DIMIONE Systems

Discover unmatched sensitivity and reliability with Fibercore’s 50µm single mode fiber for acoustic sensing in sonar systems! 👉 Size and Sensitivity Ultra-thin fibers maximize sensitivity and fit more fiber in a compact package. 👉 High Numerical Aperture (NA) The high NA ensures resistance to bend-induced loss and microbending, two fundamental loss mechanisms in optical fibers. 👉 Enhanced Reliability The reduced fiber diameter minimizes bend stress, leading to increased fiber reliability. These fibers can be deployed in tight coils for many years without failure, ensuring long-term performance in demanding applications. 👉 Temperature Performance Standard acrylate version is suitable for use up to 85°C, while our polyimide version can withstand temperatures up to 300°C : our fibers perform exceptionally in diverse conditions. 👉 Conclusion Fibercore’s 50 µm single mode fibers offer unparalleled benefits for acoustic sensing in sonar systems. Choose our 50 µm fibers for your next acoustic sensing application and experience the difference in performance and reliability. Learn more : contact@dimione.com #SpecialtyFiber #AcousticSensing #SonarSystems #FiberOptics #photonics #opticalfibers

New Longer-Range OBR for Data Centers! The new Luna Innovations OBR 6235 brings ultra-high resolution analysis of distributed loss and latency measurements to data centers with longer measurement range in a portable, easy-to-use system. The OBR 6235 extends the measurement length of the portable OBR family out to 500 m, making it ideal for rack-to-rack connections and other intra-data center links. The OBR 6235 is portable, battery-powered, features an intuitive touchscreen user interface and delivers the high-resolution sensitivity of Luna’s OBR platform. The OBR 6235 analyzes distributed loss along the length of a fiber optic link, with tools to measure return loss (RL) and insertion loss (IL) at any location, enabling fast and precise troubleshooting. With sampling resolution that far exceeds what’s available with traditional OTDR instruments, the OBR 6235 is ideal for measuring and certifying the optical latency, or length, in a network with extremely high precision. At 500 m, the OBR analyzes networks with a 1 mm sampling resolution. The resolution increases to 0.2 mm for 100 m measurements. More info : https://lnkd.in/d2JKb49 contact@dimione.com #datacenter #datastorage #testandmeasurement #opticalfiber #fibreoptique #fiber #engineering #photonics #innovation #technology

OPTICAL MODULES & SUBASSEMBLIES FOR PHOTONICS-BASED QUANTUM COMPUTING    Quantum computing operates on the principles of quantum mechanics, utilizing qubits instead of classical bits. Unlike bits, which are binary, qubits can exist in multiple states simultaneously, a phenomenon known as superposition. This, coupled with entanglement, another quantum feature, allows quantum computers to process vast amounts of data at speeds unattainable by traditional computers.   For interferometric quantum systems, LUNA Innovations can build electrically driven polarization / phase stabilized optical subassemblies to do the following functions : ◼️ Polarization Control/Track ◼️ Fast Phase Detuning/Control ◼️ Slow Phase Drift Adjustment ◼️ Quantum Memory with Controlled Delay/Length   Last day to ask for a demo during #SPIE #PhotonicsWest to our expert Wajih Daab ◼️ San Francisco, The Moscone Center, 747 Howard St ◼️ Booth #5435 General Photonics #Latency #QuantumTechnology #PhotonCounting #QuantumCryptography #QuantumCommunication #QuantumComputing

LAST DAY TO VISIT LUNA Innovations' WORLD CLASS QUANTUM PHOTONICS COMPONENTS & INSTRUMENTS 👉 Latency / length test 👉 Polarization emulation for 800G coherent detection systems 👉 Quantum Comm / Quantum Key Distribution (QKD) 👉 Optical modules & subassemblies for phonics-based quantum computing Ask for a demo during #SPIE #PhotonicsWest to our expert Wajih Daab ◼️ San Francisco, The Moscone Center ◼️ Booth #5435 LUNA / General Photonics #Latency #PhotonicsWest2025 #QuantumTechnology #PhotonCounting #QuantumCryptography #QuantumCommunication #QuantumComputing

POLARIZATION TESTING OF COHERENT RECEIVERS The coherent detection technique together with advanced modulation formats, polarization multiplexing, high-speed digital signal processing (DSP) circuits and sophisticated algorithms are the key enablers for the optical communication systems operating at 100 Gb/s and beyond. Because coherent detection retains the phase, amplitude, and polarization information of the signal, such systems are able to handle the polarization demultiplexing in the electrical domain using high-speed DSP circuitry and algorithms. In addition, linear and nonlinear impairments can be compensated without the knowledge of the transmission line. LUNA Innovations has a complete polarization impairment testing suite to stress and characterize the polarization performance of coherent receivers. Coherent detection systems generally perform the following polarization related functions : 🔷 Polarization Tracking and Demultiplexing 🔷 Polarization Mode Dispersion Compensation (PMDC) 🔷 Polarization Dependent Loss Compensation or Mitigation (PDLC/M) Typical polarization-related tests, include: 🔷 SOP Tracking Speed and Recovery Time 🔷 SOP Orthogonality 🔷 PMD Tracking Speed and Recovery Time 🔷 PMD Tolerance Range 🔷 PDL Tracking Speed and Recovery Time 🔷 PDL Tolerance Range VISIT LUNA Innovations WORLD CLASS PHOTONICS COMPONENTS & INSTRUMENTS during #SPIE #PhotonicsWest ◼️ San Francisco, The Moscone Center ◼️ Booth #5435 RIO Lasers, now part of Luna #Coherent #photonics #PhotonicsWest2025 #QuantumTechnology #PhotonCounting #QuantumComputing #Polarization

LATEST FUSION SPLICING TECHNOLOGIES FROM FITEL Today, Akio TANABE will be speaking at #SPIE #PhotonicsWest in San Francisco and he will present the latest Fusion Splicing Technologies from Fitel - A Furukawa Brand which support innovation of Fiber Optics. Fusion Splicing is an established technology for joining Optical Fibers together. Now that Optical Fiber designs have evolved structures different from the standard optical fibers, such as Multicore Fiber (MCF) or Hollow Core Fiber (HCF) for Telecommunications or Tapered Fiber and Ultra-Thin Fiber for other applications. Naturally, connecting Optical Fibers with such diverse special structures is not possible using conventional fusion splicing technology alone, and requires the supplementary application of new techniques. The new techniques of fiber alignment and the special heating and fiber melting methods will be discussed in detail during the session. 👉 Come and hear our talk about the latest advancements from FITEL : 👉 When : on 29 January 2025 • 2:40 PM - 3:10 PM PST 👉 Where : Moscone South, Room 302 (Level 3) #RingOfFire #photonics #opticalfibers #multicoresfiber #fiberoptics #specialtyfibers

VISIT LUNA Innovations’s WORLD CLASS QUANTUM PHOTONICS COMPONENTS & INSTRUMENTS Ask for a demo during #SPIE #PhotonicsWest ◼️ San Francisco, The Moscone Center ◼️ Booth #5435 RIO Lasers, now part of Luna General Photonics #photonics #PhotonicsWest2025 #QuantumTechnology #PhotonCounting #quantumcryptography #quantumcommunication #quantumComputing

Dès demain, visitez le stand #4947 3SAE Technologies, Inc. / Northlab Photonics AB / FITEL lors de #SPIE #PhotonicsWest Lieu : San Francisco, Moscone Center Date : du 28 au 30 janvier 2025 UNE GAMME COMPLETE DE DENUDEUSES, CLIVEUSES, SOUDEUSES & OUTILS POUR FIBRES OPTIQUES 👉 Que vos fibres soient classiques ou exotiques (SM, PM, DCF, HCF, PCF, MCF, EDF, ARF, LDF...) 👉 Que vous ayez des capillaires, des End-Caps, des combineurs (de 70um à 2.5mm de diamètre) 👉 N'hésitez pas à poser des questions et à demander une démonstration sur le stand #RingOfFire #photonics #opticalfibers #multicoresfiber #fiberoptics #specialtyfibers