- Interconnect
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- Broadband Communications
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- Medical
- Military & Aerospace
- Mobile Devices
- Mobile Networks
- NPI - TMM Connectors
MOBILE NETWORKS
Amphenol is a leading global interconnect solutions provider to the wireless infrastructure market, including applications such as cellular base stations, radio links, mobile switches, wireless routers, wireless local loop and cellsite antenna systems, combiners, transceivers, filters, and amplifiers. Amphenol offers a wide product portfolio for every wireless standard and generation radio technology, including 2.5G, 3G, Wimax, and future IP solutions. The product range includes RF, low-frequency, power and fi ber-optic connectors and cable assemblies, antennas, backplane interconnect systems, and power distribution systems.
07/16
The 7/16 series is named for the metric dimensions of the connector interface: 7mm OD of inner contact, 16 mm ID of outer contact. 7/16 connectors are designed for use in communications systems with power levels of 100 watts per channel. These connectors are typically used in antennas, satellite communications, and base stations.
1.0/2.3
The compact design of the 1.0/2.3 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 are 50 Ω units operating from DC-10 GHz. Common applications are amplifiers, base stations, routers and switching equipment.
7/16, N Calibration Kits, Open Load Short Device (OLS)
SV Microwave offers unitary 3 port calibration kits available in both genders for 7/16 and Type N interface up to 4 GHz and 6GHZ respectively. These products feature rugged stainless steel bodies, high performance interfaces and proven thin film technology to accept input levels up to +30 dBm. We also produce custom calibration kits. Calibration kits are compatible with a wide range of test equipment.
AirMax VS
The AirMax VS® connector utilizes edge-coupling technology to improve electrical impedance control with optimized stagger to minimize signal cross-talk. This innovative combination delivers a cost effective interconnect for multi-gigabits/s applications. To leap frog traditional complex Stripline designs, the AirMax VS solution utilizes "Virtual Shields" which eliminate costly metal interleaves between columns. **AirMax VS is a registered trademark of FCI.
AISG Connector (C091 Outdoor Connector & Assemblies)
Amphenol produces circular connectors & cables assemblies conforming to AISG (Antenna Interface Standards Group) requirements. Tightness, temperature resistance, salt mist resistance, and UV-resistance are only a few of the important criteria an AISG connector must fulfill. Our successful realization of the AISG market requirements has made us the worldwide market leader for multipolar circular connectors and assembled wires.
AMC
Amphenol’s 50 Ω AMC cable assemblies are ideal for space-constrained board-to-board connections in small devices. Their snap-on interface performs superbly under shock and vibration conditions, making them ideal for wireless handheld devices. The AMC series has a low profile (2.5 mm off the board) and offers an extremely small board footprint (3 mm x 3 mm). This series is compatible with the U.FL interface.
Aptera Stacker
Amphenol's Aptera™ Stacker provides a mezzanine solution with the same electrical performance as standard Aptera. The connector is available in 40mm board to board stack heights which mate to the standard Aptera backplane modules.
Aptera
The Aptera™ connector's low-profile design addresses difficult packaging challenges by balancing high-speed interconnect with the need to conserve board space and maximize airflow. Ideal for the space constraints of high-speed memory and card edge applications, Aptera's low profile construction reduces minimum slot pitch between daughtercards to 10mm (.39").
Backplane Systems
Amphenol's design and applications engineering experts apply knowledge gained from thousands of successful backplane designs to your project delivering an integrated backplane system with superior signal channel performance at an optimized cost. We routinely manufacture backplane systems with data rates up to and beyond 20 Gbps with field-proven mechanical reliability.
Base Station (BTS) Wire harness
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Blindmate Connectors and Components
Blindmate connectors are commonly used in rack-and-panel, module-to-module, and module-to-motherboard applications. Blindmate connectors are also commonly found in applications as varied as satellites, radar and sensor equipment, avionics, missile systems, military electronics, electronic countermeasure systems, navigation and air traffic control, as well automated test equipment.
BNC
Developed in the late 1940s as a miniature version of the Type C connector, BNC stands for Bayonet Neill Concelman and is named after Amphenol engineer Carl Concelman. The BNC product line is a miniature quick connect RF connector. It features two bayonet lugs on the female connector. BNCs are ideally suited for termination on miniature and subminiature coaxial cable (RG-58, 59, to RG-179, RG-316, etc.)
Coaxial cable assemblies (for towers)
Amphenol AIPC offers a complete design solution tailored to meet each individual customer's needs by offering a wide range of RF products and design capabilities. We specialize in Wireless, Micro, Miniature, Subminiature, and Standard connector styles using a variety of cable types such as Corrugated, Flexible and Semi-Rigid.
Crossbow
The Crossbow™ connector system is the first differential connector truly optimized for orthogonal midplane applications. Crossbow is designed so the differential pairs on each side of the midplane share vias, allowing designers to take full advantage of the benefits associated with orthogonal midplane architectures. With 20+ Gbps performance, Crossbow meets the IEEE 802.3ap v3.2 10GBASE-KR standard with margin, ensuring compliance with future 10 Gbps specifications.
Custom Design Cable Assemblies
Dual-Polarized Antennas with Adjustable Electrical Downtilt
The FlexTilt™ series is a line of antennas featuring adjustable electrical downtilt for both manual and remote applications. FlexTilt™ antenna designs are based on Amphenol Antel’s exclusive 3T TechnologyTM, incorporating phase shifters with a 100% mechanical design. A minimal number of moving parts and the use of quality components enhances reliability. Antennas are available in single and dual band.
Dual-Polarized Panel Antennas with Fixed Electrical Downtilt
The unique all mechanical design and patented slotted dipole element of our dual polarized antennas ensures excellent overall performance. This design offers similar electrical performance from both ports and consistent and repeatable performance from all production units of the same model. These characteristics contribute significantly to the overall quality of a carrier’s network. Antennas are available with fixed electrical downtilt and in single, dual and tri-band.
eHSD
Amphenol's eHSD® connector is a shielded, high-density, high-speed press-fit connector system optimized for differential pair architectures. eHSD is designed to support up to 10 Gbps backplane designs. eHSD is fully backwards compatible with VHDM-HSD delivering as much as 10 dB lower crosstalk. A modular design allows all the features and functionality required in a system to be integrated in a single robust connector.
GbX E-Series
Amphenol's GbX® E-Series backplane module is a highly optimized differential connector with a choice of density configurations for application flexibility. The backplane module shares the same footprint as standard GbX, providing a drop-in replacement which allows designers to easily scale existing backplane platforms up to 6.25 Gbps data rates without costly re-design.
GbX L-Series
Building on the strength of the GbX® product family, the GbX L-Series connector provides additional flexibility with a cost-performance optimized solution. With the ability to combine GbX and GbX L-Series on the same card edge, designers can achieve specific performance needs with a mix of high- and low-speed connections. Ideal for TTL sense and control and other low-speed data lines.
GbX Right Angle Male
Amphenol's GbX® Right Angle Male (RAM) enables co-planar board-to-board or board to cable high-speed interconnections. Currently available in 2-Pair configurations (27 differential pairs per linear inch), with two different heights - standard RAM and extended RAM. A high-speed differential and L-Series version are also available.
GbX U-Series
Upgrade your existing GbX backplane to enhanced electrical performance with the GbX U-Series backplane module. GbX U-Series incorporates an enhanced footprint for improved impedance and lower crosstalk and scales to data rates up to and beyond 10 Gbps. All generations of GbX daughtercard connectors are compatible with the GbX U-Series backplane modules, allowing designers to upgrade existing systems with minimal redesign.
GbX
Amphenol's GbX® connector is a high-density optimized differential connector offering a choice of density configurations. GbX provides increased density, exceptional impedance matching, and low crosstalk. GbX delivers data rates of 5 Gbps and is ideal for 4 x 3.125 XAUI links. The GbX connector provides up to 69 pairs per linear inch (5-Pair configuration) with a choice of configurations (2, 3, 4, and 5-Pair) for higher application flexibility.
HD-Optyx
HD-Optyx™ is a blind-mate, fiber optic connector, designed for applications where flexibility and card edge density are paramount. The innovative modular architecture facilitates efficient layout solutions and provides a wide array of possibilities during design-ins or system upgrades. Common components may be readily configured for custom applications eliminating the need for costly tooling and lost time to market. The platform combines reliable performance with ferrule protection in one compact, robust package to minimize possible fiber contamination and damage.
HDM / HDM Plus
Amphenol's High Density Metric (HDM®) and High Density Metric Plus (HDM PLUS®) connector family is designed for applications that demand a combination of high signal pin density plus high-speed signal integrity. Amphenol's HDM connector family has been chosen for demanding applications in many of the high-performance servers which support the internet as well as other telecom and datacom applications.
HDM Stacker
The HDM Stacker connector optimizes card functionality in a limited space. It can be used in parallel board packaging, mezzanine cards, parallel backplanes and bridgeboard applications. The connector is available in 72-pin and 144 pin signal modules in soldertail or press fit configurations. Stacking heights range from 15mm to 32mm.
High-power Solenoid-activated Switch
Amphenol RF has developed more cost-effective coaxial relays that significantly reduce the labor involved with PCB mounting. Amphenol RF’s design can be applied directly to the PCB using the SMT process. Each relay contains several features to withstand environmental conditioning. Highlights include a sealed construction with an IEC 529 rating of IP50 to ensure the RF switching cavity remains clean and particle free.
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In-Building Antennas
Our in-building MPA antennas provide excellent in-building coverage due to effective electrical performance, compact size, and ease of installation. Each antenna is equipped with two reflector pins that can be used to change the azimuth plane from 360° to 180°, 90° or an elliptical pattern. The MPA is equipped with 30° electrical downtilt to direct the signal toward the floor where coverage is needed.
Jumpers
Feeder cables are designed for mobile networks. They typical come in shorter length jumpers and longer versions. The shorter runs are typically used at the tower-top connecting the antenna to a tower mounted device such as an amplifier (TMA). Longer feeders are used to run between that TMA and the base station on the ground. These assemblies handle large amounts of power at high frequency.
Lightning Arrestors - Gas discharge
Amphenol offers the ideal lightning arrestor solution for applications where DC current must be allowed to pass through, such as in GPS applications and tower-mount amplifiers. Our Gas Discharge Protectors are rated from DC to 2200 MHz and have limited-strike capacity. This product is currently supplied with 7/16 DIN male and female connectors, but other connector interfaces are available.
Lightning Arrestors - Hybrid
The Hybrid lightning arrestor from Amphenol combines the DC pass-through abilities of the Gas Discharge Protector with the multi-strike capability of the 1/4-Wave Stub. Our hybrid is the correct choice for shared tower/antenna applications. All of these Protectors can be supplied with grounding hardware.
Lightning Arrestors - quarter wave stub
Amphenol solves the problem of needing individual bandwidth stub protectors for each progressive wavelength. Our broadband 1/4-Wave Stub is for use from 800 to 2200 MHz in the transmit and receive paths. These protectors offer multi-strike protection within the given bandwidth. This product is currently supplied with 7/16 DIN male and female connectors though other connector interfaces are available.
Log Periodic Antennas
Our log periodic dipole antennas feature more active elements than the industry standard. A dynamic, multiple array allows quick roll-off in the horizontal plane without impacting the half power points. Front-to-back and horizontal isolation are improved. Vertically polarized log periodic antennas are available with fixed electrical downtilt and feature our exclusive 3T TechnologyTM.
MCX
The MCX series is a great option where weight and physical space are limited. The MCX provides broadband capability though 6 GHz in a snap-on connector design. A range of connectors are available, including printed circuit board and cable connectors. Typical applications include automotive, wireless LAN, broadband and wireless infrastructure markets. MCX connectors conform to the European CECC 22000 spec.
Micro-D Connectors
Filtered and non-filtered Micro-D connectors are designed to meet the requirements of MIL-DTL-83513, which are excellent for applications where space and weight are at a premium. Product offerings include metal/plastic rectangular D, strip and custom card edge configurations with contact spacing of .050 inch centers. Contact termination and mounting include wire harness, vertical/right angle PCB, panel mount with o-ring option, and surface mount. Integrated EMI Filtering offers further system space savings with superior EMI performance. Customized shell configurations are available, including those with integrated, one-piece back-shells.
Mini-BNC
Amphenol’s mini-BNC connector allows higher connector densities while preserving the positive characteristics of the full-size BNC for 75 Ω systems. This allows 40% more interconnects in the same area. The Mini-BNC provides the same positive locking bayonet system found on the BNC. These connectors were designed to be field installed and repaired. The mini-BNC is a drop-in replacement used in Telco DS3/DS4 applications.
MMCX
MMCX (also called MicroMateTM), is a micro-miniature connector series with a snap-lock mechanism allowing for 360 degree rotation. MMCX connectors conform to the European CECC 22000 specification. The MicroMate Family of products is a 6 GHz 50 Ω interconnect. A range of connectors is available including surface mount, edge card, and cable connectors. Common applications include broadband, instrumentation and telecommunications.
NeXLev
Amphenol's NeXLev® high-density parallel board connector is capable of handling data rates up to 12.5 Gbps, providing a robust solution for your increasing bandwidth demands in mezzanine applications. The connector can be routed to support single-ended or differential archiectures and offers 20 stacking heights from 10-33mm. NeXLev uniquely applies BGA attachment technology, widely accepted for its high reliability, making it robust both during manufacturing and in the field.
Omni-Directional Antennas
Our BCD antenna is a robust omni-directional antenna ideal for rural coverage or low capacity applications. The BCD is designed with 3T TechnologyTM and incorporates a four-channel extrusion running the length of the antenna for strength and rigidity. The BCD omni-directional antenna is available with fixed electrical downtilt and null fill.
Power Cable Assemblies
PT/LC Cable Assemblies
The Industrial PT/LC leverages the proven MIL-SPEC 26482 connector system to provide an environmental seal and mechanical protection for a duplex LC connector. The PT/LC connectors are capable of performing in the toughest environments, making them exceptionally suited for WiMax, wireless, and base station applications. Multiple receptacle configurations and cable types are available.
PT/MPO Cable Assemblies
The Industrial PT/MPO leverages the proven MIL spec 26482 connector system to provide an environmental seal and mechanical protection for a MPO style connector. The metal bayonet connector system is quick to deploy, requiring only ¼ turn. The PT/MPO connectors are exceptionally suited for WiMax, wireless, and base station applications.
QMA
The QMA is a quick disconnect version of the SMA connector. The electrical performance of the QMA includes low loss RF performance up to 18 GHz. The QMA connector offers the same high power handling capability as the SMA connector it is based on. This gives the series significant advantages over other quick disconnect connectors. Amphenol RF is a member of the Quick Lock Formula® Alliance.
QN
Amphenol’s QN connector is a quick disconnect version of the N connector with similar internal construction, which enables fast and easy mating in tight spaces. The Snap-on interface makes the QN connector 10 times faster than a threaded connector. Common applications include Base Stations and Cable Assemblies. The QN line is perfect for indoor and outdoor applications including base stations and cable assemblies.
QuickConnect Jumpers
Amphenol’s QuickConnect connector system is a permanently fixed over molded coaxial cable assembly for broadband applications. This unique assembly is ideal for broadband self-install kits due to its ergonomic hexagonal shape which is easily gripped and properly tightened without using tools. Since the hexagonal over molded plastic is permanently fixed to the connector is does not pose a potential choking hazard.
Resistive Devices
SV Microwave manufactures a complete line of standard and custom-designed terminations and attenuators, including QPL and Hi-Rel versions. Terminations are designed to absorb all incident power with minimal reflection, while effectively terminating the line or port impedance. Flange mount designs are available along with high-power versions to 50 watts. SV Microwave offers a variety of connector configurations including: SMA, Blindmate, and ZMA.
RF cable assembly
RFID Connectors
Amphenol has combined the state-of-the-art technology of Radio Frequency Identification (RFID) with their industry leading SMA and ST connectors. This combination provides our customers with the ability to secure and control their High-Power Laser Delivery Systems in a safe manner. The RFID integrated connector allows the OEM to protect their product by securely programming individual serialization and critical data through the read/write capability of the Transponder Tag.
Signal Cable Assemblies Including Temperature and Smoke Sensor Assemblies
SMA
SMA is an acronym for sub-miniature version A and was developed in the 1960’s. It uses a threaded interface. 50 Ω SMA connectors are semi-precision, subminiature units that provide excellent electrical performance from DC to 18 GHz. These high-performance connectors are compact in size and mechanically have outstanding durability. SMA connectors are used in phase array radar, test equipment, ILS landing systems, and other instrumentation.
System Integration
Amphenol has over 10 years experience building complex systems and sub-systems. We combine unparalleled engineering with industry-leading connectors, high-technology printed circuit board and backplane assembly expertise, and systems integration services to deliver total solutions. Technology focused vertical integration means technology leadership where it matters and focused program management to speed your system to market with the highest possible quality at the lowest possible cost.
TNC
Developed in the late 1950’s, the TNC stands for Threaded Neill Concelman and is named after Amphenol engineer Carl Concelman. Designed as a threaded version of the BNC, the TNC series features screw threads for mating. TNC connectors are miniature, threaded weatherproof units with a constant 50 Ω impedance, operating from DC – 11 GHz. There are two types of TNC connectors: Standard and Reverse Polarity.
Type N
The Type N connector was developed to satisfy the need for a durable, weatherproof, medium-size RF connector with consistent performance through 18 GHz. There are two families of Type N connectors: Standard N (coaxial cable) and Corrugated N (helical and annular cable). Their primary applications are the termination of medium to miniature size coaxial cable, including RG-8, RG-58, RG-141, and RG-225.
Ventura
The Ventura® platform can deliver data at 6.25 Gbps per signal - the fastest single-ended connector available - and reach speeds of 12 Gbps when driven differentially. With a density of up to 178 pins/inch, Ventura offers the most pins per inch of any connector on the market. Utilizing surface mount technology to minimize via effects, Ventura is designed for high performance applications.
Vertically Polarized Panel Antennas
Amphenol offers a comprehensive selection of vertically polarized directional panel antennas. These antennas are light-weight and low-profile and offer upper side lobe suppression and quick horizontal roll-off. They are ideal for sectorized sites in which cost is a factor and tower issues are present. Antennas are available with fixed electrical downtilt and in single, dual and tri-band.
VHDM H-Series
VHDM® H-Series uses an 0.018" (,045mm) PCB hole for improved routability, which can eliminate costly layers in the printed circuit board, reduce impedance discontinuities, and improve the ability to back-drill, reducing via stub effects. Additional shield-compliant pins on the daughtercard wafer improve signal integrity. VHDM H-Series is backwards compatible and can be designed into the same slot as standard VHDM, enabling data rates up to 6.25 Gbps.
VHDM L-Series
Building on the strength of the VHDM® product family, the VHDM L-Series connector provides additional flexibility with a cost-performance optimized solution. With the ability to co-locate any combination of VHDM, VHDM-HSD™ or VHDM L-Series on the same connector, designers can achieve specific performance needs with a mix of high- and low-speed connections. Ideal for TTL sense and control and other low-speed data lines.
VHDM® Right-Angle Male
The VHDM® Right-Angle Male (VHDM® RAM) connector allows designers to grow their systems horizontally or add a new cabling solution. 6-Row and 8-Row versions are available with 76-101 real signals per linear inch. Applications include cable I/O interfacing directly to the edge of the daughtercard, planar extender-card applications, and straight I/O into the right angle female VHDM connector. Performance up to 3.125 Gbps.
VHDM Stacker
Amphenol's VHDM Stacker allows the design of parallel board-to-board connections with the high-speed, high-density performance of standard VHDM. The connector utilizes press fit compliant pins which can be routed singled-ended or differentially. 10 and 15 column modules are available with stacking heights from 18mm and up. The VHDM Stacker delivers data rates of 3.125 Gbps with 76-101 real signals per linear inch.
VHDM
The VHDM® connector platform is the industry standard for high-speed backplane applications, with measured performance to 3.125 Gbps and billions of pins installed worldwide. VHDM is available in 6 and 8-Row configurations providing 76 - 101 real signals per linear inch. Stripline shielding allows 100% of the pins to be used for signals.
VHDM-HSD
VHDM-HSD™ connector is a shielded, high-density, high-speed press-fit connector system optimized for differential pair architectures. A modular design allows all the features and functionality required in a system to be integrated in a single robust connector. VHDM-HSD delivers data rates up to 5 Gbps, scalable to 10 Gbps with backwards compatible eHSD® connector. Available in 5, 6, and 8-Row versions.
XCede Right Angle Male
Amphenol's XCede Right-Angle Male (XCede® RAM) connector allows designers to grow their systems horizontally or add a new cabling solution by creating traditional backplane components in a right-angle orientation. XCede RAM mates with standard right angle female daughtercards connectors, providing the same mechanical and electrical performance as standard XCede. Available in 85 and 100 ohm impedance.
XCede Stacker
The XCede® Stacker enables parallel board to board designs with the same high levels of performance and reliability as the XCede backplane system. XCede Stacker is available in a 4-Pair configuration with stacking heights from 15mm to 44mm. Modular construction and guidance options allow optimized connector lengths for each application. Available in 85 and 100 ohm impedance.
XCede
Designed for 20+ Gbps performance, Amphenol's XCede® connector platform enables the future data rate requirements of datacom, telecom, storage, and wireless equipment. Offering a linear density of 82 differential pairs per inch, the XCede product family meets the true high density needs of architectures with multiple front or rear fabric slots and blade systems with cooling straight through the backplane. XCede meets the IEEE 802.3ap v3.2 10GBASE-KR standard with margin. Available in 85 and 100 ohm impedance.
