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Digital Mixing Console for Radio & TV Broadcasting Applications
The Studer OnAir 3000 further extends Studer’s range of digital broadcast consoles with a completely new design aimed at the medium to upper segment of the radio market including private and public network broadcast stations. The operating concept of the OnAir 3000 will be totally familiar to Studer users, as the wide range of compact and elegant control surface modules incorporates the same patented “Touch-n-Action” philosophy as the highly successful Studer OnAir 2000, using colour GUI screens.
The OnAir 3000 design is based on a completely modular desk and a separate DSP engine. The fader module includes six fader strips, and up to eight fader modules may be fitted, giving a maximum console size of 48 faders. Layout options range from a highly comprehensive engineer-operated continuity console to a single fader panel for DJ and newsroom use or even a PC-operated system with no physical desk controls.
The console has three main stereo mix buses plus an audition facility, four stereo AUX buses, 16 mix-minus sends, configurable as AUXes and three independent studio monitoring circuits and offers full dynamics, EQ and input/output routing in each channel.
DIGITAL TRANSMITTERS and TRANSPOSERS
DVB 2.5 kW rms / ATSC 4 kW rms
Complies with ETS 300 744 (DVB) and A53 (ATSC) specifications.All uniform, hierarchical and non- hierarchical 2k, 4k and 8k DVB-T and DVB-H modes.
Integrated SFN adapter.
De-jitter on input signal prior to transmission.
Agile integrated up-converter.
ASI and LVDS inputs.
Automatic network delay compensation (SFN).
GPS reference signal lock.
Virtual Elastic Store.
MIP decoder for automatic configuration.
Automatic precision offset.
Excellent eye aperture.
Guard interval up to 1/32.
BER = 0.
Dual mode option (PAL/DVB - NTSC/ATSC)
In DVB-H modes:
Native or in-depth interleaving modes.
Time-slicing for High and Low priority stream.
MPE FEC for High and Low priority stream.
Modular construction.
Forced air cooling.
MODEL-SPECIFIC DATA | ||||||
Model | Output band | Dimensions | Number of amplifiers | Digital output power (rms) without filter (Shoulders -36 dB @ F0 ± 4.3 MHz) | Nominal analog output power (p.s.) with dual mode option | |
DBT, DTT ¹ | DVB-T | ATSC | ||||
103FB | VHF I | 2 x 40 RU | 8 | 2.5 kW | 4 kW | 10 kW |
103TB | VHF III | 2 x 40 RU | 8 | 2.5 kW | 4 kW | 10 kW |
103UM | UHF | 1 x 42 RU | 4 | 2.5 kW | 4 kW | 10 kW |
103UB | UHF | 2 x 40 RU | 8 | 2.5 kW | 4 kW | 10 kW |
MPEG-2, MPEG-4, H.264 (Video over IP)
IP CASTER Tx™ (ASI2IP)
Stand Alone, FPGA based, DVB ASI to IP Encapsulator to Transmit MPEG-2 or H.264 Transport Streams Over Fiber or Copper IP Networks, with Network Based GUI for Setup. Sends Both Single and Multi-Program MPEG-2 SD and HD Transport Streams. Features Web-Based Remote Management and Pro-MPEG Code of Practice #3 (CoP3) Forward Error Correction (FEC). Able to Send ASI Streams to VLC Clients and Other Devices. Tested to Work Well with IP Caster Rx From from 200 kbps to 195 Mbps and Tested Compatible with Third Party Encoders Such as Harmonic, Tandberg, Etc.
Standard Features:
Transmits MPEG-2 transport streams over Ethernet
Maximum streaming rate of 195 Mbps
Conforms to RFC-2250
Supports FEC CoP3
DVB-ASI input, IP 100 or 1000 Base-T Ethernet output
Supports IP unicast, multicast, UDP, RTP
Network jitter correction
Supports constant bit rate ASI output
IP address assignment from DHCP server and static IP address. IP address also configurable through the web interface.
Configuration for Time to Live (TTL) for Multicast
Remote Web-based configuration management
Remote firmware upgrade
Saved configuration setting -- No re-configuration needed after system reboot
Multiple units can be rack mounted if needed
An alternative to dedicated satellite links -- connects digital video equipment to computer networks
eCos™ based software
Platform independent -- no driver or any computer system required
Applications:
Streaming live video over IP
ENG (Electronic News Gathering) -- Stream content to and from remote locations
Internet transmission of movie or video "dailies"
Distance education
Corporate training videos
Standard Features:
Transmits MPEG-2 transport streams over Ethernet
Maximum streaming rate of 195 Mbps
Conforms to RFC-2250
Supports FEC CoP3
DVB-ASI input, IP 100 or 1000 Base-T Ethernet output
Supports IP unicast, multicast, UDP, RTP
Network jitter correction
Supports constant bit rate ASI output
IP address assignment from DHCP server and static IP address. IP address also configurable through the web interface.
Configuration for Time to Live (TTL) for Multicast
Remote Web-based configuration management
Remote firmware upgrade
Saved configuration setting -- No re-configuration needed after system reboot
Multiple units can be rack mounted if needed
An alternative to dedicated satellite links -- connects digital video equipment to computer networks
eCos™ based software
Platform independent -- no driver or any computer system required
Applications:
Streaming live video over IP
ENG (Electronic News Gathering) -- Stream content to and from remote locations
Internet transmission of movie or video "dailies"
Distance education
Corporate training videos
Consumer Receivers:
Uniwave Di-Wave 100
The Uniwave Di-Wave 100 offers all the digital radio multimedia features like station name, programme information, Journaline, MOT Slideshow and listening time shift. The radio can receive DRM broadcasts in SW, MW and LW as well as analogue FM. The receiver also has a USB/SD card -reader and mp3/mp4 play-back. Contact mail: marketing@uniwave.frWebsite
Himalaya DRM 2009
The Himalaya DRM2009 is a standalone radio which supports DAB/DRM/AM/FM services. It is a real portable receiver that could be run either by AC or batteries. With the SDcard slot, it can also be used as a MP3 player.Website
TechniSat MultyRadio
MultyRadio supports analogue reception technology (FM/MW/LW/SW) tuners and combines this with their digital successor standards DAB (Digital Audio Broadcast) and DRM (Digital Radio Mondiale).Website
TMW 2010D M2W DRM/AM 10 kW Transmitter
High-Quality, Cost-Efficient Mediumwave Radio Transmitter
With its tightly integrated DRM components, the Thomson 2010D is a 10 kW transmitter designed from ground up to be fully compatible with the DRM standard and the comprehensive Thomson Skywave 2000 digital DRM product line. It meets the demand for new or existing services requiring higher quality, more flexible and more efficient broadcast solutions.
Offering the highest quality performance standards, the Thomson 2010D 10 kW transmitter is not only capable of analog and digital operation, but provides quick and easy mode switching at the touch of a button.
A DRM M2W transmitter, with its noise-free signal, provides broadcasters with higher audio quality and a whole range of new content options including data, text, speech, and music.
Key Features
MW transmitters with the best DRM performance
Elegant all-in-one design including mains transformer
Full redundancy in the modulation principle guarantees constant quality figures even if RF modules should fail
Digital signal flow from DRM frontend equipment to RF module
Optimized output network for outstanding spectral performance and lightning protection
Practically no bandwidth limitations due to modulation principle (no low pass filtering required)
High-Quality, Cost-Efficient Mediumwave Radio Transmitter
With its tightly integrated DRM components, the Thomson 2010D is a 10 kW transmitter designed from ground up to be fully compatible with the DRM standard and the comprehensive Thomson Skywave 2000 digital DRM product line. It meets the demand for new or existing services requiring higher quality, more flexible and more efficient broadcast solutions.
Offering the highest quality performance standards, the Thomson 2010D 10 kW transmitter is not only capable of analog and digital operation, but provides quick and easy mode switching at the touch of a button.
A DRM M2W transmitter, with its noise-free signal, provides broadcasters with higher audio quality and a whole range of new content options including data, text, speech, and music.
Key Features
MW transmitters with the best DRM performance
Elegant all-in-one design including mains transformer
Full redundancy in the modulation principle guarantees constant quality figures even if RF modules should fail
Digital signal flow from DRM frontend equipment to RF module
Optimized output network for outstanding spectral performance and lightning protection
Practically no bandwidth limitations due to modulation principle (no low pass filtering required)
TSW 2500D Shortwave Transmitter
The Thomson TSW 2500D is a 500 kW shortwave radio transmitter that lets broadcasters choose between classical AM analog and/or DRM digital operation.Based on field-proven equipment, the high-power shortwave TSW 2300D is designed to fit a wide range of customer-specific equipment and subsystems, especially conceived and engineered to make day-to-day broadcasting more efficient. The shortwave transmitter is equipped with interfaces for remote and automated operation and is ready for advanced digital transmission (DRM).
The TSW 2500D is the most powerful transmitter of its kind today and is considered the benchmark for efficiency, quality, and long life.
At the heart of every TSW 2500D is the new PSM9 solid-state Pulse Step Modulator. Especially designed to meet the stringent requirements for best quality signal during DRM operation, the PSM9 combines classical shortwave engineering at its best with unrivalled digital AM know-how.
Providing high overall efficiency, sophisticated remote control facilities and rugged, day-to-day reliability, the new digital TSW 2500D is the best choice for long-term, flexible operation.
The TSW 2500D is the most powerful transmitter of its kind today and is considered the benchmark for efficiency, quality, and long life.
At the heart of every TSW 2500D is the new PSM9 solid-state Pulse Step Modulator. Especially designed to meet the stringent requirements for best quality signal during DRM operation, the PSM9 combines classical shortwave engineering at its best with unrivalled digital AM know-how.
Providing high overall efficiency, sophisticated remote control facilities and rugged, day-to-day reliability, the new digital TSW 2500D is the best choice for long-term, flexible operation.
Key Features
SDT ARK-6
Latest Generation Digital Transmitters DVB-T2
DVB-T2 Television Digital Transmitters operating in VHF and UHF SDT Series ARK-6 with power ranges from 2,5W to 30KW rms. Supporting T2 ( ETSI-EN 302-755 ) and T2-MI ( ETSI-EN 102-773 ) standards From 10W ps up to 72KW ps
DVB-T2 Television Digital Transmitters operating in VHF and UHF SDT Series ARK-6 with power ranges from 2,5W to 30KW rms. Supporting T2 ( ETSI-EN 302-755 ) and T2-MI ( ETSI-EN 102-773 ) standards From 10W ps up to 72KW ps
SDT Series ARK-6 DVB-T2 Version
ALL-IN-ONE - Heterodyne Transposer
Regenerative Transmitter
Transmitter
Single Frequency Echo Canceller (option)
DBTU Series - Digital UHF TV Transmitters
DB ELETTRONICA TELECOMUNICAZIONI SPA
Italy
Product description
The new DBTU/DBTV Series of Digital UHF/VHF Television Transmitters is fully compatible with the international DTV standards (DVB-T, ATSC, ISDB, etc...) and suitable for SFN (Single Frequency Network) and MFN (Multi Frequency Network) applications.
Output Power. The DBTU/DBTV Series has an output power range from 6 W to 40 kW in analog operation and from 2 W to 12 kW in digital operation. The Transmitters are fully broadband.
Digital Modulator. The DBTU/DBTV Series is equipped with a “high-performances” digital modulator (DVME-16) fully and easily configurable to meet all the requirements of the DTV standards. The spectrum bandwidth may be configured to 8 or 7 or 6 MHz as required. Hierarchical modulation (optional) allows simultaneous transmission of two MPEG-2 transport streams.
Fully frequency agile with ultra low phase noise design. The DBTU/DBTV Series transmitters have an intuitive and easy to use interface to select the frequency without any readjustment needing.
Digital precorrector. A powerful digital linearity precorrector in the modulator combined with a very selective output band-pass filter allows to obtain a perfectly clean spectrum in the adjacent channels and an excellent modulation linearity.
Phase noise. Very low phase noise oscillators allow to optimize the BER and MER performances.
Analog compatibility. The DBTU/DBTV Series UHF/VHF Transmitters are also available in analog version easily field upgradable to digital into the same rack or it is possible to have a “DUAL-MODE” configuration locally and/or remotely selectable in analog/digital operation for maximum flexibility.
Metering. Full transmitter metering, control, setting and system diagnostic available in the front panel and (optional) remotely.
Filtering. Critical mask and non-critical mask filters available.
Apantac to release six TAHOMA-DL multiviewer models in 2011
Apantac will roll out six TAHOMA-DL models during 2011, with the first one being the TAHOMA-DL-4+4. This model accepts four multimedia inputs and four broadcast SDI inputs for monitoring on high resolution display.
Combining multimedia inputs including DVI, VGA, RGB, HDMI, Blu-ray DVD, DVD, component video, S-video and broadcast-quality 3G/HD/SD-SDI inputs, the TAHOMA-DL is a powerful multi-image display-processing solution for multichannel, multiformat live production when computer-generated inputs and live cameras shots are being switched at the same time.
Additionally, the TAHOMA-Mini-Q is a fixed quad-split multiviewer that auto detects four 3G/HD/SD-SDI and composite (PAL/NTSC) signal inputs and displays them as DVI, HDMI, HD-SDI or VGA signals on a single display. It supports output resolutions up to 1920 x 1200, including 1080p. It can be used as a stand-alone quad-split multiviewer or be expanded to a full system where up to eight hot-swappable TAHOMA-Mini-Q modules can be combined in a 3RU rack frame with hot-swappable redundant power supplies.
The TAHOMA-Mini-Q is based on the standard Apantac TAHOMA architecture, which divides operational modules into specific video processing and control elements and includes features such as built-in CATx extenders to extend and display video signals up to 115ft away from the multiviewer.
DTA-2137
Dual-Channel DVB-S2 Receiver for PCI Express
DTA-2137 Features
DTA-2137 Features
DVB-S / DVB-S2 receiver that can be configured as single-channel receiver with support for QPSK, 8-PSK, 16-APSK and 32-APSK, or as dual-channel receiver with support for QPSK and 8-PSK
DVB-S2 demodulation compliant to EN 302 307 and EN 301 210, as well as legacy DVB-S
Two ASI monitoring ports; each ASI port can also be configured as independent output
DTA-2111
Multi-Standard VHF/UHF Modulator for PCI Express
DVB-S / DVB-S2 receiver that can be configured as single-channel receiver with support for QPSK, 8-PSK, 16-APSK and 32-APSK, or as dual-channel receiver with support for QPSK and 8-PSK
DVB-S2 demodulation compliant to EN 302 307 and EN 301 210, as well as legacy DVB-S
Two ASI monitoring ports; each ASI port can also be configured as independent output
DTA-2111
Multi-Standard VHF/UHF Modulator for PCI Express
DTA-2111 Features
Multi-standard modulator for PCI Express with support for most QAM-, OFDM- and VSB-based modulation standards
Digital upconversion for excellent signal quality without need for calibration
Supports all constellations and modulation modes for each supported standard
All-channel upconverter 36 .. 1002MHz fully agile over VHF and UHF band
RF output for direct connection to the an-tenna input of a digital receive
Free Windows and Linux SDK (DTAPI) is fully compatible with other DekTec digital-video output adapters
PCI Express v1.1; Label PCIe 1x
DTA-2111 Applications
General-purpose modulator for R&D, demos, repair, at shows and exhibitions, etc.
Digital TV distribution over coax: SMATV, hotels, hospitality, campus, buildings, etc.
Custom OEM applications that benefit from direct RF output
DTE-3120
Networked ASI Input Power over Ethernet enabled
Standalone module can either be used as compact autonomous ASI to TSoIP gateway, or as remote I/O device for PC-based applications
SMPTE-2022 and DTAPI mode
Time stamping for monitoring applications
Power-over-Ethernet support: No separate power feed required
Active loop-through with fail-over relays for input-to-output connection in case of power failure
Supports IP encapsulation and 2D FEC encoding according to SMPTE 2022-1/2
SNMP agent
LCD status display shows device identifier, bitrate, IP/MAC address and status
Uniform software access to DekTec TSoIP-, PCI- and USB devices through DTAPI
Install up to 14 modules in 3U 19” rack space using the DekTec rack-mountable rail, or units can be mounted on a DIN rail directly on a wall.
Pandora
With loudness becoming regulated worldwide, the Pandora loudness analyzer is an effective solution to ensure your content is EBU R128, ITU-1770 and -1771 compliant. These standards were created in response to viewer feedback about inconsistent loudness levels from programs to commericals and from channel to channel.
Pandora allows you to set your own reference parameters including over/under limits, as well as gating, integration time, and metering modes. Configuration is quick and easy using the unique implementation of a touch screen interface that runs on an Apple iPod touch. And with updates available from the iTunes App Stor, you will always have access to the most current software required to maintain compliance with evolving industry standards and practice.
BENEFITS:
Simple and easy-to-use LCD touch-screen interface
Provides standard and customizable reference levels for loudness measurement
Manages and controls audio signals to meet loudness standards
Ideal anywhere in the broadcast chain: mobile units, production, post production
Intuitive software with easy installation and upgrades from iTunes App Store
FEATURES:
Measures up to 8 channels instantly with adjustable over/under alarms
Accepts 3G/HD/SD-SDI and AES inputs
Adjustable integration periods with histogram display of loudness over time
Displays weighted loudness measurements across channels
Touch-screen interface displays all metering and alarms
Standard and customizable reference level settings
Available as tabletop or rack-mounted unit
