#Apache msi camera pro#
Even on the retail box that the Apache Pro ships in, MSI touts the speed benefits of a PCIe-based SSD. The only sour point we can spot in the spec sheet is the SATA status of the SSD. On paper, the Apache Pro looks like a delightfully lethal option for gamers. There's even an optical drive in case you're still kicking it old school with physical media, and a Killer Gaming LAN adapter to prioritize gaming traffic and keeps those pings to a minimum.
In addition to one of the fastest mobile GPUs on the planet, MSI packs in an Intel Core i7-6700HQ processor, a healthy serving of 16GB of DDR4-2133 RAM, and a 256GB M.2 SATA SSD for the OS paired to a 1TB HDD for bulk storage duties. The question is, what else does the Apache Pro bring to the mobile party? Keep reading to find the answer, but first, a look at the overall spec sheet. If you read our performance preview, you already know the Apache Pro delivers strong gaming performance, perhaps much to the dismay of anyone who recently purchased a Maxwell-based laptop. That's a small trade off to squeeze a desktop-class GPU into a laptop measuring barely more than an inch thick (with an optical drive, no less). The only notable difference is that the mobile version is clocked slightly slower with base/boost clockspeeds of 1,400MHz/1,670MHz versus 1,506MHz/1,708MHz. MSI opted for fancier 6GB (GDDR5) model, and like the desktop version, both have 1,280 CUDA cores and a 192-bit memory bus. There's little that separates the mobile GeForce GTX 1060 from its desktop counterpart.
#Apache msi camera series#
NVIDIA even went and dropped the "M" designation from its GeForce 10 Series mobile parts, including the GeForce GTX 1060, which is featured in MSI's GE62VR 6RF Apache Pro (just Apache Pro from here on out). What that ultimately means for end users is that NVIDA's latest mobile GPUs are now more aligned with their desktop equivalents. NVIDIA says it achieved a "quantum leap" in both regards and nothing we've seen suggests they're wrong. The migration down from a 28-nanometer manufacturing process to a 16nm FinFET process has been good for NVIDIA, not just for Pascal's ability to push more pixels, but also in terms of power efficiency and performance-per-watt. Well, that mighty Pascal architecture is now available in mobile form, but that's not the only thing to be stoked about. It consistently beats out the previous generation Titan X by 20-25 percent, and it costs several hundred dollars less. Pascal didn't just introduce a generational leap in graphics performance, it made a mockery of the previous generation Maxwell architecture by both performing significantly faster and costing less for the same (or a better) level of performance. That's still the situation today, though one thing working to your advantage is NVIDIA's Pascal architecture. That's an expensive proposition (it's called throwing the baby out with the bath water), but if gaming on the go is what you're after, you don't have much choice in the matter.
#Apache msi camera upgrade#
Unlike desktop PCs, you usually can't rip out the graphics adapter and upgrade to something faster (not in most cases, anyway), so when that once shiny and fast laptop starts feeling a little sluggish, you're looking at dialing down in-game settings until you've saved enough scratch to buy a new laptop. A good rule of thumb when purchasing a gaming laptop is to buy one with the fastest GPU you can afford.