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0.80MM PITCH, 100Ω BOARD-TO-BOARD SOLUTION
Amphenol high speed board-to-board connectors provide high contact force reliability ensuring strong connectivity, forced insertions, and removals.
Broad range of stacking heights and pin counts are offered to provide maximum design flexibility.
Amphenol 0.80mm pitch connector design is suitable for high performance applications.
The compact design of the 1.0/2.3 connector series permits dense connector packing. They are ideally suited to applications where space savings is critical. Versions are available with threaded coupling mechanisms which provide positive mating or a unique push-pull coupling system which allows quick installation. Amphenol 1.0/2.3 coaxial connectors operate from DC-10 GHz. Common applications are amplifiers, base stations, routers and switching equipment.
The Amphenol Network Solutions 125GMT10/nrg125GMT10 and 125GMT15/nrg125GMT15 fuse panels are 125A dual-feed and provide 10/10 and 15/15 GMT fuse positions. Our 125GMT/nrg125GMT panels feature ±12/±24/±48V operating voltages to serve both legacy and “next-gen” network applications. Engineered into a standard 1RU footprint that support up to 20A GMT fuses in each position, providing ample capacity for distribution to a broad range of components. The panel is available in standard terminal block outputs or connectorized outputs.
To learn more or to order, please visit the Amphenol Network Solutions website: https://amphenol-ns.com/Product/125a-dual-feed-gmt-fuse-panel
The 29-position, SAS receptacle and plug connectors enable the implementation of the high-speed, Serial Attached SCSI (SAS) hard disk drive (HDD) interface that is replacing the SCSI drive connection in enterprise storage applications in servers and storage systems. This range conforms to SFF8482, SFF8680 and is capable of meeting up to 12Gb/s.
The SAS connector system is designed to support hot plugging and blind mating of HDDs. Staggered contact lengths provide sequential mating of contacts to enable hot plugging. Molded guide posts provide angled lead-in to compensate for connector misalignment, allowing the device plug and the receptacle to self-align during the mating process. Most connectors also feature stamped retention clips that provide additional mechanical strength for robust PCB attachment.
Amphenol ICC also offers wide-base housing options on vertical backplane receptacles for even more stability.
The high-speed, serial interface is designed to support differential signaling, initially at speeds of 3Gb/s and evolving to 12Gb/s. A SAS receptacle accepts either SAS or SATA (Serial ATA) drives, giving the system manufacturer the option to plug either drive to a backplane. Because both technologies have similiar electrical interfaces, users have the choice of deploying cost-effective SATA drives for bulk storage or higher-performance SAS drives for mission-critical applications.
Amphenol ICC offers a wide range of SAS plug and receptacle connectors for enterprise applications. Vertical and right angle connector configurations provide options for use in servers, server or storage blades, storage backplanes, HDD carriers and HDDs.
23 inch Network Bay Racks feature a two-post narrow-rail steel design to support rack-mounted equipment in all standard types of network applications. Several configurations are available to meet a wide range of requirements. Low-profile base arrangement provides additional mounting height. Conforms to GR-63 Core Earthquake Resistance Criteria.
Product Number: 12623-01
For more information or to order a Network Bay Rack, please visit the Amphenol Network Solutions website: https://amphenol-ns.com/Product/rvdsfpid/121/rvdsfpvid/458
23 inch seismic-rated, unequal flange racks feature a two-post narrow-rail steel design to support rack-mounted equipment in all standard types of network applications. Several configurations are available to meet a wide range of requirements.
Product Number: 12300kw201
The Amphenol Network Solutions 240GT54/nrg240GT54 combination fuse panels are 240A dual-feed and provide 5/5 GMT fuse positions and 4/4 TPA fuse or circuit breaker positions. Our 240GT54/nrg240GT54 panels feature ±12/±24/±48V operating voltages to serve both legacy and “next-gen” network applications. Engineered into a standard 1RU footprint, with circuits that support up to 20A GMT fuses and 50A TPA fuses or 60A breakers in each position, providing ample capacity for distribution to a broad range of components. The panel is available in standard terminal block outputs or connectorized outputs.
Visit the Amphenol Network Solutions website for more information and to order: https://amphenol-ns.com/Product/1ru-240a-dual-feed-99-tpagmt-fuse-panel
The Amphenol Network Solutions 250TPA08/nrg250TPA08 fuse panels are 250A dual-feed and provide 8/8 TPA fuse positions. Our 250TPA08/nrg250TPA08 panels feature ±12/±24/±48V operating voltages to serve both legacy and “next-gen” network applications. Engineered into a standard 1RU footprint, each circuit supports up to 50A TPA fuses in each position, providing ample capacity for distribution to a broad range of components. Advanced circuit-level monitoring features are available as an option. The panel is available in standard terminal block outputs or connectorized outputs.
Visit the Amphenol Network Solutions website to learn more or order: https://amphenol-ns.com/Product/1ru-8x8-tpa-fuse-panel/standard-with-screw-terminal-outputs
The Amphenol Network Solutions 300CB08/nrg300CB08 circuit breaker panels are 325A dual-feed and provide 8/8 breaker positions. Our 300CB08/nrg300CB08 panels feature ±12/±24/±48V operating voltages to serve both legacy and “next-gen” network applications. Engineered into a standard 1RU footprint, each circuit supports up to 60A breakers in each position, providing ample capacity for distribution to a broad range of components. Advanced circuit-level monitoring features are available as an option. The panel is available in standard terminal block outputs or connectorized outputs.
Visit the Amphenol Network Solutions website for more information: https://amphenol-ns.com/Product/rvdsfpid/699/rvdsfpvid/2554
Amphenol RF offers a full range of 50 Ohm 4.1/9.5 connectors, adapters, and cable assemblies. These interconnect products are engineered for the wireless market and ideal for applications requiring low passive intermodulation, or PIM. The Amphenol version features a patented ultra-slim push-pull coupling system which allows quick installation and ensures positive locking and high retention.
Amphenol RF offers a full range of 4.3-10 connectors and adapters, which are engineered for the wireless market and are ideal for applications requiring low passive intermodulation, or PIM.
The 7/16 series provides superior performance for both return loss and intermodulation distortion (IMD). These connectors are very robust, extremely stable and mostly with waterproof specifications, making them ideal for applications where vibration resistance and environmental protection is important.
The AFI connector series is a solution for board-to-board RF applications, especially for the military and broadband marketplaces. The AFI interface utilizes a proprietary configuration that allows for industry leading “float” to compensate for the axial and radial misalignment due to packaging tolerances.
AirMax VS2® connectors provide a migration path from AirMax VS® for speeds up to 20Gb/s, providing margin of safety for typical 802.3ap system performance with the flexibility of an open pin field design. The connectors leverage AirMax VS® and VSe® design features and technology to achieve improved signal integrity and mechanical attributes compared to AirMax VS® connectors.
The connector utilizes Amphenol ICC technology for a shieldless design with no metallic plates and closely coupled differential pair design to yield low loss and low crosstalk.
AirMax VS2® connectors are mating-compatible to both AirMax VS® and AirMax VSe® connectors and require no changes to connector PCB footprints. The mating-compatible interfaces and capability to preserve critical pin assignments can provide opportunities for cost savings as new and upgraded equipment is deployed. For example, a backplane or chassis can be designed to allow the installation and continued use of legacy daughter cards, line cards, or blades that are already in the field as well as new or future higher-speed module cards.
Right angle and vertical receptacles and headers support backplane, midplane and coplanar applications.
Next-generation AirMax VSe® connectors provide a migration path for up to 25Gb/s per differential pair with the flexibility of an open pin field design. The connectors also feature backwards mating-compatible interfaces to existing AirMax VS® connectors with minimal changes to connector footprints.
The connectors combine Amphenol ICC technologies for a shieldless design with no metallic plates and closely edge-coupled differential pairs with innovative design improvements to yield low loss and low crosstalk.
Right angle receptacles and right angle headers will support backplane, midplane or coplanar applications.
The mating-compatible interfaces and capability to preserve critical pin assignments can provide opportunities for cost savings as new or upgraded equipment is deployed. For example, a backplane or chassis can be designed to allow the installation and continued use of legacy daughter cards, line cards or blades that are already in the field as well as new or future higher-speed module cards.
The AirMax VS® connectors use innovative edge-coupling and air dielectric between adjacent conductors to deliver insertion loss and crosstalk. This technology, invented by Amphenol ICC, enabled low cost, high performance connectors that are a leading backplane interconnect solution for telecom, networking, server, and storage applications.
The shieldless Open Pin Field Design with no pre-assigned ground pins provides the ultimate flexibility in board layout. The AirMax VS® connectors addresse a broad range of system architectures, including backplane, midplane, coplanar, midplane orthogonal, cabled backplane, and mezzanine applications.
This is a broad, high volume product family that system continues to earn business when competing with the many more expensive and complex shielded connector systems. This is due in part because of its high density, simple modular construction and low cost.
Further enhancements of the AirMax® product family are seeing speeds increase up to 25Gb/s, enabling customers to design electronic systems that are highly functional and cost effective. This enables backward compatibility with legacy systems and forward compatibility with the most advanced designs.
300A SINGLE POLE /150A DUAL POLE (P/N 612040001)
The APB300 dual pole, feed-through socket design delivers 300A current capability and is hot pluggable. The dual pole contact design allows both contacts to be used together or individually. The connector is mounted using the 4 holes located at the bottom.
500A SINGLE POLE (P/N 622440002)
The APB500 connector accommodates a 0.125” thick plated busbar for a separable connection and supports blind mating. The guide plate permits a slightly misaligned busbar to connect and provides over stress protection for the contact.
BarGuide® connectors provides a high current power interconnection with quick connect/disconnect function for space constrained board-to-board, board-to-busbar, and busbar-to-busbar power distribution applications.
Large surface contact area ensures small voltage loss, minimum heat generation and low insertion/ extraction forces
Current carrying capacity from 65Amps to 140Amps
Press-fit tails for mounting on both circuit boards and busbars
Vertical design for parallel/mezzanine applications
LOW RESISTANCE BUSBAR CONNECTOR
The BarKlip® BK150 connector features 10 independent conducting beams that maintain contact with the mating busbar in common misaligned positions, therefore lowering resistance connectors.
Up to 170A at 30°C temperature rise in still air
10 independent points of contact for low resistance and high reliability
Optional grounding shield on the board connector
Stainless steel helper spring ensures proper mating force and contact resistance
AGT® plated contacts deliver lower resistance without the high cost of gold
LOW RESISTANCE BUSBAR CONNECTOR
The BarKlip® BK300 connector features 14 independent conducting beams that maintain contact with the mating busbar in common misaligned positions, therefore lowering resistance.
BOARD-TO-BOARD SOLUTION FOR HIGH SPEED AND HIGH DENSITY APPLICATIONS
BergStak+™ 0.80mm is designed to be the next generation PCIe 4.0 compliant mezzanine connector system. It is fully compatible with the existing BergStak® 0.80mm product recommended by the Open Compute Project (OCP).
Backward mateable and footprint compatible with existing BergStak® 0.80mm
Available in 80 and 120 positions. Other position
Available in 5, 8, 12 and 16mm stack heights
The BergStak® product range is expanded to include 0.5mm mezzanine connectors.
Available in 3mm to 6mm stack height options in 0.5mm increments, this connector is also offered in 10 to 60 positions in 10 position increments.
Designed with scoop-proof housing, the terminals are protected from damage when parts are mated.
BergStak® 0.5mm mezzanine connector comes with two options: Metal hold-down option ensures higher retention force; Locating pegs option eases manual assembly. Both options can be configured within a single connector.
BergStak® 0.5mm mezzanine connector is a comprehensive and versatile solution. The 0.5mm double row contact pitch feature saves space on PCB and is highly suitable for high density applications in consumer and industrial markets.
FLEXIBLE SOLUTION FOR HIGH DENSITY APPLICATIONS
Amphenol ICC's BergStak® 0.8mm is a flexible solution designed for high speed and high density, parallel board-to-board connector system with 16 PCB stack heights in 9 sizes up to 200 positions.
Housing and terminal profile guarantees support of up to 12Gb/s
Vertical versus vertical mating configuration
40 to 200 position sizes in 20 position increments
5mm to 20mm stack heights in 1mm increments
BergStik® 2.54mm unshrouded headers are available in surface-mount (SMT), through-hole (THT), press-fit, stacking and pin-in-paste (PIP) versions. Designed in single and double row, they are available in straight or right angle options, from 2 to 72 positions.
Featuring a "breakaway" design, each connector can be cut or broken to length to suit the application profile. The maximum current rating is 3A per contact.
This product range is extended with BergStik® 2.54mm unshrouded vertical headers in 0.25μm plating, available in standard sizes. It offers an economical solution for various applications. It is also specified up to 100 mating cycles.
BergStik® product range provides Board-to-Board, Wire to-Board and Cable-to-Board interconnect solutions for all electronic equipment and devices.
Amphenol RF's between series adapters are 2-port interconnects that provide a mechanical conversion between two RF connector types. They are available across many connector series and in a variety of orientations and mounting types.
HIGH PERFORMANCE I/O FOR PoE & INDUSTRIAL
Boltrack™ connector is a robust and reliable interconnect solution. It features high power and signal performance, small form factor, field termination, EMI shielding, lightning protection and resistivity to over voltages. Boltrack™ connector comes in 4 pair right angle board and plug mating combination.
In an era of hyper connectivity, Internet of Things (IoT) calls for more Power over Ethernet (PoE) enabled devices on the network. Besides this, PoE market continues to expand as increased power levels support broader range of powered devices. There is a growing demand for higher power delivery of 100 Watts plus over the four pair ecosystem. At the same time, prolific data growth demands connectors with good signal integrity performance. Boltrack™ connector enables best in class power and signal performance.
Mounts on the rear of channel or angle racks to tie down vertical cable runs.
Product Number: 02106-09
Custom designed power conductor made from aluminum to reduce weight and cost
Custom designed power conductor made from copper