John Snedeker’s Post

How to make ADSS optical cables? #adssopticalcable,#adss,#asu,#opticalcable.#fiberopticalcables,#opticalfibercable,#outdooraerialopticalcable

$67.00 $ StarTech NLAQ-750-CAT6A-PATCH 7.5m LSZH CAT6a Ethernet Cable - Aqua https://lnkd.in/g7EKN7_c Features: LSZH | 10GbE | 100W PoE++ | Snagless RJ-45 Our shielded Cat6a cables ensure fast and dependable 10 Gigabit network connections by protecting against electromagnetic interference (EMI/RFI) and noise. The result is a fast and safe network. Each cable is tested for up to 500 MHz frequency and is more than suitable for 10GBase-T Ethernet networks. Plus, the RJ45 connectors are both snagless and molded to prevent damage to the connector clips and the cable. This helps to avoid accidental disconnections and decreases in network performance. Available in a variety of lengths and colors, our shielded Cat6a cables help […] #

Fiber verification is the process of testing and verifying the continuity and performance of the fiber optic system after it has been installed. This includes testing, verifying connectors and other hardware used to join the fibers. By performing continuity, attenuation, return loss and insertion loss testing, technicians can identify and correct any issues with the system before they become major problems. #OTDR #PON #FTTH #SmartAutoOTDR

Simple Apparatus rules and assessments govern the use of Antennas in Classified Areas C1/D1, C1/D2 This C1/D2 rated Exe Antenna makes for an easy installation if you radio is in the "Safe Area" https://lnkd.in/gxfs725m

WDM common faults for FO , BO , TAC & 2nd line Teams - wrong logical fiber connection - wrong optical ROADM cross connection configuration - FEC type configuration mismatched between ends - Optical power abnormality ( low or high power ) - cabinet temperature is too high - service interruption and bit errors due to power abnormality - fiber cut , bend , deteriorates ( RLOS & MUT LOS ) - faulty power supply - wrong subnet / IP configuration - unreachable nodes , loss of mangment for NEs & GNE - ECC mangment is overloaded - OSC signal down - NE ID conflict - board faulty - protection faults ( WTR , switching faults ) contact me if you need master WDM OTN practically ( Technology + Equipment + Configuration & Troubleshooting ) #WDM #OTN

L0 , L1 , L2 Traffic flow - L0 is the optical layer - signal in layer 0 is light waves within optical multiplexers and amplifiers - WDM multiplexing occurred within layer 0 - L1 is the electrical layer - this layer where we can multiplex and process OTN and SDH - OTN ( ODU , OTU frames ) , SDH ( virtual container like VC12 and VC-4 frames ) - L2 is the Ethernet and MPLS TP switching layer - in layer 2 we can process Ethernet frames and implement MPLS TP switching - optical layer board like : optical add drop multiplexers optical amplifiers optical attenuators dispersion compensation modules optical supervisory channel spectrum analyzer optical protection boards - electrical layer boards like : packet processing boards tributary board line boards electrical cross connection modules - other types of boards : power fan control board ( SCC , CTU ,.. ) clock processing - types of grooming : 1- electrical layer grooming 2- optical layer grooming - EoO : Ethernet over OTN - universal line board : it's a line board support different types of traffic flows packet , VC , ODU like Ethernet , SDH , OTN

Wonder how IFP uses a single strand of fiber for both send and receive, or why they do it? Or maybe why we use SC connectors instead of the seemingly more prevalent LC connector? Take three minutes to watch this week's Tech Tip Tuesday! https://lnkd.in/gDKQghd6

Why Fiber to the Desk (FTTD) ? OMC TECH's RJ45 Fiber Converter Dongles, with Power over USB and POE, are Plug-n-Play solutions. 1. Security and EMI Immunity: FTTD uses fiber-optic cables to connect workstations directly to the network. Unlike copper cables, fiber does not emit electromagnetic energy (EMI), making it more secure against eavesdropping. 2. Future-Proofing: Fiber can handle high speeds (Gigabit, 10G, or 100G) without frequent upgrades. It keeps pace with increasing network demands. 3. Distance Coverage: Fiber can cover longer distances (1500 feet to several miles) than copper cables. 4. Fewer compatibility issues compared to copper. Please contact sales@omctech.com for more detailed information.

Long Distance Network #LDN FOC #24core G.653D direct buried metallic cut by #MOT it was duel impact multiple rings were opened by TNOC #DWDM #PS2 #1HL #RTN is connected with this #Cable after reaching at repeater site and took the #OTDR traces it was showing fiber cut at 0.867km then reached the #suspected fault point and found cable cut but both ends wasn't #expose enough for splicing after that exposed the both ends with #JCB and prepared the #existing cable checked the continuity from the both ends received in plus + after re-entering the cable into joint #respliced the all 6 tube's then coordinated with #TNOC to confirmed the status as per NOC all #related ring's & alarms have been restored with good optical power values. #ftth #technician #fiberoptics #fibersplicer #ftth #quality

How do optical fibers work? Light travels down a fiber optic cable by bounding off the walls of the cable repeatedly. Each light particle (photon) bounces down the pipe with a mirror-like reflection. The light beam travels down the core of the cable. The core is the middle of the cable and the glass structure! https://lnkd.in/erqMxU2Y #howisfibercableinstalled #installcable #bicsi #bicsieducation