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So, this is what it looks like to watch  a video on the world’s first color E-Ink   smartphone. Feel free to come a little closer.  It’s quite a bit different than your iPhone or   Android. For reference, the shirt I’m wearing  is orange. This smartphone case is green. And   these JerryRigEverything knives are blue  and pink, respectively. For reference,   an iPhone has about 460 colored pixels per  inch, while this color E-Ink screen only has   150. All right, you can back up a little  bit now. This is the Bigme HiBreak Pro,   and there might be a little bit of foreshadowing  since the word "break" is literally in the name,   but there’s only one way to find out for  sure. E-Ink displays are fascinating,   and I’ve been looking forward to the technology  traversing over from tablets into the smartphone   world for quite a long time now, and it’s finally  here. As you can tell, it definitely does not have   the same vibrance or sharpness of an LCD or  an OLED, but that’s kind of the whole point. Right out of the box, the Bigme HiBreak  Pro is shipped in a clear plastic case. You   might have noticed that the screen is already  turned on, and it says "BigMe" just for you,   like some kind of Stone Age pickup line.  It’s allowed to be turned on all the time   because the screen’s pixels require  no power to maintain their position,   like an Etch A Sketch. And when it comes  time for the pixels to switch colors,   they can individually wipe themselves. Also,  just like an Etch A Sketch, this brings a   different color to the surface rather quickly.  E-readers have been around for about 30 years now,   but the ability to have colored pixels or pixel  pouches is relatively new. The Bigme HiBreak   Pro is running full Android and can load all the  normal apps. As we open up YouTube, you can see   that while other smartphones might have 60 Hz or  120 Hz refresh rates, this colored E-Ink refreshes   at 21 Hz. But I think that with the ghosting,  even that might be a little too generous. Pulling in our microscope, we can take a  closer look at the pigment pouches. Remember,   the color white appears in the presence of all  the other colors in the visible light spectrum,   which is why you can see a red, green, and blue  portion of each pixel on the white background.   If we swipe on the screen, you can see how fast  the pixels change with pretty minimal ghosting,   all things considered. The craziest part, though,  is that if the battery dies or the phone turns   off, the last image you looked at will be on  the screen forever since once the pixels flip,   they don’t require power to stay locked  in. You’ll see what I mean in a second.   What’s even more fun, though, is that if we zoom  into the E-Ink pixels as a video is playing,   we can see that it works, but not in an overly  flashy kind of way, which might be exactly what   our feeble human brains need to overcome  our smartphone addictions. Truth hurts. Speaking of feeble, let’s get into  the durability test. I’ll remove the   pre-installed plastic screen protector to see what  the screen is actually made from. As you know,   plastic screens would scratch at a level  two with deeper grooves at a level three.   And that’s exactly what we see here on the Bigme  HiBreak Pro. There is a plastic laminate layer   underneath the temporary plastic screen protector  that is getting damaged. Plastic is totally okay,   by the way. That’s just what these tests are  for. Now that we know, we can just keep keys and   smartphones in separate pockets, and it all should  be just fine. It looks like everything is plastic,   including the large bezels that surround the  screen, as well as the earpiece up at the   top of the phone. But luckily, the 5-megapixel  front-facing camera does have a little circle   of glass in front of the lens, so it won’t get  scratched up like everything else. And honestly,   even at 5 megapixels, the front-facing camera is  surprisingly good. But when we swap to the back,   it’s like the 20-megapixel rear camera got  slathered in Vaseline. To be fair, though,   I haven’t done any software updates, so this is  just what we’re getting straight out of the box. Making our way to the HiBreak's body, we can  see that the whole frame is made from polished   plastic. The buttons are metal, including a red  fingerprint-scanning power button. And up at the   top, we have more plastic and a red IR blaster.  On the left, we have our volume rocker and a whole   lot more plastic. At the bottom, we get our lower  loudspeaker, an 18-watt fast-charging USB-C port,   as well as a metal SIM card tray, which  does not have a rubber ring, nor any water   ingress protection to speak of. Interestingly  enough, though, there is real glass on the back.   The glass does add some weight to  the phone, so it does feel normal.   But with plastic everywhere else, it does  seem weird to randomly add some glass,   especially since, as we know,  glass is glass, and glass breaks. One thing to keep in mind, though, if you plan  on switching over, not all apps will behave   equally on an E-Ink screen, especially with the  lower pixel density when it comes to colors. For   example, take a look at NordVPN, which is also  today’s sponsor. As I’m sure you already know,   NordVPN allows you to be anywhere you want  to in the world without ever leaving your   house. And while the app does indeed work on  the Bigme HiBreak Pro, how it visually looks   is entirely different. For example, right now  the government thinks I’m in Vienna, Austria,   which you can see mapped out on my Samsung, but  the thin lines of the map don’t quite render as   well on the E-Ink screen. NordVPN scrambles  my internet traffic, so from the outside,   no one can see what I’m doing or where I’m  located. And with more than 9,300 servers in   more than 211 locations, I can literally  be browsing from anywhere in the world,   all while securing up to 10 devices with a single  account. I can even go to Mexico. I hear they’re   getting universal healthcare, which sounds nice. I  can ask NordVPN if my text messages or screenshots   look like scams, which is definitely helpful.  And you can get 4 months extra with my link,   nordvpn.com/jerryrig. Just like you would  protect the outside of your phone with a case,   you can protect the data inside of your  phone with NordVPN. You don’t got to take   my word for it, though. There’s a 30-day  money-back guarantee with the link in my   description. nordvpn.com/jerryrig. Peace of  mind is totally worth a few bucks a month. I’ve mentioned that the color resolution of  this E-Ink display is 150 pixels per inch,   and that’s true. However, when it comes to the  black-and-white images or text, it doubles to 300   pixels per inch, almost on par with the resolution  of a regular smartphone. These colored pouches   just take up more space than the black-and-white  pouches do. And we can see that the plastic   screen lasts for about 30 seconds before going  white and melting that top plastic layer a bit. Now, the bend test. Will the HiBreak Pro break?  Wait, sorry. I just discovered more images   here—stock images, of course, pre-loaded onto the  phone, probably to show off the colored E-Ink. I   should have checked for these earlier. However,  it’s looking a little too much like Elon’s Twitter   feed in here for my taste. So, let’s go back  to the bending. With a bend from the front,   we hear a cataclysmic crack. However,  nothing visually appears to be damaged.   No cracks or kinks, except for that the  phone is now not operational anymore. So,   something has definitely failed on the inside. And  the HiBreak Pro is officially highly broken. It   has failed my durability test. But on the bright  side, now we get a tour of its insides, as well as   we get to see how the pouches of pigmented pixels  come together underneath that plastic screen. Removing the back glass is rather difficult.  Instead of the normal watertight adhesive we see   on Samsungs or iPhones, Bigme is using a foaming  permanent adhesive, which makes repairability   quite a bit more messy. But with enough of the  shards removed, we can unscrew about 15 Phillips   head screws. And this allows the back plastic to  pull away from the screen and motherboard portion   of the phone. I’ll unplug the large battery,  the extension ribbon, and display ribbon. And   surprisingly, just like I told you earlier, the  screen is still on. Dead, to be sure, but the last   thing we looked at is still permanently displayed.  Watch. I’ll completely remove the battery,   all 4,500 mAh of it, so we can be sure there is  zero power to the display. I’ll even remove the   motherboard with its thermal foam and Dimensity  1080 octa-core processor. The rear 20-megapixel   camera does not have optical image stabilization.  And the lower rear mono speaker does not have any   balls inside either. The 18-watt charging board  does have a red rubber ring around the opening,   but even with all of the hardware removed,  the display remains displaying its colored   E-Ink pixels in the exact position they were left  before the power went out. Let’s dig them out. Apparently, the plastic layer we melted earlier is  a permanent laminate layer over a slab of glass,   similar to how some of the ultra-rugged  phones are manufactured. And surprisingly,   even if we remove this glass, the pixels are  still intact. Thumbs up for that. At this point,   we’ve removed two plastic layers and cracked  off a glass layer, and the pixels are still   doing work. Kind of cool. It’s only after we  remove one more plastic layer that we’re able   to get a look at the colored pouches. These  are inside a flexible rubber membrane which   sits on top of the normal black-and-white  E-Ink pouches. These can now be disturbed   since they are unprotected. Pretty crazy, and  it’s amazing to see how it all works from the   inside. Would you ever rock an E-Ink smartphone?  Let me know down in the comments and hit that   subscribe button. We are so close to 10 million.  Thanks a ton for watching. I’ll see you around.