Portfolio

48ct loose tube butt splice completed in a Green Hornet G6N terminal to tie in an additional 24ct cable. The 24-fiber buffer tubes required careful separation of the fibers using the binding strings. Fibers were labeled and placed in the splice tray according to project specifications. Upon completion, the terminal was installed aerially using pole-mounted hardware.

Green Hornet G4N terminal installed to support future FTTH service drops within the network. A 24ct loose tube cable with 24-fiber buffer tubes was prepared and spliced in the terminal, requiring careful separation of the fibers using the color coded binding strings. Fibers were routed and spliced according to project specifications. The terminal was installed aerially using pole-mounted hardware.

Re-entry performed on an existing Coyote Pup fiber splice closure to establish a new forward and return fiber path to a newly installed OLT. Work required identifying, accessing, and splicing the appropriate fibers within an active network while maintaining service continuity.

Coyote inline runt enclosure where cable was prepped and fibers were cut and staged for drop crews who will eventually return to install and splice drops. Enclosures were installed on strand using Deltec per project specification without snowshoes.

Re-entry into an existing CommScope 450D enclosure containing multiple cables ranging from 24ct to 144ct with a mix of loose tube and ribbon fiber. Enclosure contained an active MUX and multiple couplers. We re-entered the enclosure to install a jumper cable to a new enclosure for an additional MUX, completing 48 new fusion splices during the process.

New 48-channel MUX installed in a new CommScope 450D enclosure. After completion, the enclosure was installed aerially on strand alongside the existing enclosures.

CommScope 450D enclosure installed to integrate an FTTH OLT and serve as a distribution point within the network. Multiple fiber cable types and counts were prepared and spliced within the enclosure, including both ribbon and loose tube fiber. Ribbon fibers were deribbonized and spliced individually where required. The enclosure incorporated multiple splitter types including one 1x2 splitter, two 1x32 splitters. Additionally two 4-channel muxes were installed for the OLT. Fibers were carefully routed, labeled, and secured within the splice trays according to project specifications. Upon completion, the enclosure was installed within an underground vault.

Mid-sheath entry performed on a 144ct cable and installed in a CommScope 450D enclosure with a 1x16 splitter added into the tray. Loose tube fibers were ribbonized to allow fast and efficient ribbon fusion splicing. Fibers were labeled per project specification and organized within the splice modules. The enclosure was installed aerially using pole-mount hardware with Deltec securing the cables at each corner.

48ct loose tube butt splice completed in a CommScope 450B enclosure to tie in an additional 48ct cable feeding an additional enclosure down the line. Fibers were organized and secured within the splice tray per project specification. Upon completion, the enclosure was installed aerially on strand.

48ct cable and MST's installed in an Apex X2S enclosure with a 1x32 splitter added into the tray. Loose tube fibers were ribbonized to allow fast and efficient ribbon fusion splicing. Fibers were labeled per project specification and organized within the splice modules. The enclosure was installed in an underground vault upon completion.

Mid-sheath entry performed on a 48ct cable and installed in an Apex X2S enclosure. A single splice was completed to tie in an additional cable feeding a splitter further down the line. Fibers were organized within the splice tray per project specification. The enclosure was installed in an underground vault upon completion.

48ct loose tube butt splice completed in an APEX X2S enclosure. Fibers labeled per project specification to identify the fibers spliced within each splice module. Enclosure mounted aerially using pole-mount hardware with Deltec installed to secure the cables.

Re-entry into an existing 3M fiber optic enclosure to create a dark fiber path for a new common fiber to a new MUX in a nearby enclosure. Work required identifying, accessing, and splicing the appropriate fibers within an active network.

Charles FSDC-H terminal installed to support future FTTH service drops within the build. Fibers were properly routed and secured within the enclosure, with splice management completed according to project specifications. The enclosure was installed underground in a ped upon completion.

Charles FSDC-H terminal installed to support future FTTH service drops within the build. Fibers were properly routed and secured within the enclosure, with splice management completed according to project specifications. The enclosure was installed aerially on strand using Deltec per project specification without the use of snowshoes.

Commscope OTE installed to support future FTTH service drops within the build. Fibers were properly routed and secured within the enclosure, with splice management completed according to project specifications. The enclosure was installed aerially on strand using Deltec per project specification without the use of snowshoes.

Mid-sheath entry performed on a 48ct loose tube cable and installed in an Apex X2 enclosure serving as the network meet me point for handoff to the long-haul provider supporting the co-op network. Fibers were spliced and organized within the splice modules, with designated spare fibers coiled through the center of the tray according to project specifications. Upon completion, the enclosure was secured inside an underground vault.

288ct loose tube butt splice completed in an Apex X2 enclosure at a hut-to-field transition point. Fibers were labeled per project specification and organized within the splice modules to clearly identify each splice. The enclosure was installed in an underground vault upon completion.

144ct loose tube butt splice completed in an Apex X2 enclosure at a cabinet-to-field transition point. Fibers were labeled per project specification and organized within the splice modules to clearly identify each splice. The enclosure was installed in an underground vault upon completion.

144ct loose tube butt splice completed in an AFL LG350 enclosure. Fibers labeled per project specification using Sharpie to identify the fibers spliced within each splice module. Enclosure mounted aerially using pole-mount hardware with Deltec installed to secure the cable.

96ct ribbon fiber butt splice completed in a Commscope 450D enclosure. Fibers were labeled per project specification and organized within the splice modules to clearly identify each splice. Upon completion, the enclosure was installed in an underground vault.

Mid-sheath entry performed on a 288ct cable and installed in a CommScope FOSC-600 enclosure with a 1x32 splitter added into the tray. Loose tube fibers were ribbonized to allow fast and efficient ribbon fusion splicing. Fibers were labeled per project specification and organized within the splice modules. The enclosure was installed aerially using pole-mount hardware with Deltec securing the cables.