DAFFI SF Interferometer for Single-Fiber Connectors

Designed for Production Environment; Manual or Autofocus; Field of View 0.7 x 0.5 mm; Measurement Speed 0.5 s; Output USB 2.0; Connector Type LC, SC, SMA Data-Pixel’s 3D SCOPE-V2 series of interferometers for single-fiber connectors have been specifically designed for use in a production environment. These interferometers are robust, compact and easy to use tools that bring speed and precision to operators. 3D SCOPE-V2 interferometers are available in two versions with manual focus or autofocus. The 3D Scope-V2 interferometers support Data-Pixel’s BLINK software platform (included). Non-compressed, real-time and high-quality images are transferred from the hardware to the software via a USB 2.0 link in addition to the automation and control commands. 3D SCOPE-V2 interferometers are compatible with Data-Pixel’s SUPERVISOR software, a MES style software which is in charge of the execution, management and monitoring of the production in an assembly workshop for fiber optic connectors. Its role is to supervise machines and help operators with complete traceability of the manufacturing information. The 3D SCOPE-V2 interferometers are fully compliant with industry standards. Key Features: Measurement of PC and APC Connectors, Ferrules and Bare Fibers Lightning Speed Measurement Cycle (0.5 s) PASS/FAIL Result Visual Feedback Via Front Panel Start-button LED Color Integrated PC/APC Tilt Stage, no APEX Re-calibration Required True Phase-shifting Interferometers Vibration Insensitive Autofocus Option Compliance with Industry Standards for Interferometer Measurements Intuitive BLINK Software With Data-base Connectivity Measurement Report in HTML Format Compatible With Desktop PC, Laptop, Tablet PC Applications: Measuring End-face Geometry of Single-Fiber Connectors

Cost Effective; Field of View 3.3 x 2.7, 5.6 x 3.0 mm; Measurement Speed <5 s (+ calcul.); Output USB 3.0, 2.0; Connector Type MT 12/24, MT 16/32 (Male, Female, Ferrule), MPO 12/24, MPO 16/32 With DAFFI MT, Data-Pixel has developed a series of cost effective interferometers for multi-fiber connectors, suitable for high volume production without compromising accuracy or performance. Two versions are available, supporting MT-12 (DAFFI MT12) or MT-16 (DAFFI MT16) multi-fiber connectors. Based on Data-Pixel’s extensive interferometer manufacturing experience, the supplier designed the DAFFI MT interferometers to be robust, fast and accurate in order to meet all requirements of manufacturing or laboratory environments. With Data-Pixel’s BLINK software platform (included), DAFFI MT interferometers are able to measure the end face geometry on multi-fiber connectors and ferrules. The DAFFI MT interferometer accessories (flange and adapters) are fully compatible with the DAFFI SF, DAISI V3, DAISI MT FP and DAISI MT-V3 interferometers, allowing the user to limit the costs of the 3D geometry measurement units. DAFFI MT interferometers are compatible with Data-Pixel’s SUPERVISOR software, a MES style software which is in charge of the execution, management and monitoring of the production in an assembly workshop for fiber optic connectors. Its role is to supervise machines and help operators with complete traceability of the manufacturing information. Key Features: Measures PC APC Connectors and Ferrules True Phase-shifting Interferometer Non-contact Measurement Smart Autofocus, Focus Only When Required Automatic Calibration of Reference Mirror Supports MT-16 and MT-12 (DAFFI MT16 or DAFFI MT12) Vibration Insensitive Easy and Fast Switching From PC to APC, no Change of Fiber Holder Required Compliance with Industry Standards for Interferometer Measurements Intuitive BLINK Software With Data-base Connectivity Compatible with Desktop PC, Laptop, Tablet PC Applications: Measuring End-face Geometry of Multi-Fiber Connectors

Microscope (x 400) Included; Field of View 0.7 x 0.5 mm; Measurement Speed 1 s; Output USB 2.0; Connector Type LC, PC, MU, SC, FC, SMA, E2000 Data-Pixel’s DAISI MT FP interferometer for multi-fiber connectors combines the DAISI MT-V3 series interferometer with the new “Floating Pastille” fixture technology from Data-Pixel (patent pending). This major technological breakthrough for multi-fiber connector fixtures is perfectly suited for highly accurate X/Y endface angle measurements. With the Floating Pastille fixtures, measurement results are completely independent from the influence of the fiber optic cables and the operator. Floating Pastille is perfectly suitable for the inspection of connectors mounted with heavy cables. With the help of the Floating Pastille, the DAISI MT-V3 is now easier to operate, without compromising any of its existing features like accuracy of measurements, reproducibility, speed or robustness. No calibration is now required, as it is factory set, per fixture, by Data-Pixel. With Data-Pixel’s BLINK software (included), operators have the easiest way to produce customised control reports. The DAISI MT FP interferometer is compatible with Data-Pixel’s SUPERVISOR software, a MES style software which is in charge of the execution, management and monitoring of the production in an assembly workshop for fiber optic connectors. Its role is to supervise machines and help operators with complete traceability of the manufacturing information. Key Features: Combined White-Light and Red-Light Phase-shifting Interferometer for Precise Tip Radius and Core-dip Measurement Fast Autofocus That Simplifies Operator’s Handling Very High Accuracy and Reproducibility for Small X/Y Angles Measurements Suitable for Field Heavy Cables, Standard Small Cables MTP/MPO Connectors and Pigtails With MT Ferrules No Calibration Required Floating Pastille Flange is Compatible With Existing DAISI MT Units Closed-loop High Precision 30 µm Z-Scan Vibration Insensitive High Resolution Optics and Camera for a Better Resolution Large Field of View Able to Scan up to 96 Fibers Applications: Measuring End-face Geometry of Multi-Fiber Connector

Designed for Production and Field; Field of View 5.6 x 3.0 mm; Measurement Speed <5 s (MT12); Output USB 3.0, 2.0; Connector Type MT 12/24, MT 16/32 (Male, Female, Ferrule), MPO 12/24, MPO 16/32 Data-Pixel’s DAISI MT-V3 interferometer for multi-fiber connectors is the industry reference for MT product measurements, based on the same design philosophy that made the DAISI series of interferometers a success. The DAISI MT-V3 interferometer has been designed for use in production and field applications. Recently, the measurement speed has been largely optimized. Measurement plus calculation time is now better than 5 seconds for MT-12 based connectors. With Data-Pixel’s BLINK software platform, DAISI MT-V3 interferometers are able to measure end face geometry on single-fiber or multi-fiber connectors or ferrules. The BLINK software platform is the easiest way to produce customised control reports. DAISI MT-V3 interferometers are compatible with Data-Pixel’s SUPERVISOR software, a MES style software which is in charge of the execution, management and monitoring of the production in an assembly workshop for fiber optic connectors. Its role is to supervise machines and help operators with complete traceability of the manufacturing information. Key Features: Measurement of PC and APC Connectors, Ferrules Suitable for Multi-fiber (MT, MPO, MT-RJ,…) and Single-fiber (2.50mm, 1.25mm,…) True Phase-shifting Interferometer Non-contact Measurement Smart Autofocus, Only Focus When Required Automatic Calibration of Reference Mirror Supports MT-16 and MT-12 Based Connectors Vibration Insensitive Easy and Fast Switching From PC to APC, No Change of Fiber Holder Required Compliance With Industry Standards for Interferometer Measurements Intuitive BLINK Software With Data-base Connectivity Compatible with Desktop PC, Laptop, Tablet PC Applications: Measuring End-face Geometry of Multi-Fiber and Single-Fiber Connectors

Microscope (x 400) Included; Field of View 0.7 x 0.5 mm; Measurement Speed 1 s; Output USB 2.0; Connector Type LC, PC, MU, SC, FC, SMA, E2000 Data-Pixel’s DAISI V3 interferometer for single-fiber connectors provides the ultimate production solution for measuring end-face geometry on single-fiber connectors, equipped with a revolutionary “no-exterior-moving-parts” mechanical design. The unit combines a x400 microscope and an interferometer in order to control connectors after polishing in a very short time. With Data-Pixel’s BLINK software (included), operators have the easiest way to produce customised control reports. DAISI V3 interferometers are compatible with Data-Pixel’s SUPERVISOR software, a MES style software which is in charge of the execution, management and monitoring of the production in an assembly workshop for fiber optic connectors. Its role is to supervise machines and help operators with complete traceability of the manufacturing information. The DAISI-V3 interferometer is fully compatible with industry measurement standards. Key Features: Testing of PC/APC Connectors and Ferrules from 1 to 64 Fibers Ultra-fast Measurement Time Automatic Pass/Fail Defect Analysis Automatic Focus Adjustment High Resolution Optics With a Defect Size Detection of 0.5 μm Compliance with IEC Standards 61300-3-35 Real-time Full Connector Endface View Intuitive BLINK Software Compatible With Desktop PC, Laptop, Tablet PC Applications: Measuring End-face Geometry and Surface Inspection for Single-Fiber Connectors

1064, 1310, 1550 nm; Modulator Constant 0.8-2.5 rad/V; Maximum Voltage Range ±500 V; Fiber Type HI-1060, SMF28e+; Connector Type FC/APC Optiphase, a leading supplier of ultra-high-performance interferometric systems, offers MFI Michelson and MZI Mach-Zehnder fiber interferometers for use in precision test and measurement instrumentation as well as fiber sensing systems. These interferometers are driven by Optiphase’s own PZ1 low-profile fiber stretcher with enhanced modulation, through a front panel BNC connector. MFI Michelson and MZI Mach-Zehnder interferometers are available in wavelengths from 1064 to 1550 nm. Each interferometer has a “zero meter” path mismatch which provides flexibility to change the delay length to match varying test applications. The standard length shipped is 50 m. Optiphase also builds custom interferometers on request, please contact AMS Technologies and let us know of your specific requirements. Key Features: Operating Wavelength: 1064, 1310 , 1550 nm Modulation, Modulator Constant: 0.8 to 2.5 rad/V Maximum Voltage Range: ±500 V (Off Resonance, 1,000 V Peak-to-Peak) Modulator Interface: BNC Path Mismatch (Without Delay): 0 m ±10 cm Fiber Type: HI-1060, SMF28e+ Optical Interface, Connector Type: FC/APC Optical Power Limit: 250, 500 mW Delay Coil Length Range: 0.5 to 1,000 m, 50 m Standard Dimensions: 10.2”L X 6.3”W X 3.5H Applications: Laser Phase/Frequency Noise Testing; Interferometric Sensor Simulation; Path Imbalance Interferometer; Precision Test & Measurement Instrumentation; Fiber Sensing Systems

1060, 1310, 1550 nm; Wavelength Range ±70 nm; FSR 10-100 GHz; Detector Responsivity >0.8 A/W; Connector Type FC/APC, FC/PC, Specify General Photonics’ MZI-001 is a fiber pigtailed Mach-Zehnder free space interferometer that detects changes in optical frequency. The device comes with two high-speed photodetectors for the balanced detection of the two complementary outputs of the interferometer. The free spectral range (FSR) or zero-cross spacing of the device is defined to within 1. The FSR is user-defined between 10 GHz and 100 GHz. The MZI-001 interferometer’s free-space optical design eliminates polarization sensitivity. Key Features: Accurate Free Spectral Range (FSR): 10 to 100 GHz, User Selectable FSR Tolerance: 2% Center Wavelength: 1060, 1310, 1550 nm Wavelength Range: ±70 nm Detector Responsivity: >0.8 A/W Detector Rise/Fall Time: 0.3 ns With 50 Ω Load Detector Capacitance: 0.7 pF Temperature Stable Polarization Insensitive Fine Optical Frequency Spacing Balanced Photodetectors Return Loss (RL): 55 dB Polarization Dependent Loss (DPL): <0.5 dB Input Fiber: SMF-28 or HI1060 Fiber With 900 µm Buffer Optical Connectors: FC/APC, FC/PC, Specify Compact Size: 53.6 x 28 x 9.4 mm Applications: Determining Instantaneous Wavelength of Swept Source; Clocking Optical Coherence Tomography (OCT) Platforms; Detecting Drift in Fiber Sensor Systems; Detecting Drift of Lasers in Coherent Detection Systems; Spectrum Analysis

For Fiber Holders or Connectors; Fiber Cladding/End Face Diameter 125-270 µm; FOV ~800 µm; Sensor CMOS Monochrome; Resolution 2560x1920; Interface & Power Supply USB 3.0 NorthLab´s ProView LD™ series are highly advanced interferometers for precise measurement and inspection of fiber end faces with cladding diameters from 125 to 720 μm. These interferometers are specifically designed for production lines where a simple, fast and very accurate end face inspection is required. The ProView LD series is also well suited for R&D environments and for fiber cleaver or connector maintenance purposes. ProView LD interferometers are available in two variants for either fiber holders or connectors. ProView LD for fiber holders has a unique fiber clamping mechanism which can accommodate standard fiber holders from Fitel or Fujikura but also allows the use of bare fibers. This ProView LD model is delivered with a universal sized v-groove clamp assembly, while the ProView LD for connectors is delivered with a pre-mounted standard SMA, FC/PC, ST/PC or LD80 connector holder. Custom made clamps or adapters can be offered on request. In many cases an interferometric fringe pattern can be very complicated to analyze and understand. For ease of use and optimal inspection speed the ProView LD interferometers includes highly advanced and fully automatic functions for 2D and 3D topographic analyses of the end face surface. The software automatically indicates the angle, flatness and slope direction (radius and angle for the connector version) of the end face. To simplify the inspection process even further the ProView LD series can be set to a “Pass/Fail” mode. This function allows the operator to simply determine the end face quality via color codes on the image. In addition to cleave angle or radius and angle inspection, ProView LD interferometers can also be used to measure several other properties such as fiber diameters and distance between defined points etc. The ProView LD series has a compact design which makes it ideal for a production bench and to be used side-by-side with fusion splicers, cleavers, polishing stations, ultrasonic cleaners and other preparation tools. ProView LD interferometers are connected and powered via an USB 3.0 cable and hosted by an external PC (not included). Key Features: Two Variants for Fiber Holders or Connectors Fiber Cladding or End Face Diameters: 125 to 720 μm 2D and 3D Topography Fringe & Inspection Mode From PC Controller GUI Very Fast Inspection Time With Automatic Angle Estimation Optional Use of Pass/Fail Cleave Angle Indication (Radius and Angle for the Connector Version) Inspection of End-face Properties such as Flatness, Perpendicularity, Hackles and Contamination Grab and Save 2D and 3D Images and Cleave/Connector Data Field of View (FOV): ~800 µm Sensor: CMOS Monochrome Resolution: 2560 x 1920 Interface and Power Supply: USB 3.0 Application: Interferometric Inspection of Fiber End Faces with Diameters of 125 to 720 µm

For Fiber Holders or Connectors; Fiber Cladding/End Face Diameter 220-1200 µm; FOV ~1300 µm; Sensor CMOS Monochrome; Resolution 2560x1920; Interface & Power Supply USB 3.0 NorthLab´s ProView XD™ series are a highly advanced interferometer for precise measurement and inspection of fiber end faces with cladding diameters from 250 to 1200 μm. The interferometers are specifically designed for production lines where a simple, fast and very accurate end face inspection is required. The ProView XD series are also well suited for R&D environments and for fiber cleaver or connector maintenance purposes. ProView XD interferometers are available in two variants for either fiber holders or connectors. ProView XD for fiber holders has a unique fiber clamping mechanism which can accommodate standard fiber holders from Fitel or Fujikura but also allows the use of bare fibers. This ProView XD model is delivered with a universal sized v-groove clamp assembly, while the ProView XD for connectors is delivered with a pre-mounted standard SMA, FC/PC, ST/PC or LD80 connector holder. Custom made clamps or adapters can be offered on request. In many cases an interferometric fringe pattern can be very complicated to analyze and understand. For ease of use and optimal inspection speed the ProView XD series includes highly advanced and fully automatic functions for 2D and 3D topographic analyses of the end face surface. The software automatically indicates the angle, flatness and slope direction (radius and angle for the connector version) of the end face. To simplify the inspection process even further the ProView XD interferometers can be set to a “Pass/Fail” mode. This function allows the operator to simply determine the end face quality via color codes on the image. In addition to cleave angle or radius and angle inspection, the ProView XD series can also be used to measure several other properties such as fiber diameters and distance between defined points etc. The ProView XD series has a compact design which makes it ideal for a production bench and to be used side-by-side with fusion splicers, cleavers, polishing stations, ultrasonic cleaners and other preparation tools. ProView LD interferometers are connected and powered via an USB 3.0 cable and hosted by an external PC (not included). Key Features: Two Variants for Fiber Holders or Connectors Fiber Cladding or End Face Diameters: 220 to 1200 μm 2D and 3D Topography Fringe & Inspection Mode From PC Controller GUI Very Fast Inspection Time With Automatic Angle Estimation Optional Use of Pass/Fail Cleave Angle Indication (Radius and Angle for the Connector Version) Inspection of End-face Properties such as Flatness, Perpendicularity, Hackles and Contamination Grab and Save 2D and 3D Images and Cleave/Connector Data Field of View (FOV): ~1300 µm Sensor: CMOS Monochrome Resolution: 2560 x 1920 Interface and Power Supply: USB 3.0 Application: Interferometric Inspection of Fiber End Faces with Diameters of 220 to 1200 µm