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Aten VE8950R Руководство по внедрению онлайн [16/17] 746767
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Scenario B (without Ethernet switch)
In a single source input scenario for video splitter application, the distance between receivers (point-to-
point) can be up to 100m.
Multiple Transmitters to Multiple Receivers
The truly modular nature of the VE8900 / VE8950 / VE8952 over IP topology allows an AV distribution of
almost any number of sources and displays.
Video Wall
The versatility of VE8900 / VE8950 / VE8952’s powerful video wall functionality lets a collection of
displays to display multiple images or a single image and any combination in between. It supports up to
16 x 16 wall with image rotation and portrait video walls, as well as traditional landscape modes. It can
also easily switch layout profiles, preview and drag-and-drop video sources via the intuitive web-based
GUI.
Содержание
- Implementation guide p.1
- Aten hdmi over ip video extender system p.1
- Contents p.2
- Introduction p.3
- Ve8900 ve8950 ve8952 series p.4
- Engineered to meet the demands of today s large scale multi display 1080p 4k signal transmission requirements but designed to be uncomplicated to set up and easy to use the ve8900 ve8950 ve8952 is suitable for use in a wide range of environments including trade shows airports university campuses conference centers and shopping centers p.5
- General recommendations p.6
- Supported video resolutions p.7
- Source display settings p.7
- Aten ve8900 ve8950 ve8952 uses the highest quality encoders available to provide visually lossless compression over a large number of displays however the compression can only be as good as the source content that is put in ve8900 ve8950 ve8952 uses proprietary compression and supports hdcp 1 thus please make sure the source content supports hdcp1 or is without hdcp encryption not compatible with hdcp2 in addition please make sure to turn off the video wall function of the display p.7
- Network design p.8
- Choosing the right cable p.8
- Choosing a network switch p.9
- Standalone network switch p.11
- Recommended switches the following models have been tested and found to produce favorable results separate to two target application p.11
- Cascading aggregation network switch p.11
- Planning network architecture p.12
- Network setup examples p.15
- The following table shows the recommended settings for various networking topologies the following table shows the recommended settings for various networking topologies p.17
- That have ve units connected p.17
- Pick an appropriate forwarding mode on all switches use cut through if available or store and p.17
- Igmp and other settings configuring the switch correctly will pass data more efficiently allowing a better stream across the network to each ve device the following settings will help optimize your network traffic through a switch enable igmp snooping on l2 switches enable igmp querier on the l3 switch enable igmp fast leave on all switches where ve units are directly connected enable jumbo frames jumbo packets in order to correctly convey the necessary data enable spanning tree protocol stp on all switches and enable portfast exclusively on switch ports p.17
- Forward p.17
- Configuring the network switch p.17
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