Amphenol is a technology leader in the design, manufacture and supply of high-performance interconnect systems, sensors and antennas for a broad range of industrial applications. Our core competencies include application-specific industrial interconnect solutions utilizing integrated assemblies. Our primary end applications for industrial include agriculture equipment, alternative and traditional energy generation, batteries and hybrid drive systems, entertainment, factory automation, heavy equipment, instrumentation, internet of things (IoT), LED lighting, marine, medical equipment, oil and gas, power distribution, public safety, rail mass transit, smart manufacturing (IIoT), and transportation.
Amphenol LTW has launched the PUSH PULL version to the NMEA 2000 Connector. With a unique technology patent, the PUSH PULL connector is 100% truly backward compatible with all female M12*1.0 sockets and has audible feedback function【Video: https://youtu.be/01vNTmWleXU?si=kM6tF-yQjnaAl8X7】【Quick Guide: https://amphenolltw.com/down.php?supp_download=101】
SV Microwave’s latest addition to its Non-Magnetic product family introduces high-performance cable assemblies engineered for magnetically sensitive environments. These compact 6" assemblies pair trusted SMA and SMPM interfaces with Ø.047" or Ø.085" flexible cables to deliver low-loss, high-frequency performance in a ready-to-use format. Ideal for applications in quantum computing, test and measurement.
SV Microwave’s non-magnetic RF connectors provide high-performance, reliable solutions for a variety of medical, aerospace and quantum computing applications. Carefully selected non-magnetic materials, plating, and manufacturing techniques have been chosen for this suite of products.
NR & NL has been optimized for small installation space conditions, with double wire connections and compact structure, and with an operating lever for fast connection. Pluggable connection design, easy maintenance.
N-Type connectors are designed to satisfy the need for a durable, weatherproof, medium-size RF connector with consistent performance through 11 GHz. Our N-Type connectors feature threaded coupling mechanisms and are fully interchangeable with N-Type connectors made to the MIL-C-39012 specification. These connectors are used in all systems where excellent RF and mechanical performance is critical.
NZ adopts spring-cage technology, the patented structure design could buffer the impact of lever operation, and the wiring is convenient and fast. There are with jumper slot type and without jumper slot type for your option.
OCP 48V COMPATIBLE POWER CABLE ASSEMBLY FOR OPEN COMPUTE IT GEAR POWER DISTRIBUTION ARCHITECTURE
Amphenol's OCP 48V compliant Barklip® BK150 power cable assemblies are designed to meet OCP V3 IT Gear power distribution architecture standards and provide a convenient method of distributing up to 150A per contact between busbars, cables, and circuit boards.
Amphenol's OCP 48V compliant Barklip® BK500 IO power cable assemblies are designed to meet OCP V3 power distribution architecture standards and provide a convenient method of distributing up to 500A per contact between busbars, cables, and circuit boards. The connector system features two individual power circuits and two newly added secondary chassis grounding contacts.
Designed based on three decades of experience developing power connectors for specific applications. For use in power shelves, servers, or any other aspect of OCP power management. Extended efforts include offering turn-key AC whip cable assemblies to ORV3 specifications.
DESIGNED FOR OCP'S V3 UNIVERSAL INPUT POWER DISTRIBUTION ARCHITECTURE STANDARDS
Amphenol's OCP-compliant AC Input Connectors and Cable Assemblies are designed to meet OCP's V3 Universal Input power distribution architecture standards and provide a convenient method of routing power directly from the busway to the power shelf within the V3 rack.
ACCESSORIES FOR OUTDOOR I/O INTERCONNECT
Accessories to the OCTIS™ I/O connectors and cable assemblies range from dust caps, EMI caps, tubing, and shield-cages to receptacle bulkhead coding with seals. They enhance the usability and protection of the connector system. Also lengths of tubing for fiber cable termination protection can be customized.
OCTIS™ I/O connectors and cable assemblies on a hybrid interface promote bother signal and power transmission over Cat 5e cable in outdoor and harsh environments like Remote Radio Units and small/macro cells. It offers lightning protection, EMI shielding, and is field-installable.
OCTIS offers a range of optical solutions meeting ever increasing bandwidth requirements. SFP version is interoperable with all types of SFP/SFP+ ports and suitable for high data rate applications over long lengths. QSFP version offers enhanced bandwidth (4X SFP/SFP+).
OCTIS™ I/O connectors and cable assemblies using Amphenol's PwrProfile® interface promote high power transmission in outdoor and harsh environments like Remote Radio Units and small/macro cells. It offers lightning protection, EMI shielding, and is field-installable. The transceiver is held outside the telecom box helping to save on board space and bettering the thermal distribution prospects.
OCTIS™ I/O connectors and cable assemblies using the RJ45 standard interface promote Ethernet-friendly signal transmission in outdoor and harsh environments like Remote Radio Units and small/macro cells. It offers lightning protection, EMI shielding, and is field-installable.
OCTIS™ - Signal Connectors and Cable Assemblies (Metral® HDXS)
OCTIS™ I/O connectors and cable assemblies using Amphenol's Metral® HDXS interface promote signal and PoE++ transmission over Cat 5e and 6 cables in outdoor and harsh environments like Broadband Wireless Access. It offers lightning protection, EMI shielding, and is field-installable.
G14 Series OCuLink connectors are internal and external Small Form Factor PCIe connectors and cables optimized for the client and mobile market segments, while suitable for various datacom, consumer, and industrial applications. The OCulink standard, which is 85Ω version, accommodates SAS 4.0 (24Gb/s) and PCIe 4.0 (16Gb/s) signaling needs and enables optical and copper technology to coexist.
OLST Technology (Optimized Local Surface Treatment)
OLST Technology (Optimized Local Surface Treatment) combines the advantages of light metals – low weight, easy workability, etc. – with the advantages of copper, such as corrosion resistance, the property of being soldered, special features for electrical purposes.