Board-to-Board Connector supports 10 Gbps speeds.
Press Release Summary:
Featuring 1.0 mm pitch, MicroSpeed™ System is available in mezzanine, right angle, and coplanar configurations. Open pin field design can accommodate differential or single-ended signals. Added security measure for system integration is afforded by mis-mating allowances of contact design, which provides longitudinal misalignment tolerance of ±0.7 mm and angular misalignment tolerance up to 4°. Available in SMT and SMT/THR termination styles, connector provides up to 500 mating cycles.
Original Press Release:
ERNI'S MicroSpeed(TM) Connector Systems Enable 10GBps Speed, Blind Mating and Design Flexibility
RICHMOND, VA Â – ERNI, a leading supplier of connectors and value added services, has developed the MicroSpeed™ high-speed board-to-board connector system with a 1.0mm pitch. The MicroSpeed connector system is capable of speeds up to 10Gbps and is available in mezzanine, right angle and coplanar configurations. The open pin field design of the MicroSpeed connector can accommodate differential or single-ended signals, while maintaining maximum performance speed. An added security measure for system integration is afforded by the generous mis-mating allowances of the unique contact design, which provides a longitudinal misalignment tolerance of +/- 0.7mm and angular misalignment tolerance of up to four degrees.
The MicroSpeed connector system yields excellent RF signal characteristics. The rows of signal pins in the board-to-board configuration are shielded on the perimeter of the connector body and can be optimized for high impedance signal transmissions. The MicroSpeed connector system is also available in blind mating versions for demanding applications where ruggedness and flexibility are necessary. Guide elements in the plug side and improved lead-in for receptacle mating insures proper alignment and secure connections on the first attempt.
“The MicroSpeed connector is unlike other products on the market in that its female contacts incorporate two points of contact, ensuring reliability and a unique design that guarantees up to 500 mating cycles,” said Sam Hines, product coordinator at ERNI. “The availability of this connector system in three different configurations also allows for engineers to replace existing connectors in a number of different devices with this superior design.”
Microspeed connectors are available in both SMT and SMT/THR termination styles. The SMT/THR style uses traditional SMT contacts but THR for the perimeter shield, which provides excellent board retention/strain relief should the application require high stack heights, or if the connector is integrated within a system of heavy daughter cards. The connector body incorporates polarized board locating pegs for easy, error-free placement and processing. ERNI leads are formed as an integral part of the stamping die, as opposed to other leads that are bent and stamped for SMT termination. This innovative process guarantees coplanarity of 0.1mm and virtually eliminates processing defects.
MicroSpeed connector systems are available in board-to-board with 50, 91, and 133 positions; and in mezzanine configurations with stack heights from 5mm to 20mm in 1mm increments. Typical pricing starts at $6.00 for a 50-position connector with a lead time of six weeks.Â
For more information, visit www.erni.com/microspeed-connector/; email info@erni.com; or call 804-228-4100.
About ERNI
ERNI Electronics is a leading global manufacturer and worldwide supplier of a broad line of interconnects for the telecommunications, data communications, computer, industrial and medical markets. ERNI Electronics GmbH belongs to the international ERNI Group of companies specializing in electrical engineering and electronics. At present the ERNI Group employs some 650 people, achieving annual sales of around 150 million Euros. ERNI has manufacturing operations in Europe as well as sales offices in over 40 countries. ERNI products are also marketed via a worldwide network of representatives and leading distributors.
