Fastest SSD Compilation

Join Fastest SSD to gather as much SSD provider so we can pick a better one. Making our VPS faster and smarter!

[acidic-sunshine]

Develop your Online Business by Choosing Good Website hosting Provider

Hosting Industry has several leading and emerging Website hosts. On various factors we can determine which companies will prevail over the long run.

How to pick a provider?

When committing to best internet hosting provider then be make sure the company uses the right expertise and quality of service. Some of the important point that persist in mind:

Provision for Windows & Linux based hosting platforms

Provide multiple domain hosting facility.

Permission to handle the traffic to attract the client website on a daily basis.

24*7 hour customer satisfaction and support

Provide Live Chat service that enables the client problems in fix time.

Security features- Must offer proper safeguards to ensure security of the client along with its customers.

These are generally the primary point that is undoubtedly especially important for customers for running large online stores through any hosting Provider Company.

Benefits that anyone user can get from vast Hosting and competitive market:

1. Inexpensive and Affordable Inexpensive

From huge competition user involve many choices through which one can choose most effective and cheap hosting with various advantages.

2. Dedicated Internet protocol address

Full form of IP is Ip and it is an exceptional address that's granted to each computer that really is connected to a certain network. Dedicated IP address is usually provided with many cheap hosting packages simply because it defined the uniqueness of one's website.

3. DiskSpace and of one's

One can obtain ample web space and resources by paying little price shared web hosting. With affordable host services opting for such host options is definitely a great deal.

4. Quality Support or Technical is definitely

Premium and reliable Website hosts provide the same technical assistance anytime they avail the shared web host or dedicated web hosting or VPS options.

5. Email

For hosting a domain email accounts are one of the common feature of website hosting. Aliases, forwarding and POP3 are three main types of email accounts.

6. FTP Access

Upon having created your web pages then FTP Access is used using your computer, it's important to transfer files to your web server. It's mainly used for transferring files on the server.

Few instances of such Hosting provider:

Cheapest Shared Hosting

Media Temple

Big Rock

Single Hop

Online Trouble Shooters

Reseller Club

1. Cheapest Shared Web hosting

They Provide Best Shared Hosting Solutions for Linux and Windows and give all beneficial features for customer.

2. Online Trouble Shooters

From last ten years they're hosting providers of assorted services like Reseller Hosting's, Fully Managed Dedicated Servers, VPS, Class C IP's, Bulk Mail Servers, and The cloud. With a vast clientele and 24x7 support they are actually going up stairs and achieving their they are

3. Big Rock

BigRock can be one of the leading providers of a wide spectrum of domain services. They include vast experience offer world-class services to help enterprises scale grow on top.

4. Media Temple

MediaTemple coupon is one of the fastest growing companies in North America. Its offer the best hosting service and support available anywhere and anytime.

5. Single Hop

Host your business infrastructure with single hop, you get a whole lot more than simply infrastructure. Get fully managed, fully unmanaged, or anywhere-in-between solution in a one of their strategically located, highly automated data centers.

6. Reseller Club

Reseller Club creates a full range of Web Presence products & services to Web Hosts, Website designers, Technology Consultants and Domain Resellers worldwide.

[wonderfulworldofwebdesign]

When the hosting company I've recommended for years goes majorly downhill

[acidic-sunshine]

Don't Waste Money on Faster SSD Storage

Most of the time when we work on our computers, the files we create are relatively small. We load the files into the RAM memory of our computer and work away.

Working with media, however, is different. Media files tend to be massive. Most often, they need to be played in real-time and they are too big to be fully stored in RAM memory.

NOTE: Why am I saying "RAM memory?" Because many people use the term "memory" to mean "hard disk storage." For me, computer "memory" means RAM - that which disappears when power to the computer is turned off.

The "Data Transfer Rate" is the speed data travels between your hard disk storage and the computer, and it is measured in "bits per second" (bps).

NOTE: To keep the numbers from getting too big when discussing hard disks, bps is often converted to MBps, or "megabytes per second." The conversion equation is simple: bps/8,000,000 = MBps. (Engineers sometimes use 8,388,608 instead of 8 million.) We also write MBps as MB/s.

There are three things that determine the speed of your data moving between the hard disk and your computer:

How you connect your storage (USB 2, USB 3, FireWire, Thunderbolt, eSATA, and others)

The number of hard disks in your device (a hard drive has one disk, RAIDs have several

The internal hardware architecture of your storage device

CABLES AND PROTOCOLS

Changing how you connect your hard disk changes the speed of your data.

For example, USB 2 transfers data around 15 MB/s, FireWire 400 transfers data about 25 MB/s, while FireWire 800 is around 85 MB/s. If you spent money and bought an infinitely fast drive, then connected it to your computer via USB 2, your data would only travel at 15 MB/s, which is the speed limit of USB 2.

NOTE: There's a lot of conversation today about the speed of SSD drives. Fastest SSD, which stands for Solid State Drive, can be very fast. But, if you attach an SSD drive using a very slow protocol - say, FireWire 400 - you'll never see the speed that SSD can deliver. The FireWire 400 protocol is too slow.

NUMBER OF HARD DRIVES

Connected internally, directly to the data bus of your computer, a single standard 3.5" hard drive delivers about 120 MB/s of data.

If we connect that drive via USB 2, FireWire 400, or FireWire 800, the connection protocol is slower than that of the drive, so we can't get the maximum speed from the drive because it is limited by the protocol.

However, other connection protocols, such as USB 3 and Thunderbolt can transfer data at much faster speeds than a single hard drive. USB 3 maxes out around 480 MB/s, while Thunderbolt can deliver up to 1.1 GB/s.

If you are attaching a single hard drive via USB 3, the fastest speed you can expect is about 120 MB/s, which is the maximum speed a single hard drive can deliver.

Here, the limitation is not the protocol, but the speed of the hard disk.

RAIDs allow us to combine multiple hard discs into a single unit. Now, we are able to combine the speeds from multiple hard drives so that the speed of the RAID is greater than the speed of a single hard drive.

At this point, the maximum speed of a RAID is the SLOWER of the sum of the speed of all the hard drives it contains, or the protocol that connects the RAID.

For example, a 2-drive RAID attached via USB 3 would transfer data at 240 MB/s (the sum of the two hard drives), while a 20-drive RAID attached via USB 3 would transfer data at 480 MB/s (the maximum transfer speed of USB 3).

SYSTEM OVERHEAD

Even when you've picked the fastest protocol, and connected a gajillion hard disks, there's one more factor that determines overall data transfer rate: system overhead.

This gets really complicated really quickly, however, the short answer is that every hard disk, RAID, and protocol needs to process the data both before it is sent and after it is received. And this processing takes time.

Some manufacturers opt for the fastest data transfer speeds, but sacrifice flexibility. Others opt for greater flexibility, but sacrifice speed. Some do their data processing in hardware, others use software. Some opt for maximum speed, others for data security. It is almost impossible to figure out in advance how much performance will be lost due to system overhead.

For this reason, always be skeptical when a storage vendor describes their speeds using phrases like: "Up to 480 MB/s," or "Up to 1.1 GB/s." They are quoting the speed of the protocol, not the speed of their device.

ACCURATE ESTIMATES

The easiest way to estimate the speed of a hard drive or RAID is to multiply the number of hard drives it contains by 100 MB/s. This provides a ballpark range of the data speed to expect.

CONCLUSION

If all you are doing is editing a single stream of AVCHD video, any hard disk and protocol will be fine.

As you start to edit multiple streams of video, migrate to larger image sizes, or upgrade to more professional video formats, the speed of your storage system becomes critical.

Here are some simple rules:

A single hard drive can deliver about 120 MB/s of data

USB 2, FireWire 400, and FireWire 800 are slower than a single drive

USB 3 and Thunderbolt are faster than a single drive

If your computer supports plug-in cards, eSATA and mini-SAS are also very fast protocols.

RAIDS are always faster than single drives

RAID speeds are, generally, the sum of the speeds of the drives they contain

NOTE: Here's an article that can help you learn the differences between RAIDs, SSDs, and The Cloud.

Don't let all the marketing terms confuse you. When you understand what the terms mean, you can spend your money wisely and get the storage with the speed that you need.

[acidic-sunshine]

Solid-State Flash Hard Drives : Fastest SSD To Date

Solid-State - SSD flash memory computer disk drives are no longer just the future of data storage. SSD's are here today and can offer dramatic improvements to your Apple Macintosh computer's performance. Solid-State drives use high-speed flash memory chips to store data.

With no moving parts, a SSD offers multiple benefits: Silent operation, shock resistance, and low-power requirements. But the most compelling reason to have one in your Mac is sheer speed. Current SSD's now deliver data read and write speeds that simply outperform any conventional spinning platter hard drive available. Some SSD's transfer data nearly three times as fast as the fastest convention hard drive you can buy; they're that fast! With no moving parts, the reliability of fastest SSD storage is another real-world benefit. Conventional hard drives are notorious for wearing out, growing noisier over their lifetime, or simply dying from mechanical failure. SSD is so reliable, manufacturers offer warranties up to 5 years. Most recent Macintosh computers use the widely used SATA II drive interface standard for maximum performance. Although you can find older ATA interface SSD drives for aging Macs, the ATA interface just can't fully deliver the speed throughput SATA II now offers. In fact, flash memory speeds are increasing so rapidly that even the SATA II 3GBps interface specification is beginning to limit the potential of SSD technology. The next generation of SATA III 6GBps Solid-State drives are just beginning to reach consumers. We expect Apple will adopt the new interface in its next-generation of Mac laptops and desktops to keep their computer performance on the leading edge. Many Apple computer models make it easy to swap in a solid-state drive. With the right tools to open your MacBook, iMac or Mac mini - a SSD drive swap can often be performed within minutes. Using any number of disk drive cloning utilities for OSX, you can then transfer your existing setup, programs and data onto the SSD. For those lacking the technical skills or courage to perform a do it yourself hard drive upgrade, the Apple Store online offers Build-To-Order SSD options. You can simply opt for an SSD drive to be installed when you place an order for a new Macintosh computer.

Capacities of Mac compatible SSD drives currently range from 32 Gigabytes up to 1 Terabyte of storage. The most affordable and practical sizes a Mac owner should consider might be in the 128GB to 256GB range. There you'll find ample room to store your documents and media files without breaking your budget. Solid-State drives still command a price premium over conventional hard disk drives, so for those with Terabytes of data, the cost of the largest SSD's may not be practical. Many Mac owners opt for a smaller capacity SSD as a boot drive for the OSX operating system and applications. Others can then use an external USB or FireWire hard drive for additional storage of larger media files: The best of both worlds. Breathe new life into your Macintosh with a Mac compatible SSD upgrade. Whether old or new, you'll find it delivers dramatic improvements to EVERYTHING you do on your Mac. Faster boot times, rapid application launch, saving files instantly and quick program switching will prove the productivity value of Solid-State storage.

[thebigbangtheorists]

sheldon/amy meme • five/ten episodes • the herb garden germination (04x20)

“i described your lovemaking as aloof but effective.”