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Fan Connectors | Card-to-Wire (CTW) - Amphenol CS
The fan connectors from Amphenol enable power, data, and control signal transfer for fans on computers and servers, ensuring efficient cooling of devices.
Enhanced Cooling with Smart Card-to-Wire (CTW) Fan Modules - Amphenol CS
Amphenol’s CTW (Card-To-Wire) Fan Module connectors come with a flexible design for card-to-wire power applications used in fan modules. These hot-pluggable rear tray connectors are ideal for network switches; accommodating different wire gauges ranging from 28AWG to 22AWG and provide a maximum current rating of 4A/pin.
Amphenol Connector Basics Terminology Guide
Fiber Optic Termini - Comparable to electrical pin and socket contacts, except they transmit data optically through fibers instead of electrically through wires. Connector: A device providing electrical or signal connection. It consists of a plug and receptacle.
FCI Basics | Wire-to-Board, Board-to-Board | Input/Output, FFC/FPC ...
FCI Basics Products provides a modular interconnection platform of high quality and innovative solutions with a fast and competitive service model that helps to increase the competitiveness of our customer's equipment. Our solutions include Wire-to-Board, Board-to-Board, Input/Output and FFC/FPC.
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Data Center Cable Solutions - TPC Wire
Amphenol TPC ofers high-performance cables designed for durability and cost savings, suitable for various Data Center applications. If your data center operation requires a unique solution, Amphenol TPC Wire & Cable offers custom-engineered products designed to your specifications.
G97V21312HR | Overpass - Mini Cool Edge IO | Amphenol
Amphenol is one of the leading manufacturers of High speed IO Connectors. Contact us today for more details of MINI COOL EDGE IO ,part number G97V21312HR.
Cool Edge High Speed Card Edge Connectors - Amphenol CS
Amphenol ICC Cool Edge product family is a hybrid card edge solution, used in data centers and servers. Hybrid connectors are effective solutions serving both power and signal requirements as they contain both power and signal contacts.
Fiber Optik Termini | Amphenol Socapex
Son 30 yılda dayanıklı ve güvenilir fiber optik ara bağlantı çözümleri geliştirdik. Ürün yelpazemiz fiziksel temas konnektörleri, genişletilmiş ışın konnektörleri ve ilgili tüm aksesuarları ve optik patchcord'ların yanı sıra ölçüm ekipmanlarını içerir.
High Bandwidth Connectors for New Technologies - Amphenol CS
Connectors are getting smaller and denser while handling faster speeds. Smart applications and intelligent environments abound with high bandwidth connectors. From 56G to 112G to 224G, the connector industry strives to meet the challenges put forth by new technologies every day.
OSFP – Defining a New Standard for High-Speed Connections - Amphenol CS
Octal (8x) Small Form Factor Pluggable (OSFP) interface is the latest evolution of the SFF product range that meets the MSA norms. Amphenol’s OSFP product portfolio offers customers a comprehensive and integrated link solution that features DAC copper cables, AOCs, stacked and ganged board connector and cage solutions.
Minitek® Board-In | FCI Basics | Wire to Board Connectors - Amphenol CS
Minitek® Board-In connector system is a flexible solution designed for economical and permanent wire-to-board applications up to 3A. It is a one-piece direct solder-to-board solution that provides space and cost savings compared to a two-piece connect.
Enabling Connector Innovations through Plating - Amphenol CS
Plating technology defines the mating cycles, durability and performance of connectors. GXT ®, AGT ®, and GCS ® are innovative plating solutions that create durable, reliable, and economical connectors with increased efficiency. GXT ® plating, a mix of palladium-nickel with gold flash was developed back in the 1980s.
Cool Edge 0.80mm Hybrid Power & Signal Connectors
Cool Edge Hybrid Power and Signal connectors provide one-piece high speed and high power card-edge package. These versatile solutions address multiple standards like PCIe, SAS, SATA, and offer multiple BTB configurations such as mezzanine, coplanar and midplane/backplane.
eHPCE ® Enhanced High Power Card Edge Connector - Amphenol CS
The all-new power contact design offers lower contact resistance and higher current carrying capacity compared to classic HPCE ® connectors. eHPCE ® connectors are designed to extend the life of power supplies using card edge output power connectors. Have any questions? Talk with us directly using LiveChat.
Paladin ® 112Gb/s Backplane Connector - Amphenol CS
Paladin's ® revolutionary architecture sets the benchmark for signal integrity performance in backplane interconnects. Exhibiting smooth linear transmission beyond 40GHz, the lowest crosstalk in the market, and consistent SI performance over its entire mating range.
0.80mm Floating Board-to-Board Connectors - Amphenol CS
Amphenol's B406/B407/B410 series are 0.80mm pitch floating board-to-board connectors which support stack height up to 23mm and positions from 30 to 120. Its unique connector design has a floating range of ±0.50mm in the X, Y and Z directions which makes it resistant to vibration.
Backplane Connectors for PCIe® Applications - Amphenol CS
PCIe ® (peripheral component interconnect express) is an interface standard for connecting high-speed components in a computer or server. Basically, it is how all major components inside a computer talk with each other. Those components include CPUs, GPUs, SSDs, Hard Drives, Sound Cards, and Wi-Fi Cards, among others.
MicroSpace™ High Voltage: Solving Design Challenges in Automotive ...
Amphenol's MicroSpace™ High Voltage selective loaded Crimp-to-Wire connector platform emerges as a game-changing solution, offering a unique design that combines LV214 Severity-2 compatibility, pitch variations, and high voltage capabilities.
The Breakthrough Technology - USB Type C in Consumer Electronics
USB Type-C is considered a path breaker in providing a next-generation connector interface. It has changed the way we interact with electronics by delivering revolutionary capabilities in how we receive and transmit data.