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RADVISION SCOPIA 1000


 

DESCRIPTION 

Reliable and highly scalable visual communication infrastructure solutions for enterprise and service provider environments, RADVISION’s SCOPIA conferencing platforms offer the industry’s most technologically advanced and easy-to-use carrier-grade multipoint infrastructure for real-time conferencing over any network, protocol and device. Easy to use plug and play functionality minimizes initial setup time, and offers unmatched flexibility. High Definition (HD) is standard on each system, enabling High Definition video at 720p H.264 at up to 30 frames per second with excellent quality.

The SCOPIA conferencing platform is available in two custom configurable chassis sizes. All SCOPIA blades are interchangeable between the chassis types.

SCOPIA Conferencing Platform Highlights

Carrier-Class Reliability
SCOPIA configurable conferencing platforms are designed with reliability in mind. The SCOPIA 400 chassis provides built-in, dual redundant power supplies with dual power feeds. The SCOPIA 1000 chassis provides a redundant, built-in Ethernet backplane and hot-swappable fans. All SCOPIA blades are hot-swappable so that blades can be replaced without turning the system off for guaranteed uptime.

Highly Scalable
SCOPIA configurable conferencing platforms scale from 4 slots on the SCOPIA 400 chassis, to 18 slots for function blades on the SCOPIA 1000 chassis. This range ensures highly scalable deployments, as well as investment protection as you grow.

Unmatched Flexibility
With the SCOPIA configurable conferencing platforms, high definition and standard definition room systems, desktops, 3G mobile video, and audio conferencing are supported on a broad range of networks. This capability provides unmatched flexibility in a single system.

Optimized Capacity
The SCOPIA configurable conferencing platforms deliver optimized capacity so that users receive maximum value for their investment. Optimized capacity provides each conferencing application – high definition room systems, standard definition room systems, desktops, and audio – the highest capacity at the most effective cost per port. Processing power is efficiently utilized based on the endpoint’s specific requirements.

Advanced Video Processing
Per user video transcoding and rate matching allows each user to connect to the conference at the capabilities available to them. This enables users to enjoy the best audio and video quality supported by their endpoint and network – whether it is high definition, standard definition, or desktops on any network.

Ease of Use
The SCOPIA configurable conferencing platforms make video conferencing easy for administrators and users. Administrators enjoy out-of-box, plug and play functionality that minimizes initial setup time. Users easily control the conference from the endpoint’s remote control.

FEATURES

SCOPIA 400/1000 Components

SCOPIA 1000 Chassis

  • High capacity, high performance: Supports 18 slots providing up to thousands of concurrent sessions on a single chassis
  • Carrier Class multi-layer redundancy for guaranteed up-time with hot swappable components that can be replaced without turning the system off
  • N+N redundant power supplies with redundant power inputs
  • Standard IP backplane allowing fail over to blades in an external chassis
  • Secure with separation of management and media traffic using separate internal switch connections
  • Highly Serviceable with all Field Replaceable Units (FRUs) serviceable from the front (excluding Rear Transition Modules)
  • Remote Administration with built-in redundant Intelligent Shelf Managers (ISMs) providing communication for remote management and diagnostics enhancing system reliability

SCOPIA 400 Chassis

  • High Capacity and high performance: Supports 4 slots providing over a hundred concurrent sessions on a single chassis
  • Carrier Class reliability with built-in, dual redundant power supplies and dual power feeds
  • Guaranteed uptime with hot swappable blades that can be replaced without turning the system off

Blades

  • MCU Blade: Multipoint Conferencing Unit (MCU) with built in H.323 and SIP support. Supports 96 audio conferencing ports with full audio transcoding. Used with up to four Media Video Processing blades for video support
  • MVP Blade (for conferencing): Media Video Processing (MVP) blade enabling 16 ports of High Definition, 24 ports of Standard Definition, or 48 ports of Desktop video processed conferencing
  • MVP/M Blade (for the 3G Video Gateway): Supports transcoding of MPEG4 (3G-324M)<>H.263 (IP) and MPEG4 (IP)<> H.263 (3G-324M)
  • GW-P20 Blade: Dual PRI gateway connecting H.320 ISDN networks to H.323 IP networks. Includes audio transcoding.
  • GW-S40 Blade: Quad port serial gateway connecting H.320 serial networks to H.323 IP networks. Includes audio transcoding.
  • GW-P25/M Blade: 3G video gateway connecting H.324M networks to IP networks (see SCOPIA 3G Gateway datasheet for more details).
  • MSP Blade: Media Streaming Proxy – provides seamless connectivity between RTSP streaming servers and Web cameras with 3G-324M enabled mobile devices.

SCOPIA MCU & MVP Blades

Capacity
Optimized capacity providing each conferencing application working point (High Definition, Standard Definition, and Desktop) optimized capacity and port cost
96 ports of audio conferencing per MCU blade
16 ports of High Definition video processed conferencing per MVP blade (up to 2Mbps)
24 ports of Standard Definition (high rate) video processed conferencing per MVP blade (up to 2Mbps)
48 ports of Desktop (standard rate) video processed conferencing per MVP blade (up to 384Kbps)
Each MCU blade can connect to up to four MVP blades resulting in 96 ports of audio and videoconferencing (no more than two MVP blades are needed when working at standard rates up to 384Kbps)

Signaling Protocols
Signaling protocols – H.323, SIP

Audio Support
Audio codecs – G.711, G.722, G.722.1, G.723.1, G.728, G.729AB, MPEG4 AAC-LD
Custom participant entry/exit tones
DTMF tone detection (in-band, H.245 tones, and RFC2833)

Video Support
Video codecs – H.261, H.263, H.264
Live video resolutions – QCIF, CIF/SIF, 4CIF, 288p, 384p, 400p, 448p, 480p, 576p, 720p
Presentation video resolution – VGA, SVGA, XGA, 720p
Video bandwidth – up to 2Mbps
High Definition Continuous Presence – H.264 @ 720p up to 30fps

Data Collaboration and Presentation Sharing
H.239 and DuoVideo for presentation sharing

Security
H.235 AES/DES encryption for secure audiovisual conferencing
Password-protected web GUI user access with multiple levels:
Administrator, Operator, and User
PIN protected conferences
HTTPS for secured management

Web-Based Monitoring and Control
Simple, user-friendly web interface enabling MCU configuration and conference operation

Custom IVR Messages
IVR messages can be recorded to provide custom greetings and announcements

Conference Control from the Endpoint
H.243 conference control
DTMF based conference control

QoS
QoS support with DiffServe, TOS, IP Precedence

Advanced Video Processing
Consistent video quality and frame rate regardless of the number of participants connected to the meeting with High Definition
28 different layout options with up to 16 conference participants displayed on one screen using continuous presence.
Text overlay (e.g. conference participant's name)
Dynamic layout according to the number of conference participants
SCOPIA Gateways (gw-P20 / gw-S40)

Capacity
gw-P20 gw-S40
E1 T1
Voice calls 60 46 -
Video calls @128Kbps 30 23 4
Video calls @384Kbps 10 7 4
Video calls @768Kbps 4 3 4
Video calls @full E1/T1 2 2 4

Signaling Protocols
Signaling protocols – H.323, H.320

Video, Audio & Data Protocols Supported
Video – H.261, H.263, H.263+, H.263++, H.264
Resolutions – QCIF, CIF, 4CIF, 16CIF, 448p, 480p, 576p, 720p
Audio - G.711, G.722, G.722.1, G.723.1, G.728
Data – T.120, T.281 (FECC), DuoVideo, H.239
H.243 conference control

Built-in Audio Transcoding and Line Echo Cancellation
G.728 <> G.711
G.711 <> G.723.1
Line echo cancellation on gw-P20, allowing connectivity of POTS phones

Call Routing
Built-in interactive voice response (IVR)
Direct Inward Dialing (DID) - IP connectivity according to the ISDN number dialed
TCS4 - supply the IP endpoint number as part of the ISDN dial string
Default extension - connect all calls to a specific location (e.g. MCU)

Call Bonding (gw-P20)
ISDN call bonding for up to 2Mbps (E1) or 1.5Mbps (T1)
Automatic downspeeding on ISDN channel failure

Security
H.235 AES/DES encryption
Password-protected web GUI user access with multiple levels: Administrator, Operator, and User
gw-S40 is fully complaint with government and military encryption devices such as KIV7, KG-194. and STE

SCOPIA Chassis

SCOPIA 400 – 4 Slot Chassis
Height: 2U; Width: 17.25” (438.15mm) ; Depth: 10” (254mm)
Weight: 17.6 lbs / 8 kg for empty chassis (with 2 power supplies)
100-240VAC, 50/60Hz dual redundant power supply as standard

SCOPIA 1000 – 18 user slot chassis
PICMG 2.16 - dual redundant IP backplane
Hot - Swap dual redundant Intelligent Shelf Manager blades
Hot - Swap dual redundant internal L2 Ethernet switches
48VDC, Hot-Swap redundant power supplies and cooling fan trays
Height: 12U; Width: 17.2" (431mm); Depth: 17” (431mm)
19” rackmount flanges included
Weight: Approx. 97.5 lbs. (44.2 kg)

Environmental Requirements
Operating temperature: 0oC to 50oC (32oF to 122oF)
Storage temperature: -25oC to 70oC (-13oF to 158oF), ambient
Relative humidity: 5% to 90% non-condensing

Warranty
One year return-to-factory, extended warranties and support services are available on request
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