Hey guys – it’s been some time since I’ve written a review. Truth is, life’s been pretty busy for me lately and I’ve also thoroughly enjoyed my GS65, which I’ve had for about a year now.
But now with the addition of RTX powered laptops, my interest has perked again and I started searching for the best of the bunch. My first choice after some deep research? The Razer Blade 15 Advanced.
I’ve tried the Razer Blade in the past and, truth be told, there’s always been something that was just a deal breaker for me. Whether it be cost, green backlit keys, difficult keyboards(RBP), so-so screens, etc – there was always something that led me elsewhere for my daily driver (typically to MSI). But this year is different, as it looks like Razer has done a tremendous job eliminating all the compromises.
I won’t say it’s perfect, but it’s close enough for me. After a couple of weeks, I’m really loving this machine more and more…even after I dropped it. Yes – I dropped it! Long story, but I’ll explain more below.
Specs as reviewed
|Razer Blade 15 Advanced|
|Screen||15.6 inch, 1920 x 1080 px, IPS equivalent, 144 Hz, matte|
|Processor||Intel 8th Gen Coffee Lake i7-8750H CPU, hexa-core 2.2 GHz (4.1 GHz boost)|
|Video||Intel HD 630 and NVIDIA GeForce RTX 2080 Max-Q with 8GB GDDR6 VRAM|
|Memory||16 GB DDR4 2666Mhz (2×8 GB DIMMs)|
|Storage||512 GB M.2 NVMe (Samsung PM981 MZVLB512HAJQ|
|Connectivity||Intel Wireless AC 9560, Bluetooth 5.0|
|Ports||3x USB-A 3.1 gen2, 1x USB-C with Thunderbolt 3, HDMI 2.0, mini-DP, mic/earphone, Kensington Lock|
|Battery||80 Wh, 230 W charger|
|Size||355 mm or 13.98” (w) x 235 mm or 9.25” (d) x 17.8 mm or .70” (h)|
|Weight||2.1 kg (4.63 lbs)|
|Extras||individually lit RGB keyboard, large clickpad, HD Windows hello webcam, stereo speakers|
Design and build
The design of the 2019 Razer Blade 15 Advanced model is exactly the same as the Razer Blade 15 of last year. With the exception of half an mm thickness bump, everything on the outside is pretty much the same. Since I never reviewed it before, I’ll be more detailed though.
The overall feel of the machine is nothing but solid. Every way you hold it or handle it spells quality. Coming from my GS65, this is a huge improvement. The GS65 is almost the same thickness, but creaks when holding it one-handed from the front, which is not the case with the Razer Blade.
A lot of this is due to the chassis being an aluminum unibody. In fact, the palm rest/keyboard is CNC milled out of a solid piece of 6061-T6 aluminum, rather than being a piece of stamped aluminum with a plastic inner chassis that many other manufacturers use. This process adds a lot more strength and durability, which is why I was hard pressed to notice any keyboard flex at all. It exists, but you have to press really hard to see it.
And it’s a good thing this was made to be durable, because, as I mentioned before, I dropped mine. Let me be clear – I have never dropped a laptop before. I technically didn’t drop this one either, rather one of my kids did and neglected to tell me. Unfortunately, my machine dropped from a 3-foot high surface and landed on the back corner on a stone tile floor.
The fact that the laptop still works fine and only suffered minimal damage, says a lot about its robustness. You can visibly see the extent in my pictures. Sure, it’s not pretty, but it could have been a lot worse. My GS65 no doubt would have had a broken plastic hinge, had it taken the same fall. So kudos to Razer on having one of the thinnest gaming laptops that is arguably one of the sturdiest as well.
Onto some more specifics now. The lid is also comprised of aluminum. It’s smooth and rectangular, with no rounded edges, except on the corners. In the center is the typical green Razer logo. The logo glows, but you can turn the lighting off if desired. I’d prefer they remove the green and offer a model that is just etched instead. They do have a mercury white model that is silver and a more subtle logo. I’ll probably be putting a skin on mine, as I find the logo too unprofessional to carry around.
Lifting the lid is a one finger job, but it’s certainly not that easy to get your finger under the lip. Truth is, the crease is too small and requires you to use your fingernail for the most part. And because this laptop is so symmetrical, it can be difficult to figure out which side is the one that opens, especially in the dark. You do get used to it though.
With the lid open, you can see the screen with the same small bezels as last year. Up above is a tiny webcam, which is better than the nose cam on the XPS 15, but this one is special as it’s actually a Windows Hello webcam as well. Finally, a gaming laptop manufacturer figured out how to win me over!
Down below you have your keyboard and trackpad, which I’ll get more into in a bit. Flanking both sides of the keyboard are a pair of top facing speakers. Finally, there’s the power button, which is subtly located at the top of the left speaker.
As I described before, the laptop is very rigid with the lid open. It’s not only easy to handle, but comfortable to use as well. The edges on the front of the palm rest are a tad sharp, but it really hasn’t bothered my wrists too much, as the laptop is very thin.
There are no IO options on the front and back of the laptop, but there are plenty of ports on the sides. The right gets one USB 3.1 Type A slot and a USB-C slot that is compatible with Thunderbolt 3. There’s also a mini-DP and an HDMI port, so plenty of options for external monitors. On the left-hand side, there are two more USB-A slots, a microphone/mic combo, and a reversible proprietary power adapter. On paper, I wasn’t a fan of this power jack, but after using it for some time, I’ve learned to like it. Here’s why.
The durability of the adapter seems superior to the typical round barrels and I finally don’t feel like I’m going to tear the jack from the motherboard if something snags my cord by accident. It’s also an L-shaped cord so you can have the cord point towards the back or the front. I’m not entirely sure I’d use it going forward all that much, as it blocks the USB port, but it’s nice to have the option I guess.
Finally, the bottom is also made of the same metal as the rest of the laptop. There are two long and sturdy footpads that span the entire width, and the rest is decorated with properly placed vents for the Razer Blade’s cooling system.
All in all, if I haven’t made it clear, I will right now: the Razer Blade 15 Advanced is a well designed and well-built laptop. It’s not very often that I get everything I want in a thin and light gaming machine, without sacrificing something key. As far as I know, there’s nothing else out there that’s this thin, has top graphics, has robust build quality, has small bezels, speakers facing the right direction and a Windows Hello cam. Usually, you’re lucky to get 4 out of 6.
Keyboard and trackpad
The Razer Blade 15 comes with a Chroma keyboard, which means that each key is individually backlit and can be changed to any color desired. Yes, much of the competition has already done this with their keyboards as well, but Razer was the first to introduce it, and in my opinion, do the best with it. I’ve seen Acer’s, MSI’s and Gigabyte’s, but the Razer Blade has the best looking colors and effects.
My biggest gripe with Razer’s Chroma in the past has been their neglect to add backlighting on the secondary functions of the top row of keys, making it near impossible to use the multimedia functions at night. This dates back to when the Razer Blade Stealth first came out a few years ago. I’m glad Razer finally came to their senses and finally made things right.
The keyboard itself is pretty good to type on. I won’t say it’s great, as the older 2014 Razer Blade has better key feedback and travel. I took my standard typing test when I first got the laptop and only scored 50 wpm with a bunch of mistakes – below average for me. I did get used to it though and scored 59 with nearly no mistakes after about a week of use.
The culprit is partially the keyboard’s feedback. I learned to type a little harder over time and was able to adjust for the most part. But the other problem was the quirk in the keyboard layout. The up arrow key is between the ? key and the right Shift, thus I frequently accidentally hit the up arrow when trying to capitalize letters, making it difficult to type in Word.
Luckily, there’s a clever fix I came up with that’s holding me over until I get more used to the keyboard layout. In Razer Synapse, I was able to remap the up arrow to also act as the right shift key. I lose the ability to use the up arrow though, but I can change profiles pretty easily if I want it back (I very rarely need it anyway). It stinks that I have to do this, but I’m pretty sure I’ll adapt over time. Other than that, the keyboard layout is pretty logical and I’m happy with it.
Razer Synapse makes the keyboard even more powerful, not only because of the lighting effects, but also with the Hypershift keys you can set up. For example, I have Fn-Enter set up to change my keyboard profile to enable and disable my shift modification on the fly. I also have my favorite programs launching with it (Fn-C for Chrome for example). Synapse also allows you to switch the multimedia keys to require hitting Fn or not. You can also disable the Windows key and Alt-Tab while gaming. There are also a lot of performance toggles that can be set in the software, but I’ll get more into that later. Needless to say, Synapse has come a long way and is quite polished.
The trackpad on this laptop is absolutely fantastic. It’s easily the best trackpad I’ve ever used on a Windows laptop and very close to, if not, exactly like using a MacBook trackpad. It’s large, smooth and accurate.
It uses Windows precision drivers and is able to be customized in Windows settings. All the multitouch gestures worked great for me and I had no trouble using the trackpad for everyday use. This is the first Windows laptop I’ve ever used where the pinch to zoom on the trackpad feels natural and “phone-like”. It more than makes up for the lack of a touchscreen.
If there’s anything to complain about though, it’s the lack of palm rejection. The trackpad is so big that I accidentally touch the trackpad every now and then when I’m typing. For some reason palm rejection is absent from the drivers, so it results in the mouse moving, or worse, an accidental tap. I’ve learned to adjust my right palm to avoid it, but I’m not sure everyone has the hands to do so.
The 2019 Razer Blade 15 gets a matte 15.6-inch IPS equivalent panel with FHD resolution and 144 Hz refresh rate. It’s made by LG and looks great.
The max brightness I was able to achieve was 299 nits, which is plenty for indoor use and good enough for outdoors. The contrast ratio wasn’t as high as with other panels I’ve seen in the past, but it’s still not too bad. All it means is the black levels are a little less black.
The good news is I have zero backlight bleed on my panel. I can’t guarantee that all will be as lucky as me, but Razer has typically been good with minimizing panel light bleed on their laptops.
I took some measurements on my Spyder4Pro sensor and here’s what I got:
- Panel HardwareID: LG Phillips LGD05C0;
- Coverage: 96% sRGB, 68% NTSC, 73% AdobeRGB;
- Measured gamma: 2.2;
- Max brightness in the middle of the screen: 299 cd/m2 on power;
- Contrast at max brightness: 530:1
- Native white point: 7000 K;
- Black on max brightness: 0.56 cd/m2.
- PWM: No;
As you can see, the brightness distribution is a little dimmer in the lower section. It’s nothing I can see with the naked eye though, so I don’t think it’ll bother anyone.
Out of the box, the screen was pretty much calibrated already, as my colorimeter did practically nothing to improve it.
The last thing to note of is the lack of GSync support on this laptop. The panel supports it, but Razer has decided to keep it off for the battery savings. It’s probably for the best since it’s really only useful for games that perform over the max refresh rate, and 144Hz is tough to achieve on AAA titles anyway, even for a 2080. Still, it would have been nice to have as a BIOS option like with Asus laptops. Regardless, I’ll take the battery life over GSYNC any day.
Bottom point, the display panel is great as it is and one of the highlights of the machine. I certainly won’t miss the one they had on the old 14” version.
Hardware and performance
The Razer Blade 15 comes with some of the top hardware available for laptops these days. The model I received has an i7-8750H processor, 16GB of RAM, the RTX 2080 Max-Q GPU and a 512 GB M.2 NVMe SSD. The memory is dual-channel and each slot is occupied with an 8GB stick. If desired, you can upgrade to 32GB, but it’ll require replacing both sticks.
The NVMe drive is also upgradeable. It currently has a Samsung PM981, which is a pretty fast drive. See my Crystal disk mark benchmark for the speeds. There’s only one slot though, so if you need more space, you’ll have to settle for replacing the current drive.
Fortunately, these upgrades are pretty simple to accomplish. The bottom cover is held in by 10 Torx screws and pops right off once removed. Once opened, you have easy access to both the RAM and the M.2 slot.
As far as performance goes, this laptop has some teeth. The hexacore i7-8750H is pretty much the gold standard CPU for high-end laptops these days. Expect multicore use to boost to 3.9Ghz for the most part, as long as temperatures allow. There is some throttling that occurs, which I’ll get more into later, but for the most part, you’ll never notice it.
The GPU is the Max-Q variety, which means it’s an RTX 2080 with lower clock speeds and a TDP of up to 90W. Razer has the default clock set at 990 MHz, but expect to see boost clocks reach as high as 1550 MHz in real life (with a maximum potential of 1850 MHz), power and thermals permitting. Sure, it’s not as powerful as a full-voltage RTX 2080, but it’s still plenty fast.
The Razer Synapse software has some pretty decent performance toggles that you can (and should) take advantage of. There are three performance modes which are pretty self-explanatory: Balanced, Gaming and Creator. I pretty much just leave it on Gaming, but you can run cooler and quieter on Balanced mode if you’re limiting yourself to productivity tasks.
In each mode, the fan profiles are also changed, but you can also take manual control of the fan speeds if desired. You can even control the max refresh rate if you want the GPU to do less work.
If you’re interested in synthetic benchmarks, I took a number of them. For these tests, I left the fans on Auto and switched to the Gaming mode. Here were my results:
- 3DMark 11: 20810 (Graphics – 27900, Physics – 12020);
- 3DMark 13 – Fire Strike: 17417 (Graphics – 20522, Physics – 16475);
- 3DMark 13 – Time Spy: 7574 (Graphics – 7847, CPU – 6331);
- 3DMark 13 – Port Royal (RTX) Graphics: 4363;
- Uniengine Superposition – 1080p Extreme: 4978;
- PCMark 10: 5242;
- GeekBench 4.3.3 64-bit: Single-Core: 4995, Multi-core: 21587;
- CineBench R15: OpenGL 100.81 fps, CPU 1059 cb, CPU Single Core 167 cb;
I also ran some of them with a -120 mV undervolted CPU profile, PAIRED with maximum fan speeds in Razer Synapse. Here’s what I got:
- 3DMark 13 – Fire Strike: 17554 (Graphics – 20692, Physics – 16460);
- 3DMark 13 – Time Spy: 7651 (Graphics – 7884, CPU – 6557);
- 3DMark 13 – Port Royal (RTX) Graphics: 4414;
- Uniengine Superposition – 1080p Extreme: 5078;
- GeekBench 4.3.3 64-bit: Single-Core:4960, Multi-core: 21880;
- CineBench R15: OpenGL 101.06 fps, CPU 1185 cb, CPU Single Core 167 cb;
Not a drastic difference, but there was some nonetheless. The temperatures were definitely cooler though, so for heavy loads, it’s certainly beneficial to ramp the fans up manually.
I also ran some testing on games. All gaming tests were done on the Auto fan profile in Gaming mode.
|Battlefield V (DX 12, Ultra Preset, Ray-Tracing OFF)||95-115 fps|
|Battlefield V (DX 12, Ultra Preset, Ray-Tracing ON)||55-65 fps|
|Battlefield V (DX 12, Ultra Preset, Ray-Tracing OFF) Synapse Balanced Mode||80-95 fps|
|Final Fantasy XV (Ultra)||80-115 fps|
|The Witcher 3: Wild Hunt (DX 11, Ultra Preset, Hairworks Off)||105-120 fps|
|The Witcher 3: Wild Hunt (DX 11, Ultra Preset, Hairworks On)||85-95 fps|
Battlefield V is the only title I have that supports Ray Tracing, and it’s up to you whether the performance hit is worth it for the prettier graphics. It does look nicer with RTX, but I prefer better framerates.
That said, this thing runs extremely well with games, however, it’s also excessively hot, both with the internals and externally. More on that in a bit.
The HWinfo logs below include details on the performance and temperatures while playing Battlefield V, Final Fantasy XV and Witcher 3 with the default settings and Gaming mode.
Here’s what happens when we switch to the Balanced mode instead.
And here’s how the speeds and temperatures are affected when undervolting the CPU and sticking to the Gaming mode.
We’ll further talk about undervolting in the next section.
Lastly, here’s what to expect when playing games on battery.
The good news is even without Ray-tracing, the 2019 Razer Blade outperforms the previous version by a pretty good margin, especially since that was only limited to a 1070 Max-Q GPU. But that doesn’t mean that version should be ignored, as the price breaks for last years model are pretty attractive.
If you’re like me though, you’ll probably want to stick with the 2019 model and get that Windows Hello cam and those properly backlit secondary keys. If that’s the case and you don’t want to pay close to $3000 for a laptop, your other options are the RTX 2060 and the RTX 2070 Max-Q. The 2060 is arguably the best value, and either way, you’re going to be making good use of that 144Hz screen.
Emissions (noise, heat), Connectivity and speakers
The Razer Blade 15 utilizes the same vapor barrier cooling system that was used in the 2018 model, tethered to two fans. It’s hard to compare apples to apples with the traditional style of heat-sinks, but I’m convinced that this style does something to help remove heat better.
The picture below and this video better illustrate the implementation.
Truth is, the temperatures are somewhat similar to what I’ve seen on other machines. But that alone doesn’t mean the vapor chamber isn’t helpful. There are so many other factors that go into the heat buildup, and if you try and sort it out, you quickly realize it’s a jumbled mess. Here’s why.
The CPU on this machine is clocked high. 3.9 GHz is a lot for 6 cores and an impossibility for pretty much every thin and light laptop to keep under control. Add in that the power limit of the CPU is set at 60W for short bursts, so you’re pretty much going to ramp up those temperatures pretty heavily for the first 5 minutes of any game.
Now, look at the GPU. It’s an RTX 2080 that’s been downclocked to perform as best as possible. This means that Razer is aiming to keep the voltage and power as high as possible to provide the best performance, without overheating the unit. Like other manufacturers, they push the limit as far as they can on performance and rightfully so, because now it’s in your control to turn things down.
So, I accept that these machines get so hot. My only reservation is that I can’t predict what the long term effects of having a CPU hit 99C are. Fortunately, it only happens briefly in the first couple minutes before the TDP limit drops back down to 45W, and then the temperatures start to level out – but it’s still in the 90s for some games.
There’re many tricks to making the temps better. The easiest one is to use the Balanced profile in Razer Synapse. I’m not exactly sure what this does to the CPU while gaming, but my temps were lowered by a few degrees in my testing. During normal use though it’s significantly cooler and quieter than using the other profiles.
Another option is to switch to a 60Hz screen refresh in Synapse and use VSync in games. This will limit the game to 60fps, which the RTX2080 will most likely crush at medium loads. It won’t save your CPU, but the lessened load on the GPU will likely shave a few degrees off across the heat sink. Still, this would be a last resort option and not something we’d recommend.
The last option requires some third party software. Using Intel XTU or Throttlestop to undervolt your CPU is a great way to save on power draw and heat generation. I undervolted mine to -130mV and immediately saw a 4-5C drop in temps across the board. Additionally, if you use Throttlestop, you can limit the clock speeds to something like 3.6 GHz or lower, which will help as well.
The fan noise is pretty tolerable for the most part. On auto, with normal use, the fans are barely audible. During moderate use, the fans will ramp up to a low hum, 45dB at ear level and 52dB at the unit itself. Gaming results in some louder fan levels though, with 55dB at ear level and 65dB at the unit. This is a Max-Q laptop, so in Nvidia settings, you can enable Whisper mode if the fan noise bothers you, however that takes a toll on performance though, as the clock speeds become more throttled.
*Daily Use – Netflix clip in EDGE for 30 minutes
*Load – playing Battlefield V for approximately 30+ minutes on ultra FHD settings
For connectivity, the Intel AC 9560 module provides access to WiFi and Bluetooth 5.0. There’s no Ethernet on this laptop, unfortunately, but you don’t really need it. I maxed out my internet connection at 480Mbps while 30 feet away from my router. Throughout my use, I experienced no problems with connectivity whatsoever.
As for the audio, there’s a speaker on each side of the keyboard. They aren’t large by any means, but the sound is full and they are facing the right direction. The speakers hit a max amplitude of 77dB on my sound meter, and I was able to record bass as low as 60Hz. Overall, very good speakers for a gaming laptop.
There’s a tiny HD webcam located above the screen, which in all honesty is nothing special by itself. In low light, the image is grainy. Even in full light, you can see some pixelation in the images. It’s pretty typical for a gaming laptop though.
What makes it stand out from the rest is the added IR blaster next to it, allowing it to work as a biometric webcam. This means the Windows Hello feature is enabled and you can unlock Windows merely by looking at the webcam. I haven’t seen this in a gaming laptop since the Alienware 17 a few years ago, so I’m glad someone else finally did it.
However, I want to say it’s the best Windows Hello cam I’ve ever used, but I can’t, unfortunately. The reason I’m saying this is because it does have some limitations. I think the size of the IR blaster and the image quality of the webcam make a huge difference in how it works in the dark. It can work at night, yes, but it takes a little longer than a Surface Pro or the HP Spectre do. I’m not going to make a big deal about it though, because it is after all good enough, and far better than not having it at all.
This Razer Blade has an 80 Wh battery, which is about the typical size these days. On HWinfo, it detects it as 83.4Whr with 0% wear. I did some testing to see how long the battery would last in certain scenarios. Luckily this unit has Optimus on board, so the results were pretty decent.
Here’s what I got on my laptop, with the screen set at 40% brightness, roughly 120 nits.
- 9.44 W (~8 h 30 min of use)– idle, Best Battery Mode, screen at 0%, Wi-Fi ON;
- 12.4 W (~6 h 27 min of use)– text editing in Google Drive, Better Battery Mode, screen at 40%, Wi-Fi ON;
- 13.9 W (~5 h 45 min of use)– 1080p Youtube fullscreen in Chrome, Better Battery Mode, screen at 40%, Wi-Fi ON;
- 13.1 W (~6 h 6 min of use)– 1080p Netflix fullscreen video in Edge, Better Battery Mode, screen at 40%, Wi-Fi ON;
- 13.5 W (~5 h 55 min of use)– 4K fullscreen .mkv video in the Movie app, Better Battery Mode, screen at 40%, Wi-Fi ON;
- 21.8 W (~3 h 40 min of use)– browsing in Chrome, Better Performance Mode, screen at 40%, Wi-Fi ON;
- 54.5 W (~1 h 28 min of use)– Gaming – Witcher 3, Maximum Performance Mode, 60fps, screen at 30%, Wi-Fi ON.
The charging port is proprietary to Razer, having a robust three pin adapter. It’s also reversible, although, with the L shaped adapter, I’m not sure how having the cable come towards you would be beneficial. The good news though is that the 230W power brick is pretty compact, so you probably wouldn’t want to buy a third party adapter anyways. You still get the same adapter if you opt for the 2060 or 2070 versions. As a side note, the Blade cannot charge via the USB-C port.
Price and availability
The 2019 Razer Blade Advanced is available at many retailers, including Amazon and Best Buy. It’s also available directly through Razer’s website. There are multiple models available with the 144Hz screen, prices ranging from $2300 to $3000. Options include GPUs from the RTX 2060 to 2080.
There’s also a 4k touch version available with an RTX 2070, if that’s your desire. And special “Mercury white” models are available, although in a limited fashion.
Follow this link for updated configurations and prices at the time of this article.
The 2019 version of the Razer Blade 15 really won me over this year. I’ll admit I was tempted last year, but I wanted to wait and see how it was received. I’m glad I waited though because I didn’t expect them to make a model with an RTX 2080 in it, which is a significant bump from the 1070 in the previous generations.
For me, the biggest draws to the machine are the build quality, the compact size, the screen, and even the biometrics. I’ve been waiting forever for someone to finally put Windows Hello on a high-end ultraportable and Razer finally made it happen.
I wish I hadn’t dented mine, but I’m kind of glad that I at least got to validate the build quality for you guys. The unibody chassis really makes a difference and if I was going to drop a laptop, I’m glad it was this one – any other and I’m afraid the damage would be a lot worse.
At the end of the day, The Razer Blade sits a little higher in cost than some of the competition. The MSI GS65 was my second choice, being $200 less expensive, but actually with a smaller SSD. I don’t have the 2019 version but I did have the 2018 GS65, which is very close to the same. Given the difference in build quality and extra storage, I can say with certainty that the $200 premium is justified.
What I like about this machine over the GS65 is pretty simple – it just seems more polished. The design is robust, the software has a purpose and works well, the trackpad is huge and works flawlessly, the screen is great and they’ve added biometrics into a tiny bezel.
It’s still an expensive machine though, and that’ll be a real deal breaker for many. The 2060 version is no slouch though and probably holds the most value out of the three. I haven’t tested it, but I’m sure there’s some overclocking potential, and given a 230W power adapter for that model as well, you’ll probably have some options.
Some improvements I’d like to see in the future include fixing the key feedback, as well as adjusting the layout. I can’t be the only one annoyed by the arrow key placement. The other thing that would be nice is a second M.2 slot. Razer is becoming one of the last manufacturers to have only a single drive option in their laptops and there’s really no reason for it.
In the end, I’m pleased with the laptop and am looking forward to using it in the future. Which is good because I think I’m stuck with it anyways since I dented it, haha. This model really suits my needs though and I think after I update the RAM and SSD, I’ll truly be very happy with it.
So that wraps up my review of the Razer Blade 15 Advanced for now. Since I’ll have it for a while, this article will be developing with further testing results, so keep an eye out if I add more. And if you have any questions or comments or anything you want me to add, please do so in the section below.