Slide 1: Corning optical fiber
Corning optical fiber Compared to one copper pair, a strand of optical fiber delivers increased bandwidth with: 84 Lower % carbon Keeping the world connected in the most sustainable way footprint 1 Compared to copper, optical fiber % Lower 54 Cradle-to-gate comparison of optical fiber vs. twisted co
Slide 2: SMF-28 Contour and ClearCurve multimode optical fiber
SMF-28® Contour optical fiber SMF-28® Contour optical fiber combines a low 190 µm outer diameter with improved bend resilience for smaller, lighter, easier to install cable solutions with up to 60% lower carbon footprint 1. ClearCurve® multimode optical fiber ClearCurve multimode fiber is the best t
Slide 3: Corning optical cable
Corning optical cable MiniXtend® cable with Flow Ribbon Technology containing 190 µm OD SMF-28® Contour fiber delivers: Lower 60 % carbon footprint LCA conducted in accordance with ISO 14040 & 14044 standards, reviewed by 3rd party 21.3mm ~57% 9.1mm Designing for sustainability Smaller, denser, & li
Slide 4: MiniXtend cable with Flow Ribbon Technology
MiniXtend® cable with Flow Ribbon Technology Cradle-to-grave impact of 1km of 288F cable Replacing 1 km of 288F FREEDM® UltraRibbonTM 3,000 cable with 288F MiniXtendⓇ Ribbon Cable-200 saves 2,500 the carbon footprint equivalent to 6,250 km driven GWP [kg CO2 eq.] 2,536 2,000 by an average passenger
Slide 5: MiniXtend cables and ALTOS HD cable
MiniXtend® cables MiniXtend HD cable (12-72F) delivers a 17% reduction in cable diameter compared to standard MiniXtend cable, increasing fiber density by 44% with up to 20% lower carbon footprint. MiniXtend XD cable delivers a 15% reduction in cable diameter compared to MiniXtend HD cable to maximi
Slide 6: Corning data center solutions
Corning data center solutions EDGETM Distribution System minimizes hardware materials and consolidates patch cords to deliver: EDGETM Rapid Connect eliminates field Lower 55 % splicing & multiple cable pulls to deliver: carbon footprint Compared to legacy solutions. LCA conducted in accordance with
Slide 7: Configured Rack, EDGE and EDGE8 packaging
Corning Configured Rack Reduces packaging materials up to 53% per rack, minimizing waste while maximizing shipping efficiencies to deliver 24 racks per full truck load. EDGETM & EDGE8® Preloaded housings reduce packaging material per 4U by up to 50%, minimizing waste while enabling up to 75% more pr
Slide 8: Corning carrier network solutions
Corning carrier network solutions Evolv® FlexNapTM with Multifiber PushlokTM Technology decreases required duct size to deliver: Lower 50 % carbon footprint 1 Based on duct material reduction from 2” to 1.25” Designing for sustainability Customized and smaller form factor architecture for simplified