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 Oct 21, 2014 Eurocom adds NVIDIA GeForce GTX 980M and 970M to its collection of graphics options in its upgradeable gaming laptops and mobile workstations. 38 graphics options are now supported Contact: Braden Taylor 613-656-7961 btaylor@eurocom.com Eurocom offers a complete line of graphics card options in our line of fully upgradeable, high performance gaming laptops powered by NVIDIA GeForce and AMD Radeon graphics and NVIDIA Quadro based Mobile Workstations, which now include NVIDIA GeForce GTX 980M and 970M. At Eurocom, the customer is in charge from the beginning. We offer as many options to our customers as possible so they can make the informed decisions in terms of choosing the exact combination of components and technology to best serve their individual technology needs. Having the ability to customize your Eurocom system allows users to have the perfect configuration for their needs and pay for only what they need. A variety of performance levels are offered in the line of graphics to allow customers to choose the precise performance level they need. Eurocom customers can now combine NVIDIA GeForce GTX 980M or 970M in single and SLI with 32 GB DDR3-1600 memory, Intel Core i7 Extreme Processors and up to 8 TB of high capacity storage for unbeatable performance that is 50% faster than previous generation NVIDIA GeForce GTX 880M. Eurocom systems are custom built and fully upgradeable at time of purchase or well after, putting Eurocom customers in the driver’s seat of their high performance laptop. At Eurocom, the customer is king. “At Eurocom, we have offered fully upgradeable notebooks and the corresponding graphics options to our clients for many years because we believe very strongly in the long term benefits it offers our clients; VGA upgradeability allows users to extend lifespan of their equipment without compromising performance ” Mark Bialic, Eurocom President. With a combination of incredible performance and exclusive gaming technologies, NVIDIA GeForce GTX, NVIDIA Quadro and AMD Radeon graphics options deliver a full spectrum of capability and price points. Several ultra-high end gaming systems such as the EUROCOM Panther 5, EUROCOM X7 or EUROCOM X8 offer dual GPU support for AMD CrossFireX or NVIDIA SLI operation. Double graphics card operation offers significant performance gains because it has two cards working together. Graphics Options: NVIDIA GeForce - 8GB GDDR5; NVIDIA GeForce GTX 980M (N16E-GX); 1536 CUDA; GPU/VRAM Clock 1038MHz/2500MHz; 28nm; MXM 3.0b; 100W - 6GB GDDR5; NVIDIA GeForce GTX 970M (N16E-GT); 1280 CUDA; GPU/VRAM Clock 924MHz/2500MHz; 28nm; MXM 3.0b; 75W - 8GB GDDR5; NVIDIA GeForce GTX 880M (N15E-GX); 1536 CUDA; GPU/VRAM Clock 954-993MHz/2500MHz; 28nm; MXM 3.0b; 100W - 6GB GDDR5; NVIDIA GeForce GTX 870M (N15E-GT); 1344CUDA; GPU 941MHz; VRAM 2500MHz; 28nm; MXM 3.0b; 75W-100W - 4GB GDDR5; NVIDIA GeForce GTX 860M (N15P-GX-A); 1152CUDA; GPU 797MHz; VRAM 2500MHz; 28nm; MXM 3.0b; 75W - 4GB GDDR5; NVIDIA GeForce GTX 780M (N14E-GTX); 1536 CUDA; GPU/VRAM Clock 771MHz/2500MHz; 28nm; MXM 3.0b; 100W - 3GB GDDR5; NVIDIA GeForce GTX 770M (N14E-GS); 960 CUDA; 192-bit; GPU Clock 850MHz; 28nm; MXM 3.0b; 75W-100W - 2GB GDDR5; NVIDIA GeForce GTX 765M (N14E-GE); 768 CUDA; 128-bit; GPU/VRAM Clock 850MHz/2000MHz; 28nm; MXM 3.0b; 75W - 4GB GDDR5; NVIDIA GTX 680M (N13E-GTX); 1344 CUDA; 256-bit; VRAM 1800MHz; GPU 720MHz; 28nm; MXM 3.0b;100W - 3GB GDDR5; NVIDIA GTX 670MX (N13E-GR); 960 CUDA; 256-bit; GPU/VRAM Clock 600MHz/1400MHz; 28nm; MXM 3.0b; 75W - 4GB GDDR5; NVIDIA GTX 675MX (N13E-GSR); 960 CUDA; 256-bit; GPU/VRAM Clock 600MHz/1800MHz; 28nm; MXM 3.0b; 100W SLI - SLI; 12GB; 2x 6GB GDDR5; NVIDIA GeForce GTX 970M (N16E-GT); 1280 CUDA; GPU/VRAM Clock 924MHz/2500MHz; 28nm; MXM 3.0b; 75Wx2 - SLI; 16GB; 2x 8GB GDDR5; NVIDIA GeForce GTX 980M (N16E-GX); 1536 CUDA; GPU/VRAM Clock 1038MHz/2500MHz; 28nm; MXM 3.0b; 100Wx2 - SLI; 4GB: 2x 2GB GDDR5; NVIDIA GeForce GTX 765M (N14E-GE); 768 CUDA; 128-bit; GPU/VRAM Clock 850MHz/2000MHz; 28nm; MXM 3.0b; 75Wx 2 - SLI; 16GB; 2x 8GB GDDR5; NVIDIA GeForce GTX 880M (N15E-GX); 1536 CUDA; GPU/VRAM Clock 954-993MHz/2500MHz; 28nm; MXM 3.0b; 2x100W - SLI; 12GB; 2x 6GB GDDR5; NVIDIA GeForce GTX 870M (N15E-GT); 1344CUDA; GPU 941MHz; VRAM 2500MHz; 28nm; MXM 3.0b; 75W-100Wx2 - SLI; 8GB; 2x 4GB GDDR5; NVIDIA GeForce GTX 860M (N15P-GX-A); 1152CUDA; GPU 797MHz; VRAM 2500MHz; 28nm; MXM 3.0b; 75Wx2 - SLI; 8GB; 2x 4GB GDDR5; NVIDIA GeForce GTX 780M (N14E-GTX); 1536 CUDA; GPU/VRAM Clock 771MHz/2500MHz; 28nm; MXM 3.0b; 100Wx 2 - SLI; 6GB; 2x 3GB GDDR5; NVIDIA GeForce GTX 770M (N14E-GS); 960 CUDA; 192-bit; GPU Clock 850MHz; 28nm; MXM 3.0b; 75W-100Wx 2 - SLI; 8GB; 2x 4GB GDDR5; NVIDIA GTX 680M (N13E-GTX); 1344 CUDA; 256-bit; VRAM 1800MHz; GPU 720MHz; 28nm; MXM 3.0b;100Wx2 - SLI; 8GB; 2x 4GB GDDR5; NVIDIA GTX 675MX (N13E-GSR); 960 CUDA; 256-bit; GPU/VRAM Clock 600MHz/1800MHz; 28nm; MXM 3.0b; 100W x2 - SLI; 6GB; 2x 3GB GDDR5; NVIDIA GTX 670MX (N13E-GR); 960 CUDA; 256-bit; GPU/VRAM Clock 600MHz/1400MHz; 28nm; MXM 3.0b; 75W x2 AMD Radeon - 4GB GDDR5; AMD Radeon R9-M290X; 1280 Stream Processors; 256-bit;GPU 850MHz;VRAM 1200MHz;MXM 3.0b;100W - 4GB GDDR5; AMD Radeon HD8970M; Pitcairn;1280 Stream Processors;256-bit;GPU 850MHz;VRAM 1200MHz;MXM 3.0b;100W - 2GB GDDR5; AMD Radeon HD7970M; Pitcairn Core;1280 Stream Processors;256-bit;GPU 850MHz;VRAM 1200MHz;MXM 3.0b;100W CrossFireX - CrossFireX; 8GB; 2x 4GB GDDR5; AMD Radeon R9-M290X;1280 Stream Processors;256-bit;GPU 850MHz;VRAM 1200MHz;MXM 3.0b;100W x2 - CrossFireX; 8GB; 2x 4GB GDDR5; AMD Radeon HD8970M (NeptuneXT);Pitcairn;1280 Stream Processors; 256-bit;GPU 850MHz;VRAM 1200MHz;MXM 3.0b;100W x2 - CrossfireX; 4GB; 2x 2GB GDDR5; AMD Radeon HD7970M (WimbledonXT); 1280 Stream Processors;256-bit;GPU 850MHz;VRAM 1200MHz;MXM 3.0b;100W x2 NVIDIA Quadro - 2GB GDDR3; NVIDIA Quadro K1000M; 192CUDA; MXM 3.0a; 55W; N14P-Q1 - 2GB GDDR3; NVIDIA Quadro K2000M; 384CUDA; MXM 3.0a; 55W - 2GB GDDR5; NVIDIA Quadro K3000M; 576 CUDA; OpenGL; MXM 3.0b; 75W w/ 3D Quad-Buffering Support - 4GB GDDR5; NVIDIA Quadro K4000M (Kepler); 960 CUDA; N14E-Q4; PhysX; OpenGL; DX11; MXM 3.0b;100W - 4GB GDDR5; ECC; NVIDIA Quadro K5000M (Kepler); 1344 CUDA; N14E-Q5; MXM 3.0b;100W; - 2GB GDDR5; NVIDIA Quadro K1100M; 384CUDA; MXM 3.0a; 45W; N15P-Q1 - 2GB GDDR5; NVIDIA Quadro K2100M; 576 CUDA; MXM 3.0a; 55W; N15E-Q3-A1 - 4GB GDDR5; NVIDIA Quadro K3100M (N15E-Q1); 768 CUDA; OpenGL; MXM 3.0b; 75W - 4GB GDDR5; NVIDIA Quadro K4100M (N15E-Q3); 1152 CUDA; OpenGL; MXM 3.0b; 100W - 8GB GDDR5; NVIDIA Quadro K5100M (N15E-Q5); 1536 CUDA; OpenGL; MXM 3.0b; 100W About Eurocom: Since 1989, Eurocom has been a leading developer of long lifespan, fully upgradable notebooks, high performance mobile workstations and mobile servers. Eurocom has produced many firsts and continues to engineer solutions that inspire and enable individuals and companies to reach great possibilities. For more information on Eurocom please visit www.eurocom.com. |