- Processor: Kabylake Core i7-7700HQ+HM175
- Memory: DDR IV 8GB*2
- Storage: 256GB NVMe SSD +1 TB (SATA) 7200rpm
- Display: 14″ FHD, Anti-Glare (1920*1080) eDP IPS-Level
- Killer Doubles hot Pro (Killer Gb LAN + Killer 802.11 a/c Wi-Fi) with Smart Teaming
7TH GENERATION INTEL« COREÖ i7 PROCESSORS
The perfect combination of MSI gaming laptops and 7th Generation Intel« CoreÖ i7 Processors shall bring you up to 10% performance enhancement of smoother VR experience. The 7th generation Intel Core H series processor utilizes a power-efficient microarchitecture, advanced process technology and silicon optimizations to deliver faster performance than processors of the previous generation. CPU core performance of Core i7-7700HQ is 8% faster than i7-6700HQ under average usage. CPU multimedia performance is enhanced, making it 10% faster than i7-6700HQ. 4K video decoding/transcoding is also improved 15%. The new media engine of the 7th generation Intel Core H series processor also delivers power-efficient VP9 and HEVC 10-bit hardware acceleration. 4K video playback with HDR visual quality is therefore significantly improved versus previous generation processors.
* This feature may vary by SKU and country
PCI-E GEN3x 4 SSD û ULTRA SPEED STORAGE
Get in the game before everyone else with the latest PCI-E Gen 3.0 x4 bandwidth utilizing NVMe technology on single M.2 SSD. Harness the full performance potential of the Gen 3.0 SSD through the optimization of the hardware and software outputting extreme read speeds up to 2200MB/s, 5x faster than SATA3 SSD’s.
LATEST ARCHITECTURE DDR4-2400 MEMORY SUPPORT
Get the best possible performance out of your notebook with support of the advanced DDR4-2400 memory, achieving over 32GB/s in reading speed and 36GB/s in writing. With over 40% faster performance than previous generations DDR3-1600, DDR4-2400 is the new laptop standard to take your extreme gaming experience to the next level.
DYNAMIC TEMPERATURE / PERFORMANCE BALANCING
The exclusive MSI ôSHIFTö technology pushes system to the extreme while minimizing noise and temperature. Switch between different …