You are reading the article Cannot Create New Storage Space, Error (0X00000057), The Parameter Is Incorrect updated in December 2023 on the website Kientrucdochoi.com. We hope that the information we have shared is helpful to you. If you find the content interesting and meaningful, please share it with your friends and continue to follow and support us for the latest updates. Suggested January 2024 Cannot Create New Storage Space, Error (0X00000057), The Parameter Is Incorrect
Windows Storage Space is a feature in Windows 10 which allows you to take a backup of files in case of a drive failure. However, if you are getting an issue with the message “Error (0x00000057): The parameter is incorrect with storage space“, then in this post, we will share a solution for this. The error appeared in Windows 11/10 and is a known bug that has been acknowledged as a bug by the Microsoft Team.Cannot create new Storage Space, Error (0x00000057), The parameter is incorrect
The error occurs when a user tries to create a new storage space into an existing pool or when creating a new pool so they can retain the extra copies. The complete error message goes as:
The graphical interface for managing Storage Spaces in Windows fails when creating a storage pool with another error “Can’t prepare drives – the parameter is incorrect”.
The same error was reported in the Reddit forum as well. The user shared his experience, where he noticed the contents of some of the files went corrupt. It happened after upgrading Windows. When the CDKDSK tool was used, it reported more problems with a resulting message saying.
File record segment 67C08 is an orphan.
There are a couple of workarounds which may not sound very nice, but that’s the solution for now.Storage Spaces problem – How to Restore corrupt files?
Before you begin, remember to create a system restore point first, so that you can always revert should things not go as expected.1] Restore from an older backup
The best method is to restore from a week old back or a day earlier before you upgraded to the Windows 10 feature update. It will make sure there is no inconsistency among the files. Always make sure to run the CHKDSK tool to check for any inconsistency.
It is also recommended to lock the parity drive to read-only mode for now. If you’re restoring your images to your parity drive, that’ll probably keep introducing more corruption as you make changes.2] Run CHKDSK tool
CHKDSK tool checks the file system and file system metadata of a volume for logical and physical errors. So once you run it, the file system will become consistent again, but you will have to manually check if the data after the check is incorrect or not.How to create new Storage Space using PowerShell
Windows PowerShell offers cmdlets that can create new Storage Space. So until the interface is fixed, you can follow this method. As a warning, you should have a clear understanding of what you are doing here and execute the commands correctly. Since we will not delete anything, the existing storage space is safe. These are the three things you need to use the commands.
Storage pool name
Disks to use to create the pool
Storage subsystem or Storage Spaces
Here is the script you can execute on PowerShell. The first line uses the **Get-PhysicalDisk** cmdlet to get all PhysicalDisk objects than are not yet in a (concrete) storage pool and assigns the array of objects to the $PhysicalDisks variable. The second line creates a new storage pool using the $PhysicalDisks variable to specify the disks to include from the WindowsStorage subsystem.$PhysicalDisks = (Get-PhysicalDisk -CanPool $True) New-StoragePool -FriendlyName CompanyData -StorageSubsystemFriendlyName "Windows Storage*" -PhysicalDisks $PhysicalDisks
You will have to launch PowerShell with Admin permission and an admin account to execute the commands.
So until you keep facing the issue and Microsoft rolls out a fix, use this command to create a new pool. Also, make sure to keep the backup as read-only.
I hope you were able to resolve this error 0x00000057.
You're reading Cannot Create New Storage Space, Error (0X00000057), The Parameter Is Incorrect
If you’re encountering We couldn’t create a new partition error message on your Windows computer while installing Windows 11/10, then the solution we will present in this post is intended to help you remediate this issue.
This error might happen for any number of reasons, even on perfectly functioning SSDs and HDDs.We couldn’t create a new partition, Errror 0x9cfc7550
If you’re faced with this issue during Windows Setup, you can try our recommended solutions below and see if that helps to resolve the issue.
Disconnect additional Hard Drives, USB drives, and Memory cards
Create a new partition using DiskPart
Set the intended Windows Install partition as primary/active
Use USB 2.0 Drive.
Let’s take a look at the description of the process involved concerning each of the listed solutions.1] Disconnect additional Hard Drives, USB drives and Memory cards
When using multiple hard drives, the first and foremost thing to do is disconnect all hard drives except the primary hard drive where you install Windows. Once you disconnect all your other hard drive(s), try to install Windows again and see if you can proceed with the installation without encountering the error.
Also, other than the actual Windows 10 bootable USB drive, if you have any other USB drives and memory cards connected to your system, then on rare occasions Windows might confuse these drives for regular hard drives. Disconnect those additional USB drives or memory cards and try installing Windows again.2] Create a new partition using DiskPart
This solution will delete all files on your selected hard drive, so use it on a new computer that doesn’t have any files on it, or only if you have a backup available.
To run DiskPart, do the following:
Start Windows 10 setup using bootable USB or DVD.
Choose Advanced tools and then select Command Prompt.
When Command Prompt opens, enter the following command:start diskpart
Now enter the following command:list disk
You should see the list of all hard drives connected to your computer.
Find the number that represents your hard drive and enter the command below and be sure to replace 0 with a number that matches your hard drive.select disk 0
Next, input the following lines and press Enter after each line:disk 0 clean disk 0 create partition primary disk 0 active disk 0 format fs=ntfs quick disk 0 assign
After running the commands, type exit and hit Enter to close Command Prompt.
Start the installation process again and see if it completes successfully. If not, try the next solution.3] Set the intended Windows Install partition as primary/active
You might encounter this error if the partition you are trying to install Windows 10 is not active. To make a partition active, you need to have access to the command prompt.
Do the following:
Start DiskPart as shown above.
Next, type the command below and hit Enterlist disk
You should see the list of available hard drives.
Locate your hard drive and enter the command below and be sure to replace 0 with a number that represents your hard drive.select disk 0
Next, type the command below and hit Enterlist partition
The list of available partitions will appear.
Now, locate the partition on which you want to install Windows 10 and type the command below and hit Enter. Replace 1 with a number that matches your partition.select partition 1
Lastly, type the command below and hit Enter to set the partition as primary/active.Active
Type exit and press Enter to exit the Command Prompt.
Start the installation process again and check if the problem is resolved. Otherwise, continue with the next solution.
Read: Windows Setup couldn’t create a new partition or locate an existing one4] Use USB 2.0 Drive
If you are using a USB 3.0 bootable drive to install Windows, then it might also be a reason why Windows is giving you this specific error. To solve it you can try using a USB 2.0 drive.
Hope this helps!
How cold is space? And how hot is the sun? These are both excellent questions. Unlike our mild habitat here on Earth, our solar system is full of temperature extremes. The sun is a bolus of gas and fire measuring around 27 million degrees Fahrenheit at its core and 10,000 degrees at its surface. Meanwhile, the cosmic background temperature—the temperature of space once you get far enough away to escape Earth’s balmy atmosphere—hovers at -455 F.
But how can one part of our galactic neighborhood be freezing when another is searing? Scholars (and NFL players) have puzzled over this paradox for time eternal.
If the sun is hot how is outer space cold ?
— Jacoby Brissett (@JBrissett12) July 10, 2023
Well, there’s a reasonable explanation. Heat travels through the cosmos as radiation, an infrared wave of energy that migrates from hotter objects to cooler ones. The radiation waves excite molecules they come in contact with, causing them to heat up. This is how heat travels from the sun to Earth, but the catch is that radiation only heats molecules and matter that are directly in its path. Everything else stays chilly. Take Mercury: the nighttime temperature of the planet can be 1,000 degrees Fahrenheit lower than the radiation-exposed day-side, according to NASA.
Compare that to Earth, where the air around you stays warm even if you’re in the shade—and even, in some seasons, in the dark of night. That’s because heat travels throughout our beautiful blue planet by three methods instead of just one: conduction, convection, and radiation. When the sun’s radiation hits and warms up molecules in our atmosphere, they pass that extra energy to the molecules around them. Those molecules then bump into and heat up their own neighbors. This heat transfer from molecule to molecule is called conduction, and it’s a chain reaction that warms areas outside of the sun’s path.
[Related: What happens to your body when you die in space?]
Space, however, is a vacuum—meaning it’s basically empty. Gas molecules in space are too few and far apart to regularly collide with one another. So even when the sun heats them with infrared waves, transferring that heat via conduction isn’t possible. Similarly, convection—a form of heat transfer that happens in the presence of gravity—is important in dispersing warmth across the Earth, but doesn’t happen in zero-g space.
These are things Elisabeth Abel, a thermal engineer on NASA’s DART project, thinks about as she prepares vehicles and devices for long-term voyages through space. This is especially true when she was working on the Parker Solar Probe, she says.
As you can probably tell by its name, the Parker Solar Probe is part of NASA’s mission to study the sun. It zooms through the outermost layer of the star’s atmosphere, called the corona, collecting data. In April 2023, the probe got within 6.5 million miles of the inferno, the closest a spacecraft has ever been to the sun. The heat shield projected on one side of the probe makes this possible.
“The job of that heat shield,” Abel says, is to make sure “none of the solar radiation [will] touch anything on the spacecraft.” So, while the heat shield is experiencing the extreme heat (around 250 degrees F) of our host star, the spacecraft itself is much colder—around -238 degrees F, she says.
[Related: How worried should we be about solar flares and space weather?]
As the lead thermal engineer for DART—a small spacecraft designed to collide with an asteroid and nudge it off course—Abel takes practical steps to manage the temperatures of deep space. The extreme variation in temperature between the icy void and the boiling heat of the sun poses unique challenges. Some parts of the spacecraft needed help staying cool enough to avoid shorting out, while others required heating elements to keep them warm enough to function.
Preparing for temperature shifts of hundreds of degrees might sound wild, but it’s just how things are out in space. The real oddity is Earth: Amidst the extreme cold and fiery hot, our atmosphere keeps things surprisingly mild—at least for now.
This story has been updated. It was originally published on July 24, 2023.
On Windows 11, Storage Spaces is a feature designed to group drives to create a virtual drive with a larger capacity with different protection levels with the ability to extend the size by adding more drives.
Storage Spaces offers five types of resiliency options, including “simple” (no resiliency), “two-way mirror,” “three-way mirror,” “parity,” and “dual parity.”
This guide will help you to use Storage Spaces to create and manage a parity volume, which, similar to a RAID 5 level, requires at least three drives. It provides storage efficiency and protection against one drive failure by copying data in multiple places. If a drive fails, you can replace it, and the data will regenerate using the parity information available on the remaining drives. This option is more suited to store long-term data (like backups) since it offers the most storage capacity when combining storage with protection, but performance is not ideal for files you use every day.
This guide will teach you the steps to create a parity space using the modern Storage Spaces experience on Windows 11.Create parity volume from Storage Spaces on Windows 11
To create a parity space with Storage Spaces on Windows 11, use these steps:
Choose the Storage Spaces setting.
Confirm a name for the storage pool.
Select at least three drives to create a pool with parity on Windows 11.
Confirm a name for the storage space.
Specify the size of the space.
Quick tip: If you want to dedicate all the available capacity to the storage space, you can leave the default size. You can also make the storage larger, and when running low on space, you can add more drives to extend the storage.
Select the Parity option for resiliency.
Specify a label for the drive.
Specify a letter for the drive.
Select the NTFS option for the file system.
Quick tip: You can also access the Advanced settings to mount the drive as a folder, specify the allocation unit size, and enable compression.
Once you complete the steps, the new drive will appear in File Explorer. If a drive fails, the storage and data will be available, but you will need to replace the hard drive in question, as a second drive failure will cause data loss.Manage parity volume from Storage Spaces on Windows 10
In addition to creating a pool and parity space, you can also manage many other aspects of Storage Spaces from the Settings app. You can extend, take it offline, delete, rename spaces, and destroy pools.Extend parity storage space
To extend a parity space on Windows 11, use these steps:
Choose the Storage Spaces setting.
Select the new drives to add to the pool.
Check the “Optimize disk usage” option (if applicable).
Confirm the new logical storage capacity.
Quick tip: If you added a new drive and want to extend the space by the amount of space of the new drive, specify that amount by looking at the “Storage pool capacity (Storage pool)” information. You can always prevision and make the size larger than the physical storage. Then when storage runs out of space, you will need to add another drive.
Check the Extend volume to match the new size option.
After you complete the steps, the space and volume will extend to the size you specified. If you are using a capacity number larger than the physical space available, as soon as the storage begins to run out of space, you will need to add another drive to make the remaining space available.Take parity space offline or online
To take offline or bring a space online on Windows 11, use these steps:
Choose the Storage Spaces setting.
Once you complete the steps, the space and volume will go offline or online, depending on the action.Delete parity storage space
To delete a parity space, use these steps:
Choose the Storage Spaces setting.
After you complete the steps, the parity storage will be erased from the pool and any data previously stored in this storage space.Rename parity storage space
To rename the parity space, use these steps:
Confirm the new name for the space.
Once you complete the steps, the storage space will reflect the new name you specified.Delete storage pool
To delete the storage pool, you need to delete the spaces and remove the drives from the pool using these steps:
On the storage pool page, under the “Physical disks” section, select a drive participating in the pool.
Repeat steps 8 through 11 to remove all the drives from the pool.
Once you complete the steps, the pool will be automatically deleted from the drives. Now, you can remove the drives from the system, or you can create another pool.
It’s no surprise that the enterprise data center has a storage performance problem. Look at what the data center to contend with: raw sensor data, machine-generated data, financial transactions, big data analysis, hosted applications, R&D, mobile, social media, video, broadcasting – and that’s the short list.
Hard disk drive-laden SANs still top the storage food chain but even high-end arrays have issues around IO and latency.
Flash can remediate performance problems and many data center managers have already adopted it. Many more plan to within a 12-18 month timeframe.
The question is: are the managers choosing the best flash solution for their needs? Flash comes in many flavors. Just because it’s flash does not make it an automatic fix for your storage performance.
Flash Factors: What You Must Have
What do you look for? There are several different flash architectures to consider. Let’s look for first for the qualities that any flash installation must have.
· Flash storage needs to provide high IO processing speeds and low latency. These requirements are the point of flash but flash products differ dramatically in their performance levels.
· Flash arrays need to ensure data integrity. These include enterprise services for redundancy such as replication and mirroring, media quality protection, RAID (traditional and flash), and more. Hot swapping and non-disruptive firmware upgrades are also important in this space.
· Flash needs to have a reasonable cost. What constitutes “reasonable” differs radically from customer to customer. The measuring stick is cost-for-value: what does the customer need from primary storage, and when does flash meet or exceed the value of commensurate HDD performance? The good news is that flash prices are dropping, and can come in lower when measured dollar-to-dollar against clustered HDDS.
Flash Usage in the Enterprise Data Center
Flash products primarily serve Tier 0 and Tier 1 storage processing needs. High-end disk-based arrays can approach flash speeds by short-stroking fast HDD clusters, but this gets expensive – even costlier than high end flash arrays.
Tier 0 characteristics are ultra-low latency and very high IOPs for intensive storage processing. Examples of this tier include streaming sensor or scientific data, caching, in-memory compute, OLTP, and analytics. Tier 1 is also low latency and high IOPs with added storage services for data protection and management. Examples include VDI, databases, online transactions – any enterprise application that requires fast processing and storage services.
Top Flash Contenders
Server-side flash deploys at the server level as a PCIe card and/or SSDs. It mirrors active data into a local flash cache for higher active processing speeds. Administrators use server-side flash for critical applications and virtual machines.
The primary use for flash storage is in arrays. The top three categories are all-flash arrays (AFAs) with flash chips, AFAs with SSDs, and hybrid storage combining SSDs and HDDs.
All Flash Arrays using Flash Modules
Instead of housing flash in SSDs, the array maker builds proprietary hardware to house flash chips. These systems are expensive but their high performance and array-based management are good fits in intensive storage environments. Their cost also looks better when compared to high-end HDD clusters, and when dedupe and compression yield better capacity.
IBM FlashSystems 840 yields high performance and their enterprise version, V840, adds storage services. Violin Concerto also exerts flash control at the array level. This yield high performance and improves consistency of functions such as garbage collection, which is managed at the array level and not at the more fragmented SSD level. Skyera provides skyHawk, an all-flash AFA with high performance flash and storage services.
Hybrid Flash Arrays
Hybrid arrays combine SSDs and HDDs. The SSD layer acts as fast performance Tier 0 processing and the HDDs do the data storage heavy lifting. These vendors seek to provide the familiarity, capacity and long-term storage retention of disk with faster I/O performance and lower latency at the flash layer. As with other flash storage technologies, dedupe and compression will yield much more effective capacity at the SSD layer. They lack the high I/O speed and low latency numbers of their all-flash cousins but are a good jumping off point for balancing long-term storage capacity with faster storage.
While health and safety concerns and local restrictions have prompted many retail operators to expand their businesses to the curbside, the longer-term story behind that shift is as much about convenience.
Retail has been using alternative shopping methods for years, including curbside pickup, lockers and drive-through windows; the pandemic has just accelerated that shift.
Groceries and hardware stores were always likely candidates for curbside operations, but we’re now seeing businesses as diverse as paint shops and pet supplies stores also offering curbside pickup.
The shift is so pervasive that the owner-operators of open-air suburban malls are now helping create the infrastructure to streamline curbside pickup. It’s a different way of delivering business services, and these changes work best when they’re effectively communicated and guided.Improving shopping experiences
Over the last several months, I’ve seen everything from signs on sticks stuck in traffic cones to chairs with taped-on paper signs directing shoppers to a pickup location. These sorts of hacks deliver the wrong message about the store and the brand.
That’s why retailers of all sizes and sectors are adopting outdoor digital display technology that can not only locate their curbside pickup zones, but also notify customers and guide them through the process.
Depending on how sophisticated the operator’s systems and services are, as well as the scale of the business, digital curbside displays can provide anything from basic location and guidance (“Pick up here!”) to sleek, personalized experiences that drive customer convenience and experience.Digital transformation solutions for retail
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We’re seeing working examples of curbside pickup systems that recognize the driver through apps and sensors, greet them as they pull into the pickup zone and update them on their order status. That can all happen without the shopper needing to check in on an app once they’ve arrived.
Imagine rolling up to a pickup stall and seeing a screen that says, “Hey, Natalie! Welcome back! We’re pulling your order together and should have it out to your car at Stall 4B in three minutes! Just open your tailgate and we’ll load you up.”
Curbside pickup gained popularity in 2023 by keeping staffers and customers socially distanced and safe. But ordering ahead — and not even needing to get out of the car — is also very appealing to people who are on a shopping mission and not just browsing.Outdoor technology options
Pushing retail technology outside can take a few different forms:
Fully outdoor displays: Housed in weatherproof, vandal-resistant enclosures, large-format totem displays — single or two-sided — can be networked and steadily updated with real-time customer messaging. Because the displays are in full sun, they have super-bright, daylight-readable screens and are engineered to operate in harsh weather. The biggest technical challenge is a simple one: You just need to power the units.
Portable, battery-driven displays: The modern version of sidewalk sandwich boards are sometimes called digital A-frames — screens that can be placed outside stores to deliver networked messaging during store hours, then pulled inside overnight. Batteries keep the screens running all day, and remove the tripping hazard presented by power cords.
In-window displays: Retail operators with large windows that face walkways and parking areas use extra-bright fixed window displays, with the messaging facing outward. This removes the technical hurdle of finding power for fully outdoor units, as well as the operating demand of moving portable displays.
Automating and managing these notification systems can be relatively simple, the wild cards being whether the retailer’s business systems are designed to work with external systems. A digital signage content management system (CMS), paired with devices like proximity sensors, can also help drive these displays.Dynamic, responsive signage tactics
When I’m talking with retailers and discussing technology options, questions sometimes come up about why digital displays are necessary when shoppers can read printed signs or just use smartphone apps. I tell them this process is new and largely unfamiliar, and benefits from guidance. Using digital technology allows an operator to deliver multiple, personalized messages from the same position, and send messages about the brand and how it looks out for its customers.
Outdoor retail screens — particularly when pickup activity isn’t constant — easily double up as marketing machines, driving awareness and usage of business services, and also generating foot traffic by using their “downtime” for promotional messaging and branding.
The global health crisis has put a lot of pressure on retailers to evolve fast, in some cases speeding up three-year digital transformation plans into three-month plans. Adding a new layer of service and rapidly expanding business operations can seem daunting, so we spend a lot of time talking to customers about their needs and how they want to operate.
Retailers looking to push part of their business to the sidewalk and parking lot should be thinking in terms of their baseline state and their goals. Is this about experience and convenience? Is it about safety? Upselling at the curb? Loyalty?Changing needs
This trend isn’t going away, we think. Lockdowns and social distancing forced digitally hesitant folks who had never used mobile banking to try depositing checks with their phone. It worked. And now they love it, forcing retail bankers to reexamine how their branches should work going forward.
Being able to pick up routine products without having to leave the car will appeal to many shoppers, across all age brackets and demographics. We’re training and guiding consumers about this new kind of convenience.
Everything about curbside pickup sounds great, but retailers are reasonably wondering: “What’s the return on investment?”
At a base level, doing business beyond the front door allows a retailer to operate even when local restrictions or staffing shortages make it challenging to open the store to foot traffic.
We’re also working with a lot of different retailers to look at things like purchasing behaviors and conversions, to see if the efficiencies and personalization realized through digital technology have tangible impacts. One of the areas that excites me is looking at on-screen messaging, doing A/B testing with displays and messaging to see what resonates with shoppers and using insights to fine-tune the content conversation between retailers and their customers.
Analytics from a variety of audience and shopper measurement technologies can also provide a huge amount of insight on how stores now work. We’ve already seen Walmart announce major changes to how its stores work, recognizing the “get in, get out” mission of most shoppers.
What we’re hearing from retail, broadly, is that a lot of clients want to inform, educate and protect both their customers and their employees. They want to know what they can do to drive things like basket uplift, but they also want to improve shopping experiences and make them more memorable.
It may seem counterintuitive in the height of a health emergency, and in a rough economy, to be looking for change, but retailers know their legacy operations have to adapt. Most of our customers are trying to move faster, and be agile, because they know their customers are demanding it.
Learn more about digital signage applications in retail by watching this free webinar. Then discover how eHopper’s mPOS solution can help you make contactless payment transactions.
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