Nokia Enterprise Solutions Mail for Exchange Client Version: 2.7.0

Nokia Enterprise Solutions Mail for Exchange Client Version: 2.7.0

Beginning with release 2.7.0 Mail for Exchange will install on all Nokia Series 60 3.0, 3.1, and 3.2 devices. During installation on any device not listed in the previous section, the user will be shown an information note saying that Mail for Exchange has not been certified on that device.

Mail for Exchange supports these 40 languages (devices may support more): American English, Arabic, Chinese Hong Kong, Chinese Simplified, Chinese Traditional, Croatian, Czech, Danish, Dutch, English British, Estonian, Finnish, French, French Canadian, German, Greek, Hebrew, Hungarian, Indonesian, Italian, Japanese, Latvian, Lithuanian, Malay, Norwegian, Polish, Portuguese, Portuguese Brazilian, Romanian, Russian, Serbian, Slovak, Slovene, Spanish European, Spanish Latin American, Swedish, Tagalog, Thai, Turkish, Ukranian.

NEW FEATURES IN THIS RELEASE
• Exchange Server 2007 Autodiscover
When configuring Mail for Exchange for the first time you may be able to receive the server name for synchronizing with your Exchange Server 2007 automatically. When prompted, enter your e-mail address, domain, username, password, and access point. A connection to the server is made and the correct server name is retrieved automatically. In case the automatic server name retrieval fails, continue the profile creation as you normally would. Regardless of whether the automatic retrieval fails or succeeds, the information already collected is saved to your profile. (Note: This service requires setup by your Exchange Server 2007 administrator.)
• Mail for Exchange 2.7.0 can be installed on any Nokia Series 60 3.0, 3.1, and 3.2.
• Confirmations will be displayed to the user when the server requires new or more restrictive security features to be enabled on the device.
• The mapping of data fields in Contacts between the server and the device has been updated. New fields mapped are Middle name, Car phone, Department, Spouse, Anniversary.

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Kodak EasyShare C433 zoom digital camera user guide

Kodak EasyShare C433 zoom digital camera user guide

Storing pictures on an SD or MMC card
Your camera has 16 MB of internal memory. You can purchase an SD or MMC card to conveniently store more pictures and videos.
NOTE: Whenusingthecard forthefirsttime,formatit inthis camerabefore takingpictures (see Format on page 23). We recommend Kodak SD or MMC cards.

Reviewing the picture or video just taken
After you take a picture or video, the LCD displays a quickview for approximately 10 seconds. Press the shutter button halfway to immediately return to capture mode.

Using the auto-focus framing marks (to take pictures)
On the LCD screen, framing marks indicate the camera focus area. The camera attempts to focus on foreground subjects, even if the subjects are not centered in the scene.
1 Press the Shutter button halfway. When the framing marks turn green, focus is accomplished
2 If the camera is not focusing on the desired subject (or if the framing marks disappear), release the Shutter button, recompose the scene, and repeat step 1.
3 Press the Shutter button completely down to take the picture.
NOTE: Framing marks do not appear in Landscape or Video mode. When you use Focus Zone (see page 20) and set Center Zone, the framing marks are fixed at Center Wide.
Using the flash
Use the flash when you take pictures at night, indoors, or outdoors in heavy shadows

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VoomPC-2 Automotive PC Enclosure Mini-ITX Car PC Enclosure Installation Guide

VoomPC-2 Automotive PC Enclosure Mini-ITX Car PC Enclosure Installation Guide

Please take a moment and read this manual before you install the VoomPC-2™ in your vehicle. Often times, rushing into unit installation can result in serious damage to your motherboard, power supply and probably your car’s electrical system. The VoomPC-2 has a wire harness that needs to be connected to the car’s electrical system. During installation, always double check the polarity using a voltmeter.

The VoomPC-2 was designed to work with a wide variety of main boards such as the VIA mini-ITX boards as well as low power Pentium-M OR Core 2 Duo. Please note that powering full power P4 or AMD systems is not recommended due to excessive heat dissipation.

Required tools
In order to install the VoomPC-2 in your vehicle you will need the following:
-Phillips screwdriver and Wire cutter / stripper
-Few feet of wire (AWG 12-16), preferably color coded, used for power input.

VoomPC-2 installation steps
1) Install the motherboard, Front Audio / USB board and Power Supply on the base plate using M3 screws. (See figure 1.0)
2) Connect the ATX cable harness provided with your power supply to the motherboard. NOTE: Use small tie-wraps on the ATX cable harness in order to improve air flow.

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Kodak Digital Camera HOWTO

Kodak Digital Camera HOWTO

The purpose of this document is to help one get their Kodak digital camera working under GNU/Linux. The scope of the document may change at any time to include more camera models. As of the current version this document does support some other models than ones sold under the Kodak name. However those are only mentioned as they work with the same steps that similar Kodak cameras use. This document is not likely to grow to support all digital cameras as there are simply too many to document in one HOWTO.

Digital cameras work with the same basic concept as a traditional camera. They have a viewfinder or LCD screen to show the image prior to taking a photograph, a lens with a shutter behind it to allow the light from the subject to hit a light sensitive material. However, this is where most of the similarities end.

Digital cameras use a CCD (Charged Coupled Device) to sense the colors of the light and their intensity. The CCD can be likened to a very find piece of graphing paper, with thousands of little squares (transistors) to which sense the differences between the colors. There are three types of transistors used in commonplace CCDs, red, green and blue. Each transistor then passes the color and intensity it sensed to and Analog−to−digital converter (ADC). The ADC then converts the information passed to it by the transistors into a digital format, or binary 1’s and 0’s. The digital output of the ADC is then passed to a Digital Signal Processor (DSP). The DSP adjusts the contrast and other image details to get the perfect look and then compresses the data into a file format like JPEG (Joint Photographics Expert Group).

Digital cameras may also have the ability to do an optical or a digital zoom on an image. An optical zoom is when a lens is used to get a closer look at the subject. A digital zoom is used to enhance the optical zoom for a larger image even though the maximum size has been attained via optical zoom. Even though an image can be resized later, it is suggested to use the built in digital zoom of the camera at this point before any compression has been done to the image. File formats like JPEG tend to degrade in quality when resized more so then when the image is resized by the camera’s software. This is due to artifacts left behind from the compression.

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