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LOLA: Low Latency Audio Visual Streaming System
Appendix G – Lola Hardware components
HIGH-END PC (Full HD resolution, 1920x1080, RGB) :
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Mid/Full tower case with quiet design, a good air flow circulation and fans, and at least four full height expansion slots (Antec Sonata Solo II or similar)
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Power Supply Unit: at least 860W (Corsair AX860 or better)
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Processor: Intel Core i7 (4930K, 6 cores or better)
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16GB RAM DDR3 (Corsair or Kingston, 4x4GB, Quad Channel DDR3 Memory Kit)
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Motherboard: an high-end motherbord with Intel chipset X79 (i.e. M/B ASRock Fatal1ty X79
Professional or similar) or better with enough PCI-express slots for:
- 1 Graphics Card (16x slot required) … Note: high-end graphics cards occupy the space of two slots!
- 1 BitFlow frame grabber (for the Karbon-CXP a 8x slot is required, for the ALTA-AN a 4x slot is required) or 1 USB3.0 adapter card in case the motherboard has an incompatible USB3-Vision chipset
- 1 RME Audio Card (for the HDSPe-AIO a 1x slot is required)
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SSD (suggested for OS)
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2 HDD - 1TB (Raid 0 configuration) for uncompressed video recording (Western Digital WD-Black)
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Nvidia GeForce GTX 770 or better (EVGA) … suggested for jpeg hardware acceleration
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Intel Gigabit CT Desktop Ethernet Pci-e adapter (required when an Intel NIC is not integrated on the
motherboard)
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Full-HD LCD Monitor with low response time (<= 2ms)
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OS Windows 7 or 8.1 (32-bit or 64-bit)
MID-RANGE PC (SD/HD resolution, 1024x768, RGB ):
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Mid/Full tower case with quiet design, a good air flow circulation and fans, and at least four full height expansion slots (Antec suggested)
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Power Supply Unit: at least 500/600W (Corsair suggested); it depends on Graphics card
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Processor: Intel Core i7 (3770K, 4 cores)
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8 GB RAM DDR3 (Corsair or Kingston suggested)
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Motherboard: a mid-range motherbord with Intel chipset and enough PCI-express slots for:
- 1 Graphics Card (a 16x slot is required) … Note: high-end graphics cards occupy the space of two slots!
- 1 BitFlow frame grabber (for the Karbon-CXP a 8x slot is required, for the ALTA-AN a 4x slot is required) or 1 USB3.0 adapter card in case the motherboard has an incompatible USB3-Vision chipset
- 1 RME Audio Card (for the HDSPe-AIO a 1x slot is required)
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Nvidia GeForce GTX 650 (suggested for jpeg hardware acceleration)
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Intel Gigabit CT Desktop Ethernet Pci-e adapter (required when an Intel NIC is not integrated on the motherboard)
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OS Windows 7 or 8.1 (32-bit or 64-bit)
LOW-END PC (SD resolution, 640x480, RGB):
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Mid tower case with qa good air flow circulation and fans, and at least four full height expansion slots
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Power Supply Unit: at least 400/500W
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Processor: Intel Core i5
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LOLA: Low Latency Audio Visual Streaming System
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4 GB RAM (DDR3)
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Motherboard: a mid-range motherbord with Intel chipset and enough PCI-express slots for:
- 1 Graphics Card (a 16x slot is required)
- 1 BitFlow frame grabber (for the Karbon-CXP a 8x slot is required, for the ALTA-AN a 4x slot is required) or 1 USB3.0 adapter card in case the motherboard has an incompatible USB3-Vision chipset
- 1 RME Audio Card (for the HDSPe-AIO a 1x slot is required)
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Intel Gigabit CT Desktop Ethernet Pci-e adapter (required when an Intel NIC is not integrated on the motherboard)
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OS Windows 7 or 8.1 (32-bit or 64-bit)
- Digital cameras and frame grabbers with CoaXPress interface:
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BitFlow Karbon-CXP2
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Imperx B1410C-CXP camera
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Imperx B1411C-CXP camera
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Adimec OPAL-2000C (this is still in beta-testing)
- USB3Vision Digital Cameras (no frame grabber required)
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XIMEA MQ013CG-E2 camera
- Analog cameras and frame grabbers:
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BitFlow ALTA-AN1
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Hitachi KP-FD30
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(Toshiba IK-TF5 - Discontinued)
- Audio Cards:
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RME HDSPe-AIO (Pci-e)
- Possible Audio Components
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2 small Genelec or Yamaha audio monitors
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1 active audio PA system (fox example Mackie)
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2 condenser high quality microphones (for example Neumann KM184)
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1 dynamic microphone (service voice)
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1 analogue mixer (minimum 16ch in, 4 out + Main L/R, 4 AUX (for example Mackie), or one digital mixer with ADAT support
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Various audio cables
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Table of contents
- 3 1. Introduction
- 4 2. Hardware and Operating System requirements
- 4 2.1. Audio input/output hardware requirements
- 4 2.2. Video input hardware requirements
- 6 2.3. Video output hardware requirements
- 6 2.4. PC hardware requirements
- 8 2.5. Network requirements
- 10 2.6. LOLA v1.4.x backward compatibility
- 10 2.7. Network Interface Cards (NICs) performances
- 11 3. System Setup
- 11 3.1. Common libraries/drivers installation
- 12 3.2. Drivers for BitFlow systems (Alta-AN, Karbon-CXP)
- 14 3.3. Drivers for Ximea USB3-Vision systems
- 14 3.4. Drivers for Point Grey USB3-Vision systems
- 15 3.5. Audio hardware Setup
- 16 3.6. BitFlow Video hardware Setup
- 16 3.7. Installing LOLA application
- 19 3.8. Tuning the LOLA Workstation
- 19 3.9. TCP/UDP ports used by LOLA
- 19 3.10. Local and Remote Audio/Video Quality
- 20 3.11. Software you should not install on your Lola pc
- 21 4. Running LOLA
- 22 4.1. Local audio and video settings (Lola Setup)
- 27 4.2. Local and Remote rendering windows
- 28 4.3. Color Menu and Bayer decoding
- 31 4.4. Connection with a remote host
- 32 4.5. Fine Audio/Video buffer tuning
- 32 4.6. Toggling Audio/Video and Network Monitor
- 33 4.7. Disconnecting from a remote host
- 33 4.8. Debugging a connection: Bounce-Back mode
- 34 4.9. Debugging a connection: TaskMgr
- 35 4.10. Audio and Video Recording
- 36 4.11. Chat window
- 37 4.12. Audio Test signal
- 37 4.13. Windows layout
- 37 4.14. Duplicate window (remote host display)
- 38 4.15. LolaGui process priority
- 38 4.16. Audio only setup
- 38 4.17. Lola system checkup
- 40 5. LOLA Tools
- 40 5.1. Lola Wav Splitter
- 40 5.2. Lola Video Converter
- 41 5.3. LolaGUI Tester
- 43 Appendix A – Old experimental digital video setup
- 44 Appendix B – Compatible Video Analog Cameras
- 45 Appendix C – Cameras Cabling Guide
- 50 Appendix D – Setting Cameras in External Trigger Mode
- 54 Appendix E – Audio Card internal Mixer settings
- 57 Appendix F – Manual BitFlow Configuration
- 60 Appendix G – Lola Hardware components
- 62 Appendix H – Known Issues
- 66 Appendix I – Remote assistance with TeamViewer
- 67 Appendix J – Connection debugging hints
- 68 Acknowledgments