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The Multimedia Conference Control Unit |
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AVC MCU-AMI Series |
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AVC MCU is made to measure AVCON software for multi point video conferencing control centers. Using the most advanced hardware, and leading international software design, to create exceptional functionality. Especially useful for conference management and control as well as improving terminal usability. It is currently the best product with the best functional index on the market. |
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Technical Features |
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Heavy load capacity
Single MCU can simultaneously support many conferences, all conference rooms can manage a over a thousand users simultaneously (subject to bandwidth limitations).
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Optimised, centralised, error correction technology
Supports multi-MCU compartmentalization, using multiple units to relieve MCU outlet bandwidth issues. All MCUs feature internet optimisation, and error correction technology. If any component MCU breaks down, suffers a virus attack, suddenly loses power, or experiences any other problem, the other parts of MCU can take over and allow the system can be used normally. |
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Load Balancing Capacity
Using intelligent judgement multiple MCUs can divide and share the workload, assuring the best network environment for data transmission. |
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Data containment ability
A single MCU can simultaneously support over a thousand simultaneous transfers (subject to bandwidth restrictions). |
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MCU Router
Exclusive MCU Router audio-video distribution control technology, takes a single MCU unit and breaks up the components as necessary to best deal with the information flow. The MCUs data packet handling means a single machine can transmit at very high speeds. When online the MCU finds addresses using similar calculation technology improving the MCU transmission speed, and reducing delays. |
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Multi-Network bridge technology, deals with China's north - South differing network flow problems
Using the AVCON MCU server as a special internal data transfer, it's easy to avoid telecommunications and network transmission bottlenecks, bringing forward new levels of data exchange efficiency. |
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Technical Parameter |
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Height |
1U |
Processor |
Nocona2.8GHz |
| 800MHz |
Processor Number(standard/largest) |
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L2-Cache |
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Memory ( Standard/Largest ) |
DDR266\333(512MB*2\4GB*6) |
Memory Mirroring |
supported |
Hard disk controller |
Integrated Ultra320SCSI controller |
Hard disk Drive(Standard/Largest) |
1/2 |
Hard disk |
73G SCSI |
SCSIRAID |
RAID0,1 |
S-ATA Controller |
Two-way SATA interface |
SATARAID |
RAID0,1 |
IDEController |
Single IDE Controller |
Network Capacity |
10/100/1000 |
System management |
ISM8.0 |
I/O Port |
Front-end 2*USB2.0Rear-end3*USB2.0 2*Serial keyboard mouse EthernetRJ-45)Display |
CD-ROM/Floppy disk |
support |
Power supply |
480W |
Environmental Temperature Range |
10C to 35C (when in use) |
| C40C to +70C (when not in use) |
Relative humidity |
| when not in use 95%, from 25C to 30C non-condensing |
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Noise |
when in operation, measured from side <50dBA. If Environmental Temperature <28C measured sound intensity is 6.2BA |
Static Electricity Release |
Each item is Intel which at Environmental temperature is normally 15kv |
Safety Standards |
American / Canadian |
CAS60950/VerifiedtoICES-003,A Class |
European / Russian |
EN60950/EU Voltage Order 73/23/ECC/GOST-R Mark |
International |
IEC60950(CB report and certification) |
Northern Europe |
EMKO-TSE(74-SEC)207/94-NEMKO |
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Electromagnetic compatibility (EMC) |
America |
Passed FCC Certificate (A Class) |
Canadian |
ICES-003(A Class) |
Europe/CE Mark |
EN55022&EN55024 |
International |
IEC60950 |
Australia |
AS/NZS3548(A Class) |
Japan |
VCCI(A Class) |
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