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Rincon Audio Over IP June 21, 2013 Matt Coon Service Manager 805.979.8750 –

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Presentation on theme: "Rincon Audio Over IP June 21, 2013 Matt Coon Service Manager 805.979.8750 –"— Presentation transcript:

1 Rincon Audio Over IP June 21, 2013 Matt Coon Service Manager –

2 Moseley Advantage Assembled in our own factories assures On-time deliveries Consistent quality Access parts Loaners available Technical support available more hours Evenings 8A-10P Pacific Weekends 8A-10P Pacific Friends at the Factory

3

4 Starlink SL9003Q

5 Key Features 2, 4, 6 channel models Uncompressed audio Ethernet (one way) for HD Radio User selectable 16, 32, 64, 128 QAM Selectable 200, 300, 500 kHz STL channel , , , , MHz Reed-Solomon error correction

6 Starlink Rear View Audio Source Encoders 6 Port Mux SL9003Q-4SLAN QAM Modem RF Slot for Redundant Power supply

7 Common Configurations SL9003Q-2S – one stereo pair with 44.1 kHz 16 QAM SL9003Q-4S – two stereo pair with 32 kHz 32 QAM SL9003Q-2SLAN – one 44.1 kHz stereo pair + ≈ 500 kb/s Ethernet simplex and 2 additional RS-232 at 32 QAM SL9003Q-IP – No audio, IP only

8 8 Moseley Associates, Inc. Santa Barbara, CA USA; ; The Audio Source Encoder and Source Decoder Linear uncompressed 32, 44.1, 48 kHz sample rates AES/EBU Digital Left & Right Analog RS-232 Data

9 High Power RFA High Power RFA 10 Watt RF Power Amplifier for Starlink

10 Beyond 950mhz? Beyond 950mhz?

11 DTVLink-A or NxGen-T

12 Event HD and Event 5800

13 Key Features Any frequency from 2GHz thru 23GHz Up to 150mbps Ethernet Up to 16 T1/E1 Channels User selectable QPSK, 16, 32, 64, 128 QAM User selectable 9-30 MHz channel bandwidth 50MHz wideband option

14 Key Features Local and remote status and control. Graphical history of RSL, SNR, error performance and alarms

15 Constellation

16 RSL Graph

17 RF Link Performance

18 DTV, Event, NxGen IDU T1/E1 1&2 T1/E To ODU EthernetDual Power option Management RS-232 and alarm

19 Audio Transporter

20 Welcome to the Future Industry’s first Software Defined Audio Transport Product Optimized to deliver multichannel audio IP, T1/E1, or Radio networks simultaneously Feature rich product for all audio transports Available in various form factors

21 Key Audio Features Up to 4 Stereo channels/unit Point-to-point unidirectional Point-to-point bidirectional Point-to-multipoint unidirectional Multicast (IGMP v2) Simultaneous E1/T1, IP and Radio transport Built in Audio Distribution Amp Integrated Analog and AES / Audio Switcher Built in Silence Detectors on all channels

22 Audio Source Coding MP3 AAC LC/LD G722/G711 PCM16 Linear Uncompressed

23 Key Features Integrated Ethernet Switch with QOS UDP / TCP transport Behind-firewall operation

24 Key Features Programmable Failover (future release) Unicast/Multicast RS-232 channels 3 Alarm and Status I/Os per unit Over 100 parameters for alarm triggers, SNMP Remotely upgradable

25 Connection Example

26

27 Robustness Error Correction MPEG-Forum COP3.r2 Adaptive Jitter Buffers User adjustable Error Concealment (PLC) Forward Error Correction (FEC)

28 Manageability Web Server SNMP

29 Interfaces Analog In/Out 4 stereo XLR connectors AES/EBU In/Out 4 stereo with XLR cable Ethernet 2 E1/T1 2 Others Alarms3 I/O RS Rincon 400 series

30 Interfaces Ethernet port Secondary Ethernet port AES x4 RS232 x3 E1T1 RS232 x3

31 Interfaces Analog In Channel 1 Left & Right Analog In Channel 2 Left & Right Analog Out Channel 3 Left & Right Analog Out Channel 4 Left & Right Rincon 422: 2 in, 2out Rincon 404: 4 out Rincon 440: 4 in Rincon 422

32 Versatile Product Options Rincon AES/EBU Stereo audio channels in 2X2,4X0, or 3X1 4 Analog Stereo channels in 2x2, 2x0, or 3x1 6 RS-232 data ports 2 Ethernet and 2 Tl/El network interfaces Rincon AES/EBU Stereo audio channels in 2X2,4X0, or 3X1 6 RS-232 data ports. Three-channel remote control 2 Ethernet and 2 T1/E1 network interfaces

33 Configuration

34 Basics Overview 1.Audio Codec Profile PCM, AAC, MP3 2.Communication Profile IP address, port# 3.Connection Map Codec, Communication Profile, Physical port

35 Audio Codec

36 Audio Codec Options PCM16 32khz = 1024mbps MP3 48 or 32khz, 96 to 384mbps, 32k steps AAC 48 or 32khz, 16 to 512mbps, 16k steps

37 Codec Example 3 Stereo Channels = 1280mbps (plus 128mbps overhead) 16QAM, 500mhz spectrum

38 Audio Delay Buffer Size, Codec, Interface (IP or T1) IP Examples PCM16, buffer of 6 = 200msec PCM16, buffer of 85 = 440msec AACLC, buffer of 6 = 520msec AACLD, buffer of 6 = 320msec MP3, buffer of 6 = 640msec MP3, buffer of 85 = 1880msec T1 Example PCM16, no buffer = 6msec

39 Communication Profile IP

40 Communication Profile T1/E1

41 Communication Profile Select IP or T1 Select IP address and port x.x for TCP 239.x.x.x for UDP port start at 5000, increase by 2 Error correction: FEC, PLC Select Jitter Buffer depth

42 Connection Map Studio encoder Analog In

43 Connection Map Transmitter site decoder AES and Analog out

44 Connection Map

45 Interfaces Analog In Channel 1 Left & Right Analog In Channel 2 Left & Right Analog Out Channel 3 Left & Right Analog Out Channel 4 Left & Right Rincon 422: 2 in, 2out Rincon 404: 4 out Rincon 440: 4 in Rincon 422

46 Configuration Summary 1.Codec 2.Communication Profile 3.Connection Map

47 Additional Information RS-232 Alarms SNMP T1/E1 Port Configuration Software Update Backup Configuration

48 RS-232

49 RS-232

50 Alarms Setup Select Events to send to alarm log, SNMP and relays

51 Alarm Log

52 T1/E1 Port Configuration

53 Software Update

54 Configuration Backup Save configuration to Rincon or PC

55 Contact Us Headquarters: (805) Sales: Sunil Naik (805) or Service Department: Matt Coon (805) or Address: 82 Coromar, Goleta, CA 93117

56 Questions?


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