Amphenol is one of the world’s largest designers, manufacturers and marketers of connectors and interconnect systems, antennas solutions, sensors and high-speed cable. Our connector and connector system solutions include fiber optic interconnect, harsh environment interconnect, high-speed interconnect, power interconnect, power distribution and busbars and radio frequency (RF) interconnect products. Our sensors and sensor-based product solutions include gas and moisture sensors, level sensors, position sensor, pressure sensors, temperature sensors and vibration sensors. Our value-added cable assemblies include cable assemblies and harnesses, cable management products and backplane interconnect systems. Our cable solutions include coaxial cable, power cable and specialty cable. We also provide combiner/splitter products, flexible and rigid printed circuit boards, hinges and molded parts.
CTOS series is a robust optical connector for the rapid deployment of high-speed transmission links under harsh environments. The hermaphroditic mating makes it possible to “daisy chain” cable assemblies without using any interconnect adapters. The specific lens design guarantees a large beam diameter and a low loss connection, less sensitive to dirt and dust.
CTOS is an expanded beam fiber optic connector available in singlemode and multimode. Designed for gloved handling and blind mating in the most extreme conditions, features include up to 4 channels, a hermaphroditic design, a protective window with contactless transmission, and qualification in accordance with NATO/STANAG4290 norms.
Amphenol SOCAPEX CTOS is an expanded beam fiber optic connector available in singlemode and multimode. Designed for gloved handling and blind mating in the most extreme conditions, its features include up to 4 channels, a hermaphroditic design, a protective window with contactless transmission, and qualification in accordance with NATO/STANAG4290 norms.
Amphenol LTW offers a comprehensive range of rugged USB Type-C connectors delivering a high data transmission rate of up to 10 Gbps and superior power charging up to 5A current. Designed in various form factors with multiple termination options make it ideal to fulfill industrial harsh application【Quick Guide: https://amphenolltw.com/down.php?supp_download=111】
The measurement of currents in the power train is essential, e.g. for monitoring and controlling the drive power. We offer current sensors in different versions, with one or more current paths and with or without integrated temperature measurement.
Piher Sensing Systems designs and manufacturers current sensors based on Hall-effect and TMR technology for accurate measurement of currents in automotive battery management and motor control applications.
Piher’s 3-phase precision current sensors improve motor or solenoid control applications and grid monitoring.
Creating value by integrating technologies is one of our core competencies. Leveraging the extraordinary breadth of technology found across the Amphenol portfolio, as well as our strategic sourcing partners, we have unfettered access to the latest developments in design, materials, and manufacturing methodologies of cable assemblies.
Amphenol DC Electronics is a custom cable assembly and wire harness manufacturing company. We specialized in the design, engineering, and manufacturing of complex cable harnesses. We are known for quick and comprehensive customer service as well as consistency in producing products that are manufactured to rigorous quality standards and demanding production schedules.
Custom Design & Development of Ultrasonic Transducers
Piezo Technologies assists customers in designing, developing, manufacturing, assembling, and testing a wide range of custom piezoelectric ultrasonic transducers. We specialize in solving complex ultrasonic transducer challenges and have extensive experience designing and manufacturing high temperature, high pressure, and harsh environment transducers.
Amphenol's Flex Cable Assemblies provide value-added solutions to challenging interconnect problems where a flexible solution is desirable. Amphenol flex cables can be engineered to use any mezzanine connector in the Amphenol portfolio to meet unique signal integrity, mechanical, power, and environmental requirements.Amphenol flex cables are qualified in a wide range of commercial and military...
Piezo Technologies specializes in designing, modeling, and developing hemispherical and spherical piezoelectric ceramic sensing elements for customers who range from prime defense contractors to naval labs and advanced marine research teams. Some require only the ceramic, custom-shaped to exacting frequency, sensitivity, and depth specifications. Others ask us to build the entire transducer.
Positronic stands alone in our ability and desire to provide custom connectors. From basic modifications to clean-sheet designs, we are experts in the design and development of custom solutions.
Besides our standard products Amphenol Precision Optics develops and manufactures components upon customers' specifications. The highest precision mechanical production and a high level of vertical integration enable the realization of customer-specific connectors and special designs such as FSMA connectors with special bore for laser and medical applications.
Amphenol offers high-performance injection-molded cable assemblies (PVC, TPU, LSZH, and Polyurethane). Amphenol performs potting and encapsulation with MIL-M 24041 epoxies. Our mold library supports most Amphenol and Mil-Spec connectors. With vast adhesion studies made on new plating materials, superior over-molding is achieved.
Piezo Technologies’ custom piezoceramic composites offer improved and tunable acoustic matching, higher bandwidth, and faster ringdown characteristics, compared to traditional piezoceramics. Applications include underwater sonar, handheld sonar, underwater buried object detection, and NDT. We can provide custom sensing elements as well as complete build-to-spec ultrasonic transducers.
Piezo Technologies produces advanced piezoelectric ceramics for use in ultrasonic transducers. Our wide range of high quality piezoelectric ceramic materials includes modified Lead Zirconate Titanate, both hard PZT and soft PZT, including Navy Type PZT materials (Navy I PZT-4, Navy II PZT-5A, Navy III PZT-8, Navy V PZT-5J, and Navy VI PZT-5H).
Piezo Technologies produces high performance piezo ceramic elements for high temperature, high pressure, high vibration, and harsh environments. Customers range from naval laboratories to medical device manufacturers and oilfield equipment manufacturers. Some require only a ceramic, custom-shaped to exacting frequency and sensitivity specifications. Others contract the entire transducer.
Since 1945, EBY Electro has been the go-to for custom wire connectors, building a legacy of excellence and service. Our expert team is with you every step of the way, from innovative component design to seamless delivery and warehousing solutions. Experience the EBY Electro difference today!
Piezo Technologies customers include many prime defense contractors. We offer a comprehensive suite of services, from design and development to build-to-print contract manufacturing of ultrasonic transducers, sensors, and sub-assemblies. We absorb development work and deliver a plug-and-play acoustic component so their engineers can focus on system-level performance.
Custom Ultrasonic Transducers for Non-Destructive Testing
Specialty piezoceramics and custom ultrasonic transducers for challenging NDT applications: inspecting aircraft components like wings, fuselage, and engines; inspecting Oil & Gas pipelines, pressure vessels, and storage tanks; detecting cracks and fissures in tracks on railway systems; detecting wear, corrosion, cracks, and defects in power generation systems; manufacturing quality control.
Amphenol's CXP passive copper cable assemblies are designed to meet the high bandwidth capacity demands being requested by data centers and high-performance computing applications. The CXP copper cables are a high-density cabling interconnect system capable of delivering aggregate data bandwidths of 120Gb/s and 168 Gb/s.
D38999 Connectors with Coaxial, Concentric Twinax, and Triax Contacts
MIL-DTL-38999 connectors are ideally suited for shielded contacts for high-performance, high-speed interconnection applications. Insert arrangements can incorporate: coax (sizes 8, 12, and 16); twinax (sizes 8 and 12); and triax contacts (sizes 8, 10, and 12).
D38999 Connectors with Quadrax, Differential Twinax Contacts
D38999 Series III Connectors are ideally suited for the incorporation of shielded contacts for high-performance, high-speed interconnection applications. Uses size 8 high-speed Quadrax and Differential Twinax contacts. A wide selection of connector shell styles and sizes are available. Transition adapters can be used to attach connectors with Quadrax or Differential Twinax contacts to PCBs.
Amphenol SV Microwave offers high-frequency BMA and SMPM D38999 cabled RF contacts (size 8, 12 & 16) to SMA male connectors on Ø.085 and Ø.141 cable types that populate standard D38999 circular connectors. These fixed-length cable assemblies allow you to expand the use of the standard D38999 circular connector to incorporate microwave transmission lines.
SV Microwave has released a line of D38999 pin and socket contacts that are aligned to the latest specification set forth by SOSA™. These coaxial contacts fit both standard and series III housing and are offered in BMB size 8 and SMPM size 12. These contacts are ideal in an embedded system that transitions from the chassis to an out-of-the-box application.
Inverter modules provide in-vehicle power from 400W to greater than 2kW to the consumer; enabling "at home" consumer use of laptops, household appliances, or equipment in vehicle.
Amphenol Broadband Solutions delivers reliable, high-quality solutions to power, protect, and monitor today’s network servers and equipment. With a variety of power distribution unit (PDU) solutions, including fuse panels and circuit breaker panels, current capacities up to 1000 amp inputs and 400 amp outputs, and nrgSMART™ power monitoring solutions.
DDR2 SO-DIMM sockets are designed to accept modules that conform to JEDEC MO-224. The sockets come with a small form factor which allows fitting into smaller chassis, aiding the development of smaller & lighter notebooks. It comes in two voltage options with different key-ID to prevent incorrect mating. It operates at a higher speed & bandwidth lowers power consumption.
DDR3 vertical DIMM sockets are designed to accept 240 position DDR3 memory modules that conform to JEDEC M0-269. Low-resistance contacts support the use of RDIMM (registered DIMM), which helps to further reduce power consumption in data center hardware.
Vertical DDR4 DIMM sockets from Amphenol provide 288 contacts on 0.85mm pitch and are designed to accept DDR4 memory modules that conform to JEDEC MO-309. The DDR4 series complies with the new interface standard JEDEC POD12. It allows a module seating plane of 2.40mm and supports module variants in UDIMM, RDIMM, and LRDIMM.
HIGH-SPEED HIGH-DENSITY SO-DIMM SOCKETS
DDR4 SO-DIMM connectors deliver high-speed and bandwidth. Being half the size of regular DIMMs, they lower power consumption and promote better thermal management. Different key positions aid alignment and prevent mismating. 260 position SO-DIMM connectors are available in 4.00mm, 5.20mm, 8.00mm, 9.20mm height, in standard or reverse options.
DDR4 Ultra Low Profile (ULP) vertical DIMM sockets provide 288 contacts on 0.85mm pitch. It facilitates convenient memory expansion in servers, workstations, desktop PCs, and embedded applications in communications and industrial equipment. With an ultra-low module seating height of 1.1mm and connector height of 13.1mm, it reduces the overall profile of the connector.
COMPLIES TO JEDEC SO-032 SPEC
The DDR5/LPDDR5 CAMM2 connector follows JEDEC standards with 644 pins/666 pins, has a pitch of 1.00x1.38mm, and a connector height of 1.0mm. It provides dual channel memory which could support higher bandwidth and can catch up all DDR5 capacities needed. This connector is developed to support lower-power DDR5 memory and does not require ground shielding.
COMPLIES TO NEW INTERFACE STANDARD JEDEC SO-023D AND JEDEC SO-023
The new DDR5 connector with only 287 terminals addresses the resonance from the floating RFU pin 220 which resulted in a margin delta. Both RDIMM and UDIMM versions of the new DDR5 socket are tooled and available.
LATEST MEMORY FORM FACTOR FOR AI SERVERS
The LP DDR5 Small Outline Compression Attached Memory Module (SOCAMM) is designed specifically for server and data center applications. It utilizes a compression connector interface and offers all the advantages of LPCAMM DDR5 in a more optimized form factor, making it ideal for high-performance computing (HPC) and artificial intelligence (AI) servers.
HIGH SPEED HIGH DENSITY SO-DIMM SOCKETS
DDR5 SO-DIMM connectors deliver high-speed and bandwidth. Being half the size of regular DIMMs, they lower power consumption and promote better thermal management. 262 positions SO-DIMM connector are available in various height options.
The Deep Space 38999 Connector series is designed for extreme cold environments. They are built to retain a grommet-to-wire and contact-to-contact seal in temperatures beyond -85 °F (-65 °C), with inserts that have been cycle tested between -148 °F (-100 °C) to 392 °F (200 °C)
Amphenol LTW's DeepTronica Underwater Connectors (up to 11,000m depth). The series offers Circular Mini Size and Circular Micro Size and contact density up to 12. These dry mate connectors solve the common issues met in deep sea applications such as poor sealing and corroded contacts due to low pressure cycle【Quick Guide: https://amphenolltw.com/down.php?supp_download=109】
Defibrillation shock therapy demands safe, high-performance cable systems capable of transmitting up to 360 joules and 15 amperes. Bernd Richter GmbH develops customized, high-voltage-safe connectors and cables with reinforced isolation, vibration resistance for emergency use, Kevlar or steel tensile support, and full traceability via serial labeling.
RFS Technologies' dehydrators protect broadcasting, radar and microwave systems by delivering dry, pressurized air to prevent moisture buildup in coaxial and waveguide cables. Essential for long-term system reliability, they reduce signal degradation and corrosion. With compact, reliable designs, RFS Technologies dehydrators ensure optimal performance in broadcast, telecom, and radar networks.
112G DOUBLE ENDED HIGH PERFORMANCE CABLING INTERCONNECT
DensiLink® OverPass™ products remove high speed signaling from the PCB and create a double ended, high performance cabling interconnect. These cables support 56G and 112G signaling in hardware system designs as well as technology for future 224G signaling systems.
Ideal for miniature applications, the DensiMate™ connector system provides highly reliable performance, which meets industrial automation and IT/Datacom challenges.
With wire gauge range from 30AWG-26AWG, these connectors are available in double row, vertical SMT, and right angle SMT configurations. DensiMate™ comes with an active latch to provide enhanced contact reliability.
HIGH DENSITY / HIGH SPEED / DUAL-BEAM CONTACT / USCAR-2 COMPLIANT BOARD-TO-BOARD CONNECTOR
Amphenol FCI Basics DensiStak™ connector is designed with its 11 rows 1000+ high density pin count, high speed up to PCIe® Gen 4 with 16Gb/s. Reliable dual-beam contact system, compact size with pitch 0.80mm x 1.25mm, USCAR-2 compliant, and optional shields