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Submitted URL: https://optoscribe.cnddtid.com/r/94838ff86da5a2f113493e0f5?ct=YTo1OntzOjY6InNvdXJjZSI7YToyOntpOjA7czoxNDoiY2FtcGFpZ24uZXZlbnQiO...
Effective URL: https://www.optoscribe.com/products/fiber-to-siph-coupling-optocplrlt/
Submission: On September 17 via manual from NL — Scanned from DE
Effective URL: https://www.optoscribe.com/products/fiber-to-siph-coupling-optocplrlt/
Submission: On September 17 via manual from NL — Scanned from DE
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Skip to the content Optoscribe Menu * Home * Company * Management Team * Investors * Quality & Environment * Careers * Technology * Technology Overview * Technical Papers * Products * Fiber-to-SiPh Coupling - OptoCplrLT™ * Precision Fiber Alignment Arrays - OptoArray™ * Fiber to Fiber Interconnects * Multicore fiber fanouts – OptoFan™ * Photonic Lanterns - OptoLantern™ * Transceiver Photonic Integration * Optical Sub-Assembly (OSA) Platform * News & Events * Press Releases * Events * Blog * Resources * White Papers * Images * Videos * Contact Us Fiber-to-SiPh Coupling - OptoCplrLT™ A perfect storm of factors is driving data center operators and transceiver manufacturers to search for novel solutions that can address fiber-to-SiPh chip coupling challenges, to enable high-volume automated assembly and to drive down costs. Using a proprietary high-speed laser writing technique, Optoscribe has produced a monolithic glass chip – OptoCplrLT™ – for low-loss coupling to SiPh grating couplers. Optoscribe’s solution uses low-loss light turning curved mirrors formed in the glass, instead of bent fiber arrays, to direct the light to or from the SiPh grating couplers. The curved mirrors simultaneously redirect and focus the light for optimal coupling to and from the Photonic Integrated Circuit (PIC) grating couplers. This prevents the need for bend-tolerant fiber solutions, which are often expensive, challenging and have some significant limitations in size and profile. OptoCplrLT™ has a low-profile interface by design, ~1mm device height and ~1.5mm with cap, which allows compact interface layouts that alleviate packaging constraints. Optoscribe’s solution is also compatible with industry standard materials and processes. For example, the glass chip has a coefficient of thermal expansion matched to the silicon chip, thereby maximising performance. OPTOCPLRLT™ SPECIFICATIONS Parameter Value Notes Operating wavelength 1280nm – 1625nm Insertion loss assembled <0.5dB Number of channels 2, 4, 8 Other channel count configurations are available on request Channel pitch 250μm Other channel pitch configurations are available on request Optical output angle 8 degrees to normal Other angle options are available on request Working distance of focal plane 24μm (SiPh) Other working distances (0 - 30μm+) are available on request OptoCplrLT™ height ~1mm ~1.5mm with cap Glass substrate material BF33 CTE 3.25 ppm/K Fiber type G657.A1 / G652 Dimension Distance (mm) D1 1.4 D2 2.6 D3 0.67 D4 0.515 D5 0.105 D6 1.0 Dg 0.024 ϑ 8° Schematic diagram with typical dimensions For further details, please contact sales@optoscribe.com Download Data Sheet: OptoCplrLT™ Fiber-to-SiPh Coupling View Whitepaper: A NOVEL SOLUTION FOR FIBER-TO-SiPh COUPLING VIEW WHITEPAPER: OptoCplrLT™: OPTIMIZED MECHANICAL INTEGRITY TO PERFORM IN INDUSTRIAL WORKING TEMPERATURE ENVIRONMENTS Products * Fiber-to-SiPh Coupling - OptoCplrLT™ * Precision Fiber Alignment Arrays - OptoArray™ * Fiber to Fiber Interconnects * Multicore fiber fanouts – OptoFan™ * Photonic Lanterns - OptoLantern™ * Transceiver Photonic Integration * Optical Sub-Assembly (OSA) Platform OPTOCPLRLT™ KEY ADVANTAGES • Simple single-stage passive fiber assembly • Uses low-loss light turning curved mirrors which are formed in the glass • Low profile interface; ~1mm device height and ~1.5mm with cap, allowing compact interface layouts that alleviate packaging constraints • Replaces difficult to assemble and expensive bent fiber arrays 1. Home 2. Products 3. Fiber-to-SiPh Coupling - OptoCplrLT™ Quick links * Home * Company * Technology * Products * News & Events * Resources * Contact Us Optoscribe Rosebank Technology Park Rosebank Road Livingston EH54 7EJ United Kingdom Tel. +44 (0) 1506 536 000 info@optoscribe.com Social pages * twitter * linkedin * youtube * © 2021 * Privacy * Sitemap * Website by Big Think We use cookies to ensure you get the best experience on our website. If you continue without changing your settings, we'll assume that you are happy to receive all cookies on the Optoscribe website. For more information see our privacy policy. Got It!