Internal Components
Unfortunately, removing the Blade’s bottom panel voids a customer's warranty, and Razer requested that we not remove it either. This does not make us happy. Although the company prevented us from taking pictures of the notebook’s internals, Razer directed us to the promotional video that contains brief renderings of the cooling system. Still, we wish that we were able to capture the CPU and GPU thermal solutions in action, because they do a great job of expelling heat from the machine.
Razer positions the Blade R2 as a closed system with no user-serviceable parts. The company only offers one configuration, and your only choice is between Windows 7 or 8. You can also pick a one- or two-year warranty (both of which are voided if you open the system). While Razer isn’t the only company to discourage user upgrades, this may be something to consider if you’re used to swapping drives and upgrading RAM. It could also present an issue if you ever need to clean dust from the Blade’s vents.
The screenshot below is from Razer’s promotional video. We tried to label what limited components we were able to see in this rendering.
It also appears that the hard drive is located in the bottom-right corner, directly beneath the machine's palm rest. Putting my ear up to the chassis seemed to confirm this.
We also think that there's a PCIe slot for Intel's Centrino Advanced-N 6235N Wi-Fi/Bluetooth card directly under the arrow keys on the keyboard. Meanwhile, it looks like Lite-On's LMT-64M3M mSATA SSD (used for caching) is under the Windows key.
Although we didn't label it, we're guessing the battery is located to the left of the hard drive, below the keyboard. The battery is not obvious in any other part of the system, and keeping it away from heat would help minimize wear over time. Since we were asked not to take the machine apart, a lot of these are just educated guesses, though.
In this second capture from Razer's video, we see the CPU cooling in more detail. It looks like the heat sink may be mounted directly to the top and/or bottom of the chassis to also transfer heat into them as well as the heat pipes going to the fans. The bottom of the machine does get very warm, which seems to support this. The 75-minute heat run you'll see shortly supports this as well, since the hard drive slowly increased in temperature as the entire chassis warmed. Again, we cannot be 100% sure since we can’t remove the panel.
One component that did make a serious impression was the Blade R2’s power adapter.
The included 120 watt power adapter is custom-built for the Blade R2. Weighing less than a pound, it’s much smaller than similar units, and can actually deliver more than its rated output. In the images below, the Blade’s adapter is compared to two other adapters that having similar power ratings; Razer's is on the right.
Not everything is perfect, though; we do have a couple of issues to point out with the Blade’s design.
First, with all I/O attached on one side, you can see it gets crowded in a hurry.
Second, the right-angle power plug means that the power cord runs straight back, hugging the side of the machine. This means that the cord is usually right in front of the CPU exhaust vent, which can’t be good for the vent or the cord.
