Tag Archives: Advanced Packaging

May 16, 2012 – BUSINESS WIRE — Mixed-signal IC maker Silicon Laboratories Inc. (NASDAQ:SLAB) introduced a microcontroller (MCU) die sales program with a minimum order quantity of 1 wafer.

The program is available for the company

May 16, 2012 — The ASM iHawk Xpress Opto Wire Bonder from backend semiconductor assembly equipment supplier ASM Pacific Technology offers new innovations in transport, copper-wire bonding, and automatic rethreading.

The new wire bonder handles leadframes up to 100mm-wide on its improved transport. The larger leadframe-acceptance specification is designed to reduce transport times.

The bonder

May 14, 2012 — At the 15th Symposium on Polymers for Microelectronics (May 8-10 in Wilmington, DE), TSMC and Yole Developpement gave plenary presentations on the use of polymeric materials in wafer-level packaging (WLP) from foundry and overall industry perspectives.

The most controversial comment came from TSMC’s Doug Yu, senior director of front-end and back-end technology development, who challenged the current nomenclature and pronounced that the versatile interposer technology should be called

May 14, 2012 — Heraeus introduced its high-reliability composite aluminum/copper (CucorAl) semiconductor bonding wire, which offers strong mechanical and electrical bonds to semiconductor pads, with good thermal properties.

During passive temperature cycling and active power cycling tests, the Al-clad Cu bonding wire showed improved long-term reliability over Al bonding wires.

The aluminum coating is soft, structured around the copper core in a way that enables a reliable bonding window with existing chip metallizations and conventional wirebond tools. The thick wire is 60-70% copper by volume. It is available in 200-500

May 4, 2012 — Semiconductor packaging and test services provider Carsem will assemble and further develop light-emitting diode (LED) packaging technologies, partnering with a key customer.

Carsem has begun assembling and qualifying high-brightness silicon-substrate LED arrays and will ramp high-volume, full turn-key manufacturing services, including electrical testing, laser mark, and tape-and-reel, in early 2012.

To enable standard mass production, Carsem deployed matrix substrate design; auto die attach, wire bond, and high reflection coating dispense; compression molding through an automold system; substrate-mapping; and bin sort per test mapping on the LED packages.

Carsem