User manual PNY QUADRO 4000

[. . . ] Slots may look similar at first; however you will notice differences once you examine them closely. PCI Express x16 slots on the motherboard are usually closest to the CPU. PCI Express x1 slots are smaller and should be labeled as such. If you are unsure which connectors are PCI Express x16 or x1 consult your system manual to identify the appropriate slot. [. . . ] Windows XP can only support two displays. NVIDIA Quadro 2000D This board features two DVI-I DL connectors. Analog displays are supported via the supplied DVI to VGA adapters. NVIDIA Quadro K600, 600, 410, and 400 These boards feature a DVI-I DL connector and a DisplayPort connector. An analog display is supported via the supplied DVI to VGA adapter. NVIDIA NVS 510 This board features four mini-DisplayPort connectors and is shipped with four locking mini-DisplayPort to DisplayPort adapters. Some configurations of this card also include four locking mini-DisplayPort to DVI-D SL adapters. Mixed DisplayPort and DVI monitor configurations are supported, up to four displays total with Windows Vista or later. Windows XP can only support two displays simultaneously. NVIDIA NVS 450 This board features four DisplayPort connectors, which support any DisplayPort monitor. Some NVS 450 boards are sold with four DisplayPort to DVI single-link adapters. To connect DVI-D SL displays to the NVS 450 plug in the supplied adapters and then attach your display(s) to the DVI connectors provided. -6- NVIDIA NVS 420 x16 or 420 x1 These low profile boards utilize VHDCI connectors. Depending on which configuration you purchased either a VHDCI to quad DVI single-link or VHDCI to quad DisplayPort adapter cable is included. Connect the VHDCI adapter cable to the VHDCI connector on your NVS 420 and then connect your display(s) cable(s) to the DVI or DisplayPort connectors provided, starting with the lowest number first (numbered from 1 – 4). NVIDIA NVS 310, 295 x16, and NVS 295 x1 These boards feature two DisplayPort connectors which support any DisplayPort monitor. Some models include two DisplayPort to DVI-D single-link adapters. If you utilize DVI displays connect the DisplayPort to DVI-D single-link adapters and then connect your display cables to the adapters. NVIDIA NVS 300 x16 or 300 x1 These boards feature a single DMS-59 connector and ship with a DMS-59 to dual DVI-I SL ‘Y’ adapter cable and two DVI to VGA adapters or a DMS-59 to dual DisplayPort adapter cable. Plug the provided adapter into the DMS-59 connector on the graphics board and then connect your display cables to the connectors on the adapter. NVIDIA Quadro or NVS Graphics Driver Installation (Windows) Power up your system and let it boot into Windows 8, 7, Vista or XP SP3. Logon and proceed as noted below: ▪ Insert the NVIDIA Quadro by PNY driver installation DVD into the Blu-ray or DVD-ROM drive. The DVD will autorun and you will be presented with a main menu that includes driver installation, along with other options. ▪ From the main menu click on the ‘Drivers’ option and the proper driver for your version of Windows 8, 7, Vista, or XP SP3 will be presented (64- or 32-bit versions are provided). Click on the driver recommended for your system and the software will be automatically installed. NVIDIA Quadro or NVS Graphics Driver Installation (Linux) Power up your system and let it boot into Linux. [. . . ] Warranty coverage requires proof of purchase documentation evidencing the date of purchase (sales receipt or invoice). The information in this document is subject to change without notice. FCC Information This equipment has been tested and found to comply with the limits for a Class B digital device, pursuant to Part 15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful interference in a residential installation. This equipment generates radio frequency energy, and if not installed and used in accordance with the instructions, may cause harmful interference to radio or television reception, which can be determined by turning the equipment off and on. [. . . ]