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 * Support Home
 * Getting Started
   * Connecting Your Camera
   * 3rd Party Software Getting Started Guides
 * Tech Ref Manuals
   * Arena SDK Documentation
   * HTP003S – Helios2+ ToF 3D
   * HLT003S – Helios2 ToF 3D
   * HLS003S – Helios ToF 3D
   * HLF003S – Helios Flex ToF 3D
   * ATX245S – Atlas10 24.5 MP
   * ATX204S – Atlas10 20.4 MP
   * ATX162S – Atlas10 16.2 MP
   * ATX124S – Atlas10 12.3 MP
   * ATX081S – Atlas10 8.1 MP
   * ATX051S – Atlas10 5.0 MP
   * ATL314S – Atlas 31.4 MP
   * ATL196S – Atlas 19.6 MP
   * ATL168S – Atlas 16.8 MP
   * ATL120S – Atlas 12.3 MP
   * ATL089S – Atlas 8.9 MP
   * ATL071S – Atlas 7.1 MP
   * ATL050S – Atlas 5.0 MP
   * ATL028S – Atlas 2.8 MP
   * ATP200S – Atlas IP67 20 MP
   * ATP120S – Atlas IP67 12.3 MP
   * ATP089S -Atlas IP67 8.9 MP
   * ATP071S – Atlas IP67 7.1 MP
   * ATP028S – Atlas IP67 2.8 MP
   * TRI200S – Triton 20.0 MP
   * TRI120S – Triton 12.3 MP
   * TRI122S – Triton 12.2 MP
   * TRI089S – Triton 8.9 MP
   * TRI071S – Triton 7.1 MP
   * TRI064S – Triton 6.3 MP
   * TRI054S – Triton 5.4 MP
   * TRI050S-P/Q – Triton 5.0 MP Polarized
   * TRI050S – Triton 5.0 MP
   * TRI032S – Triton 3.2 MP
   * TRI028S – Triton 2.8 MP
   * TRI023S – Triton 2.3 MP
   * TRI016S – Triton 1.6 MP
   * TRI005S – Triton 0.5 MP
   * TRI004S – Triton 0.4 MP
   * TRI02KA – Triton 2K Line Scan
   * PHX200S – Phoenix 20.0 MP
   * PHX120S – Phoenix 12.3 MP
   * PHX122S – Phoenix 12.2 MP
   * PHX089S – Phoenix 8.9 MP
   * PHX064S – Phoenix 6.3 MP
   * PHX050S-P/Q – Phoenix 5.0 MP Polarized
   * PHX050S – Phoenix 5.0 MP
   * PHX032S – Phoenix 3.2 MP
   * PHX023S – Phoenix 2.3 MP
   * PHX016S – Phoenix 1.6 MP
   * PHX004S – Phoenix 0.4 MP
 * Application Notes
   * Bandwidth Sharing in Multi-Camera Systems
   * Combine Helios 3D Point Cloud with RGB Color
   * I2C Support on LUCID Cameras
   * Using GPIO on LUCID Cameras
   * Using PTP & Scheduled Action Commands
   * Helios2 And Triton Synchronization
 * Knowledge Base
 * Additional Support
   * Product Change Notifications (PCN)
   * Contact Support
 * Log In

 * Support Home
 * Getting Started
   * Connecting Your Camera
   * 3rd Party Software Getting Started Guides
 * Tech Ref Manuals
   * Arena SDK Documentation
   * HTP003S – Helios2+ ToF 3D
   * HLT003S – Helios2 ToF 3D
   * HLS003S – Helios ToF 3D
   * HLF003S – Helios Flex ToF 3D
   * ATX245S – Atlas10 24.5 MP
   * ATX204S – Atlas10 20.4 MP
   * ATX162S – Atlas10 16.2 MP
   * ATX124S – Atlas10 12.3 MP
   * ATX081S – Atlas10 8.1 MP
   * ATX051S – Atlas10 5.0 MP
   * ATL314S – Atlas 31.4 MP
   * ATL196S – Atlas 19.6 MP
   * ATL168S – Atlas 16.8 MP
   * ATL120S – Atlas 12.3 MP
   * ATL089S – Atlas 8.9 MP
   * ATL071S – Atlas 7.1 MP
   * ATL050S – Atlas 5.0 MP
   * ATL028S – Atlas 2.8 MP
   * ATP200S – Atlas IP67 20 MP
   * ATP120S – Atlas IP67 12.3 MP
   * ATP089S -Atlas IP67 8.9 MP
   * ATP071S – Atlas IP67 7.1 MP
   * ATP028S – Atlas IP67 2.8 MP
   * TRI200S – Triton 20.0 MP
   * TRI120S – Triton 12.3 MP
   * TRI122S – Triton 12.2 MP
   * TRI089S – Triton 8.9 MP
   * TRI071S – Triton 7.1 MP
   * TRI064S – Triton 6.3 MP
   * TRI054S – Triton 5.4 MP
   * TRI050S-P/Q – Triton 5.0 MP Polarized
   * TRI050S – Triton 5.0 MP
   * TRI032S – Triton 3.2 MP
   * TRI028S – Triton 2.8 MP
   * TRI023S – Triton 2.3 MP
   * TRI016S – Triton 1.6 MP
   * TRI005S – Triton 0.5 MP
   * TRI004S – Triton 0.4 MP
   * TRI02KA – Triton 2K Line Scan
   * PHX200S – Phoenix 20.0 MP
   * PHX120S – Phoenix 12.3 MP
   * PHX122S – Phoenix 12.2 MP
   * PHX089S – Phoenix 8.9 MP
   * PHX064S – Phoenix 6.3 MP
   * PHX050S-P/Q – Phoenix 5.0 MP Polarized
   * PHX050S – Phoenix 5.0 MP
   * PHX032S – Phoenix 3.2 MP
   * PHX023S – Phoenix 2.3 MP
   * PHX016S – Phoenix 1.6 MP
   * PHX004S – Phoenix 0.4 MP
 * Application Notes
   * Bandwidth Sharing in Multi-Camera Systems
   * Combine Helios 3D Point Cloud with RGB Color
   * I2C Support on LUCID Cameras
   * Using GPIO on LUCID Cameras
   * Using PTP & Scheduled Action Commands
   * Helios2 And Triton Synchronization
 * Knowledge Base
 * Additional Support
   * Product Change Notifications (PCN)
   * Contact Support
 * Log In

home/Knowledge Base/Camera Setup/Sample PC Config for Streaming Multiple Atlas10
Cameras




SAMPLE PC CONFIG FOR STREAMING MULTIPLE ATLAS10 CAMERAS

1965 views 5 May 19, 2021 Updated on August 10, 2021


INTRODUCTION

Running multiple Atlas10 10GigE cameras requires a certain level of computer
resources for streaming reliability. This KB will describe our PC configuration
and network settings, where images were captured from multiple Atlas10 cameras
simultaneously on an Intel i9 PC in ArenaView without any dropped packets.


HARDWARE AND SOFTWARE TEST ENVIRONMENT

CAMERAS:

 * ATX245S-CT
 * ATX245S-MT
 * ATX204S-MC

CAMERA SETTINGS:

 * Packet Size: 9000 B
 * ADC Bit Depth: 12-Bit
 * Device Link Throughput Reserve: 10%
 * Device Stream Channel Packet Delay: 80
 * Packet Resend: Enabled
 * Pixel Format: BayerRG8 (for color models)
   Mono8 (for mono models)
 * Max Resolution and FPS

SOFTWARE:

 * ArenaSDK 1.0.29.5
 * LUCID Light Weight Filter Driver:
   * Driver Name: LUCIDLwf.sys
   * Driver Version: 0.0.25.0
 * Windows 10 Pro 64-bit version 20H2, build 19042.804

HOST PC SYSTEM CONFIGURATION:

Motherboard ASUS WS X299 PRO/SE Intel LGA2066 M.2 PCIe USB3.1 Dual Lan ATA
Processor Intel(R) Core(TM) i9-10900X CPU @ 3.70GHz Memory Corsair VENGEANCE LPX
128GB (8x16GB) DDR4 DRAM 2933MHz (Quad Channel) Operating System Windows 10 Pro
64-bit version 20H2, build 19042.804 Video Zotac nVidia GeForce GT710 2GB GDDR3
PCIe Storage Kingston A2000 M.2 2280 500GB Internal Solid State Drive
(SA2000M8/500G) Network Interface Cards
(more details below) PCIE-POE2-MG (MFR P/N: IOI DGEAP2X-PCIE8XG302, 2-port
10G/5G/2.5G/1G PoE+ NBASE-T)
PCIE-POE1-MG2 (MFR P/N: IOI GE10P-PCIE4XG301, 1-port 2-port 10G/5G/2.5G/1G PoE+
NBASE-T)

NETWORK CARD #1 SETTINGS

 * PCIE-POE2-MG (MFR P/N: IOI DGEAP2X-PCIE8XG302)
 * 2-port, 2-ch, 10G/5G/2.5G/1G PoE+ NBASE-T
 * Chipset: Marvell Aquantia ACQ107 (2x)
 * Driver Version: 2.2.1.0, Date: 8/13/2020
 * Each NIC had the following settings:
   * Receiver Buffers: 4096
   * Jumbo Packets: 9014 Bytes
   * Interrupt Moderation: Enabled
   * Interrupt Moderation Rate: Adaptive
   * IPv4 Checksum Offload = Rx & Tx enabled
   * TCP/UDP Checksum Offload (IPv4) = Rx & Tx enabled
   * Power Management: Disabled

NETWORK CARD #2 SETTINGS

 * PCIE-POE1-MG2 (MFR P/N: IOI GE10P-PCIE4XG301)
 * 1-port, 10G/5G/2.5G/1G PoE+ NBASE-T
 * Chipset: Marvell Aquantia ACQ107
 * Driver Version: 2.2.1.0, Date: 8/13/2020
 * Each NIC had the following settings:
   * Receiver Buffers: 4096
   * Jumbo Packets: 9014 Bytes
   * Interrupt Moderation: Enabled
   * Interrupt Moderation Rate: Adaptive
   * IPv4 Checksum Offload = Rx & Tx enabled
   * TCP/UDP Checksum Offload (IPv4) = Rx & Tx enabled
   * Power Management: Disabled

NETWORK CARD #3 SETTINGS

 * PCIE-POE1-MG2 (MFR P/N: IOI GE10P-PCIE4XG301)
 * 1-port, 10G/5G/2.5G/1G PoE+ NBASE-T
 * Chipset: Marvell Aquantia ACQ107
 * Driver Version: 2.2.1.0, Date: 8/13/2020
 * Each NIC had the following settings:
   * Receiver Buffers: 4096
   * Jumbo Packets: 9014 Bytes
   * Interrupt Moderation: Enabled
   * Interrupt Moderation Rate: Adaptive
   * IPv4 Checksum Offload = Rx & Tx enabled
   * TCP/UDP Checksum Offload (IPv4) = Rx & Tx enabled
   * 
   * Power Management: Disabled


ADDITIONAL COMMENTS ON SETUP

 * This motherboard (ASUS WS X299 PRO/SE) supports 4 memory channels and
   installing RAM at each memory controller will give us 4 active memory
   channels (quad-channel). For an application that needs a lot of bandwidth and
   processing, you’ll want to look into activating all of the memory channels to
   maximize the memory bandwidth as much as possible. We filled each DIMM on
   this system as well. If you don’t fill in each DIMM, the motherboard manual
   should state the order of DIMM slots to install to make sure you’re
   activating the most memory channels possible (see Diagram 1). Important!
   While installing 128 GB might not be necessary for the system, it is highly
   recommended to pair DIMMs to enable quad-channel bandwidth or at the very
   least dual-channel DDR bandwidth. Installing all memory on 1 DIMM for single
   channel operation is not recommended and will result in streaming issues.

 * Side note: Why is memory bandwidth so important?  Streaming in ArenaView
   means we’re taking the image, converting it to BGR8 for display, and
   rendering the converted image on screen (also include Windows 10 background
   tasks and other actions or metrics that ArenaView performs or monitors in the
   background, for example, some node polling, the status bar counters, the log
   window, heartbeat threads for cameras, etc.). For example, a 24.5MP BGR8
   image means streaming 3 color channels of 8-bit data, equating to 5320 x 4600
    x 3. Do this for each Atlas10 camera attached and processing image data can
   quickly stress memory bandwidth and capacity.

Diagram 1

 * You will also want to take a look at the maximum memory bandwidth supported
   by the CPU too. Your theoretical maximum memory bandwidth may be higher than
   what the CPU itself supports. For example, this Intel CPU supports up to
   94GB/s:
   https://ark.intel.com/content/www/us/en/ark/products/198019/intel-core-i9-10900x-x-series-processor-19-25m-cache-3-70-ghz.html

 * It is recommended to install a PCIe card on a slot that is connected to the
   CPU controller rather than to the PCIe controller and over a bridge. For
   example, see the Diagram 2, there’s an x4 slot that has to go over a bridge
   which is less optimal.

Diagram 2


TEST RESULTS

The PC host system did not report any dropped frames or packet resend requests
while streaming 3 Atlas10 cameras simultaneously.





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