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SMP 352
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SMP 352

Dual Recording H.264 Streaming Media Processor

Key Features

Process two high resolution AV sources from up to five available input signals
Record and stream simultaneously
High quality scaling with flexible two-window management
Stream concurrently at two resolutions and bit rates from the same source
Dual channel recording and streaming with confidence stream
Virtual Input Support for network-based streaming sources
All Features

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SMP 352 3G-SDI H.264 Dual Recording Streaming Media Processor

Provide an audio and video media processor that in composite encoding mode, switches amongst up to five available inputs into two scaled processed windows, and records, streams, and outputs a digital video and audio signal. The processor shall allow clean switching, complete two window layout with layering over a configurable background image, and simultaneous recording to an internal SSD drive and customer-provided external USB drive. The processor shall feature two streaming encoders with independent settings for resolution and bit-rate. The processor shall accept sources including High Definition digital and component analog as well as standard definition component and composite video. The processor shall include audio de-embedding of digital sources, and re-embedding of program audio. In dual channel encoding mode, the Processor shall stream two independent sources, grouped from channels A and B, and permit recording of both channel A and Channel B as independent files.
1. Connection Requirements
  1. Support video inputs grouped into Channel A and Channel B
    1. Channel A shall include two switchable rear-accessible HDMI inputs with embedded stereo audio. HDMI inputs shall be HDCP compliant with option to configure HDCP authorization.
    2. Channel B shall include three rear BNC connections configurable for composite or component HD and one rear HDMI input with embedded stereo audio supporting HDCP with option to configure HDCP authorization, and one rear BNC connection for 3G-SDI, HD-SDI, or SDI.
    3. Support audio inputs grouped into Channel A and Channel B that include de-embedded audio from HDMI sources and rear-accessible captive screw connections for balanced or unbalanced line level stereo audio from each Channel. An active analog audio loop thru shall be provided on Channel A.
  2. Support video outputs to include:
    1. One rear-accessible HDMI switched output looped through from Channel A live sources; HDCP compliant
    2. One rear-accessible HDMI confidence output with re-embedded digital stereo audio
  3. Support audio outputs to include:
    1. One rear-accessible captive screw connection for a single balanced or unbalanced line-level analog stereo audio signal
  4. Support control connections to include:
    1. Four digital I/O connections for simple contact control, status, and management of digitally controlled functions
    2. One front-accessible USB-mini connection
    3. One set of rear-accessible RS-232 captive screw connections
    4. Two rear-accessible USB ports for connection of keyboard and mouse
  5. Support network and storage connections to include:
    1. One 10/100/1000 BASE-T female shielded RJ-45 network connection
    2. A front-accessible USB 1.1 / USB 2.0 port with support of high/full/low speeds for connecting removable storage devices
    3. A rear-accessible USB 1.1 / USB 2.0 port with support of high/full/low speeds for connecting removable storage devices
2. Video and Audio Processing Requirements
  1. Shall support the following input signal types:
    1. Video input resolutions from 640x480 to 1920x1200, including 480i, 480p, 576p, 720p, 1080i, 1080p, NTSC, and PAL
    2. Video input sampling up to 12 bits per pixel, at resolutions up to 1080p pixel per pixel, and 1920x1200 with reduced blanking
    3. Analog video horizontal frequency from 15khz to 100khz, and vertical frequency from 24hz to 75hz
    4. Audio input levels from -18dB to +24dB with adjustable levels in 1dB increments
  2. Incorporate an advanced video scaler capable of:
    1. Input scaling up to two source windows from Channel A and Channel B to include:
      1. Auto-image
      2. Auto-memory
      3. HDMI over scan from 0 -5%
  3. Sixteen selectable input presets
  4. Provide picture controls to maximize source image quality, including:
    1. Brightness
    2. Contrast
    3. Color
    4. Tint
    5. Detail
    6. Position
    7. Size
    8. Zoom
  5. Include complete analog input sampling adjustments
  6. Include clean transitions when switching between any inputs
  7. Allow position and sizing of source windows displaying input Channel A and Channel B
  8. Include the following aspect ratio options when scaling video sources:
    1. Video output fills display
    2. Video output maintains source’s original aspect ratio with no image cropping
    3. Video output maintains source’s original aspect ratio and is cropped to fill display
  9. Support HDCP-encrypted sources on local live output and loop through output, with selectable authorization for unencrypted content
  10. Include real-time verification of HDCP status for each digital video input and output
  11. Identify HDCP-encrypted content on non-compatible displays or media with a green screen wash and HDCP message
  12. Permit localized storage and display of PNG background images behind video windows
  13. Support saving of sixteen source window layouts as recallable presets
  14. Include selection of “no source” window as transparent or black filled window
  15. Automatically manage EDID communication between the display and connected HDMI sources
  16. Support for overlaying metadata on video recordings and streams
  17. Include audio mixing, filters, and compression DSP processing for clean audio switching and blending of source inputs
  18. Include overlay of time reference using HH:MM:SS format on the video output
  19. Support of multiple internal test patterns for setup and configuration
  20. Support time delay synchronization of audio to video through the encoder preventing lip sync errors
3. Network Requirements
  1. Include one 10/100/1000 BASE-T RJ-45 female shielded network connection with support for:
    1. Live streaming
    2. Transport of recording packages to network locations
    3. Access to embedded web interface
    4. Interfacing with AV control systems
  2. Include networking configurations for the following:
    1. Configurable MTU from 68 to 1500
    2. DHCP or Static IP addressing
  3. Configurable ports numbers including ability to disable ports for:
    1. HTTP
    2. HTTPS
    3. Telnet
    4. SSH
    5. SFTP
    6. SNMP
  4. Support for NTP time synchronization with time zone offset
  5. Support for Network configuration backup and restore via downloadable configuration file
  6. Include ability to view and set basic network configuration parameters via front panel
  7. Support network protocols including:
    1. IGMPv3 (RFC 3376)
    2. TCP/IP
    3. UDP
    4. SSL
    5. DHCP
    6. HTTP
    7. HTTPS
    8. RTP
    9. RTSP
    10. RTMP (Available Q2 2017)
    11. SNMP V2 (RFC 1213)
    12. SAP (RFC2974)
    13. SDP (RFC4566)
    14. QoS (RFC 2474)
    15. NTPv4 (RFC 4330)
  8. Support file transfer protocols including:
    1. FTP
    2. SFTP
    3. CIFS
  9. Support network file share protocols including:
    1. CIFS/SMB
    2. NFS
  10. Support Email notifications over SMTP Messaging
4. Streaming Requirements
  1. Include three encoders using H.264 video compression and AAC Audio Compression
  2. Support streaming the composited layout using two independent streams
  3. Support streaming independent sources to individual streams, and a confidence stream with both windows side by side
  4. Independent stream settings per stream to include:
    1. Support for push or pull streaming session management
    2. Support for either multicast or unicast streaming
    3. Support for frame rate from 5 to 30 fps
  5. Include independent streaming resolutions of 512x288 up thru 1080p
  6. Include Streaming Profiles to include Base, Main, and High, and Levels including 3.0 – 4.1
  7. Support independent video streaming bit rates from 200 Kbps to 10 Mbps
  8. Support independent rate controls including VBR, CBR, and CVBR
  9. Support adjustable audio streaming bit rates from 80 Kbps to 320 Kbps
  10. Support RTSP session management
  11. Support RTMP push streaming (RTMP, RTMPS, RTMPT) - available Q2 2017
  12. Support use of RTP/RTCP streaming transport protocols
  13. Support use of native RTP and MPEG-2 Transport Streams (TS) in unicast or multicast
  14. Support of Transport Streams (TS) on UDP or RTP/UDP
  15. Support use of SAP SDP protocols
  16. Support RTP/RTSP, interleaved RTSP, and HTTP tunneled pull streaming transport protocols
  17. Include Audio Delay to match video delay caused by external devices (Lip Sync)
  18. Support saving and recall of 16 Streaming profile presets
5. Recording Requirements
  1. Shall record and stream simultaneously at resolutions from 512x288 up to 1920x1080 (1080p)
  2. Shall record and stream simultaneously at refresh frequencies of 5 – 30 Hz
  3. May record to both internal Solid State Drive (SSD) and external USB drive simultaneously
  4. May record independent sources to two separate files
  5. Shall support USB Storage with the following file formats:
    1. Fat32
    2. NTFS
    3. VFAT (long file name ext)
    4. EXT2
    5. EXT3
    6. EXT4
  6. Shall provide a 400 Gigabyte internal SSD for recording storage
  7. Shall provide a front panel and rear panel indicator light for connected USB activity
  8. Shall provide recording of content for the following:
    1. Store recorded audio visual files in a M4V or MP4 format
    2. Store JPEG thumbnail files in either reduced resolution of 848x480, or at encoder resolution
    3. Synchronized JPEG thumbnails for each channel
    4. Metadata information contained within a JSON file shall including the following fields:
      1. Title
      2. Language
      3. Contributor
      4. Publisher
      5. Coverage
      6. Course Name
      7. Presenter
      8. Copyright
      9. Date Time
      10. Source
      11. Description
  9. Subject
  10. Format
    1. Chapter markers shall index time stamp information
  11. Shall provide transport controls to permit the recording, pause, and stop functions of a record
  12. Shall provide recording status, available space, and recording time available based upon current settings
  13. Shall provide independent information for each storage device connected
  14. Shall provide file naming options including the use of metadata and either UTC or local time
  15. Shall create JPEG thumbnail images at scheduled intervals and at index marks while recording
  16. Shall create a daily recording report detailing usage and operating data
6. Controls and Automation Requirements
  1. Allow direct system configuration from the front panel interface using:
    1. LCD display screen
    2. Two illuminated buttons for menu navigation and item selection
    3. Two rotary encoders for parameter adjustment
  2. Include illuminated front panel buttons to facilitate:
    1. Source selection
    2. Initiating, pausing, and stopping recording
    3. Insertion of chapter marks in recording
    4. Selection of blended source window layouts
    5. Swapping of sources in window arrangements
  3. Include four front panel LEDs to indicate I/O activity
  4. Include left and right vertical front panel LED arrays to indicate audio level
  5. Include a reset button and associated LED to restore the unit to one of four pre-defined, programmed operational configurations
  6. Include an embedded web page for configuration, monitoring, and control that includes a confidence view of the video output
  7. Include a means to lock out:
    1. All front panel controls
    2. Only menu controls to prevent unauthorized changes to configuration settings
  8. Support control applications that manage the digital I/O port functions
  9. Support external scheduling systems using iCalendar files for automated recording sessions
  10. Support the automatic transfer of content after a recording, without interrupting any other functions
  11. Include automated disk management to facilitate the deletion of old files to make room for new recordings
  12. Support for alarm notification of events by logging, front panel notification, and email notification
  13. Support for event logging and diagnostics
  14. Support remote control functions over RS-232, Telnet, and SSH, in addition to the web browser interface
7. Enterprise Integration Requirements
  1. Integrate directly with the following content management systems:
    1. Entwine Enterprise Media Platform
    2. Opencast content management systems
    3. Kaltura content management systems
  2. Support centralized scheduling with the following applications:
    1. Microsoft Exchange
    2. Microsoft 365
    3. Google Calendars
  3. Include automated transfer of recorded packages to:
    1. FTP Site
    2. SFTP Site
    3. CIFS server network file share
  4. Support recordings that are compatible with Learning Managements Systems such as:
    1. iTunes U
    2. Blackboard LMS
    3. SharePoint
    4. Captionsync
    5. YouTube
    6. Moodle
    7. RSS Feed
  5. Include transfer of content to an LTI connected content management system
  6. Support system workflow alarms for events including:
    1. Loss of video or audio
    2. HDCP encryption
    3. Disk space or disk errors
    4. Recording suspended
    5. CPU usage
  7. Support automated email of error conditions and log information to defined support staff
  8. Support for SNMP v2 and SNMP v3 monitoring
8. General Requirements
  1. Shall be rack mountable, 19” wide, 1RU high metal enclosure, with pre-installed brackets
  2. Shall have dimensions of 1.7”H x 17.5”W x 11.5”D without brackets attached
  3. Shall be equipped with an internal 100 – 240VAC, 50-60Hz universal power supply
  4. Shall meet regulatory compliances
    1. Shall be certified to meet safety compliances under CE, c-UL, and UL
    2. Shall meet EMI/EMC compliances under CE, C-tick, FCC Class A, ICES, KCC, and VCCI
    3. Shall comply with requirements of RoHS and WEEE
  5. Shall provide three year parts and labor warranty
The approved device shall be the Extron SMP 352 3G-SDI - 400 GB SSD (60-1634-12); no alternates or equals.

SMP 352 3G-SDI H.264 Dual Recording Streaming Media Processor

Provide an audio and video media processor that in composite encoding mode, switches amongst up to five available inputs into two scaled processed windows, and records, streams, and outputs a digital video and audio signal. The processor shall allow clean switching, complete two window layout with layering over a configurable background image, and simultaneous recording to an internal SSD drive and customer-provided external USB drive. The processor shall feature two streaming encoders with independent settings for resolution and bit-rate. The processor shall accept sources including High Definition digital and component analog as well as standard definition component and composite video. The processor shall include audio de-embedding of digital sources, and re-embedding of program audio. In dual channel encoding mode, the Processor shall stream two independent sources, grouped from channels A and B, and permit recording of both channel A and Channel B as independent files.
1. Connection Requirements
  1. Support video inputs grouped into Channel A and Channel B
    1. Channel A shall include two switchable rear-accessible HDMI inputs with embedded stereo audio. HDMI inputs shall be HDCP compliant with option to configure HDCP authorization.
    2. Channel B shall include three rear BNC connections configurable for composite or component HD and one rear HDMI input with embedded stereo audio supporting HDCP with option to configure HDCP authorization, and one rear BNC connection for 3G-SDI, HD-SDI, or SDI.
    3. Support audio inputs grouped into Channel A and Channel B that include de-embedded audio from HDMI sources and rear-accessible captive screw connections for balanced or unbalanced line level stereo audio from each Channel. An active analog audio loop thru shall be provided on Channel A.
  2. Support video outputs to include:
    1. One rear-accessible HDMI switched output looped through from Channel A live sources; HDCP compliant
    2. One rear-accessible HDMI confidence output with re-embedded digital stereo audio
  3. Support audio outputs to include:
    1. One rear-accessible captive screw connection for a single balanced or unbalanced line-level analog stereo audio signal
  4. Support control connections to include:
    1. Four digital I/O connections for simple contact control, status, and management of digitally controlled functions
    2. One front-accessible USB-mini connection
    3. One set of rear-accessible RS-232 captive screw connections
    4. Two rear-accessible USB ports for connection of keyboard and mouse
  5. Support network and storage connections to include:
    1. One 10/100/1000 BASE-T female shielded RJ-45 network connection
    2. A front-accessible USB 1.1 / USB 2.0 port with support of high/full/low speeds for connecting removable storage devices
    3. A rear-accessible USB 1.1 / USB 2.0 port with support of high/full/low speeds for connecting removable storage devices
2. Video and Audio Processing Requirements
  1. Shall support the following input signal types:
    1. Video input resolutions from 640x480 to 1920x1200, including 480i, 480p, 576p, 720p, 1080i, 1080p, NTSC, and PAL
    2. Video input sampling up to 12 bits per pixel, at resolutions up to 1080p pixel per pixel, and 1920x1200 with reduced blanking
    3. Analog video horizontal frequency from 15khz to 100khz, and vertical frequency from 24hz to 75hz
    4. Audio input levels from -18dB to +24dB with adjustable levels in 1dB increments
  2. Incorporate an advanced video scaler capable of:
    1. Input scaling up to two source windows from Channel A and Channel B to include:
      1. Auto-image
      2. Auto-memory
      3. HDMI over scan from 0 -5%
  3. Sixteen selectable input presets
  4. Provide picture controls to maximize source image quality, including:
    1. Brightness
    2. Contrast
    3. Color
    4. Tint
    5. Detail
    6. Position
    7. Size
    8. Zoom
  5. Include complete analog input sampling adjustments
  6. Include clean transitions when switching between any inputs
  7. Allow position and sizing of source windows displaying input Channel A and Channel B
  8. Include the following aspect ratio options when scaling video sources:
    1. Video output fills display
    2. Video output maintains source’s original aspect ratio with no image cropping
    3. Video output maintains source’s original aspect ratio and is cropped to fill display
  9. Support HDCP-encrypted sources on local live output and loop through output, with selectable authorization for unencrypted content
  10. Include real-time verification of HDCP status for each digital video input and output
  11. Identify HDCP-encrypted content on non-compatible displays or media with a green screen wash and HDCP message
  12. Permit localized storage and display of PNG background images behind video windows
  13. Support saving of sixteen source window layouts as recallable presets
  14. Include selection of “no source” window as transparent or black filled window
  15. Automatically manage EDID communication between the display and connected HDMI sources
  16. Support for overlaying metadata on video recordings and streams
  17. Include audio mixing, filters, and compression DSP processing for clean audio switching and blending of source inputs
  18. Include overlay of time reference using HH:MM:SS format on the video output
  19. Support of multiple internal test patterns for setup and configuration
  20. Support time delay synchronization of audio to video through the encoder preventing lip sync errors
3. Network Requirements
  1. Include one 10/100/1000 BASE-T RJ-45 female shielded network connection with support for:
    1. Live streaming
    2. Transport of recording packages to network locations
    3. Access to embedded web interface
    4. Interfacing with AV control systems
  2. Include networking configurations for the following:
    1. Configurable MTU from 68 to 1500
    2. DHCP or Static IP addressing
  3. Configurable ports numbers including ability to disable ports for:
    1. HTTP
    2. HTTPS
    3. Telnet
    4. SSH
    5. SFTP
    6. SNMP
  4. Support for NTP time synchronization with time zone offset
  5. Support for Network configuration backup and restore via downloadable configuration file
  6. Include ability to view and set basic network configuration parameters via front panel
  7. Support network protocols including:
    1. IGMPv3 (RFC 3376)
    2. TCP/IP
    3. UDP
    4. SSL
    5. DHCP
    6. HTTP
    7. HTTPS
    8. RTP
    9. RTSP
    10. RTMP (Available Q2 2017)
    11. SNMP V2 (RFC 1213)
    12. SAP (RFC2974)
    13. SDP (RFC4566)
    14. QoS (RFC 2474)
    15. NTPv4 (RFC 4330)
  8. Support file transfer protocols including:
    1. FTP
    2. SFTP
    3. CIFS
  9. Support network file share protocols including:
    1. CIFS/SMB
    2. NFS
  10. Support Email notifications over SMTP Messaging
4. Streaming Requirements
  1. Include three encoders using H.264 video compression and AAC Audio Compression
  2. Support streaming the composited layout using two independent streams
  3. Support streaming independent sources to individual streams, and a confidence stream with both windows side by side
  4. Independent stream settings per stream to include:
    1. Support for push or pull streaming session management
    2. Support for either multicast or unicast streaming
    3. Support for frame rate from 5 to 30 fps
  5. Include independent streaming resolutions of 512x288 up thru 1080p
  6. Include Streaming Profiles to include Base, Main, and High, and Levels including 3.0 – 4.1
  7. Support independent video streaming bit rates from 200 Kbps to 10 Mbps
  8. Support independent rate controls including VBR, CBR, and CVBR
  9. Support adjustable audio streaming bit rates from 80 Kbps to 320 Kbps
  10. Support RTSP session management
  11. Support RTMP push streaming (RTMP, RTMPS, RTMPT) - available Q2 2017
  12. Support use of RTP/RTCP streaming transport protocols
  13. Support use of native RTP and MPEG-2 Transport Streams (TS) in unicast or multicast
  14. Support of Transport Streams (TS) on UDP or RTP/UDP
  15. Support use of SAP SDP protocols
  16. Support RTP/RTSP, interleaved RTSP, and HTTP tunneled pull streaming transport protocols
  17. Include Audio Delay to match video delay caused by external devices (Lip Sync)
  18. Support saving and recall of 16 Streaming profile presets
5. Recording Requirements
  1. Shall record and stream simultaneously at resolutions from 512x288 up to 1920x1080 (1080p)
  2. Shall record and stream simultaneously at refresh frequencies of 5 – 30 Hz
  3. May record to both internal Solid State Drive (SSD) and external USB drive simultaneously
  4. May record independent sources to two separate files
  5. Shall support USB Storage with the following file formats:
    1. Fat32
    2. NTFS
    3. VFAT (long file name ext)
    4. EXT2
    5. EXT3
    6. EXT4
  6. Shall provide a 400 Gigabyte internal SSD for recording storage
  7. Shall provide a front panel and rear panel indicator light for connected USB activity
  8. Shall provide recording of content for the following:
    1. Store recorded audio visual files in a M4V or MP4 format
    2. Store JPEG thumbnail files in either reduced resolution of 848x480, or at encoder resolution
    3. Synchronized JPEG thumbnails for each channel
    4. Metadata information contained within a JSON file shall including the following fields:
      1. Title
      2. Language
      3. Contributor
      4. Publisher
      5. Coverage
      6. Course Name
      7. Presenter
      8. Copyright
      9. Date Time
      10. Source
      11. Description
  9. Subject
  10. Format
    1. Chapter markers shall index time stamp information
  11. Shall provide transport controls to permit the recording, pause, and stop functions of a record
  12. Shall provide recording status, available space, and recording time available based upon current settings
  13. Shall provide independent information for each storage device connected
  14. Shall provide file naming options including the use of metadata and either UTC or local time
  15. Shall create JPEG thumbnail images at scheduled intervals and at index marks while recording
  16. Shall create a daily recording report detailing usage and operating data
6. Controls and Automation Requirements
  1. Allow direct system configuration from the front panel interface using:
    1. LCD display screen
    2. Two illuminated buttons for menu navigation and item selection
    3. Two rotary encoders for parameter adjustment
  2. Include illuminated front panel buttons to facilitate:
    1. Source selection
    2. Initiating, pausing, and stopping recording
    3. Insertion of chapter marks in recording
    4. Selection of blended source window layouts
    5. Swapping of sources in window arrangements
  3. Include four front panel LEDs to indicate I/O activity
  4. Include left and right vertical front panel LED arrays to indicate audio level
  5. Include a reset button and associated LED to restore the unit to one of four pre-defined, programmed operational configurations
  6. Include an embedded web page for configuration, monitoring, and control that includes a confidence view of the video output
  7. Include a means to lock out:
    1. All front panel controls
    2. Only menu controls to prevent unauthorized changes to configuration settings
  8. Support control applications that manage the digital I/O port functions
  9. Support external scheduling systems using iCalendar files for automated recording sessions
  10. Support the automatic transfer of content after a recording, without interrupting any other functions
  11. Include automated disk management to facilitate the deletion of old files to make room for new recordings
  12. Support for alarm notification of events by logging, front panel notification, and email notification
  13. Support for event logging and diagnostics
  14. Support remote control functions over RS-232, Telnet, and SSH, in addition to the web browser interface
7. Enterprise Integration Requirements
  1. Integrate directly with the following content management systems:
    1. Entwine Enterprise Media Platform
    2. Opencast content management systems
    3. Kaltura content management systems
  2. Support centralized scheduling with the following applications:
    1. Microsoft Exchange
    2. Microsoft 365
    3. Google Calendars
  3. Include automated transfer of recorded packages to:
    1. FTP Site
    2. SFTP Site
    3. CIFS server network file share
  4. Support recordings that are compatible with Learning Managements Systems such as:
    1. iTunes U
    2. Blackboard LMS
    3. SharePoint
    4. Captionsync
    5. YouTube
    6. Moodle
    7. RSS Feed
  5. Include transfer of content to an LTI connected content management system
  6. Support system workflow alarms for events including:
    1. Loss of video or audio
    2. HDCP encryption
    3. Disk space or disk errors
    4. Recording suspended
    5. CPU usage
  7. Support automated email of error conditions and log information to defined support staff
  8. Support for SNMP v2 and SNMP v3 monitoring
8. General Requirements
  1. Shall be rack mountable, 19” wide, 1RU high metal enclosure, with pre-installed brackets
  2. Shall have dimensions of 1.7”H x 17.5”W x 11.5”D without brackets attached
  3. Shall be equipped with an internal 100 – 240VAC, 50-60Hz universal power supply
  4. Shall meet regulatory compliances
    1. Shall be certified to meet safety compliances under CE, c-UL, and UL
    2. Shall meet EMI/EMC compliances under CE, C-tick, FCC Class A, ICES, KCC, and VCCI
    3. Shall comply with requirements of RoHS and WEEE
  5. Shall provide three year parts and labor warranty
The approved device shall be the Extron SMP 352 3G-SDI - 400 GB SSD (60-1634-12); no alternates or equals.

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Dual Recording H.264 Streaming Media Processor

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