Abstract: The present invention in one embodiment introduces a composite optical destructive layer (35) into the electroluminescent device which reduces the reflection of ambient light from the device. The composite optical destructive layer (35) is advantageously made of materials already found in the manufacturing process of the electroluminescent device (70) and also by manufacturing processes inherent in the manufacture of the device. More particularly, the composite optical destructive layer (35) is made from a variant of a parent material used to form one of the electrodes (12) of the electroluminescent device. The variant material differs from the parent material in that the variant material is oxygen deficient. This oxygen deficiency in the variant material causes the variant material to have a change in refractive index from that of the parent material.

Abstract: A light emissive device structure and a method for forming a light emissive device structure are provided. The structure comprises a transparent substrate; a transparent electrode formed on the transparent substrate; one or more light emitting layers formed on the first transparent electrode; a reflective electrode formed on the one or more light emitting layers; and a textured layer formed on the transparent substrate for enhancing light contrast of the device. Advantageously, the structure further comprises a gradient refractive index layer.

Abstract: The present invention in one embodiment introduces a composite optical destructive layer (35) into the electroluminescent device which reduces the reflection of ambient light from the device. The composite optical destructive layer (35) is advantageously made of materials already found in the manufacturing process of the electroluminescent device (70) and also by manufacturing processes inherent in the manufacture of the device. More particularly, the composite optical destructive layer (35) is made from a variant of a parent material used to form one of the electrodes (12) of the electroluminescent device. The variant material differs from the parent material in that the variant material is oxygen deficient. This oxygen deficiency in the variant material causes the variant material to have a change in refractive index from that of the parent material.

Abstract: In one embodiment, the present invention includes a method of initializing a system without a basic input/output system (BIOS) to vector to a memory dedicated to a network controller, requesting the BIOS from a remote source using code stored in the memory, and storing the BIOS in a volatile memory of the system.

Abstract: A method includes storing a plurality of interchangeable BIOS images, selecting a first one of the BIOS images, and attempting to perform a boot procedure using the selected first one of the BIOS images. If the boot procedure is performed successfully, a signal is sent to control logic. If the control logic does not receive the signal: (a) a second one of the BIOS images is selected, (b) a reset condition is initiated, and (c) in response to the reset condition, an attempt is made to perform a boot procedure using the selected second one of the BIOS images.

Abstract: According to an embodiment of the invention, a method and apparatus for support of a non-standard device are described. According to one embodiment, a circuit comprises a first device that is not compliant with a standard, the first device containing data; a second device that is compliant with the standard, the second device being a temporary target for the data; and a memory to receive the data from the first device.