By now, you probably know that to play next-gen Xbox Series X games, you need to store them either on the internal SSD or the official $220 Seagate 1TB expansion card. When it comes to backward compatible games, however, you can load them from an external USB drive. And if you don't want to redownload an Xbox Series X game later, you can even store them on external media. But how fast is that process? And what about load times?
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Well, I put those questions to the test using Assassin's Creed: Origins. That game is 49GB, so it's a fairly large install. I tested moving it between the internal drive to different external USB storage solutions. Style inspector word 2016 for mac. I also loaded it from the internal storage to compare that to an external USB hard drive, SSD, and even an NVME drive in an enclosure.
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Displaylink usb3 0 driver. The results should help you decide whether you really need to double the internal storage for $220.
I used the following external drives:
I had this NVME drive lying around after replacing it in a laptop, so I don't know how much it costs. But SATA and NVME SSD prices are continuing to fall.
Let's look at the tests.
Xbox Series X external storage: Moving data between drives
If you ran out of room on your consoles last generation, you're probably going to have the same problem with Xbox Series X and PlayStation 5. And while it is frustrating that you cannot play next-gen games from external storage, this should give developers the confidence to develop games built for superfast NVME SSDs. That's exciting. You probably won't feel too excited when you need to remove a game from that drive, though.
But the good news is that storing games on an external USB drive is a totally viable solution.
| AC: Origins from Xbox to external drives | Minutes |
| From Xbox SSD to USB HDD | 10:36.78 |
| From Xbox SSD to USB SSD | 4:33.10 |
| From Xbox SSD to USB NVME | 4:24.83 |
| AC: Origins from USB to internal drive | Minutes |
| From USB HDD to Xbox SSD | 7:46.03 |
| From USB SSD to Xbox SSD | 2:18.53 |
| From USB NVME to Xbox SSD | 2:22.35 |
Moving content off of an external drive was always pretty fast. Even the USB HDD shifted around 6.3GB per minute. Even the biggest game will take only around 20 minutes to move, which is probably faster than you could download it. And that's assuming you don't have a data cap to worry about.
But you do get a significant improvement if you go with a faster storage medium. The Seagate USB SSD and the USB NVME cut down times by more than half. If this was the only benefit, I don't know if I'd pay the premium to go this route. But if you play a lot of backward compatible games, some sort of SSD option will provide a huge quality-of-life improvement.
Xbox Series X external storage: Load-time test
Assassin's Creed: Origins loads in 30 seconds from a USB hard drive. The internal SSD, the USB SSD, and the USB NVME SSD all take around a third of that time.
| Loading AC: Origins | Time (in seconds) |
| From Xbox SSD | 9.43 |
| From USB HDD | 30.22 |
| From USB SSD | 10.77 |
| From USB NVME | 10.82 |
The nice thing here is that you don't lose much by putting a backward-compatible game on an external SSD. Sure, the Seagate USB SSD is 7% slower than the Xbox's internal SSD. But when we're talking about a matter of seconds, that's not something you'll notice much in real-world use. That 7% faster is without any optimizations, though. And every percent faster is going to matter to developers when they start building their games for this hardware.
So what should you do to expand Xbox Series X storage?
Usb Ssd Storage Drive
I would wait.
The price of NAND flash memory (this is what's inside SSDs) continues to fall. Let's see how much space you really need. By the time you're ready to buy, you could get a 1TB SATA SSD for a relatively low price that you can connect with a USB adapter.
And maybe game sizes will start to shrink as developers learn new techniques for compressing textures and other data. No point in jumping in now when you don't even have the console yet — let alone a full storage drive.
Usb Ssd Storage Vs
When solid state drives and USB flash drives are both known for using NAND flash memory, it's easy to blur their differences. So while they essentially come from the same family, there are three distinct factors that set them apart: interface, performance and controllers. However, before we get into the differences between SSD and USB drives, let's explore the ties that bind them.
Mini Usb Storage Drive
SSD and flash drives both lack the moving parts that are natural to a hard drive. As non-volatile memory, they retain data without the need for power. Both types of drives are also capable of writing data with electrical pulses (EEPROM) one byte at a time.
Now let's talk interfaces. Our thumb-sized flash drives use USB to connect to your systems, being both recognized and used by your computer as a removable device. SSDs on the other hand typically use a speedy SATA interface and can be mounted to your computer machine to make it an integral part of your system. SSDs can be found in netbooks to laptops to servers.
When it comes to controllers, SSDs characteristically possess more efficient ones. This translates to better wear leveling and therefore reliability than their USB flash drive cousins. SSD also uses more data channels than a USB flash drive to boost its performance levels. In addition to using EEPROM, SSD also employs DRAM for quicker access to data since it allows for retrieval of information out of sequence.
However, the versatility and portability of USB flash drives are unrivaled. With a flash drive, you have that quick, extra storage that can be used where you need it, when you need it. It can bounce from computer to computer while your SSD is more likely anchored to one system. What's more is sometimes you only need a few gigs for your pictures, movies, music and important documents. With a more expensive price tag, SSDs are built to handle heavier duties, helping to power everything from just your system to entire servers.
We want to hear from you. What are the differences you experience as a user between flash drives and SSD?
