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��1999��������չ�Ƽ����޹�˾����������ջ���չ����Ͷ�������ĸ��¿Ƽ�������ҵ����˾�ڹ��ݾ��ü����������ͷ�خ��ӵ��������������ռ��������Ű�ƽ���ף���Ͷ�ʶ�Լ���ڸ�Ԫ��
��˾�������ڣ���ҪΪ������֪���뵼�峧����������Ƭ��оƬ����2003�������˾��ʼ���Դ�Ʒ�ƿ����г�������������LED��Ʒ��
LED�����ܹ���ʡ��Դ�����߱�����Ⱦ�������������С��ɫ���������ص㣬������㷺Ӧ����ͨѶ����ͨ����ʾ�������򣻶��׹�LED������ȡ�����еİ׳�ƺ�ө��Ƶȴ�ͳ��Դ��DZ����
��ˣ��չ�Ƽ������˹���������Ͻ����ó����ϳɳ������Է���������з��ȷ����ݼӢ���������Ƚ����л������������ (MOCVD) �������о���AlGaInP��GaN����������ͬ���������ȵij�������LED��оƬ��оƬ��ͬʱ��������������־��ܲ���������Ϊÿ����Ʒ�Ĺ�������ϸ��⣬��ȷ����Ʒ���������ȶ��Ծ�������߱�׼��
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Established in 1999, Podium Photonics Ltd. is a high-tech subsidiary of the Hong Kong-based Podium Development Group. The company has invested a total of about HK$200 million in the establishment of two factories respectively in the Guangzhou Economic and Technology Development District (GETDD) and the Panyu District.
Podium was an OEM of epitaxy wafer growth and chip processing for both nationally and internationally renowned electronic manufacturers. In 2003 however, it started to market LED products under its own brand name.
As a light-emitting component, LED has the merits of energy-saving, pollution-free, durable, small-sized and brightly-colored. It has been widely adopted in communication, transportation and display devices. White LED is even considered a high-potential candidate for the ultimate replacement of existing conventional light sources such as light bulbs and fluorescent tubes.
Podium has therefore invested heavily in its team of highly qualified experts in photoelectronic material, with special emphasis on epitaxy growth, characteristic analysis and component development. It has also adopted the latest epitaxial growth technology by MOCVD to research into AlGaInP and GaN materials that can produce high brightness LED epi-wafer and chip with a large variety of wavelengths and brightness. High-precision equipments have also been employed during the production process to ensure the quality and stability of its products.
It is through such an optimized configuration of technology, human-resource, management skill and facility that we are able to provide quality products to satisfy the changing needs of our customers.

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