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08.10.2013

Miniaturized hermetic HTCC feedthroughs from SCHOTT for 4x25GBit/sec

Multilayer ceramic for use in QSFP transceivers for 100Gbit short distance communications
Expertise that ranges from simulation to serial manufacturing: miniaturized high-frequency HTCC feedthroughs from SCHOTT for 4x25GBit/sec. Source: SCHOTT.
Expertise that ranges from simulation to serial manufacturing: miniaturized high-frequency HTCC feedthroughs from SCHOTT for 4x25GBit/sec. Source: SCHOTT.
Landshut, Germany, October 8, 2013 – The international technology group SCHOTT has announced that it will be expanding its range of services and product portfolio. The company will now be developing and manufacturing housings for highly sophisticated high-frequency applications. The latest development from the Electronic Packaging division is an HTCC feedthrough for 4x25GBit/sec QSFP transceivers. This product will be simultaneously presented at the European Microwave Week in Nuremberg (Booth 145) as well as the OPTO in Paris (Booth 7.2/L5) from October 8 – 10, 2013.



“This higher density, yet more powerful multilayer ceramic is designed for use in QSFP transceivers (QSFP: Quad Small Form Factor Pluggable) that transmit 100Gbit short distance communications,” says Dr. Thomas Zetterer, a development engineer at SCHOTT Electronic Packaging. The miniaturized hermetic HTCC feedthroughs ensure an extremely high density interconnect solution for this HF interface that delivers excellent HF performance. Key areas of application include fiber optic networks for data communications and enterprise data centers, as well as defense and aerospace.

“To our knowledge, no other comparable solution that offers the same high density can be found anywhere else on the market,” Zetterer adds.

Expertise from simulation to serial production

A total of four differential HF conductor path pairs featuring the appropriate ground lines have been integrated into a space only 5.9mm in width. “The challenge is really to choose the right sizes for the HF lines within the HTCC design rules on impedance and see to it that channel crosstalk remains low, objectives that we have managed to achieve,” explains Zetterer.

SCHOTT has conducted HF simulations to examine and assess the various execution options with respect to manufacturing viability and HF performance. The company will now be presenting these results in the form of a design with a bandwidth of 30GHz that offers excellent HF properties with respect to insertion loss, reflection losses and crosstalk without violating the design rules that apply for high temperature co-fired ceramics (HTCC). Furthermore, this high-density design can be realized by meeting reasonable production engineering requirements.

Background information:

SCHOTT has established the ideal prerequisites for taking on the challenges of miniaturization and reproducibly manufacturing HTCC-HF feedthroughs by using extremely fine conductor paths (up to 80µm) and the smallest via diameters (100µm). These feedthroughs are used as key components in more sophisticated hybrid housings that can accommodate interfaces for DC signals as well as optical, thermal and mechanical interfaces. In addition to HF feedthroughs for use in power electronics, particularly for the latest GaN and SiC chip generations, SCHOTT also offers SMD-enabled feedthroughs and housings designed to transmit data rates of 4x25GBit/sec and handle long distance and short distance data communications. With capabilities like these, SCHOTT can be seen to be an outstanding European supplier of hermetic housing solutions for high-frequency applications.

For more information: https://www.schott.com/epackaging /

Download link to a ZIP file that contains this photograph in print quality: http://www.schott-pictures.net/presskit/214800.htcc /

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Electronic Packaging, a business unit of the international technology group SCHOTT, is a leading manufacturer of housings and other components for the reliable long-term protection of sensitive electronics. The core technologies are glass-to-metal and ceramic-to-metal sealing (LTCC and HTCC, Low and High Temperature Co-fired Ceramics), thermal sensing components as well as a variety of cutting edge specialty glass competences. With 1,500 employees at five production locations and several competence centers around the world, local customer support and co-developments for individual packaging solutions are at the heart of the business, serving the world’s leading manufacturers in the automotive, data and telecommunication, sensors and semiconductors, consumer electronics, dental care, home appliances, laser as well as security and tracking industries.

SCHOTT is an international technology group with more than 125 years of experience in the areas of specialty glasses and materials and advanced technologies. SCHOTT ranks number one in the world with many of its products. Its core markets are the household appliance, solar power, pharmaceuticals, electronics, optics, transportation and architecture industries. The company is strongly committed to contributing to its customers’ success and making SCHOTT an important part of people’s lives with high-quality products and intelligent solutions. SCHOTT is committed to managing its business in a sustainable manner and supporting its employees, society and the environment. The SCHOTT Group maintains close proximity to its customers with manufacturing and sales units in 35 countries. Its workforce of around 16,000 employees generated worldwide sales of approximately 2 billion euros for the 2011/2012 fiscal year. SCHOTT AG, with its headquarters in Mainz (Germany) is owned by the Carl Zeiss Foundation.
Expertise that ranges from simulation to serial manufacturing: miniaturized high-frequency HTCC feedthroughs from SCHOTT for 4x25GBit/sec. Source: SCHOTT.
Expertise that ranges from simulation to serial manufacturing: miniaturized high-frequency HTCC feedthroughs from SCHOTT for 4x25GBit/sec. Source: SCHOTT.
Further information
SCHOTT AG
Michael Müller
Hattenbergstraße 10
55122 Mainz
Germany
Phone: +49 6131/66-4088
Fax: +49 3641/2888-9141
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