Forepi selects AIXTRON´s brand new 19x4-inch CRIUS II-XL

AIXTRON SE today announced that Taiwan’s Forepi Ltd will install a CRIUS II-XL reactor in a 19x4-inch configuration. The order came in the third quarter of 2011, initially for the CRIUS II-L version, and was immediately converted into AIXTRON´s brand new XL-configuration right after its launch. Delivery of the new reactor will take place in the fourth quarter of 2011.

Arima Changzhi to ramp HB LED capacity with AIXTRON G4 MOCVD systems

AIXTRON SE today announced that Arima Changzhi, a JV LED manufacturing company involving Changzhi High Tech Industry Investment Co., China, and Arima Optoelectronics from Taiwan, placed an order for three 42x2-inch wafer configuration AIX 2800G4 HT MOCVD systems as well as three 11x4-inch wafer configuration AIX 2800G4 HT MOCVD systems.

WIN Semiconductors adds AIXTRON MOCVD reactors to boost production

AIXTRON SE today announced that WIN Semiconductors, an existing customer and a leading manufacturer of microwave devices in Taiwan, placed an order for two MOCVD systems, another AIX 2600G3 system in a 7x6-inch wafer configuration as well as its first AIX 2800G4 system in a 8x6-inch wafer configuration. It will use the systems to develop and mass produce various high performance devices.

Hualei Optoelectronics receives further AIXTRON MOCVD systems

AIXTRON SE today announced that Xiang Nang Hualei Optoelectronics Ltd, of Hunan Province, China, has ordered eight new AIXTRON MOCVD reactors to boost capacity for GaN HB LEDs. The order includes six CRIUS II reactors in a 55x2-inch wafer configuration and two AIX G5 HT 56x2-inch wafer configuration systems.

CRIUS(R) II-XL: World's most productive MOCVD reactor launched by AIXTRON

Solid state lighting research at Nanyang Technological University with AIXTRON system

AIXTRON SE today announced that Nanyang Technological University (NTU) Singapore, has received its new Close Coupled Showerhead (CCS) system. Commissioned by the local AIXTRON support team, the CCS 3x2-inch wafer configuration system is being used for research into ultra-high brightness LEDs and related material systems.