Optics & Photonics

Fiber Distribution Panel boosts datacenter/office speed, efficacy.

July 29, 2015

QRapid incorporates Quareo physical layer management technology comprising connection point identification (CPID) for real-time visibility to network add-ons, moves, and changes. Used in central office fiber deployments, this 1 RU, 48-port or 3 RU, 144-port, rack-mountable panel features RapidReel fiber cable spool and electronics. Functionality enables user to know, in real-time, whether each front port of panel is connected and to what other equipment and port it is connected. Read More

Optics & Photonics

Fiber Recoaters feature automatic operation.

January 12, 2015

Consisting of programmable resin injection quantity and colored/non-colored fiber recoating capability, Models FSR-05, FSR-06, and FSR-07 feature exchangeable molds for common coating sizes, including 196, 255, 280, 450, 670, and 1,000 µm. Model FSR-05 is designed without proof tester, while Model FSR-06 includes proof tester with linear clamping system, and Model FSR-07 incorporates mandrel proof tester. All include PC interface via USB. Read More

Communication Systems & Equipment, Optics & Photonics

Fiber Optic Assemblies offer hermetic, feed-through versions.

October 10, 2013

Hermetically sealed assemblies and bulkhead feed-throughs are available in ARINC 801 circular connector format for fiber optic interconnects. Designed for aerospace applications requiring optimal environmental and pressure sealing, fiber optic assemblies can achieve sealing rates in excess of 1 x 10-5 He/sec. Versions are available in all standard shell size/insert arrangements for multi-mode (50/125 µm and 62.5/125 µm) and single-mode optical fiber. Read More

Optics & Photonics, Test & Measuring Instruments

Scalable Fiber Optic Simulator features removable modules.

August 27, 2012

User-configurable for applications such as physical network emulation and equipment certification, Fiber Lab Flex(TM) Optical Fiber Testing Platform consists of one 19 in. rack mountable instrument that accepts up to 10 removable modules. Each module can be filled with up to 10 km of any fiber type or brand and supplied with any standard connector. This allows for mixing of different lengths while yielding repeatable results. Fully loaded module weighs 4.75 lb and measures 9.5 x 1.5 x 11 in. Read More

Labels, Tags, Signage & Equipment, Optics & Photonics

Fiber Laser Marking System features 10 W laser.

March 9, 2010

Model TF410 features 1.06 μm laser light source housed in separate control unit, which can be mounted in 19 in. rack and incorporates 1.06 μm laser light source and buffer memory. Light beam is conducted to system's marking head by optical fiber. Product includes T700W marking program that manages traceability data, links with production databases, and allows for logo marking. Included software also offers materials libraries and log file generation. Read More

Electrical Equipment & Systems, Optics & Photonics

Feedthrough System providess high-density solution.

January 13, 2003

Single-Mode OGI Multi-Fiber panel-mount and backplane feedthrough system includes multi-fiber cable assemblies, multi-fiber fan-out assemblies, panel-mount couplings, daughter-card couplings and backplane couplings. Panel-mount couplings come in single- and 4-port versions. Backplane blind-mate quad couplings hold 4 OGI connectors, each of which houses 8- or 12-fiber MT ferrules in ½ in. interface. Cable Assemblies are available in 8- and 12-fiber cables. Read More

Electrical Equipment & Systems, Optics & Photonics

Fiber Pigtails cut manufacturing costs.

April 22, 2002

Fiber pigtails allow solder to be reflowed multiple times for optimal fiber alignment, without solder pull strength or metallization degradation. Assemblies improve performance of edge emitting devices by increasing light coupling efficiency with wedge fiber lens and AR coatings. By using components on single-mode and polarization maintaining fibers, users can improve performance of pump laser modules, external modulators, and many other optical devices. Read More

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