Board-Level Connectors

FCI Basics 0.40mm pitch flex connectors utilize 0.4mm contact spacing to offer a high pin count within a small footprint. The SFGL series connectors have zero insertion force for strong FPC retention. The connector series comes with a profile of < 1mm. FCI Basics has been the first in the industry to offer less than 1mm height for its flex products.

AUTOMOTIVE-GRADE CONNECTOR SYSTEM WITH FLEXIBLE SOLDERING FlexLock®2.54mm FPC-to-Board connectors are designed to address the growing demands of the automotive market. These compact USCAR-T2V2 compatible connectors have a nominal current carrying capacity of 3A per contact to support higher power applications as well.

Amphenol's B406/B407/B410 series is 0.80mm pitch floating board-to-board connectors that 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. It also supports speed performance up to 2.5Gb/s to meet high transmission requirements.

FLTStack 0.50mm is a floating type Board-to-Board (BTB) connector designed to operate a minimum of ±0.50mm floating range in the XY directions. It features a self-cleaning function, vibration resistance, and self-alignment for easier mating. In addition, it supports up to 3Gb/s communication data rates. It features a fine pitch design at 0.5mm and supports a current rating of up to 0.5A/pin.

Amphenol's GIG-Array® connectors are designed to meet the needs of applications up to 10Gb/s requiring up to 296 signal pins per connector. Amphenol as a BGA connector innovator assures expertise and reliability in the GIG-Array® BGA design with a combination of multiple stack heights (15mm to 40mm) and sizes (104 signals to 296 signals) utilizing a 100Ω differential matched impedance design.

Standardized product MIL DTL 55302/166 to /172.

Amphenol Socapex's versatile HDAS board-to-board connector offers a wide range of contact types and arrangements. HDAS is used in more than 10 civil & military aircraft programs. HDAS is a high-density connector dedicated to harsh environments.

High-density brush connector HDB3/HSB3.

The HPC connector is a traditional backplane interface providing rugged mechanical and electrical performance. It enables 3 and 4-row daughter cards to the backplane interface. On-board connector guiding and keying are available to control and discriminate daughter-card engagement with the backplane card slot.

FCI Basics High-Speed flex connectors can transfer data rates up to 10Gb/s. It has a 0.30mm pitch, in-line layout, and backflip actuator coupled with a locking feature for strong FPC retention. High-speed FPC provides a low profile and compact solution while maintaining high-speed signal integrity. It is ideal for applications where space is a constraint.

HSBridge+ connectors come with automotive-grade USB Type C interface. These connectors have headers compliant with USCAR-30 USB and are performance tested according to USCAR-2. They are an ideal solution for in-vehicle connections with high data rates of up to 5Gb/s supporting advanced infotainment, telematics, and camera devices across the automotive and commercial vehicle industries.

RUGGED INDUSTRIAL/MILITARY RJ45 (ETHERNET) CONNECTORS Amphenol's line of Rugged Bulkhead Adaptors serves many markets and applications across the globe including Transportation, Military, Medical, and Industrial.

FCI Basics Latch-N-Lok is a shielded, latching input/output connector with PCB receptacles and cable plug kits for signal, power, grounding, and shielding applications. Latch-N-Lok connector produces an audible 'click' sound when it is properly connected, indicating that the IO is ready to function. The cable connectors accommodate a wide variety of cable diameters and wires ranging from 32-20AWG.

The MEG-Array® Mezzanine Connector provides the high density and high-speed benefits of a large array supported by the reliability and low costs of standard surface mount PCB assembly. 1.27x1.27mm array of discrete circuit contacts allows flexible ground distribution to optimize high-speed signal integrity at speeds up to 32Gb/s. MEG-Array® is offered in a variety of PCB mezzanine stack heights

56GB/S HIGH-SPEED MEZZANINE BGA CONNECTOR SYSTEM Leveraging proven technologies, including an industry-leading BGA design, offering superior self-aligning and self-leveling. Next-generation differential pair contact design for up to 56Gb/s PAM4 and NRZ performance.

FCI Basics Metral® product offers the broadest range of backplane connector solutions which includes RA and vertical for both header and receptacle series. The connectors are designed in accordance with IEC 61076-4-104 and Telcordia GR-1217- CORE. Metral® backplane connectors meet Futurebus+ standards to support applications in data, industrial and instrumentation, medical and telecom markets.

Metral® FCI Basics 2mm pitch cable connector is designed in accordance with IEC 61076-4-104, and Telcordia GR-1217-CORE.to meet Board-to-Cable interface requirements Metral® cable connectors come in single and multi-module configurations and mates with both vertical and right-angle headers in 4 and 5-row versions.

Metral® FCI Basics HDXS is a cable-to-board connector designed for high-end telecom applications including Telecom Access Equipment and Base Stations. Metral® HDXS is designed with minimum guaranteed clearance and creepage distances to comply with ANSI requirements of resistibility to overvoltages of up to 2500V. It is ideal for use in ADSL/VDSL for harsh environments.

FCI Basics Metral® 1000 Series is a high-speed 2mm backplane connector system consisting of right-angle receptacles and vertical headers. The 1000 Series features a unique stripline structure in the receptacle and outer ground shields in the header. The stripline structure allows improved signal performance when routed in either a single-ended or a differential pair configuration.

FCI Basics Metral® 2000 Series is a high-speed 2mm backplane connector system of vertical headers. The 2000 Series features a unique stripline structure that allows having improved signal performance when routed in either a single-ended or a differential pair configuration.