Title :
Worldwide packaging trends for portable products
Author :
Goodman, Thomas ; Vardaman, E. Jan ; Otsuka, Kanji
Author_Institution :
TechSearch Int. Inc., Austin, TX, USA
Abstract :
The main drivers for packaging in highly functional, miniaturized portable products are small form factor and cost. Established technologies such as quad flat packs (QFP) and small outline packages (SOP) have been available to designers for years. Recently, a multitude of packaging solutions have been developed to meet the needs of future portable products. Many companies are tuning to small, high density mounting in the form of ball grid arrays (BGA), chip-size packages (CSP), and flip chip. The choice of technology is based on a portable product´s requirements for performance (including size) and cost (including manufacturability). Examination of a number of current products shows an array of different technology mixes. Despite the proliferation of new high density mounting worldwide, many companies are satisfying current needs with peripherally leaded QFPs and SOPs. The high density mounting in some of these products is limited to small multichip packages (MCP) and daughter boards
Keywords :
ball grid arrays; cellular radio; chip scale packaging; consumer electronics; flip-chip devices; portable computers; telephone sets; BGA; CSP; ball grid arrays; chip-size packages; daughter boards; flip chip; form factor; functional miniaturized portable products; high density mounting; multichip packages; packaging; packaging trends; peripherally leaded QFPs; peripherally leaded SOPs; portable product cost; portable product manufacturability; portable product performance; portable product size; portable products; product cost; quad flat packs; small outline packages; technology mix; Chip scale packaging; Computer science; Cost function; Driver circuits; Electronics packaging; Flip chip; Manufacturing; Mobile computing; Portable computers; Turning;
Conference_Titel :
IEMT/IMC Symposium, 2nd 1998
Conference_Location :
Tokyo
Print_ISBN :
0-7803-5090-1
DOI :
10.1109/IEMTIM.1998.704623