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Advantages and Disadvantages of Using Parallel Data Transmission. The main advantages of parallel transmission over serial transmission are: it is easier to program; and data is sent faster. Although parallel transmission can transfer data faster, it requires more transmission channels than serial transmission.
The Question SuperUser reader Modest is curious about the data transfer rates of parallel and serial connections: Intuitively, you would think that parallel data transmission should be faster than serial data transmission; in parallel you are transferring many bits at the same time, whereas in serial you are doing one bit at a time. So what makes SATA interfaces faster than PATA, PCI-e devices faster than PCI, and serial ports faster than parallel? While it’s easy to fall into the reasoning that SATA is newer than PATA, there must be a more concrete mechanism at work than just age.
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The Answer SuperUser contributor Mpy offers some insight into the nature of the transmission types: You cannot formulate it this way. Serial transmission is slower than parallel transmission given the same signal frequency. With a parallel transmission you can transfer one word per cycle (e.g. 1 byte = 8 bits) but with a serial transmission only a fraction of it (e.g. The reason modern devices use serial transmission is the following: • You cannot increase the signal frequency for a parallel transmission without limit, because, by design, all signals from the transmitter need to arrive at the receiver at the same time. This cannot be guaranteed for high frequencies, as you cannot guarantee that the signal transit time is equal for all signal lines (think of different paths on the mainboard). The higher the frequency, the more tiny differences matter.
Hence the receiver has to wait until all signal lines are settled — obviously, waiting lowers the transfer rate. • Another good point (from ) is that one needs to consider crosstalk with parallel signal lines.
Free radionics software for mac. The higher the frequency, the more pronounced crosstalk gets and with it the higher the probability of a corrupted word and the need to retransmit it. [1] So, even if you transfer less data per cycle with a serial transmission, you can go to much higher frequencies which results in a higher net transfer rate. [1] This also explains why (Parallel ATA with increased transfer speed) had twice as many wires as pins.
Every second wire was grounded to reduce crosstalk. Scott Chamberlain echoes Myp’s answer and expands upon the economics of design: The problem is synchronization. When you send in parallel you must measure all of the lines at the exact same moment, as you go faster the size of the window for that moment gets smaller and smaller, eventually it can get so small that some of the wires may still be stabilizing while others are finished before you ran out of time. By sending in serial you no longer need to worry about all of the lines stabilizing, just one line. And it is more cost efficient to make one line stabilize 10 times faster than to add 10 lines at the same speed. Some things like PCI Express do the best of both worlds, they do a parallel set of serial connections (the 16x port on your motherboard has 16 serial connections).
By doing that each line does not need to be in perfect sync with the other lines, just as long as the controller at the other end can reorder the “packets” of data as they come in using the correct order. The does a very good explination in depth on how PCI Express in serial can be faster than PCI or PCI-X in parallel.
TL;DR Version: It is easier to make a single connection go 16 times faster than 8 connections go 2 times faster once you get to very high frequencies. Have something to add to the explanation?
Sound off in the the comments. Plane plotter 6433 cracked computer. Want to read more answers from other tech-savvy Stack Exchange users?. Jason Fitzpatrick is the Editor in Chief of Review Geek, How-To Geek's sister site focused on products and services. He has over a decade of experience in publishing and has authored thousands of articles at Review Geek, How-To Geek, and Lifehacker.
In addition to his duties as Review Geek's Editor in Chief, Jason is How-To Geek's trivia buff, delivering fresh trivia content 365 days a year and a member of the Editorial Board helping to advise and direct the growth of the How-To Geek family. Outside of his work as a writer and editor, Jason is a veteran educator with over a decade of experience as a college instructor.
The answer is either. Computer networking is a very broadcategory encompassing an astonishingly wide range of communicationtechnologies. When Voyager made it's last transmission from thedepths of space to earth, this could be considered computernetworking (albeit with rather high latency) in that tw o computerswere involved, one on each end of the signal and that one or moreprotocols understood by both computers were used. Today, whether using WiFi, a LAN, a MAN or WAN etc. And whetherthe computers are connected by buried Fiber Optic cable orcommunicate via directional microwave antennas or any otherelectronic methodology, the basic technique (not the technology) isthe same. Two computers must be able to communicate with each otherin order to network.
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HP Data Protector software automates high-performance backup and recovery with scalable data protection from disk or tape to enable 24×7 business continuity while providing a compelling price to performance ratio.
As an important component of the fast-growing HP Software portfolio, HP Data Protector software is an integral part of HP Business Continuity and Availability (BC&A) strategy. Appropriate for medium and large companies in any industry, Data Protector is the ideal solution to reduce IT costs and complexity while remaining reliable and scalable to grow from single server environments to the largest distributed enterprise infrastructures. With over 22,000 customers worldwide, Data Protector is used by nearly half of Global 500 corporations.
Data Protector software responds to the pressure for lower IT costs and greater operational efficiency by offering acquisition and deployment costs which are 30–70 percent less than the competition. The licensing model is simple and easy to understand, helping to reduce complexity. Extensive scalability and features for continuous backup and recovery operations enable growth with a single product. John deere service advisor keygen photoshop.
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Key Benefits
Broad Interoperability
Data Protector is a mature, enterprise-class data protection platform that provides broad interoperability across all leading IT environments and is uniquely best in class in its integration with HP storage hardware.HP Data Protector software supports the fast backup and recovery of dozens of major applications used by enterprises. Not only does it fully integrate with the HP Software portfolio, but also provides multi-vendor support for heterogeneous environments, including support for dozens of non-HP vendor’s hardware. Within the HP Software portfolio, HP Data Protector software enables customers to manage data protection as an integral component` of an overall IT service.HP Data Protector software offers flexibility and choice through best-in-class integration with HP storage hardware. Unlike many of HP competitors who offer partial or incomplete solutions, HP offers the advantage of providing an integrated hardware and software solution from a single, trusted vendor.
Industry-leading Functionality
HP Data Protector offers a wide range of industry-leading capabilities. These include:Management of both the physical and virtual
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- space reduction
Sophisticated User-Interface based replication
• management which fully integrates with HP storage and with unique Zero Downtime Backup (ZDB) capabilities and Instant Recovery (IR) functionality
Multiple Recovery Point Objectives/Recovery Time Objectives
Data Protector provides all the building blocks to satisfy the various business recovery point and recovery time objectives by giving customers an additive model to select methods that meet the needs of their various classes of data; in some cases this means tape for general data, backup to disk for more business-critical data and for their highest requirements, methods of continuous data protection.HP Data Protector provides extensive scalability and features for continuous backup and recovery operations. Companion archiving solutions offered within the HP Software portfolio augment these benefits by shrinking backup data volumes for faster backups, faster recoveries and greater scale.
Simple and Inexpensive
HP Data Protector software is simple to implement, use and maintain, and is inexpensive, especially when viewed against the broad set of backup and recovery features it offers. With the simplest and most flexible licensing model in the industry, HP Data Protector software requires no client licensing. It is a scalable solution that grows from a single server to an enterprise, and is the ideal solution for remote and distributed environments through distributed architecture with multi-site management. The centralized multi-site management easily allows implementing multi-site changes, adapting in real time to changing business requirements.
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Advanced Backup to Disk
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Advanced Backup to Disk meets the demand for fast and direct restore from disk with the ideal solution for customers who want to stage the backup on fast central disk space before optionally moving it to tape. The advantages to backing up to disk are:Reduced recovery time:
- When you backup to disk, you can restore data instantly, unlike a tape drive that has to be mounted, loaded and searched.Improved backup performance:
- Backing up to disk allows data to be copied at the optimum level of performance—whether you’re performing a full backup or smaller incremental backups.Storage capacity reduction:
- Data reduction technology (Virtual and Synthetic Full) helps eliminate the need to backup the same data multiple times therefore reducing the disk and tape capacityBranch office backup consolidation:
- Backup to disk allows you to copy the data at distributed branch offices to a central site for consolidated backup.
Storage Capacity Optimization
HP Data Protector provides you with four options for optimizing your storage capacity including its unique virtual full capability, deduplication options and integration with the HP Integrated Archive Platform:Synthetic Full Backup/Virtual Full Backup: Synthetic backup puts a stop to the build up of incremental backups, and eliminates the need to run lengthy full backups. This technology works by merging all incremental backups into a full ‘synthetic’ backup—a process that can be repeated indefinitely, with no need to run a full backup again. If all the backups, full and incremental, are written to the same file library which uses a distributed file media format, an even more efficient type of synthetic backup is possible. This is called Virtual Full Backup. The solution uses pointers to consolidate data rather than copying the data. As a result, the consolidation takes less time and avoids unnecessary duplication of data. This capability also helps enable continuous data protection for Windows systems. For systems running Windows 2000 and above, HP Data Protector utilizes the built-in Microsoft Windows Change Journal to quickly generate a list of files that have been altered since the last backup was performed. This option avoids the need for timely “tree walks” to identify files that have changed, which can be especially time-consuming on systems with many small files. This allows incremental backups to run much faster and more frequently, providing near-continuous data protection at no additional cost.
Backup to Disk Technologies
Backup to Virtual Tape with Deduplication: Data Protector takes full advantage of the capabilities in virtual tape libraries (VTL) offering de-duplication capabilities. Using these capabilities, companies can store up to 50 times as much data in a given amount of disk space. Refer to our constantly updated listed of supported vendors and devices at www.hp.com/go/dataprotector, and click “Support Matrices”
Advanced integration with HP Virtual Library System (VLS): Data Protector achieves unique integration with HP Virtual Library System (VLS) using a Smart Copy feature to provide automated and transparent movement of data between the VLS and physical tape libraries. By offloading the copy operations to the VLS, traffic on the SAN is reduced, and space can be freed up on the VLS for additional disk backups. This process is completely managed and controlled through Data Protector.
Backup to HP IAP with single instance storage: HP Data Protector isolates unique client files and copies them into the HP Integrated Archive Platform (IAP), reducing the amount of backup data and allowing Data Protector customers to take advantage of several important IAP capabilities:Content-aware search, for the retrieval of information
- with specific content, to ensure compliance and e-discovery needs can be met quickly and easily
Single instance storage for maximizing available - storage capacity and eliminating the redundant storage of dataEnd-user restore, providing end-users with the ability
- to restore individual files themselves, all through a single Web interfac
Zero Downtime Backup/ Instant Recovery
Zero Downtime Backup (ZDB) addresses the needs of data centers with zero tolerance for performance impact and the need to eliminate backup windows. ZDB is a replication-based backup to disk technology which leverages array-based solutions, performing the backup on the copy of the production data to achieve zero impact backup. Instant Recovery (IR) takes this a step further by retrieving data directly from the replicated images on disk, allowing customers to recover critical data in minutes. By shifting the focus from backup to recovery, HP can help IT organizations look at protection in a new light and take advantage of a new set of tools to improve the quality of their recovery strategies.
MoM Architecture Diagram
Manager of Managers
For multi-site operations, the Data Protector Manager-of-Managers (MoM) allows distribution of control to local administrators while maintaining the ability to set overall policies and monitoring the entire enterprise backup environment from a central point. As a result, corporate policies can be implemented without diminishing local control and responsibility, while data protection and storage management costs do not change.The figure above shows multiple Data Protector “Cells,” which are also referred to as domains. Each Cell has one Cell Manager system where the essential Data Protector software is installed and from which all backup and restore activities are managed. Several Data Protector Cells can be grouped together, configured and managed from a central Cell. The Cell Manager of this central Cell is the MoM.Using the MoM interface allows customers to scale a Data Protector backup environment to include hundreds of Disk Agents and Media Agents. In this way, the Cell Manager of the central Cell becomes the MoM, and the Data Protector Cells become the MoM clients.Available as an optional extension to HP Data Protector, MoM enables virtually unlimited growth of the backup environment. New cells can be added or existing ones split. A MoM environment does not require a reliable network connection from Data Protector Cells to the central MoM Cell, because only controls are sent over the long distance connections, and backups are performed locally within each Data Protector Cell.Customers may decide to split large environments into multiple Cells for a number of reasons:
- Geographical grouping of systems
- Logical grouping of systems; for example, departments
- Slow network connection between some systems
- Performance considerations
- Separate administrative control
Virtualization platform support enhancements
Complete Protection for Virtualized ServersWith HP Data Protector, you benefit by having powerful software which manages both the physical and virtual environments. Data Protector supports all leading virtualized environments, such as VMware, Microsoft Hyper-V, Citrix XenServer, Microsoft Virtual Server, Sun Solaris Zones, and HP Integrity VM—and in each case, with a variety of options and flexibility in protecting data.For Hyper-V and Citrix XenServer, backup agents can be loaded directly on the virtual machines for single object backup and recovery, leveraging the rich and seamless Data Protector application integrations—and providing the ability to restore those applications to virtually any point in time. And with other operating systems, such as HP Integrity VM and Microsoft Virtual Server 2005 (with VSS support), you now have the additional option of loading a backup agent directly on the hosting OS—enabling SAN-based backups, and enabling robust disaster recovery by providing the capability to protect and restore an entire VM with crash-consistent, snapshot-based backups at the click of a button.
Advanced protection for VMware
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HP Data Protector software provides complete, advanced and easy to use protection for VMware environments. Using a fully integrated VMware application agent, a snapshot-based, on-line backup of virtual machines can be initiated or scheduled at any time—and it can all be managed through the Data Protector user interface. The VMware application agent fully supports key VMware infrastructure components, such as VMotion and DRS. VMware Consolidated Backup (VCB) is also supported, so that the backup can be completely offloaded from the ESX server and Virtual Machines (VM) if desired. Simply choose to install the agent on the ESX server itself, or a VCB proxy server—providing you maximum flexibility to meet the needs of every environment. Within this VMware ESX-based backup methodology, incremental snapshots are also supported, to further minimize the impact on both the ESX servers and the network.
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An earlier section of this document introduced the basic concepts of Data Protector Zero Downtime Backup (ZDB) and Instant Recovery (IR). HP Data Protector ZDB/IR, when combined with VCB, offers a powerfully unique data backup solution by combining the versatility of Data Protector’s VMware agent with the power of its Zero Downtime Backup and Instant Recovery components. In such a configuration, the snapshots can first be taken to protect the virtual machine (VM) itself, and then the application data is protected using Zero Downtime Backup/Instant Recovery. This combination is a unique solution in the industry, and provides the best of both worlds:Impact-free backup at all layers
- No load on the ESX servers or VMs
- Instantaneous recovery of all application data
- For a complete breakdown of the data protection capabilities of Data Protector in virtual server environments, please see the HP Data Protector Virtualization solution brief.
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Ensuring Security Compliance
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Keeping your data secure is easy with the centralized key management feature in Data Protector. With a Data Protector solution, customers have the choice of client-based encryption for end-to-end security of their data, or they can take advantage of the encryption functionality in LTO4 tape drives for encryption with no performance impact on backup speeds.Either way, the data is secure with AES 256-bit encryption (the most advanced available), ensuring full compliance with all government and regulatory requirements. And most importantly, all encryption keys are managed centrally within Data Protector.