Nvidia Quadro M6000 Sync User manual

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NVIDIA Quadro M6000 Sync
PNY Part Number: VCQM6000SYNC-PB
User Guide

NVIDIA Quadro M6000 Sync User Guide 2
NVIDIA Quadro M6000 Sync Hardware Components
The NVIDIA Quadro M6000 Sync consists of the following components:
NVIDIA Quadro M6000 graphics board
NVIDIA Quadro Sync board
Two 6-pin auxiliary power cables
Stereo connector bracket
Three Display Port to DVI-D SL adapters
DVI to VGA adapter
Three ribbon cable retention clips
Four ribbon connector cables
Software installation disc with PDF documentation
Printed NVIDIA Quadro Sync Quick Start Guide
NVIDIA Quadro M6000 Sync Overview
The NVIDA Quadro M6000 Sync delivers Frame Lock/Genlock and advannced programmable
graphics for industrial, visualization and collaborative applications, by providing features for
advanced multi-system visualization and multi-device film and video environments. This
sophisticated professional visualization solution is GPU-driven by the NVIDIA Quadro M6000,
while features such Frame Lock, Genlock, and synchronized Frame Buffer Swap and refresh rate
are supported by a companion NVIDIA Quadro Sync board.
The Quadro M6000 requires an open x16 PCIe interface slot with an adjacent open slot (double-
width board). The NVIDIA Quadro Sync board is designed to fit into any available expansion slot
within 6 to 24 inches of the NVIDIA Quadro M6000. The Quadro Sync requires power via a 6-pin
power connector or SATA power connector. The Quadro Sync card can host up to four (4)
NVIDIA Quadro M6000 boards.
Frame Lock allows the display channels from multiple workstations to be synchronized, creating
one large “virtual display” that can be driven by a multi-system cluster for performance
scalability.
Genlock allows the graphics output to be synchronized to an external source, typically for film
and broadcast video applications.
The NVIDIA Quadro M6000 and NVIDIA Quadro Sync will synchronize up to four displays
simultaneously (1 DVI-DL or 4 Display Port), provided they are all in same display mode, which
means the same resolution and refresh rate on all four displays.
NVIDIA Quadro M6000 Overview
The NVIDIA Quadro M6000 graphics board is a PCI Express full-height form factor (4.376 inches
by 10.5 inches) graphics add-in card based on the NVIDIA Quadro M6000 graphics processing
unit (GPU). It is targeted as a high-performance desktop graphics solution for PCI Express

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systems. The NVIDIA Quadro M6000 graphics board offers 12GB of GDDR5 GPU memory and
supports display types ranging from analog CRTs to the latest digital flat panels.
NVIDIA Quadro M6000 Photo
NVIDIA Quadro Sync Photo
Refer to the NVIDIA Quadro Sync Quick Start Guide which covers the various connectors
available and how to connect the Quadro Sync board to the Quadro M6000.

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NVIDIA Quadro M6000 Specifications and Features
GPU: NVIDIA Quadro M6000
Maximum core clock: 988 MHz
CUDA cores: 3072
GPU memory: 12GB GDDR5
Memory clock: 3300MHz
Memory interface: 384-bit
Memory bandwidth: 317 GB/s
GPU memory: 12 GB GDDR5
PCI Express: PCIe Gen 3.0 x16
Auxiliary power: 8-pin connector
Maximum power consumption: 250 W
Physical dimensions: 4.376 x 10.5 inches, dual slot
Display Connectors
One Dual-Link DVI-I connector
Four Display Port 1.2 connectors
Stereo connector (via supplied stereo connector bracket)
Internal Connectors and Headers
8-pin auxiliary power connector
Sync connector
SLI connector
Stereo header
Display Support
Maximum VGA resolution: 2048 x 1536 x 32 bpp at 85Hz
Maximum DVI Dual Link resolution: 2560 x 1600 x 32 bpp at 60Hz
Maximum Display Port 1.2 resolution: 4096 x 2160 x 36 bpp at 60Hz
High-bandwidth digital content protection (HDCP) support
NVIDIA Quadro Sync Specifications and Features
Quadro Sync Board
Six layer printed circuit board (PCB)
Physical dimensions: 6.15” inches x 4.37” inches
Power: 6-pin PCI or SATA power connector
Maximum power consumption: 12 W
Connectors and Status Indicators
4 SLI-style edge fingers for connection to compatible GPUs
BNC house sync
RJ45 1st Frame Lock sync (using CAT5 straight-through cable)
RJ45 2nd Frame Lock sync (using CAT5 straight-through cable)
Frame Lock and Stereo Sync Status LEDs

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NVIDIA Quadro Sync Key Features
Synchronization of up to four Maxwell GPU’s and up to 16 display or projector per
system.
- Increasing the density of GPU and displays per system reduce the total number of
system in a visualization cluster and minimizes operation complexity.
Enable Mosaic technologies on up to 16 displays or projectors in any system
- Scale any application across synchronized displays or projectors from any system.
Future like Projector Overlap and an integrated geometry and intensity adjustment
give you pixel-accurate display surface
A research lab can create a stereoscopic 3D 3x3 or 4x4 display walls with just one
system, instead of three or four.
A flight simulator can move from HD resolution to four-input 4K projectors with the
same size visualization cluster.
A broadcaster can power 16HD –display video wall for on air display with just one
system.
BNC House Sync Connector Video Format Support
720 x 486_59.94i NTSC
720 x 576_50i PAL
1280 x 720_59.94p
1280 x 720_60i
1920 x 1035_59.54i
1920 x 1080_60i
1920 x 1080_59.94i (same as 1929 x 1080_29.97 psf)
1920 x 1080_50i (same as 1920 x 1080_25 psf)
1920 x 1080_24psf
1920 x 1080_23.976psf
TTL level sync pulse
NVIDIA Quadro M6000 Auxiliary Power Requirements
8-Pin Auxiliary Power
Connector
Results
8-pin cable connected
Full Power
Not connected
Message on display will alert
user to connect AUX power.
Driver Support:
Windows 8.1, 8, 7, Vista, and Linux (32- and 64-bit)

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Quadro M6000, Quadro Sync and Mosaic Configuration Options
1) Four display configuration with Quadro M6000 and Quadro Sync.
2) Eight (1 x 8 or 2 x 4) display configuration with two Quadro M6000s and Quadro Sync.

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3) Twelve (4 x 3) display configurations with three Quadro M6000s and Quadro Sync.

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4) Sixteen (4 x 4) display configurations with four Quadro M6000s and Quadro Sync.
Motherboard, Power Supply, and System Enclosure Selection
The Quadro Sync card supports up to four Quadro M6000 boards. The number of M6000’s that
can be installed will vary by motherboard, system enclosure, and power supply capacity. When
configuring a multi-M6000 system choose all of these components accordingly. Also pay
attention to thermal capacity since multiple ultra-high-performance M6000 boards, based on
wattage utilized, generate a significant heat load.