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Adding to the popular Data Encryption Standard (DES) and Triple-DES (3DES) encryption technologies, Vista supports these additional algorithms for encrypting data: Advanced Encryption Standard (AES) with cipher block chaining (CBC) and a 128-bit key size (AES 128) AES with CBC and a 192-bit key size (AES 192) AES with CBC and a 256-bit key size (AES 256)

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_applicationObject = CType(application, DTE2) _addInInstance = CType(addInInst, AddIn)

TIP The limit of these new algorithms is that previous Microsoft operating systems cannot participate in IPSec tunnels with Vista using these technologies Until your entire network is outfitted with Vista and the latest server, you should be extremely careful about rolling out these new options into your production network Network Diagnostics Framework (NDF) If IPSec negotiation fails, NDF prompts a user with an option to identify and correct the problem The NDF engine for IPSec then attempts to discover the source of the failed connection and either automatically corrects the problem or advises the user to update the configuration

a Web browser High-end graphics processors are designed to support the beautiful 3-D games that are so popular today NVIDIA and ATI are extremely competitive, and both companies introduce multiple models of graphics processors (and therefore new models of cards) every year However, unless you re using the Vista Aero glass desktop, all of these extra features you see in video cards are really only for the true driving force in video cards: 3-D gaming Your PC is capable of providing you with hours of incredible entertainment via a huge number of popular games that immerse you in 3-D environments full of light, shadows, explosions, and other amazing effects that create a fun and beautiful gaming experience These 3-D games have special needs to do all this amazing stuff One need is textures A texture is a small picture that is tiled over and over again on walls, floors, and other surfaces to create the 3-D world Take a look at the wall in Figure 122 It s made up of only three textures that are repeated over and over again on the surface Games also use hundreds of lighting effects such as transparency (water), shadows, reflection, and bump mapping the process of laying multiple textures on the same spot to give a more textured (bumpy) look to the surface These games are where the higher-quality graphics processors really shine Learn more about 3-D issues in more depth in the 3-D Graphics section later in this chapter Choosing a graphics processor is a challenge because the video industry is constantly coming out with new models One of the best guides is price The best (and newest) graphics cards usually cost around US$400 500 The cheapest cards cost around $50 I usually split the difference and go for a card priced around $180 to $200 such a card will have most of the features you want without breaking your bank account If you use your computer only for 2-D programs (most office applications such as word processors, e-mail, and Web browsers are 2-D), then almost all of the features of the more advanced graphics cards will do you little good If you re not a gamer, a cheap, low-end video card will more than meet your needs.

Video memory is crucial to the operation of a PC It is probably the hardestworking set of electronics on the PC Video RAM constantly updates to reflect every change that takes place on the screen Video memory can prove to be a serious bottleneck when working with heavy-duty applications (like games) in three ways: data throughput speed, access speed, and simple capacity Manufacturers have overcome these bottlenecks in three ways: upping the width of the bus between the video RAM and video processor; using specialized, super-fast RAM; and adding more and more total RAM First, manufacturers reorganized the video display memory on cards from the typical 32-bit-wide structure to 64, 128, or even 256 bits wide This would not be of much benefit because the system bus is limited to 32 or 64 bits if it weren t for the fact that video display cards are really coprocessor boards Most of the graphics rendering and processing is handled on the card by the video processor chip rather than by the CPU The main system simply provides the input data to the processor on the video card By making the memory bus on the video card as much as eight times wider than the 222