light, FoxCom, CWDM lasers, HDSSag20, Trunk Amp 40 dB , Force 2804-12, 2808R-SFSP, otol-1000-13, otot870-6, FOXCOM, FRRA-S4a-860-43PA, FIBT-s3A-814A, LE-860, FPS-SPL-01-SC-16-001, Emcore Laser Fiber optics, 2792P-TP-1310SC,2792P-RB-SC FPS-SPL-01-SC-16-001 1x16 LTF-2150 terminator SCAPC - FCAPC - Multicom - FCAPC - FCSC Developed from field-tested designs that meet all applicable FCC, ITU and MilSpec standards-Wikipedia In accordance with ISO9001-Wikipedia Optic Transmitters and Receivers. - 1000BASE-SX, 1000BASE-LX/LH, 1000BASE-EX, 1000BASE-ZX, or 1000BASE-BX10-D/U