Bus technology

Available Bus Technologies Digital Color Cameras Mounted at various locations throughout the bus, cameras provide multi-angle views, up to and including the driver. When used in reference to personal computersthe term bus usually refers to internal bus. As the number of potential peripherals grew, using an expansion card for every peripheral became increasingly untenable.

This distinction is exemplified by a telephone system with a connected Bus technology the RJ11 connection and associated modulated signalling scheme is not considered a bus, and is analogous to an Ethernet connection.

Since that time, the Society of Automotive Engineers has required that percent of all automobiles sold in the United States be outfitted with the CAN bus protocol sinceand a similar mandate has been instituted in Europe.

Bus technology USB delivers an inexpensive and easy-to-use connection between devices and PCs. In these cases, expansion buses are entirely separate and no longer share any architecture with their host CPU and may in fact support many different CPUs, as is the case with Bus technology.

As data rates increase, the problems of timing skewpower consumption, electromagnetic interference Bus technology crosstalk across parallel buses become more and more difficult to circumvent.

This is a bus that connects all the internal computer components to the CPU and main memory. The bus connecting the CPU and memory is one of the defining characteristics of the system, and often referred to simply as the system bus. Back Bus technology Top 5.

This emphasizes the busbar origins of bus architecture as supplying switched or distributed power. In both examples, computer buses of one form or another move data between all of these devices.

The Future for New Bus Technologies in Instrument Control and Connectivity

This allowed the CPU and memory side to evolve separately from the device bus, or just "bus". They typically separated the computer into two "worlds", the CPU and memory on one side, and the various devices on the other.

On-Board Bus Technologies

This makes the entire system safer. For example, a user can take the code written for a GPIB plug-in controller and reuse it without any modifications when replacing that controller with an Ethernet-to-GPIB bridge product.

This is commonly accomplished through some sort of standardized electrical connector, several of these forming the expansion bus or local bus. These simple bus systems had a serious drawback when used for general-purpose computers.

Such bus systems are also difficult to configure when constructed from common off-the-shelf equipment. Moreover, there is no latching mechanism for USB cables -- the cables can be pulled out of the PC or instrument relatively easily.

Back to Top 3. With this model, each different bus requires a passport to connect to the core VISA engine, so compatibility with new buses is added easily without disturbing the existing interfaces. Bridge products are further discussed later in this paper.

Currently, there are very few instruments that offer a USB option for control. Because the USB is a plug-and-play technology, the USB host automatically detects when a new device has been added, queries the device for its identification, and configures the device drivers appropriately. Failure to follow procedure triggers visual and audible alarms.

On-Board Bus Technologies

Software that maintains backward compatibility, while seamlessly integrating new buses, will make the difference between spending three hours bringing a new instrument online and spending three months rewriting the application.

However, as the performance differences between the CPU and peripherals varies widely, some solution is generally needed to ensure that peripherals do not slow overall system performance.

A Brief Explanation of CAN Bus

Examples of internal computer buses[ edit ]. The simple way to prioritize interrupts or bus access was with a daisy chain. In modern systems the performance difference between the CPU and main memory has grown so great that increasing amounts of high-speed memory is built directly into the CPU, known as a cache.

While the CPU was now isolated and could increase speed, CPUs and memory continued to increase in speed much faster than the buses they talked to. High-end systems introduced the idea of channel controllerswhich were essentially small computers dedicated to handling the input and output of a given bus.

When one module needs maintenance, that module can simply be targeted and replaced rather than tearing apart the entire vehicle. While the CPU was now isolated and Bus technology increase speed, CPUs and memory continued to increase in speed much faster than the buses they talked to.

Installers are already familiar with the cable and have the tools and experience to handle it quickly and efficiently. One of the most significant benefits of CAN bus technology is the ratio it offers of price to performance. This bus is typically rather quick and is independent of the rest of the computer operations.

Access to this memory bus had to be prioritized, as well. Internal buses[ edit ] The internal bus, also known as internal data bus, memory bus, system bus or Front-Side-Bus, connects all the internal components of a computer, such as CPU and memory, to the motherboard.

Currently CAN bus is one of the most affordable network systems in addition to being one of the most reliable, making it the main cost-effective choice of automobile manufacturers around the world.

Access to this memory bus had to be prioritized, as well. Users can take advantage of USB connectivity in their instrument control applications today through the use of bridge products — products that enable users to bridge between USB and GPIB. We are committed to empowering drivers and bringing the overdue technology transformation to the bus and trucking industries.

With our superb IT expertise, close working relationships, and high standard of customer service and warranties, we are working towards this transformation every day. On-Board Bus Technologies > Our technologies have the power to improve the quality of your transportation service, create new efficiencies for your district and.

We lead the industry in innovation by continuously researching, developing & investing in technology that matters.

Technology & Innovation

Review our student transportation solutions. GPS Technology > On-Board Bus Technologies > Our technologies have the power to improve the quality of your transportation service, create new efficiencies for your district and assist in preserving valuable education resources.

By incorporating the latest innovations into our services, we seamlessly deliver integrated solutions in a single. Parallel ATA (also known as Advanced Technology Attachment, ATA, PATA, IDE, EIDE, ATAPI, etc.) disk/tape peripheral attachment bus S bus or IEEE.

We lead the industry in innovation by continuously researching, developing & investing in technology that matters. Review our student transportation solutions.

Bus technology
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What is Bus? Webopedia Definition