RAZER IN THE STUDIO

The New Razer Blade

with NVIDIA® GeForce® GTX 970M graphics

Measuring just 0.70-inches thin, with a stunning QHD+ display and 16 GB of system memory, the Razer Blade gives you the unfair advantage in today’s high performance environment. Driven by a quad-core Intel Core i7 processor and the latest NVIDIA GeForce GTX 970M graphics, the Razer Blade remains the thinnest, lightest and most powerful 14-inch music production laptop in the world.

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BIG POWER. STUNNING PORTABILITY

Weighing in at under 4.5 lbs, the Razer Blade packs all the power you desire in a studio computer without ever sacrificing portability.  Its ultra slim profile is designed specifically for extreme performance—whether backstage or back at home.

INTEL® CORE™ i7 QUAD-CORE PROCESSOR

The Intel Core i7-4720HQ processor, typically found in larger notebooks, gives the 14-inch Razer Blade 2.6GHz of quad-core processing power and Turbo Boost speeds, which automatically increases the speed of active cores – up to 3.6GHz.  Don’t let CPU limitations ever get in the way of your creativity again.
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NVIDIA GEFORCE GTX 970M

The GeForce GTX 970M with 3GB VRAM is powered by the next-generation NVIDIA Maxwell™ architecture, which delivers blazing-fast performance, advanced graphics technologies, and improved power management.

With NVIDIA Optimus™ Technology, the Razer Blade automatically transitions between NVIDIA graphics and Intel Integrated Graphics, seamlessly and in the background, to give you great performance and great battery life when you need it.

 

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MORE MEMORY.
FASTER STORAGE.

The ultra-portable Razer Blade features up to 16 GB of fast 1600 MHz DDR3L memory and includes solid-state storage with options for up to 512 GB. You’ll experience speeds of up to 4x faster than traditional notebook hard drives, making for faster load times, lower latency, and higher performance even during the most demanding sessions.

 

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TOUCH POINT THERMAL ENGINEERING

The Razer Blade’s amazing performance is driven by the engineering principles of localized heating. Localized heating focuses on directing heat away from the main touch surfaces of the notebook, areas that can dissipate heat quickly and are not commonly touched by the users. At Razer, we have dedicated thermal engineers who use thermal sensors to test how warm each area of a notebook’s exterior gets during various workloads. Our goal is not to get rid of heat altogether, but to keep it away from key touch points that come in contact with users.

 

This allows the Blade to pack in the highest performance possible with Intel Core i7 processor and NVIDIA GTX graphics in a notebook that is thinner than a dime.

Thin and Powerful

Despite being the most powerful Blade ever we kept it incredibly thin at 0.70-inches. Designed for extreme performance on-the-go and gaming anywhere.

Cage the Beast

Harnessing so much power and performance in a compact design demands extreme attention to detail. The Razer Blade is crafted from precision cut CNC aluminum for unmatched design and durability.