Pro Skill

Mount CIFS Permission Denied Error

The error occurs mostly because you don’t provide sufficient credential information, specifically which Domain you are in. Most Tutorials out there only mention username and password when editing the .smbcredentials file. But let me take you through the process from the beginning.

Step 1 – Installing CIFS Utils

To mount a CIFS share on Linux, we first need to install cifs-utils. Let’s get started with that.

sudo apt-get install cifs-utils -y
Code language: JavaScript (javascript)

It should probably be pre-installed in most distros anyway.

Step 2 – Creating a Mount Point

Next, we need to create the directory where we want to Mount our Share in. You can later find the Share in this Directory. For this example, we will mount the imaginary “Photos” share.

sudo mkdir /media/share/Photos

Step 3 – Editing the fstab file

That we don’t have to mount our Share again after each reboot, we have to edit the fstab file to make the Share mount automatically after each reboot. But first, we make a backup of this file in case something goes wrong.

sudo cp /etc/fstab /etc/fstab.old

That done, we edit our fstab file.

sudo gedit /etc/fstab

And paste this line at the end of the file (all in one line)

//YourServer/Photos /media/share/Photos/ cifs vers=2.0,credentials=/home/YourLinuxUsername/.smbcredentials,iocharset=utf8,gid=1000,uid=1000,file_mode=0777,dir_mode=0777 0 0Code language: JSON / JSON with Comments (json)

Of course, adjust accordingly to your own Server and YourLinuxUsername! We will create the .smbcredentials file next.

By default, you will have the gid=1000 and uid=1000. That’s your Group & User ID, but to make sure that those values are the same in your system, double-check it by typing:

id

If all is correct, hit CTRL+S to Save the fstab file and close it.

We could enter our username directly into our fstab file, but that would not be safe as someone could clearly read our Username and Password in this unencrypted file. Therefore, we are going to create a separate file containing this information.

sudo gedit .smbcredentials
Code language: CSS (css)

And here is the key point to fixing the Mount CIFS Permission Denied error. Most guides simply state to enter Username and Password into this file, but you also have to enter your Domain!

So paste this into your .smbcredentials file:

username=yourusername
password=yourpassword
domain=yourdomain

Save & Close the file.

Now we just make the .smbcredentials file so that only the root user can read its contents.

sudo chmod 600 ~/.smbcredentials

Now when everything is done, try to mount the share by typing

sudo mount -a

And your share should now be successfully mounted! If there are still some errors, try rebooting your system and see again if the Share was mounted. The share should be located in your media/share/Photos folder.

Wrapping up

It took me a while to figure out this error. I use a Synology NAS and had to set vers=2.0 in the fstab file. If you still encounter problems, try changing vers to 1.0 or 3.0. Let me know in the comments below if this solution worked for you!

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Kingston has just released their newest NVMe PCI express card and we were able to check out their KC1000 NVMe 480-GB model which, in fact, is a beast in performance and excellence. The KC1000 has decreased latency as well as supercharged write / read speed which makes this two times faster compared to the SATA-based SSD and even forty times faster than the 7,200 RPM hard drives available, making this product a very enticing choice for PC users who want to secure excellent speed.

Let’s take a look at Kingston’s KC1000 NVMe 480GB SSD and see if it’s just as good as they claim it to be.

Kingston KC1000 NVMe 480-GB SSD – Whats in the Box?

The packaging that holds the KC1000 isn’t really something special and it actually looks like any other SSD package around. Its front area doesn’t provide much details about the product but we were able to see the card inside. The name of the product, its size, as well as the interface was mentioned on the package but other than that, you won’t get to see any more details about the KC1000; the speed rating that’s available for the three capacity options can be found at the bottom and a sticker is also available for the product but that’s all about it.

Despite the fact that there aren’t a lot of details or information about the product, the package is still secure enough.

In the box, you’ll find a key for the Acronis True-Image HD software that will let you clone your current drive to the new one in just a few easy clicks. It also includes a little ‘’Getting Started’’ manual, as well as a low profile slot bracket. Everything that is included in the package is packed securely and nicely, so you can definitely be sure that you have a great quality product in hand.

If you ever plan to move the KC1000 to a native slot, the HHHL adapter that is also included in the pack can fit other cards as well. The card can fit a variety of form factor sizes that range from 2240 up to 22,110. Its PCB is simple but it still looks good; its black color will definitely look great once you install the KC1000 to your system especially when your chassis has a side panel.
The Product
Kingston KC1000 NVMe 480-GB SSD – Screaming Fast Performance

The KC series from Kingston aims for the system builders and those corporations who upgrade their systems en masse. The company has released a couple of client SSDs that have been categorized under the KC brand and a lot of these were made to have increased longevity and stability; although this is the case, the products continue to share similar hardware models from Kingston’s regular consumer product line.

Now let’s focus on the KC1000 SSD from Kingston: its drive is built using the Phison PS-5007-E7 controller together with the MLC NAND. The Phison had quite a lot of success and accomplishments with the PS-5007 line of controllers as we’ve seen, as well as noticed from customer reviews and such. The controller is highly commendable since it comes with most of the features that we want and need; plus, we can also say that Kingston pushed its performance to reach its limits after we’ve tested the KC1000. Opting for the MLC NAND instead of the TLC NAND provided us with an excellent write performance and improved endurance.

As is, the SATA is an excellent system that isn’t built just for today’s technology since it was created out of the IDE – both built for mechanical drives. The modern NAND drives work differently so with that, each of these requires a different connection to work for your system. Now that is where the KC1000 comes in since it is created to be used together with the NAND technology. The advantages of utilizing the NVMe include getting a drive that can readily handle more commands; and simultaneously, it also requires less CPU performance which is definitely something good. Other great bonuses of using the product include higher throughput, faster access time, as well as lessened use of general system resources.

Additionally, the Kingston KC1000 NVMe is a drive that features a single-form factor M.2-2280 which is actually the regular sized form-factor allowing the module to be set up in almost all systems without having any problems or errors. Also, you should remember that you won’t be limited to the M.2 slots: if your motherboard does not have any of the slots, Kingston made a type that comes with an HHHL or half height, half-length add-in PCIe card. Choosing this specific option will guarantee excellent compatibility.

The Kingston KC1000 has great capacities, as well as extremely fast read and write speed which makes the KC1000 NVMe an ideal product for gamers, video editors, as well as PC enthusiasts who aim to push their system to the maximum limit. Moreover, the product also delivers IOPS of around 190,000 for writing and 290,000 for reading; it also makes use of the latest PCIe Gen3.0 interface, as well as an eight-channel PS-5000-7 E7 controller with four cores. This also includes the MLC NAND technology that can provide the user data transfer speed of about 2,700 MB/s. We also think that Kingston did a good job on opting to utilize the MLC NAND instead of the much cheaper TLC NAND.
Product Features

A Next Generation and High Performing PCIe – NVMe SSD

The KC1000 SSD is a high-performing solution that works two times faster than the SSD’s that are SATA-based. It also works forty-timed faster compared to a 7,200 RPM hard disk drive. Since the drive makes use of the PCIe Gen3.0 x4 interface together with the eight-channel Phison PS-5007 E7 controller, it features four cores, as well as 2x the DRAM to assist power users to readily blaze through the most challenging projects with high-speed transfers that reach up to 2,700 MB/s.

NVMe for SSD’s

The KC1000 makes use of the native OS drivers and is also NVMe 1.2-compliant, allowing you to take full advantage of the product’s high throughput, low latency, and IOPS that present to all the systems supporting the NVMe. This protocol was specifically made to support the flash-based storage against the SATA which was created for the more classic spinning disks.

Has Form-Factor Selections to Cater to Numerous Systems

The KC1000 from Kingston can be installed easily with a PCI express socket or a regular M.2 using the M.2 2280 or even the half height and half-length add-on card for better in-design flexibility when utilized by system builders.
Product Specifications
How it Performs

We’ve already seen a couple of NVMe drivers but most of these were utilizing the TLC NAND to keep the prices at a more budget-friendly level. The KC1000 SSD makes use of the MLC NAND which is priced a bit more but also performs much better than the TLC NAND especially when it comes to writing data. Durability is also a factor that makes the MLC much better than the TLC.

Making use of an SSD over the HDD provides more power so when it comes to power consumption, the KC1000 only needs about 0.11 Watts when idle, then 0.99 Watts when engaging in average operations. The total maximum power consumptions top at 4.95 Watts when reading, then 7.4 when writing. We can definitely say that this product is a highly impressive device that provides you with some of the best features available. All in all, the KC1000 is a finely-designed product that readily pushes the boundaries for storage capacity in terms of speed. If you are searching for a fast hard drive on your PC, then you should definitely consider Kingston’s KC1000.

Conclusion

We really loved trying out the new KC1000 from Kingston since it was really fast and excellent; the product impresses users for both its read and write speed and its M.2-2280 is a common format that should fit every machine that features the M.2 slot. Additionally, the KC1000 from Kingston also has the PCIe type motherboards that do not have the M.2 slot. The M.2 NVMe format drives are also advantageous if you don’t really want to have a lot of cables for your connection; simply plug in the drive and you won’t have to bother with any type of wire or cable that clutters your chassis. And even if the SSD is a little bit on the costly side, you’re still getting a quality-made product that is difficult to match.

The company also provides you with their five-year warranty that shows just how much the company trusts their KC1000 to work efficiently. Today, we’re actually seeing a ton of re-stamped and off-brand drives but of course, it’s still better to stick to the big and known names that offer high-quality; so with that, we highly recommend the Kingston KC1000 for anyone who wants to have a high-quality, durable, and highly efficient NVMe SSD.
Where to Buy

If you wish to have the Kingston KC1000 NVMe 480GB SSD, you can purchase this for around $400AUD from their official website.

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